In an embodiment, a switch assembly (100) is disclosed. The switch assembly (100) comprises a plurality of rocker switches (106). The switch assembly (100) further comprises a base plate (300) surrounding the plurality of rocker switches (106), where the base plate (300) comprises at least one extension. Furthermore...

The present disclosure relates to an electrical socket assembly (300) including a housing (302) having a base plate (102), and at least one receiving assembly (104) adapted to be disposed in the base plate (102) to accommodate wire connections and pillars (202). Each receiving assembly (104) includes a blade (106) i...

The present disclosure relates to an electrical socket assembly (500) including at least one receiving assembly (104) adapted to accommodate wire connections and pillars (202). Each receiving assembly (104) includes a blade (106) including a base portion (110) and an extension arm (112) having a bent end (204), and ...

The present disclosure relates to an electrical switch assembly (100) including a housing (102), a rocker (104) disposed on the housing (102), and a contact element (202) in contact with the rocker (104) and having a first end (302) and a second end (304). The contact element (202) is adapted to move based on a move...

The present disclosure relates to an electrical socket assembly (100) including a housing (702) having a base plate (102) and at least one receiving assembly (104) adapted to be disposed in the base plate (102) to accommodate wire connections and pillars (202). Each receiving assembly (104) includes a blade (106) ha...

In an embodiment, a device regulator assembly (100) is disclosed. The device regulator assembly (100) comprises a base circuit board (200), a first switch assembly (106), and a second switch assembly (108). In an example, the first switch assembly (106) is disposed on the base circuit board (200). The first switch a...

A system comprises devices, and electrical operators (104) and an electrical power supply. The system further comprises a storage (108) comprising IoT profiles. Each IoT profile comprises a set of devices from the devices (106), a user-defined operation state corresponding to each device, and a user input correspond...

An electrical adapter (100) is described. In an example implementation, the electrical adapter (100) comprises a first modular assembly (208) and a second modular assembly (210) connected to the first modular assembly (208) through a plurality of flexible conductive links (410, 412, 418, 422). The first modular asse...

A switch assembly (100) comprises a seesaw (106) comprising a plurality of protrusions (202), a keeper (204), and a slot (208). The assembly (100) further comprises a switch housing (104) comprising a plurality of grooves adapted to accommodate the plurality of protrusions, such that a reference plane (108) of the s...

In an embodiment, a switch assembly (100) comprises a seesaw (106) comprising a plurality of protrusions (202). The assembly (100) further comprises a switch housing (104) comprising a plurality of grooves (200) adapted to accommodate the plurality of protrusions (202) to removably attach the seesaw (106) to the swi...

In an embodiment, a switch assembly (100) comprises a seesaw (106) comprising a plurality of protrusions (204). The assembly (100) further comprises a switch housing (104) comprising a plurality of slots (202) adapted to accommodate the plurality of protrusions (204) in an assembled state of the switch assembly (100...

A switch assembly (100) is disclosed. The switch assembly (100) includes a housing member (102) and a cover member (206) coupled to the housing member (102). Further, the switch assembly (100) includes a switching element (106) movably disposed on the cover member (206). The switch assembly (100) includes a locking ...

A switch assembly (100) is disclosed. The switch assembly (100) includes a housing member (102) and a supporting member (104) coupled to the housing member (102). Further, the switch assembly (100) includes a switching element (106) movably disposed on the supporting member (104). The switch assembly (100) also incl...

A cover plate assembly (100) is disclosed. The cover plate assembly (100) includes a main plate (102) adapted to be disposed on an installation surface. The main plate (102) includes a slot (106) for accommodating a wiring device. The wiring device includes at least one of a switch and a socket. The main plate (102)...

In an example embodiment, a method (400) of managing air quality within an environment is disclosed. The method (400) comprises measuring, by a mobile device (108), air quality data at a plurality of locations within the environment, wherein the air quality data incudes values of one or more parameters related to ai...

In an embodiment, a lighting management system (102) for managing operation of at least one light source (114) present in an environment is disclosed. The lighting management system comprises at least one sensor (116) configured to sense a lumen value of the at least one light source (114). The system (102) further ...

An electrical socket assembly (102) is disclosed. The electrical socket assembly includes a housing member (302) having at least one slot (408-1) adapted to receive an electrical pin (202-1) of an electrical plug (100). Further, the electrical socket assembly includes at least one contact member (402-1) disposed in ...

In an embodiment, an electrical adapter (104) is disclosed. In an example, the electrical adapter (104) comprises at least one EPR (204) to record waveform data associated with an electrical device (102) coupled to the electrical adapter (104). Furthermore, the electrical adapter (104) comprises a controller (202) t...

A smart bell assembly (202) is disclosed. The smart bell assembly (202) includes a bobbin (302) and a coil of wire (308) wound around the bobbin (302). The coil of wire (308) is adapted to carry a current flow to generate a first sound, upon actuation of an operating switch (204). The smart bell assembly (202) also ...

In an embodiment, a smart controller (100) for electrical switches is disclosed. The smart controller (100) comprises a relay (406) configured to control an operational state of an electrical switch (204) operably coupled to the smart controller (100). The smart controller (100) further comprises a receiver (402) co...

A smart switch (100) is disclosed. The smart switch (100) comprises a first cover (102) comprising at least one hole (110). The smart switch (100) further comprises a Printed Circuit Board (PCB) (106) comprising at least one light source (114). The smart switch (100) further comprises a touch lens (104) disposed in ...

In an embodiment, an electrical adapter is disclosed. The electrical adapter comprises at least one electrical parameter recorder configured to measure a value of at least one electrical parameter associated with electricity provided to an electrical device coupled to the electrical adapter from a mains supply. The ...

A switching device is disclosed. The switching device includes a housing member and a plurality of rockers adapted to be mounted on the housing member. Further, the switching device includes a plurality of supporting members adapted to support the plurality of rockers. Each of the plurality of supporting members inc...

A switching device is disclosed. The switching device includes a housing member and a plurality of rockers adapted to be mounted on the housing member. Further, the switching device includes a plurality of switching pillars adapted to be pushed by the plurality of switches. The switching device also includes an elec...

An improved switching device (100) is disclosed. The switching device includes a housing member (206) and a plurality of rockers (102) adapted to be mounted on the housing member (206). Further, the switching device (100) includes an electrical contact assembly (306) having a plurality of connector units (402) adapt...

In an embodiment, a system for managing operations of an air quality control device (102) is disclosed. The system comprises a sensor assembly (104) comprising a plurality of sensors. The sensor assembly (104) is configured to measure air quality data indicative of a plurality of air pollutant levels corresponding t...

A notification system (100) comprises at least one sensor (104) to sense an anomaly event. The system further includes one or more electrical controllers (106). The system further includes a gateway (102). The gateway (102) is configured to receive a status message indicative of the occurrence of the anomaly event f...

An emergency light apparatus (100) includes a housing (110) and a Printed Circuit Board (PCB) block (106) disposed in the housing (110). The PCB block (106) includes a light source (302). The apparatus (100) includes a current sensor disposed in the housing (110) and adapted to detect electrical current from mains s...

A smart lock and key arrangement (100) is disclosed. The arrangement comprises a smart key unit (102) comprising a key (106) and an identity storage element (108). The identity storage element (108) comprises a unique ID associated with an individual. The arrangement further comprises a smart lock apparatus (104) co...

A smart lock and key arrangement (100) is disclosed. The arrangement (100) comprises a smart key unit (102) comprising a key and an identity storage element (108). The identity storage element (108) comprises a unique ID associated with an individual. The arrangement (100) further comprises a smart lock apparatus (1...

In an embodiment, a smart home appliance (100) is disclosed. The smart home appliance (100) includes a conditioning unit (102) for conditioning air in an environment and a purification unit (104) for purifying the air in the environment. The smart home appliance (100) further includes a plurality of sensors (204) co...

A modular base plate assembly (100) includes a first slot (102) adapted to accommodate an electrical component (202), at least one second slot (104) adapted to accommodate at least one screw (106) to fix the modular base plate assembly (100) on a mounting surface, and at least one cover (108) adapted to control an a...

In an example embodiment, a sensor holder apparatus (100) is disclosed. The sensor holder apparatus (100) comprises a housing (106) that comprises a first opening (400) and a second opening (402). The first opening (400) and the second opening (402) are coaxial and distal to each other. The sensor holder apparatus (...

A system for controlling access to operation of electrical appliances (104) is disclosed. The system comprises a smart lock and key arrangement (102) configured to perform authentication of an individual seeking access to the environment, and transmit a control message to a gateway (108), in response to successful a...

In an embodiment, a system for monitoring usage of electrical appliances is disclosed. The system comprises a smart lock and key arrangement (102) for providing access to an individual to the environment, upon successful authentication of the individual. The system further comprises at least one electrical appliance...

In an embodiment, an air quality management system is disclosed. The system comprises one or more air quality (AQ) devices, a plurality of sensors, and a control station. In an example embodiment, the plurality of sensors is configured to generate sensor data corresponding to a set of parameters. Furthermore, the co...

An air quality management system is disclosed. The system includes an ERV device, an Air conditioner, a plurality of temperature sensors, and a control station communicatively coupled to the plurality of temperature sensors, the ERV device, and the air conditioner. The control station is configured to receive temper...

A Lighting Management System (LMS) (100) includes a plurality of lighting apparatuses (102) and a plurality of Light Control Gateways (LCGs) (106). Each LCG (106) is coupled with a set of lighting apparatuses (102) from the plurality of lighting apparatuses (102) and configured to control an operation of the set of ...

A Lighting Management System (LMS) (100) includes a plurality of lighting apparatuses (102) and a plurality of Light Control Gateways (LCGs) (106). Each LCG (106) is coupled with a set of lighting apparatuses (102) from the plurality of lighting apparatuses (102) and configured to control an operation of the set of ...

A lighting apparatus (200) is disclosed that includes a housing (202). The lighting apparatus (200) includes a substrate (206) installed in the housing (202) and has a light source (208) installed thereon. The lighting apparatus (200) also includes a light diffuser installed over the substrate (206) in a predefined ...

A lighting apparatus (100) is disclosed that includes a housing (102) having a first chamber (312) and a second chamber (314). The lighting apparatus (100) also includes a substrate (306) disposed in the housing (102) and forms the first chamber (312) and the second chamber (314). The lighting apparatus (100) includ...

An electric socket assembly (100) is disclosed. The electric socket assembly (100) includes a housing (102) having a plurality of slots (202) and a plurality of electrical contacts (110) disposed in the plurality of slots (202). The electric socket assembly (100) further includes a cover (104) mounted on the housing...

An electric socket assembly (100) is disclosed. The electric socket assembly (100) includes a housing (102) having electrical contacts (110) connected to a power supply. The electric socket assembly (100) also includes a cover (104) installed on the housing (102) and has a plurality of holes (106) which are concentr...

A switch assembly (100) is disclosed. The switch assembly (100) comprises a housing member (202) and at least one rocker (204). The at least one rocker (204) is adapted to be pivotally moved and disposed in the housing member (202). The switch assembly (100) comprises an operating assembly (206) disposed above the r...

A switch assembly (100) is disclosed. The switch assembly (100) comprises a housing member (202) and at least one rocker (204). The at least one rocker (204) is adapted to be pivotally moved and disposed in the housing member (202). The switch assembly (100) comprises an operating assembly (206) disposed on the rock...

An improved lighting apparatus (100) is disclosed. The improved lighting apparatus (100) comprises a light substrate (202) adapted to support a plurality of light sources (210) to emit light beams. Further, the improved lighting apparatus (100) comprises at least one light guiding panel (204, 204’, 204’’, 204’’’) po...

A rocker-based switch assembly (100) is disclosed. The rocker-based switch assembly (100) comprises a housing member (202) having a peripheral region (302) defining an opening (303) adapted to accommodate a movable contact element. Further, the rocker-based switch assembly (100) comprises at least one rocker (204) a...

A cover plate (100) having phosphorescent material coating is disclosed. The cover plate (100) includes a slot (102) for accommodating an electrical component, and at least one phosphorescent material coated on a surface of the cover plate (100). Further, a thickness of the coating in a first portion (106) of the co...

The emergency light bulb apparatus (100) includes a housing (102), at least one Light Emitting Diode (LED) (106), a rechargeable battery (108) adapted to supply power to the at least one LED (106) in absence of mains power supply and having a first end (110) disposed adjacent to the LED (106) and a second end (112) ...

A water management system (100) comprising a water purifier (110), a first tank (102) for storing water to be supplied to an outlet (106) in a terminal unit (104). The first tank (102) is connected to the terminal unit (104) via a pipeline network comprising at least a first pipeline route (108-1) and a second pipel...

A wiring assembly (206) for electrical sockets is disclosed. The wiring assembly (206) includes at least a pair of wiring elements (302) adapted to be electrically connected to at least one electrical plug (202). Each of the pair of wiring elements (302) includes at least one bent region defining the at least one co...

A vehicle charging station (VCS) (100) is disclosed. The VCS (100) includes a top cover (102) housing one or more components of the vehicle charging station (100). The VCS (100) further includes a door unit (104) adapted to couple with the top cover (102) for securing the components housed therein. The door unit (10...

In an embodiment, a vehicle charging station (100) is disclosed. The vehicle charging station (100) includes a top cover (102) and a door unit (104) adapted to be coupled with the top cover (102). In an example, the top cover (102) comprises at least one power socket plate (106) and at least one power socket assembl...

In an embodiment, a vehicle charging station (100) is disclosed. The vehicle charging station (100) comprises a top cover (102), housing a switching assembly therein. A lid (104) covering a switch of the switching assembly protrudes from the top cover (102). The top cover (100) includes a first rib (106) provided ab...

The present disclosure relates to an electrical wiring plug (200, 500) including a base plate (202) having a plurality of slots and a plurality of pin assemblies (206) adapted to be disposed in the plurality of slots. A pin assembly (206) includes a hollow pin (302) having a first open end (304), a second closed end...

In an embodiment, a fan regulator (100) is disclosed. The fan regulator (100) includes a plurality of control buttons (102-n) for setting a plurality of operation speeds of a fan (101) coupled to the fan regulator (100). The fan regulator (100) further comprises a controller (304). In an example, the controller (304...

The present disclosure relates to a method (800) of controlling user access to a cluster (102) of locally inter-connected Electric Vehicle (EV) charging terminals (104) for charging an EV. The method (800) includes receiving, by a receiving module (610), at an EV charging terminal (104-1) of the cluster (102), a req...

The present disclosure relates to an Electric Vehicle (EV) charging terminal (102), which includes an actuating switch adapted to be operated for activating the EV charging terminal (102), and a system (110). The system (110) includes a receiving module (210) adapted to receive a pairing request from a communication...

The present disclosure relates to a system (204) for controlling user access to an Electric Vehicle (EV) charging terminal (202). The system (204) includes a receiving module (310) adapted to receive a request from a communication device (208) of an administrator to assign temporary admin rights to at least one of r...

An emergency lighting apparatus is disclosed. The emergency lighting apparatus includes a housing member defining a channel and having a top wall and a bottom wall. Further, the emergency lighting apparatus includes at least one light source disposed on the top wall of the housing member. The emergency lighting appa...

The present disclosure relates to a power socket strip (100). The power socket strip includes a base component (102) having a front surface (114) and a back surface (214) formed opposite to the front surface (114), and a plurality of power sockets (104) disposed on the front surface (114) of the base component (102)...

The present disclosure relates to a power socket strip (100, 700). The power socket strip includes a base component (102, 702) having a front surface (114, 714), a back surface (212, 716), and a supporting surface (116, 214, 718) formed between the front surface (114, 714) and the back surface (212, 716). The power ...

The present disclosure relates to a switching device (100) including a base plate assembly, a light source (104) disposed on the base plate assembly (102) and adapted to emit Ultra-Violet (UV) light, and a switch assembly (106) adapted to be movably disposed on the base plate assembly (102) and having a top surface ...

A protection cover assembly (104) for a wiring device (102) is disclosed. The protection cover assembly (104) includes a housing (106) having a front surface (202) facing the exterior, a mounting surface (302) formed opposite to the front surface (202) and adapted to be in contact with a wall when the housing (106) ...

The present disclosure relates to a portable power socket strip (100). The portable power socket strip (100) includes a base component (102) having a front surface (108) and a back surface (214) formed opposite to the front surface (108), and a pair of power sockets (104) disposed on the front surface (108) of the b...

The present disclosure relates to a power socket strip (100). The power socket strip (100) includes a base component (102) having a front surface (108) and a back surface (214) formed opposite to the front surface (108). The base component (102) includes a first end (110) and a second end (112) distal to the first e...

An improved lighting structure for a lighting apparatus is disclosed. The lighting structure includes a base member and a plurality of wall members adapted to be coupled to the base member. Each of the plurality of wall members includes a first guiding portion adapted to support at least one light diffuser. The firs...

An improved lighting apparatus is disclosed. The improved lighting apparatus includes a light substrate adapted to support a plurality of light sources to emit light. Further, the improved lighting apparatus includes a housing member adapted to encapsulate the light substrate. The housing member includes a light dif...

A multi-mode lighting apparatus is disclosed. The multi-mode lighting apparatus includes a pair of light sources adapted to emit light. One of the pair of light sources is operated in a first lighting mode and another light source from among the pair of light sources is operated in a second lighting mode. Further, t...

ABSTRACT OF THE INVENTION AN IMROVED FLEXIBLE CORD SOCKET DEVICE The present disclosure relates to a flexible cord socket device (100) including a housing (102) having a base portion (106) adapted to be positioned on a supporting surface, and a cover portion (108) adapted to be disposed on the base portion (106...

A power socket device (300) includes a plurality of power sockets (306). Each power socket (306) includes a first receiver (404) and a second receiver (406). Each of the first receiver (404) and the second receiver (406) is adapted to receive a pin of a plug of an electrical appliance. The power socket device (300) ...

A power socket device (300) includes a plurality of power sockets (306). Each power socket (306) includes a first receiver (404) and a second receiver (406), each adapted to receive a pin of a plug of an electrical appliance. The power socket device (300) includes a first bar assembly (502) adapted to be disposed in...

A power socket device (300) includes a plurality of power sockets (306). Each power socket (306) includes a first receiver (404) and a second receiver (406). The device (300) includes a first bar assembly (502) adapted to be disposed in a base plate (402) and having a number of nodes (602) corresponding to a number ...

A power regulating apparatus (110) is provided. The apparatus (110) includes an application (102a) installed in a user device (102b) and configured to remotely control an operation of a target device (124). A regulator (108) adapted to control the operation of the target device (124) and a controller (120) configure...

An electrical socket assembly (102) is disclosed. The electrical socket assembly (102) includes a housing member (210) having at least one slot (302) adapted to receive an electrical pin of an electrical plug (100). Further, the electrical socket assembly (102) includes at least one contact element (214) disposed in...

An electrical socket assembly with an improved contact element is disclosed. The electrical socket assembly includes a housing member having at least one slot adapted to receive an electrical pin of an electrical plug. Further, the electrical socket assembly includes at least one contact element disposed in a recess...

An electrical socket assembly with an improved contact element is disclosed. The electrical socket assembly includes a housing member having at least one slot adapted to receive an electrical pin of an electrical plug. Further, the electrical socket assembly includes at least one contact element disposed in a recess...

ABSTRACT OF THE INVENTION POWER MANAGEMENT SYSTEM AND METHOD THEREOF 5 A power management system (200) includes a monitoring device (106) to control a power supply to electronic devices (104) coupled to an electrical distribution network (102), a memory unit (108) to store a predefined threshold value for...

A lighting apparatus (100) having a detachable driver unit (102) is disclosed. The lighting apparatus (100) includes a housing (104) having a slot (108) at a bottom surface (126), a light source disposed on the housing (104), and a driver unit (102) detachably disposed in the slot (108) of the housing (104) and adap...

A lighting apparatus (100) having a detachable driver unit (102) is disclosed. The lighting apparatus (100) includes a first housing (104) adapted to accommodate a light source and a first end cap (108-1) adapted to close one end (110-1) of the first housing (104). The first end cap (108-1) includes an input connect...

A lighting apparatus (100) is disclosed that includes at least one mount (102, 1100) that removably mounts a light source (104) thereon. The mount (102, 1100) includes a base unit (120) and a clamp (122) attached to the base unit (120). The base unit (120) includes a platform (124) mountable on a surface and a pair ...

A lighting apparatus (100) is disclosed that includes a transparent housing (104). The housing (104) has a first surface (112) and a second surface (114) opposite to the first surface (112). In addition, the housing (104) includes a set of enclosing walls (118) extending from the second surface (114) and defining an...

The present disclosure relates to an illumination apparatus (100) having a housing (108) with a plurality of walls (108’) and a substrate (103) within the plurality of walls (108’). The illumination apparatus (100) includes a first light source group (102) and a second light source group (104), each including light ...

The present disclosure relates to an electrical socket assembly. More particularly, the present disclosure relates to the electrical socket assembly with a shutter for automatic switching operation. an electrical socket assembly adapted to receive an electric plug having at least one pin. The electrical socket assem...

An electric plug assembly (100) is disclosed. The electric plug assembly (100) includes a base plate (102) adapted to receive wires and a cover plate (104) having a plurality of plug openings and is coupled to the base plate (102) to form a housing. The electric plug assembly (100) also includes a plug pin (106) ada...

An electric plug assembly (100) is disclosed. The electric plug assembly (100) includes a base plate (102) adapted to receive wires and a cover plate (104) having a plurality of plug openings (130) and is coupled to the base plate (102) to form a housing. The electric plug assembly (100) also includes a plug pin (10...

An electric plug assembly (100) is disclosed. The electric plug assembly (100) includes a base plate (102) adapted to receive wires and a cover plate (104) coupled to the base plate (102) to define a housing. The cover plate (104) having first plug opening (130A). The electric plug assembly (100) includes a plug pin...

A lighting apparatus (100) includes a base component (104) adapted to be mounted on a supporting surface. The base component (104) includes a slot (302) to accommodate a driver unit (204), and a pair of connector slots (402) formed at a top surface (404). The lighting apparatus includes a detachable lighting unit (1...

A demand controlling system (100) for controlling demand of an electrical supply is disclosed. The system includes a plurality of smart plugs (104) connected to a plurality of appliances (106), a smart AC charging outlet unit (202), and a current monitoring unit (204) configured to record current consumption data in...

A smart AC outlet (202) coupled to an electrical supply system (102) and having a plurality of smart plugs (104) coupled to a plurality of devices (106) is disclosed. The smart AC outlet (202) comprises an EM IC (310) that is configured to measure a voltage on an electrical supply line of the electrical supply syste...

A lighting apparatus (100) is disclosed that includes a housing (102) that has an opening at a coupling end and is adapted to accommodate a light source (406). The lighting apparatus (100) includes a first cap (104) detachably coupled to the end of the housing (102) to cover the opening and is adapted to house a fir...

A method (800) of locating a designated Electric Vehicle (EV) charging terminal (204) from among a plurality of EV charging terminals (204) at an EV charging station is disclosed. The method (800) includes receiving details of a charging terminal (204) that is designated to a user for charging an EV, detecting prese...

A power regulating system (100) is provided. The power regulating system (100) includes an application (102b) adapted to be installed in a user device (102a) and configured to remotely control an operation of an electronic device (110). The system further includes a Light Emitting Diode (LED) (112) operationally cou...

A lighting apparatus (100) is disclosed that includes a housing (106). The housing (106) has a first support (112) and a second support (114). The lighting apparatus also includes a first guide plate (108) having a vertical section (152) coupled to the first support (112) and a horizontal section (154) adapted to mo...

A lighting apparatus (100) is disclosed that includes a housing (106) to accommodate a first auxiliary device. The housing (106) includes a first support (112) and a second support (114) opposite to the first support (112), such that a space is formed between the first support (112) and the second support (114). Fur...

A smart lamp holder is disclosed. The smart lamp holder includes a housing member and a holding member coupled to the housing member. The holding member is adapted to removably hold a lamp. Further, the smart lamp holder includes a controlling unit configured to be in communication with the lamp and a rechargeable b...

ABSTRACT Of THE INVENTION LIGHTING MANAGEMENT SYSTEM 5 In an embodiment, a lighting management system (102) for managing operation of at least one light source (114) present in an environment is disclosed. The lighting management system comprises at least one sensor (116) configured to sense a lumen value of the a...

A load control device (100) is disclosed. The load control device (100) for controlling the speed of a motor (101) to be driven from a supply voltage of a power source (102) includes a first capacitor (103), a second capacitor (104), and a third capacitor (105) adapted to be coupled in series electrical connection b...

A smart lighting system (100) is disclosed. The smart lighting system (100) comprises a light source (102) and at least a pair of switches (104-1, 104-2) connected with each other and with the light source (102). Each of the pair of switches (104-1, 104-2) is adapted to be actuated to operate the light source (102) ...

A lighting apparatus (100) is disclosed that includes a housing (102) and a lighting cover (108) attached to the housing (102) and adapted to diffuse light. The lighting apparatus (100) also includes a base (202) disposed between the housing (102) and the lighting cover (108). Further, the base (202) includes a long...

A modular mounting structure (100) is disclosed. The modular mounting structure (100) comprises a first member (201) and a second member (202). The first member (201) has a plurality of receiving members (203, 205, 217, 218). The second member (202) is adapted to be detachably attached to the first member (201) to d...

A modular mounting structure (100) is disclosed. The modular mounting structure (100) comprises a top portion (101), a bottom portion (121), a plurality of pillars (102, 104, 108, 109). The plurality of pillars (102, 104, 108, 109) is circumferentially positioned between the top portion (101) and the bottom portion ...

An electric switch assembly (100) is disclosed that includes a back plate (104), an operator switch (106), and a front panel (108). The back plate (104) is mountable on a wall and has an outer surface (114) facing away from the wall. Further, the operator switch (106) is installed on the outer surface (114) and is a...

A bell-push switch (100) is disclosed. The switch (100) comprises a back plate (302) having an opening (312) adapted to accommodate an operating panel (306). Further, the switch comprises a rocker (304) operably coupled to the back plate (302) and aligned with the opening (312). The rocker (304) is adapted to be ope...

An electric switch assembly (100) is disclosed that includes a back plate, an operator switch (106), and a front panel (108). The back plate (104) is mountable on a wall and has an outer surface (114) facing away from the wall. Further, the operator switch (106) is installed on the outer surface (114) and is adapted...

An electric switch assembly (100) is disclosed that includes a back plate, an operator switch (106), and a front panel (108). The back plate (104) is mountable on a wall and has an outer surface (114) facing away from the wall. Further, the operator switch (106) is installed on the outer surface (114) and is adapted...

An improved bell-push switch is disclosed. The improved bell-push switch (100) comprises a supporting plate (102) having a pair of side walls (418) and an opening (420) defined between the pair of side walls (418). The switch (100) comprises an operating panel (104) adapted to be moved with respect to the supporting...

An electric switch assembly (100) is disclosed that includes a back plate, an operator switch (106), and a front panel (108). The back plate (104) is mountable on a wall and has an outer surface (114) facing away from the wall. Further, the operator switch (106) is installed on the outer surface (114) and is adapted...

An electric switch assembly (100) is disclosed that includes a back plate (104), an operator switch (106), and a front panel (108). The back plate (104) is mountable on a wall and has an inner surface facing away from the wall. Further, the operator switch (106) is installed on the inner surface and adapted to toggl...

An electric vehicle charging system (100) having a voltage detection unit (102), a relay (109), a control unit (115), and a power supply unit (110) is disclosed. The processor (103) determines at least one active electrical phase from the plurality of electrical phases (101), based on the operational state of each o...

A system(s) and method(s) for accessing electric vehicle (EV) charging terminals is disclosed. The method comprises retrieving, at a guest terminal in communication with the EV charging terminal, a set of payment information associated with an administrator of the EV charging terminal. Further, the method comprises ...

An electric socket assembly (100) includes a housing (102) having multiple seats (110), a plurality of electric connectors (112) to electrically couple with a terminal of a power supply source, and a plurality of electrical contacts (118) disposed in the seats (110). Further, the electrical contacts (118) includes a...

An electric socket assembly (100) includes a housing (102) having multiple seats (110), a plurality of electric connectors (112) to electrically couple with a terminal of a power supply source, and a plurality of electrical contacts (118) disposed in the seats (110). Further, the electrical contacts (118) includes a...

Disclosed is an electronic component (200) for an electronic control device (100). The electronic component (200) comprises a thin sheet (202) that comprises a front surface (302) having a plurality of bridges (304) for protecting the capacitor (106) against the excessive energy received by the capacitor (106) beyon...

The present disclosure aims to provide a motor starter 100 that includes two separate spark protection mechanism that prevents sparks and electrical arcs from damaging the motor starter 100. A first layer of protection is a spark shielding element 103 that prevents carbon deposits from spreading to different compone...

The present disclosure relates to a motor-starter switch assembly (100) having a housing (103), a top cover (109) disposed on the housing (103), and an inner rocker (105) positioned within the housing (103) and adapted to pivot between an ON-state and an OFF-state. In addition, the motor-starter switch assembly (100...

The present disclosure relates to a motor-starter switch assembly (100). The motor-starter switch assembly (100) includes a housing (103) adapted to accommodate one or more components of the motor-starter switch assembly (100), and a retainer (101). The retainer (101) includes a plate portion (117) having a pluralit...

The present disclosure relates to a housing member (101) for a switch unit (100). The housing member (101) may include a base (110), a side wall (112), and a plurality of predefined slots (116, 118). The side wall (112) extends from the base (110) in an orthogonal orientation and may be adapted to at least cover a b...

Disclosed herein, is a tripping mechanism 300 to protect the motor starter from overloads and faults. A tripper 108, a slider 100, a ceramic plate 206, a retainer 112, a housing base 110, a calibrating grub screw 106, a braided wire, a bimetallic strip, and different parts make up the tripping mechanism 300. Additio...

The present disclosure provides a dual rivet type motor starter 200. The dual rivet type motor starter 200 may include an inner rocker arm 202, a fixed terminal 204, and a moving contact bridge 206. The inner rocker arm 202 may be adapted to move like a seesaw. The moving contact bridge 206 may be arranged to be ope...

A tripper element (116) for a motor starter (100) having a rocker arm (108) is disclosed. The tripper element (116) includes a hollow body (210) comprising an inner cavity (208) and an outer surface (202). The inner cavity (208) is adapted to receive a spring (501). The outer surface (202) includes a plurality of ri...

A motor starter (100) having a rocker arm (108), a pair of switches (102, 104), and a tripping mechanism (214) is disclosed. The tripping mechanism includes a slider element (118) and an actuator (116). The actuator (116) is coupled to the slider element (118) such that a movement of the actuator (116) is locked by ...

The present disclosure relates to a housing member (106) for a switch unit (100). The housing member (106) may include a base (202), a side wall (204), and a plurality of first receiving members (206). The side wall (204) extends from the base (202) in an orthogonal orientation. The plurality of first receiving memb...

A collar (100) for a switch panel assembly (200) is disclosed. The collar (100) includes a frame element (101) having a first interlocking element (101a). The first interlocking element (101a) of the frame element (101) is adapted to be removably attached to a second interlocking element (102a) of a cover plate (102...

The present disclosure aims to provide an operating panel (101) that may be easily retrofitted onto an existing base plate (202) with existing cover plate (103) without the need for any modifications or replacement parts. The operating panel (101) has a snap-fitting mechanism that secures the operating panel (101) o...

A smart lighting system (100) having a first pair of switches (102), a second pair of switches (106), a plurality of communication wires (110), and an indicator unit (312, 324). The plurality of communication wires (110) connects the first pair of switches (102) and the second pair of switches (106) with each other...

A smart lighting system (100) is disclosed. One of a first set of relays (202, 204) of the lighting system (100) is operated in an operating state opposite to an operating state of one of a second set of relays (212, 210) the lighting system (100) to operate at least one light source (104) in an ON state and one of ...

A smart lighting system (100) is disclosed. At least one of a plurality of control units (204, 220) instructs at least one of a phase units (216, 222) to generate a flow of current based on an actuation status of each of a first switch (102) and the second switch (106). A plurality of sensor units (214, 224) communi...

A method (400) for managing access control of an electronic device (108) on premises is disclosed. The method (400) includes identifying a user requiring authorization for the access control of the electronic device. The method (400) includes receiving a location-map (106) indicating spaces having a plurality of ele...

The present disclosure relates to an electric vehicle (EV) charger (100). The EV charger (100) may include a front cover (102), and a back cover (104) coupled to the front cover (102). The front cover (102) may include a first outer wall (106) defining a first peripheral region (132). The back cover (104) may includ...

The present disclosure provides an electric vehicle (EV) charger (100). The EV charger (100) may include a front cover (102) and a back cover (104) coupled to the front cover (102). The back cover (104) may include a plurality of walls (110) and at least one door (112). The plurality of walls (110) forms an enclosed...

The present invention includes a rotary switch assembly (100) for a fan regulator comprising a cover plate (102) and a knob (101). The cover plate (102) is adapted to have a plurality of indicia (106) indicative of a plurality of fan speeds. The knob (101) is rotatably positioned on the cover plate (102) to assume a...

The present disclosure discloses a rotary switch assembly (100) for a fan regulator comprising a cover plate (102) and a knob (101). The cover plate (102) is adapted to have a plurality of indicia (106) indicative of a plurality of fan speeds. The knob (101) is rotatably positioned on the cover plate (102) to assume...

The present disclosure discloses a rotary switch assembly (100) for a fan regulator. The rotary switch assembly (100) includes a cover plate (102) and a knob (101). The cover plate (102) is adapted to have a plurality of indicia (106) indicative of a plurality of fan speeds. The knob (101) is rotatably positioned on...

A switch assembly (100) with improved heat dissipation is disclosed. The switch assembly (100) comprises a covering member (104) and a switching unit (213). The switching unit (213) is adapted to be attached with the covering member (104). The switching unit (213) comprises a base (204) having a top portion (204-1) ...

A switch assembly (100) having a housing member (102), at least one rocker (207), an electrical contact assembly (210), and a plunger (202), is disclosed. The at least one rocker (207) is disposed in the housing member (102). The electrical contact assembly (210) is adapted to be in contact with the plunger (202) co...

A system (200) for determining electricity consumption of an Electric Vehicle (EV) charging terminal (102) is disclosed. The system (200) includes transmitting a first part of the electricity consumption via the first communication device (106a), to a remote server (108). Further the system (200) includes storing a ...

A switch assembly (100’) is disclosed. The switch assembly (100’) may include a housing (202), an inner rocker (204), at least one flat operating panel (206’), a lens (205), and at least one light source (230). The at least one flat operating panel (206’) is pivotally positioned in the housing (202) and supported on...

A switch assembly (100’) is disclosed. The switch assembly (100’) may include a housing member (202), at least one rocker (204), at least one operating panel (206) and a lens (205). The at least one rocker (204) is adapted to be pivotally moved and disposed in the housing member (202). The at least one operating pan...

A switch assembly (100) is disclosed. The switch assembly (100) may include a housing (202), an inner rocker (204), at least one flat operating panel (206), a lens (205), and at least one light source (230). The at least one flat operating panel (206) is disposed on the inner rocker (204) and is adapted to pivotally...

A lighting device (100), having, a LED driver (204), a housing unit (102), and a driver housing assembly (108), is disclosed. The LED driver (204) is adapted to operate at least one lighting unit. The housing unit (108) is adapted to receive the at least one lighting unit. The driver housing assembly (108) is adapte...

A mounting assembly (104) having a mounting member (306) and a plurality of mounting brackets (304), is disclosed. The mounting member (306) is detachably attached to a suspended structure (102) and adapted to support at least one lighting device (106). The plurality of mounting brackets (304) is removably attached ...

The present disclosure relates to a housing (100) for installing a light source (116) in a ceiling (200) of a building. The housing (100) may include a base (102), a plurality of sidewalls (104-1, 104-2, 104-3, 104-4), at least one light guide panel assembly (108-1, 108-2, 108-3, 108-4), and a cover member (114). Th...

A system for controlling operations of a target device using an infrared communication protocol is disclosed. The system includes a user device adapted to remotely control operation of the target device. The system includes a controller in communication with the user device and installed in the vicinity of the targe...

A lighting device (100) that has, a heat sink plate (110), is disclosed. The heat sink plate (110) is disposed between a base plate (104) and a cover member (102). The heat sink plate (110) comprises a second set of LEDs (704) to reflect a light toward the base plate (104) to illuminate the ambient environment. The ...

The present disclosure discloses a switching unit (100). The switching unit (100) may include a housing (102), a rocker (104) positioned in the housing (102), a first electrical terminal (106), and a second electrical terminal (108). The first electrical terminal (106) may be disposed in the housing (102) and the fi...

A lighting apparatus (100) is disclosed that includes a base (102) including a pair of mounting arms (114), each mounting arm comprises a first pin (116A) and a second pin (116B). The lighting apparatus (100) also includes a frame (104) disposed between the pair of mounting arms (114), and includes a pair of mountin...

A lighting unit (106) is disclosed that includes a light source and a heat diffuser (612). The heat diffuser (612) includes a plurality of fins (620), such that the plurality of fins (620) is detachably attached to a rear face of the light source and adapted to dissipate heat generated during an operation of the lig...

A lighting apparatus (100) is disclosed that includes a frame (104) including a plurality of holders (124); and a plurality of lighting unit (106) disposed in the plurality of holders (124). Further, the plurality of holders (124) is disposed along a height of the frame (104) to form a stepped profile. ...

A lighting unit (106) is disclosed that includes a light source and a heat diffuser (612). The light source includes a base plate (602) and a plurality of light emitting diodes (616) mounted on the base plate (602). Further, the base plate (602) has a first side and a second side adjacent to the first side. Furtherm...

The present disclosure relates to a system (101) for a grinding unit (102) of a granulator (100). The system (101) may include a cover member (106), a tilting mechanism (108), and a control unit (110). The cover member (106) may be adapted to be closed or opened to receive the scrap material. The tilting mechanism (...

An assembly line (100) for an electric switch plate (110) is disclosed. The assembly line (100) includes a conveying unit (104) adapted for conveying a base plate (108) and a cover plate (102). Further, the assembly line (100) includes manufacturing stations (112, 114, 116, 118) adapted to perform operations on the ...

A method (900) for selecting an IR profile for an appliance is disclosed. The method includes receiving, by an IR blaster, an instruction for obtaining at least one IR profile associated with an appliance based on a command received from a user device, wherein the at least one IR profile includes one or more remote ...

The present disclosure relates to a switch assembly (100) including a housing (102) accommodating a plurality of terminals (310,318), a plurality of contacts (306, 316), an actuator (104), and an inner cover (202). The plurality of contacts (306, 316) is adapted to selectively couple or decouple with the plurality o...

The present disclosure relates to an electrical switch assembly (100) including a housing (102), and a rocker assembly (104) disposed within the housing (102) and adapted to pivot in an on-state and an off-state. The rocker assembly (104) comprises a first portion (110) defining a planner surface, a spring (106) cou...

The present disclosure relates to an electrical switch assembly (100). The electrical switch assembly (100) may include a housing (102), a pair of contact points (103) adapted to electrically couple to an electrical connection, a rocker mechanism (104) adapted to rest within the housing (102), and a moving contact (...

The present disclosure relates to an electronic device for a fan (104) and an Air-Conditioner (AC) (106). The electronic device may include a system (100) configured to collectively operate the fan (104) and the Air-Conditioner (AC) (106). The system (100) may include a controller (102) communicatively coupled with ...

A method (400) for determining a virtual remote configuration (108) configured to operate an electronic appliance (104) is disclosed. The method includes receiving an input controller image corresponding to a wireless controller (102). Further, the method includes identifying a keys configuration (204) based on the ...

The present disclosure relates to a mounting bracket (124) for mounting a light guide panel (LGP) assembly (114) of a lighting apparatus (100). The mounting bracket (124) includes a base (302) and a pair of mounting flanges (304). The base (302) is adapted to be attached to a housing (102) of the lighting apparatus ...

The present disclosure relates to a housing (102, 302) for a lighting apparatus (100, 300) includes a pair of side walls (202, 312) disposed parallel to each other, a platform (204, 304) disposed in between the pair of side walls (202, 312), and a pair of sliders (206, 308) disposed longitudinally on an inner surfac...

The present invention relates to a mounting bracket (300, 600) for a lighting apparatus (100). The mounting bracket (300, 600) includes a base portion (302, 602) and a pair of mounting flanges (304, 604). The base portion (302, 602) is adapted to be attached to a ceiling (402). The pair of mounting flanges (304, 604...

A SELF-LOCKING A V-GROOVE PILLAR FOR ELECTRIC SWITCH The present invention is related to an electric switch (100). The electric switch (100) comprises a housing (112) and a terminal pillar (108). The 5 housing (112) comprises a protrusion (113) at the bottom side. The protrusion (113) comprises a rectangular cav...

A SYSTEM FOR REGULATING FAN The present invention discloses a system for regulating fan. The system 5 (102) comprises a microphone, a gesture detector and a plurality of sensors. The system comprises a receiving module (212) to receive a command data or gesture data and an environmental data. A cross-co-relation...

A FAN REGULATOR In an embodiment of a present invention, a fan regulator (100) is disclosed. The fan regulator (100) comprises housing. The housing comprises a 5 regulating unit (108), a controller (106), a sensor (112) and an illumination element (110). The regulating unit (108) comprises a dial (202). The reg...

A FAN REGULATOR In an embodiment of a present invention, a fan regulator is disclosed. The fan regulator (100) comprises a housing (102), a cover (104) and a PCB block 5 (202). The housing (102) is a hollow cuboidal structure with one open side. The housing (102) comprises a pair of protrusions (103). The cover ...

A MAGNETIC WIRETAP The present invention is related to a magnetic wiretap (100) for electric connector. The magnetic wiretap (100) comprises a wire connector (102) and 5 a spade terminal (110). The first frame comprises a first holder plate (120), a first closer plate (122), a first blade (112), a pair of projec...

A SELF-LOCKING MECHANISM FOR ELECTRIC SWITCHING DEVICE The present invention is related to an electric switch (100). The electric 5 switch (100) comprises a housing (112) and a terminal pillar (110). The housing (112) comprises a protrusion (113) at the bottom side. The protrusion (113) comprises a rectangular ...

AN ANTITHEFT STREETLIGHT The present invention is related to an antitheft street light assembly (100). The antitheft street light assembly (100) comprises a bolt (104), a key (200) 5 and street light (102). The bolt (104) comprises a threaded shank (112) and the head (110). The head (110) comprises a concentric ...

The present disclosure relates to a housing (102) for a lighting apparatus (100). The housing (102) includes a pair of side walls (104), a first guide rail (206), and a second guide rail (208). The pair of side walls (104) are positioned parallel to each other and define a space in between adapted to receive one of ...

An electric switch (100) is disclosed that includes a housing (102) and multiple switch units (300, 400). Each switch unit (300, 400) comprises a pair of terminals (107) disposed in the housing (102), such that each terminal (107) of the plurality of terminals (107) includes a fixed contact (107-1). The switch unit ...

The present disclosure relates to an elongated light emitting device (100). The elongated light emitting device (100) includes a heat dissipating frame (102), a light transmitting unit (104), and a housing (106). The heat dissipating frame (102) includes a base (402) adapted to mount a light source, a pair of L-shap...

The present disclosure relates to a housing (104) for a lighting unit (100). The housing (104) may include a plurality of first openings (106) and a plurality of second openings (108). The plurality of first openings (106) may be formed collinearly on a first portion of a base (112) proximal to edges of the housing ...

The present disclosure relates to a lighting unit (100). The lighting unit (100) may include a housing (102) and a pair of end caps (104). The housing (102) includes a plurality of mounting members (103). The pair of end caps (104) may be adapted to be engaged with ends of the housing (102). Each end cap (104) may i...

According to an embodiment of the present disclosure, a frame clip (112) for a lighting device (100) is disclosed. The lighting device (100) includes a housing assembly (102) having a first housing member (102-1) and a second housing member (102-2), and the frame clip (112). The frame clip (112) includes a base elem...

The present disclosure relates to a wire clamp (304) for a lighting device (100). The wire clamp (304) includes an insert portion (402) and a support plate (404). The insert portion (402) is provided with a first end (402-1) and a second end (402-2). The first end (402-1) is adapted to be inserted within a holder (3...

A fuse cover (100) is disclosed that includes a base portion (102) comprising a front surface (102A) and a back surface (102B) and a holder portion (104) integrated into the back surface (102B) and adapted to hold a fuse.

An electrical indicator assembly (100) including a light source (302), a housing (202), and a cover member (102) is disclosed. The light source (302) is disposed within the housing (202) and adapted to generate light to illuminate the electrical indicator assembly (100). The cover member (102) is adapted to cover th...

A switch assembly (100) is disclosed. The switch assembly (100) includes a cover plate (102) positioned over the base plate (104). The cover plate (102) includes a first surface (110), a second surface (112), and a third surface (114). The first surface (110) and the third surface (114) are orthogonal to each other,...

A switch assembly (100) is disclosed. The switch assembly (100) includes a base plate (114) having a plurality of holes (118) along a periphery of the base plate (114). A cover plate (102) is snapped over the base plate (114). The cover plate (102) includes a first surface (132) with a grooved section (108) having a...

A modular lighting apparatus (100) is disclosed. The modular lighting apparatus (100) includes a housing (102) having a first end (104) and a second end (106). The first end (104) is adapted to enclose a top cover (108) with a surface mounting bracket (110). A heat sink (112) is concentrically positioned in the hous...

A method (300) of regulating a power supply to a battery (102) associated with electronic equipment (104) is disclosed. The method includes detecting (302), one or more parameters of the battery (102) installed in the electronic equipment (104), the charger (106) adapted to charge the battery (102) installed in the ...

The present disclosure relates to a mounting bracket (102) for a lighting apparatus (100). The mounting bracket (102) includes a base plate (202), a plurality of first holes (204), and a plurality of second holes (206, 208). The base plate (202) includes a first end (202a), and a second end (202b) disposed opposite ...

The present disclosure relates to a heat sink (108) for a lighting assembly (100). The heat sink (108) may include a base (124), a sidewall (128), a rim (132), and a plurality of fins (134). The base (124) may include a protruded member (126) extending from the base (124). The sidewall (128) orthogonally extends fro...

The present disclosure relates to a mounting member (110) for a lighting assembly (100). The mounting member (110) may include a body (124) and a pair of supporting members (126). The body (124) may be adapted to secure a lens (104) and a heat sink (108) of the lighting assembly (100). The pair of supporting members...

A smart Alternating Current (AC) adaptor (200) is disclosed. The smart AC adaptor (200) includes at least two universal serial bus (USB) charging ports (202, 204) configured to operate in at least one of a power-sharing mode or a maximum output mode. The smart AC adaptor (200) further includes one or more indicators...

A SYSTEM AND METHOD FOR DETECTING TRAFFIC DENSITY In an embodiment of a present disclosure, a system for detecting traffic density is 5 disclosed. A plurality of sensors (302) are communicatively coupled with the system (202). The system (202) comprises an obtaining module (410), a computing module (412), a tran...

AIR PURIFYING STREET LIGHT The present invention is related to a streetlight (100) with air purifier. The streetlight (100) comprises a purification unit (102), a suction unit (105), a 5 cleaning mechanism (107) and a control unit (108). The purification unit (102) is disposed on a light pole (101). The purifica...

A switch assembly (100) is disclosed. The switch assembly (100) includes a housing (102) having a first portion (104) and a second portion (106). The first portion (104) is adapted to receive a rocker assembly (108-2). An operating panel (108-1) is positioned over the rocker assembly (108-2) above the first portion ...

The present disclosure relates to a contact strip (112) for a switch assembly (100). The contact strip (112) may include a first portion (112-1) and a second portion (112-2). The first portion (112-1) may be adapted to be coupled with a second pillar (108) of the switch assembly (100). The second portion (112-2) ext...

The present disclosure relates to a contact strip (110) for a switch assembly (100). The contact strip (110) may include a first portion (110-1), a second portion (110-2), and a third portion (110-3). The first portion (110-1) may be adapted to be coupled with a first pillar (106) of the switch assembly (100). The s...

STREETLIGHT WITH A DEHUMIDIFICATION SYSTEM The present invention is related to a streetlight (100) with dehumidifier. The streetlight (100) comprises a lamp enclosure (102), a flap mechanism (106) 5 and a dehumidification unit. The lamp enclosure (102) is a hollow structure with an opening (104). The flap mechan...

A SYSTEM FOR STREETLIGHTING The present invention discloses a system for street lighting. The system (100) comprising a plurality of streetlight devices (102-1, 102-2,…., 102-n) and a central 5 control unit (206). Each of the street light device (102) comprises a plurality of sensors (202-1, 202-2,…..202-n) and ...

The present disclosure relates to a cover strip (104) for a switch assembly (100). The cover strip (104) comprising a front wall (402), a top wall (406a) extends from top portion of the front wall (402), a bottom wall (406b) extends from bottom portion of the front wall (402). A plurality of locking members (702) di...

The present disclosure relates to an electrical switch assembly (100) including at least one rocker assembly (102), at least one operating panel (104), and a mounting plate (106) adapted to support the at least one rocker assembly (102) and the at least one operating panel (104). Further, the mounting plate (106) is...

The present disclosure relates to a cover strip (104) for a switch assembly (100), comprising a front wall (402), a top wall (406a), and a bottom wall (406b), a pair of latching members (702). The front wall (402) comprises a front surface (402a) and a rear surface (402b). The top wall (406a) and the bottom wall (40...

The present disclosure relates to a switch assembly (100) with replaceable operating panels. The switch assembly (100) includes a mounting plate (112), at least one rocker (102) coupled to the mounting plate (112), and at least one operating panel (104) adapted to be removably supported on the at least one rocker (1...

The present disclosure relates to a cover strip (104) for a switch assembly (100), comprising a front wall (402), at least one side wall (404), a top wall (406a), and a bottom wall (406b), a plurality of locking members (702). The front wall (402) comprises a front surface (402a) and a rear surface (402b). The at le...

A switch assembly (100) is disclosed. The switch assembly (100) includes a mounting plate (208), at least one rocker (202) and at least one operating panel (102). The at least one operating panel (102) includes a base member (302), a plurality of side walls (304) formed at a periphery of the base member (302), and a...

A switch assembly (100) including at least one rocker (102) and at least one operating panel (202), is disclosed. The at least one operating panel (202) is adapted to be supported on the at least one rocker (102). The at least one operating panel (202) includes a base member (302), and a plurality of side walls (304...

A switch assembly (100) is disclosed. The switch assembly (100) includes at least one rocker (202) and at least one operating panel (102). The at least one operating panel (102) is adapted to be supported on the at least one rocker (202). The at least one operating panel (102) includes a base member (222), and a plu...

The present disclosure relates to an electrical switch assembly (100) including at least one rocker assembly (102), at least one operating panel (104) and a mounting plate (106) adapted to support the at least one rocker assembly (102) and the at least one operating panel (104), and at least one cover strip (108). F...

A switch regulator assembly (100) is disclosed. The switch regulator assembly (100) includes a base plate (114) having side covers (102-1, 102-2) attached on either side of the base plate (114). The base plate (114) has one or more recesses (116) and one or more protrusions (118). A regulator assembly (122), dispose...

The present disclosure relates to an electric vehicle (EV) charger capable of deterring a theft attempt for electrical components of the EV charger. The EV charger (100) may include a housing (104) adapted to house a plurality of electrical components (102). An opening (112) may be formed on a back panel (106a) of t...

A frameless switch assembly including at least one rocker (102), at least one operating panel (104), and at least two cover strips (106) is disclosed. The frameless switch assembly (100) may include a plurality of edges (108) formed at a periphery of the at least one operating panel (104), and at least one rocker (1...

Disclosed herein is a mounting plate (102) for a switch assembly (100). The mounting plate (102) may include a first surface (110), a second surface (112), and a cut-out portion (114). The first surface (110) may be adapted to support at least one operating module (104), at least one rocker (106), and a pair of cove...

The present disclosure relates to an electric vehicle (EV) charger (100), The EV charger (100) may include a plurality of electric components (102), and a housing (104). The housing (104) defines a cavity (110) adapted to accommodate the plurality of electric components (102). The cavity (110) may include a pluralit...

A WATER FEEDER The present invention is related to a water feeder (100). The water feeder (100) comprises a water tank (106), a condenser (108), a water level sensor 5 (202) and control unit (105). The condenser (108) comprises a metal part (204) and cooling unit (109). The metal plate (204) is disposed on the t...

A RADIATION DETECTION DEVICE FOR STREET LIGHT In an embodiment of the present disclosure a radiation detection device (106) is disclosed. The radiation detection device (106) is mounted on a streetlight (100). 5 The radiation detection device (106) comprises a radiation detector (202), data processing unit (204)...

A method (500) for determining an arrangement of virtual interface elements for operating an electronic appliance (208) is disclosed. The method includes identifying a first user pattern based on a first selection of the virtual interface elements (214, 402a, 402b, 404a, 404b), while operating the electronic applian...