Company Information
CIN
Status
Date of Incorporation
16 September 1992
State / ROC
Delhi / ROC Delhi
Last Balance Sheet
31 March 2023
Last Annual Meeting
20 September 2023
Paid Up Capital
1,146,438,208
Authorised Capital
5,317,920,500
Directors
Paridhi Minda
Director/Designated Partner
about 2 years ago
about 2 years ago
Rakesh Batra
Director/Designated Partner
about 2 years ago
about 2 years ago
Ravi Mehra
Director/Designated Partner
over 2 years ago
over 2 years ago
Rajiv Batra
Director/Designated Partner
over 2 years ago
over 2 years ago
Krishana Kumar Khandelwal
Director/Designated Partner
over 2 years ago
over 2 years ago
Rashmi Hemant Urdhwareshe
Director/Designated Partner
over 2 years ago
over 2 years ago
Satish Balkrishna Borwankar
Director/Designated Partner
over 2 years ago
over 2 years ago
Pravin Tripathi
Director/Designated Partner
over 2 years ago
over 2 years ago
Vivek Jindal
Director/Designated Partner
over 2 years ago
over 2 years ago
Tarun Kumar Srivastava
Manager/Secretary/Authorized Representative
over 2 years ago
over 2 years ago
Anand Kumar Minda
Director/Designated Partner
over 2 years ago
over 2 years ago
Amit Minda
Director/Designated Partner
over 2 years ago
over 2 years ago
Pallak Minda
Director/Designated Partner
almost 3 years ago
almost 3 years ago
Suman Minda
Beneficial Owner
almost 6 years ago
almost 6 years ago
Krishan Kumar Jalan
Director/Designated Partner
over 6 years ago
over 6 years ago
Sunil Bohra
Director/Designated Partner
about 7 years ago
about 7 years ago
Vishal Tulsyan
Additional Director
about 10 years ago
about 10 years ago
Renu Challu
Director
over 10 years ago
over 10 years ago
Nirmal Kumar Minda
Director/Designated Partner
over 12 years ago
over 12 years ago
Rakesh Sony
Director
almost 15 years ago
almost 15 years ago
Surendra Kumar Arya
Director
almost 23 years ago
almost 23 years ago
Ashok Minda
Director
almost 29 years ago
almost 29 years ago
Past Directors
Alok Dutta
Director
almost 15 years ago
almost 15 years ago
Satish Sekhri
Director
almost 15 years ago
almost 15 years ago
Ashok Kumar Goel
Director Appointed In Casual Vacancy
over 16 years ago
over 16 years ago
Harish Chander Dhamija
Company Secretary
over 31 years ago
over 31 years ago
Patents
A head-up display (100), that has, a housing (105), a combiner (107), is disclosed. The housing (105) comprising a projector (101), a plurality of reflector modules (103), a diffuser (106). Each of the plurality of reflector modules (103) is adapted to perform one of transmission of the incident light P to adjacent ...
A present disclosure relates to a light projection device (100) comprising a light source (10) configured to generate light beams (LB), a lens (15) positioned downstream of the light source and configured to receive and redirect the light beams, an optical element (30) positioned downstream to the lens in an optical...
A suspension assembly (100) for a vehicle (100), that has, a first damper (107), a first spring (106), a second damper (104), a second spring (105), a height adjuster (119), is disclosed. The height adjuster (119) has a mounting plate (211). The mounting plate (211) comprises a first through hole (216), a second thr...
A tire assembly (100) for a vehicle is disclosed, including a tire and a wheel (110) adapted to receive the tire. The wheel (110) includes a central hub (124), a rim (126) concentrically disposed around the central hub (124). The tire is mounted on the rim (126), forming an internal volume between the tire and an ou...
A condensation device (104) for a lamp assembly (100), that has a housing (200), is disclosed. The housing (200) has a first portion (201), a second portion (202), a first opening (208a), a second opening (208b), a baffle (209), an absorbing assembly (210). The first opening (208a) is formed at an end of the second ...
A temperature sensor assembly (202) for a two-wheeler (100) is disclosed. The temperature sensor assembly (202) comprising a housing (205), and a thermistor (206). The housing (205) comprising a top portion (205a), a bottom portion (205b), an opening (307), a plurality of crushing ribs (306). The opening (307) is pr...
The present disclosure relates to a cornering light assembly (100) for a two-wheeler vehicle. The assembly (100) includes a housing (108) adapted to be installed at a front portion of the two-wheeler vehicle. A light source is fixed to the housing (108) and is adapted to illuminate an area ahead of the two-wheeler v...
A lighting assembly (100) is disclosed, including ahousing (102) having a first side (102-1), a second side (102-2), at least one cut out (110) on the first side (102-1), and a seat (114) on the second side (102-2). A lens (122) is attached in the cut out (110) and adapted to disperse light rays from a light source ...
A universal lighting device for a vehicle is disclosed. The universal lighting device comprises a housing assembly and at least one Printed Circuit Board (PCB) having a plurality of light sources adapted to emit light beams. Further, the universal lighting device comprises at least one reflector disposed within the ...
A lighting assembly (100) for a vehicle is disclosed. The lighting assembly (100) may include a housing (102) and a first collimator (108) having a first optical portion (116) and an engaging portion (118). A second collimator (110) may be disposed within the housing (102) and engaged with the first collimator (108)...
This invention relates to Truncated Profile Ferrous Target Sensor (Neutral & Other Gear) for detecting position of shifter shaft in transaxle of 4 wheelers. More particularly, the invention deals with Ring magnet & a Hall IC along with a truncated shape ferrous target profile designed to generate magnetic flux densi...
The present disclosure discloses an illumination lamp (100) for an
automobile. The lamp comprises a housing (1) comprising a front end and a
5 rear end defining an optical region; a plurality of LEDs (2) disposed at the
rear end of housing (1) and configured for emitting light beam; and one or
more lens (3, 4) c...
The housing (108) has a mounting section (108) attached to a distal end of a handlebar (102) of the two-wheeler (104). Further, the housing (108) has a cavity (114a) and an opening (120) aimed downward with respect to the handlebar (102) and adapted to provide access to the cavity (114a). On the other hand, the ligh...
A wheel anti-theft system (102) for a vehicle is disclosed. The wheel anti-theft system (102) includes a receiver (118) on a vehicle body (104). The addition, the wheel anti-theft system (102) includes a transmitter (120) that is mounted to each wheel of the vehicle. The transmitter (120) transmits, at a predefined ...
The present disclosure relates to a device (102), a system (106), and a method (500) for estimating a running distance of an electric vehicle based on at least one of the weight of passengers and/or rider and the weight of the on-board cargo. The device (102) comprises a bottom panel (103-2) disposed on abase member...
A cruise control switch assembly (100) for a vehicle to drive the vehicle at a pre-set speed is disclosed. The cruise control switch assembly (100) includes a switch housing (102), a bracket (202) installed in the switch housing (102), a push button (106) installed in the switch housing (102) and adapted to traverse...
The present invention describes a blinker assembly (100) having a housing (102), a light unit (104) adapted to be received in the housing (102) and a collimator (106) disposed in the housing at an anterior portion with respect to the light unit. The light unit comprises a light source (108) disposed at a first end o...
The present subject matter relates to an electronic horn, which for example may be a Dia 70mm based Disc E horn with a single side two-layer internal controlling module to generate a plurality of tones electronically through input and output Pulse Width Modulation signals, without the need of contact make or break. ...
The present subject matter relates to an electronic horn 100, which for example may be a Dia 95mm based Disc E-horn with an internal controlling module to generate a high tone sound or low tone sound through Pulse Width Modulations (PWM), without the need of contact make or break. The different PWMs cause changes in...
The present disclosure provides a switch for handlebar of a vehicle. The switch (100) for a handlebar (4) of a vehicle, the switch (100) comprising a clamp assembly (5) and an adjustable pin assembly. The clamp assembly (5) is defining a groove (6) for accommodating the one or more components of the switch (100). Th...
The present subject matter refers to a compact-sized reconfigurable horn (100) having a controlling module (14) to generate a plurality of tones, without the need of contact to make or break. The controlling module 14 through the different input and output PWM signals causes changes in the vibrating frequency of a d...
A method for welding a Dumet wire to a copper wire is disclosed which includes creating an anchor at an end of the Dumet wire (306), wherein the anchor has an open end (328A) and a closed end (328B). The method further includes anchoring a wiring end of the copper wire (302A) by passing an end of the copper wire (30...
A Rear Underbody Protection Device (RUPD) for a vehicle (100) is disclosed which includes an impact body (300) and a plurality of sensor units (106). The impact body (300) is adapted to be disposed of on a chassis (104) of the vehicle (100) and a plurality of sensor units (106) are disposed on the impact body. Furth...
The present disclosure relates to a transparent polymeric coating composition (100) adapted to get adhered to a surface (200) to be coated. The coating includes an organic phase (102) defining a base and an inorganic phase (104) adapted to disperse within the organic phase and enhances a surface contact angle. The o...
The present disclosure relates to a handlebar switch assembly (20) for a vehicle.
The handlebar switch assembly (20) comprises a case upper assembly (21) and a
case lower assembly (22). The case upper assembly (21) comprises a case upper
(23) and an upper sidewall (25). The case lower assembly (22) comprises a ca...
Present disclosure discloses a cover (2) for a switch of a vehicle. The cover (2) includes a
body (2a) detachably connectable to a housing (1). The body (2a) is defined with at least one
first slot (10a) and at least one first aperture (10b) along a first locus (FL), which are
structured to removably support at l...
“HYDROGEL COMPOSITE AND METHOD OF PREPARING HYDROGEL
COMPOSITE”
5 A present disclosure relates to a hydrogel composite. The hydrogel composite
comprises a base matrix 1 and a base matrix 2. The base matrix 1 comprises a base
material 1 and the base matrix 2 comprises a base material 2. The base material 1 is
se...
ABSTRACT
“A SWITCH ASSEMBLY FOR A VEHICLE”
5 A present disclosure relates to a switch assembly (500) for a vehicle. The switch
assembly (500) comprises a housing (10), a carrier assembly (100), a base assembly
(200), and an actuator (300). The carrier assembly is positioned at a top end (20) of the
housing. A k...
A switch assembly (100), that has a body (106), a retainer knob (104), a push knob (102), a plurality of plungers (108, 110), and a control unit (114), is disclosed. The control unit (114) is detachably attached to the body (106). The control unit (114) is electrically coupled with the plurality of plungers (108, 11...
The present disclosure relates to a switching unit (200) for a vehicle. The switching unit (200) may include a membrane (202), a housing (210), at least one rotary switch (204), at least one knob (216), and a sealing member (214). The membrane (202) defines a first opening (230) adapted to receive a portion of at le...
A switch assembly (100) having a housing member (106), a knob (102), an actuator member (210), a toggle switch (216), and a bellow (206), is disclosed. The knob is supported on the housing member (106). The actuator member (210) is adapted to move downward upon receipt of an input force. The toggle switch (216), dis...
ABSTRACT
“A HIGH VOLTAGE DRIVER FOR USE IN AUTOMOTIVE VEHICLES”
The present disclosure presents a high voltage driver for use in automotive vehicles. The
present disclosures proposes a current regulator for maintaining a predetermined constant
current at an output terminal of the high voltage driver irrespective of ...
A method and system for simulating an engine sound in a vehicle (102) is disclosed. A sound simulation system (100) comprising a control unit (602). The control unit (602) is adapted to receive, at a predefined interval, a plurality of signals indicative of a throttle position signal from a throttle position sensor ...
“A LAMP FOR A VEHICLE”
5
A present disclosure relates to a lamp for a vehicle that comprises a housing, at least one light source, an optical element, and a lens. The housing has an internal region that is defined between a front end, a rear end, an upper end, and a lower end. The at least one light source is coup...
The present disclosure relates to a coil placement mechanism (100) for a wireless charger assembly having a coil (200) and a coil holding member (202). The coil placement mechanism (100) may include a base plate (102) having a first face (132) and a second face (134), a pair of upper jaws (104, 106) and pair of lowe...
Disclosed herein is a water-proof switch (100) that has a rubber enclosure (102) which accommodates the switch assembly. The water-proof switch (100) also includes a carrier (108), which is installed in a cavity (118) of the rubber disclosure (102). The carrier (108) is designed to hold a printable circuit board (PC...
The present subject matter relates to a switch assembly (100) for a vehicle, including a bracket (116) and a PCB (124) installed inside the bracket (116). The PCB (124) includes contact switches (122) installed thereon. A first carrier (104) is provided, including a first slot (104A). The first carrier (104) is pivo...
The present disclosure relates to a switching unit (200) for a vehicle. The switching unit (200) may include a bracket (208), a carrier (206), a Printed Circuit Board (PCB) (210), a microswitch (214), a knob (202), and a sealing member (226). The bracket (208) is adapted to form a hollow compartment, and the carrier...
The present disclosure relates to a suspension system (100) for a vehicle seat assembly (200). The suspension system (100) includes a housing (109) slidably attached to the vehicle seat assembly (200). A pneumatic suspension unit is disposed in the housing (109), coupled to the vehicle seat assembly (200) to provide...
A light assembly (100) is disclosed which includes a housing (102) and a light source (104) adapted to provide uncollimated light beams. The light assembly (100) includes a collimator (106) installed in front of the light source (104). The collimator (106) comprises a rear face (404) and a front face (402) opposite ...
The present disclosure relates to a clamp assembly (100) adapted to be mounted on a handlebar of a two-wheeler. The clamp assembly (100) comprises a first portion (102), a second portion (104) to lock with the first portion (102), and a lock assembly (105) to secure the first portion (102) with the second portion (1...
circuit board disposed in the housing (202) and having a pair of connection terminals, a knob (208) having a pair of legs (222) slidably disposed on the housing (202) and a rubber membrane (206) disposed over the printed circuit. The rubber membrane (206) includes a pair of elevated portions (218) adapted to support...
The finisher (30) includes a body (B) that is defined with a first member (30a) and a second member (30b). The first member (30a) is made of a first material. The first member (30a) may be configured to enclose a joint (J) between a lens (O) and a housing of the lamp (L). Further, the second member (30b) extends fr...
A throttle control and safety switch device (100) that serves the dual function of adjusting a throttle of an ATV (all-terrain vehicle) while turning off the engine in the event of failure of a throttle cable or if the throttle cable is stuck, is disclosed. The throttle control and safety switch device (100) include...
The present invention relates to a switching unit (100) for a vehicle. The switching unit (100) may include a bracket (102), a knob (118), a Printed Circuit Board (PCB) (104), an actuating membrane (106), a plurality of micro switches (108, 110), at least one light source (112, 114) and an elastic membrane (116). Th...
The improved rotary-switch for steering assembly is disclosed. The improved rotary-switch comprises a knob, a housing, and a switching unit disposed in the housing. The switching unit comprises a cover member and a pair of micro-switches disposed in the cover member. The improved rotary switch comprises a rotatable ...
ABSTRACT OF THE INVENTION
CONVERTIBLE SEAT
A convertible seat (100) that can toggle between a sitting posture and a lying posture is disclosed. The convertible seat (100) includes a seat base (102), a mounting frame (104), and a seat back (110) pivotable coupled to seat base (102). The convertible seat (100) ...
Present disclosure relates to a test apparatus (100) used for testing performance of a lamp (L). The test apparatus (100) includes a body (B) and a holder (40). The body (B) may be defined with a first chamber (10) and a second chamber (20). The first chamber (10) may be separated from the second chamber (20) th...
ABSTRACT OF THE INVENTION
SWITCHING ASSEMBLY FOR A VEHICLE
A switching assembly (100) for a vehicle is disclosed, including a housing (102) having a PCB (120) with tact switches (112). A knob (106) is installed in a switch body (114) disposed in the housing (102) and moves relative to the housing (102) in resp...
A system (102) and method for generating a lighting pattern corresponding to charging status of a
battery in a vehicle (112) is disclosed. The system comprises one or more Light Emitting Diode
(LED) drivers (106) configured to control activation of at least one LED (108), positioned at one
or more predefined loca...
The present disclosure discloses a lamp assembly (100) for a vehicle. The lamp assembly (100) comprises a plurality of LEDs (40), a refractor (20), and an outer lens (10). The plurality of LEDs (40) are configured to be selectively illuminated to emit light rays. The refractor (20) is defined with a stepped prof...
Present disclosure relates to a lamp (100) for a vehicle. The lamp includes a first lens (10), a second lens (20), and a support bracket (30). The first lens (10) may be defined with a first region (10a) and a second region (10b). The second lens (20) may be supported by the first lens (10). The second lens (20) m...
Present disclosure relates to a heat sink (100). The heat sink (100) comprises a body (B). The body (B) may be defined with a first portion (110) and a second portion (120). Further, the first portion (110) may be made of a first material. Furthermore, the second portion (120) extends from the first portion (110). T...
Present disclosure relates to a condensation prevention device (10) and a lamp (L) defined with the condensation prevention device (10). The lamp (L) comprises a housing (H), a light source (1), a printed circuit board (2), a heat sink (3), and the condensation prevention device (10). The light source (1) is positio...
A system and method for generating light patterns to represent operations of a vehicle is disclosed.
The system comprises a plurality of Light Emitting Diodes (LEDs) (104) positioned at one or more
predefined locations of at least on an exterior surface of the vehicle. The system also comprises a
microcontrolle...
ABSTRACT
“A LAMP”
Present disclosure relates to a lamp (100). The lamp (100) includes a housing (5) defined with a rear end and a front end. Further, a reflector (10) may be accommodated at the rear end of the housing (5). The reflector (10) may be defined with a plurality of sections (S1, S2). Each section of the...
The reflector (20) includes a body that includes a plurality of first portions (20a) and a plurality of second portions (20b). Each first portion of the plurality of first portions (20a) may be defined with a curved surface. The plurality of first portions (20a) may be configured to reflect illumination received fr...
PLEASE SEE ATTACHED
A switch assembly (100) is provided for a vehicle, including a bracket (120). A cover (106) is disposed on the bracket (120) and includes a neck portion (106A). The cover (106) encapsulates the bracket (120). A carrier (122) is positioned orthogonally with respect to the bracket (120), inside neck portion (106A) of ...
Present disclosure relates to a reflector (20) of a lamp (100). The reflector (20) includes a body (B) configured to be positioned within the lamp (100). The body (B) includes a first portion (20a) and a second portion (20b). The first portion (20a) may be defined with reflecting surfaces and configured to reflect...
PLEASE SEE THE ATTACHED SPECIFICATION
ABSTRACT
TITLE: “A CONTACT ASSEMBLY FOR A BLINKER MODULE WITH CENTER
PUSH CONTACT FOR A VEHICLE”
5
Present disclosure relates to a contact assembly (100) of a blinker module (200) for a vehicle.
The assembly (100) comprises a body (104) defined with an opening (114) about a central axis
(A-A). A pair of fixed ...
ABSTRACT
“A HORN ASSEMBLY FOR A VEHICLE”
5 A present disclosure relates to a horn assembly (500) for a vehicle. The horn assembly
(500) comprises a housing (10) and a bobbin assembly (300). The bobbin assembly
(300) is secured in a lower portion (30) of the housing. The bobbin assembly comprises
a body (310) de...
A control system (100, 700) for a lamp unit of a vehicle is disclosed. The control system (100, 700) includes a housing (402, 702) and a printed circuit board (PCB) (416) disposed in the housing (402, 702), and a controller (115) mounted on the PCB (416). The controller (115) is adapted to receive and process an or...
The present disclosure relates to an injection moulding assembly (100), preferably relates to an apparatus for manufacturing of a thermistor coupler (300) and method for manufacturing said thermistor coupler (300). The assembly (100) comprises a lower die (10) and an upper die (20). The lower die (10) comprises ...
The present disclosure relates to a horn assembly (100). The horn assembly (100) includes a housing (102), a horn unit (101) disposed in the housing (102) and adapted to generate a sound, and a bobbin assembly (115) disposed in the housing (102) and adapted to actuate the horn unit (101). In addition, the horn assem...
The present disclosure relates to a seat suspension unit (20) of a vehicle. The seat suspension unit (20) comprises a seat support portion (22) connected to a seat (100), a base portion (24) connectable to a floor (102), and a compression assembly (26) positioned between and connected to the seat support portion (...
ABSTRACT
Present disclosure relates to a sound resonator (100). The sound resonator (100) includes an upper portion (20a) and a base portion (20b). The upper member (20a) protrudes from and extends parallel to the base member (20b) at a pre-defined distance and defines a first hollow region (30a) between the base m...
The present disclosure discloses a brass alloy article and a method for manufacturing brass
alloy article is disclosed. The method includes the steps of casting a brass alloy of the claimed
composition. Then, heating the brass alloy at a first predetermined temperature range for a first
predetermined time. After ...
The present disclosure relates to a shape memory alloy (SMA) based control device. The
control device (100) comprises a housing (10) and the SMA wire (30) is disposed within
5 the housing. The SMA wire includes a first end (30a) being fixed to the housing. A lever
(20) is slidably mounted in the housing and is co...
A headlamp assembly (100) for a two-wheeler is disclosed that includes a headlamp unit (200) configured to operate in a plurality of light modes. Each of the light modes is indicative of a degree of illumination by the light unit. In addition, the headlamp assembly (100) includes a speed sensor (208) adapted to sens...
ABSTRACT
“A HORN ASSEMBLY FOR A VEHICLE”
5 A present disclosure relates to a horn assembly (100) for a vehicle. The horn assembly
comprises a horn unit (15), a lighting unit (20), and a contact assembly (30). The horn
unit is defined with a housing (1) for accommodating horn components. The horn unit
is configu...
The present invention relates to an automotive horn (100) which includes a diaphragm (106) and a control unit (104). The diaphragm (106) is adapted to generate a low tone frequency sound (108) and a high tone frequency sound (110). The control unit (104), in communication with the diaphragm (106), is configured to d...
The present invention provides a thermostable material comprising salts of Bismuth and Yttrium
doped with salt of rare earth element and provides thermal stabilization of articles, preferably
automobiles/vehicles. Said thermostable material provides controlled absorption and emission
based on atmospheric conditio...
ABSTRACT
TITLE: “AN ARMREST FOR A VEHICLE”
Present disclosure discloses an armrest comprising a base member (102) and at least one hinge (105) attached to the base member. The hinge (105) includes an aperture (106) to receive a roller (108). A cushion member (103) is mounted to the base member. A support plate (...
ABSTRACT
A SEGMENTED EDGE BLADE FOR ILLUMINATION SYSTEM
The present disclosure relates to an illumination system (200) for vehicles. The illumination system includes a housing (202) and a printed circuit board (204) having a plurality of light sources (206) that emit light rays towards the housing. The illumination ...
ABSTRACT
AN ILLUMINATION SYSTEM
The present disclosure relates to an illumination system (100) of a vehicle. The illumination system (100) comprises a housing (102) configured to secure at least one bezel unit (104), and at least one lens (106, 108) of the illumination system (100). A printed circuit board (110) com...
A device (100) to detect concentration of ethanol in a flexible fuel, comprises a fluid channel (10), a crystalline member (50), a radiation source, and a control unit. The crystalline member (50) may be positioned on the fluid channel (10) and closing an 5 opening (O) of the fluid channel (10). The crystalline ...
A super hydrophilic crosslinked polymer, a composite and synthesis method
thereof for condensation management in automotive industry, preferably in lighting
systems is disclosed. The superhydrophilic crosslinked polymer prepared by
combining Amino-deoxy-D-glucan and Acryl amide or copolymer thereof.
10 The super...
A lighting unit (100) for a vehicle is disclosed. The lighting unit (100) includes a housing (102), a Printed Circuit Board (PCB) (104), and a light guide (108). The housing (102) includes a hollow compartment (102-1). The PCB (104) is disposed in the hollow compartment (102-1) includes a light source (106) mounted ...
A slidable actuator (100) for a switch assembly (200), is disclosed. The slidable actuator (100) includes a knob portion (101), a stem portion (102), and the protruding pin assembly (103). The stem portion (102) extends from the knob portion (101) and defines a cavity (102a) for receiving at least a portion of a pro...
The present disclosure relates to an optical element (100, 200, 300, 400) and a vehicle head lamp unit (305, 405) comprising the optical element (100, 200, 300, 400). An optical element (100, 200, 300, 400) comprising: an optical region (O) having: a plurality of inverted lenses (110a, 210a, 310a, 410a) formed on a ...
The present disclosure relates to a switch assembly (104, 204) of a handlebar assembly (100) of a two-wheeler. The switch assembly (104, 204) includes a first portion (110), a second portion, and a lock assembly (114). The first portion (110) defines a base (150), and the second portion is disposed to cover the swit...
A support assembly (100) for a seat (S) of a vehicle is disclosed. The support assembly comprises a mounting plate (10), a cam (30), a plurality of followers (42), and a plurality of spring members (50). The mounting plate (10) is connected to a seat frame (SF) of the seat (S). The cam (30) is rotatably mounted ...
A projector assembly (112) of a headlamp assembly (100) for a low-beam light is disclosed. The projector assembly (112) comprises a light source (122), an optical element (124) disposed in proximity to the light source (122) and adapted to receive, collimate, and refract a plurality of light rays. The optical elemen...
A headlamp assembly (100) for a vehicle is disclosed. The headlamp assembly (100) comprises a light source (102), and a plurality of reflectors (104a, 104b, 104c, 104d, 104e, 104f) configured to reflect light. The plurality of reflectors comprises a first set of reflectors (104a, 104b), and a second set of refl...
The present disclosure relates to a heating and undercurrent detection device (200) for a grip (100) of a steering assembly of a vehicle which includes an electronic control unit (125) communicatively coupled with a master electronic control unit (150) of the vehicle. The device comprises a heating element (8) with ...
The present disclosure relates to a light projection system (100) for a handlebar (500) of a vehicle. the light projection system (100) includes a housing (102) adapted to mount at a distal end of the handlebar (500), and a light projection unit (104) disposed in the housing (102). The light projection unit (104) in...
The present disclosure relates to an apparatus (500) for testing the durability of a hand control module (2) that comprises an environmental chamber (30), a drive mechanism (25) is configured to provide a translation motion to a rack and pinion mechanism (28). The hand control module is attached to a pinion gear m...
A logo illumination device (100) is disclosed that includes a light source (128) and a reflector (106). The reflector (106) includes a plurality of curved members (156) formed by a plurality of reflecting surfaces (136) to reflect light from the light source (128). In addition, the logo illumination device (100) inc...
Disclosed is a dual ampere switch assembly (100) that operates at high ampere applications and is useful for household appliances, automotive, and the like. The switch assembly (100) includes a housing (107), a base assembly (101), an actuation unit, and a movable connection member (102), all arranged in a compact d...
A heated handgrip assembly (100) adapted to be secured to a vehicle handlebar. The heated handgrip assembly (100) includes a tube guide (101), a heating element (102), and at least one controller (103). The tube guide (101) includes a flanged portion (101a) at a first end of the tube guide (101) adapted to receive t...
A vehicle seat (100) is disclosed. The vehicle seat (100) comprises a seat base (102)
and a seat back (104). The seat base (102) is adjustable relative to the seat back
(104). The seat base (102) comprises a first pan (106) having at least one first
actuation mechanism (108) configured to tilt the first pan (106)...
An assembly (100) for testing a cornering lamp of the vehicle is disclosed. The assembly (100) includes a fixed plate (106) having a cut-out portion (108) at a centre thereof, and a rotatable plate (110) positioned in the cut-out portion (108). The rotatable plate (110) includes a first mount (118) adapted to receiv...
Present disclosure relates to a collimator (100) of a lamp. The collimator (100)
includes a body (B) that has a first end portion (10) and a second end portion (20).
The first end portion (10) may be defined with an aspheric cylindrical surface (10a).
the first end portion (10) may be configured to receive illumi...
The present disclosure relates to a switch assembly (100) for a vehicle. The switch assembly (100) includes a housing (110), a Printed Circuit Board (PCB) (120), a first knob (102), a second knob (104), and a third knob (106). The second knob (104) is positioned adjacent to the first knob (102) and adapted to be pus...
The present disclosure relates to a robotic arm assembly (100) for maneuvering a workpiece (102) comprising a base (104), a first gripper (106), a second gripper (108), and an adjustable gripper (110). The first gripper (106) extends orthogonally from a proximal end (104a) of the base (104) and is adapted to engage ...
The present disclosure relates to a handlebar switch assembly (100) for a vehicle. The handlebar switch assembly (100) comprises a housing (102), at least one clamp (104), and at least one resilient member (106). The at least one clamp (104) is coupled to the housing (102). The at least one clamp (104) is adapted t...
The present disclosure generally relates to Service Enabler Architecture Layer (SEAL) and spatial mapping management. Particularly, but not exclusively, the present disclosure describes DC-DC converter (105a) comprising a transformer (109) configured to connect with a supply unit to receive supply voltage. The pri...
The present disclosure relates to a suspension system (100) for a seat assembly of a vehicle. The suspension system (100) includes a bottom plate (104), a top plate (102) slidably coupled with the bottom plate (104), and a damper (108) disposed between the top plate (102) and the bottom plate (104). In addition, the...
Disclosed is a system for adjusting height of a seat in a vehicle. The system (100) comprises a first link (102), a second link (104), an actuating member (106), a
switch holder (108), an operating member , a push-pull wire (112), a damping unit
(116) and a biasing member (118). The first link (102) and the second...
The present disclosure relates to a system for adjusting height of a seat of a vehicle. The system (100) comprises a magnet (106) received in a first housing (110) and a sensor received in a second housing (112). The sensor is positioned opposite to the magnet (106) in the second housing (112). The sensor is confi...
A vehicle seat assembly (100, 200, 300) is disclosed. The vehicle seat assembly (100, 200, 300) includes a rider seat foam (108, 208, 306) disposed between a seat cover (104, 204) and a seat base (116, 214, 312). The rider seat foam (108, 208, 306) has a slotted section (120, 218, 318). An insert (110, 210, 308) is ...
The present disclosure discloses a bracket (300) of a lamp assembly (100) of a vehicle. The 5 bracket comprises a plurality of slots (340), a plurality of guiding receptacles (320), a plurality of contacts (330), at least one guiding member (310), and a plurality of lugs (301, 302, 303, 304). The plurality of slots ...
The present disclosure relates to a mounting assembly (100) for a handlebar of a vehicle. The mounting assembly (100) includes a housing (102) having a throttle position sensing unit to receive a rotational input from a throttle grip (502) of the handlebar of the vehicle. A shielding unit (130) is coupled with the h...
The present disclosure relates to a horn apparatus for vehicle. The horn apparatus may include:
a control unit configured to generate a first frequency signal and a second frequency signal,
wherein a value of the first frequency signal is different from a value of the second frequency
signal; a switching unit ada...
Disclosed herein is a switch assembly (100) for a vehicle. The switch assembly (100) includes a housing (102) having a plurality of inner walls, incorporating a knob (104) and a micro-switch sub-assembly (202). The micro-switch sub-assembly (202) includes a control shaft (204) adapted to pivot in a plurality of dire...
A system (500) for simultaneously cooling a wireless charging unit (100) and a portable device
(10), in a vehicle, is disclosed. The system (500) includes a cooling fan (70) mountable to a portion
of the wireless charging unit (100). Further, system (500) includes a duct (80) mountable over the
wireless charging ...
The present invention discloses a structurally modified graphite comprising a single crystal-based graphite having a hexagonal structure aligned in columnar form. The structurally modified graphite has high purity and thermal conductivity tailored between 450-2000 W/m-K. The present invention also provides a multi-l...
The present disclosure relates to a lamping system (100) of a vehicle. The lamping system (100) is a headlamp assembly (100) of the vehicle. The headlamp assembly (100) comprises a housing (50), at least one PCB unit (106), a heat sink (102) and at least one collimator (104). The PCB unit (106) has a plurality of ...
The present disclosure is related to a system (101) and a method (200) for supplying constant current to a horn assembly (100). The system (101) includes a voltage regulator (104) adapted to receive an input voltage and regulate the input voltage to a first predetermined range of voltage. A horn coil (114) adapted t...
A USB charger (1000) comprises a control unit (100) and a receptacle module
assembly (300). The receptacle module assembly (300) comprises a user
interface port (304) configured to transfer power and exchange data with an
external device. A wire harness (200) has a first end coupled to the control unit
(100) and...
Present disclosure relates to a USB charger (1) for a vehicle. The receptacle module assembly (100) comprises a front cover (110), a PCB (120), an USB receptacle (130) and a rear housing (140). The front cover (110) has a structure to accommodate the PCB (120) and the USB receptacle (130). The rear housing (140)...
The present disclosure relates to a horn device (100) for generating acoustic signal in a vehicle. The horn device (100) includes a connector assembly (130) coupled to the electronic assembly (104) and a contact breaker assembly (106) that can actuate a horn assembly (109) either electronically or mechanically. The ...
The present disclosure relates to a holder (100) for removably retaining an electronic device. The holder (100) includes a housing (102) adapted to be removably secured to an external structure, a first arm (101) pivotally coupled to the housing (102) and adapted to pivot between an extended position and a collapsed...
Registered Trademarks
[Class : 35] Providing Information In The Fields Of Business Innovation Process, Business Management And Business Opportunities; Management Consultancy And Advisory Services In The Areas Of Corporate Growth Strategy, Innovation And Growth Processes, Organizational Transformation, And Talent Management And Development Strategies; Business Marketing; Advertising; Arranging And...
[Class : 11] Head Lamps, Tail Lamps, Indicators, Fog Lamps, Blinker Lamps, Rear/Lamps, Side Lamps, Rear Fog Lamps, Licence Lamps, Number Plate Lamps, Work Lamps, Reflex Reflector, Side Marker Lamps, Auxiliary Lamps, Position Lights, Reversing Lamps, Brake Lights, Hight Mounted Stop Lamps, Day Running Lights, Cornering Lamps, Logo Beamer Lamps.
[Class : 12] Seat For Automobile.
View +2 more Brands for Uno Minda Limited.
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Hdfc Bank Limited
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50 Lak
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Canara Bank
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Canara Bank
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Small Industries Development Bank Of India
1 Crore
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Maruti Suzuki India Limited
33 Lak
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Maruti Suzuki India Limited
1 Crore
23 November 2010
Volkswagen India Private Limited
29 Lak
21 December 2009
Volkswagen India Private Limited
1 Crore
23 April 2010
Volkswagen India Private Limited
2 Crore
05 February 2010
Volkswagen India Private Limited
1 Crore
26 July 2007
Abn Amro Bank N.v.
3 Crore
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Canara Bank
1 Crore
07 November 2008
Canara Bank
1 Crore
20 August 2009
Canara Bank
16 Lak
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01 November 1994
Canara Bank
15 Lak
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Canara Bank
5 Lak
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Canara Bank
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17 June 1993
Canara Bank
3 Lak
18 March 1993
Canara Bank
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Canara Bank
45 Lak
07 August 2006
Canara Bank
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29 March 1994
Canara Bank
7 Lak
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75 Lak
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9 Lak
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31 Lak
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Kotak Mahindra Bank Limited
10 Crore
31 August 2002
Canara Bank
10 Crore
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Icici Ltd.
13 Crore
11 August 1998
Industrial Development Bank Of India
4 Crore
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31 May 2023
Hdfc Bank Limited
0
23 May 2023
Jp Morgan Chase Bank, N.a.
0
28 November 2022
Others
0
29 July 2010
Hdfc Bank Limited
0
10 June 2022
Jp Morgan Chase Bank, N.a.
0
28 October 2016
Standard Chartered Bank
0
29 June 2005
Axis Bank Limited
0
03 March 2004
Citi Bank N.a.
0
31 July 2013
Standard Chartered Bank
0
22 February 2022
Citi Bank N.a.
0
22 July 2020
Citi Bank N.a.
0
25 May 2004
State Bank Of India
0
19 July 2021
Others
0
29 February 2020
Axis Bank Limited
0
03 June 2019
Others
0
23 July 2007
Axis Bank Ltd.
0
12 March 2008
Axis Bank Limited
0
26 July 2018
Axis Bank Limited
0
22 July 2020
The Hongkong And Shanghai Banking Corporation Limited
0
01 December 2017
Others
0
10 August 2015
Others
0
13 August 2015
Icici Bank Limited
0
24 June 2002
Citibank Na
0
29 September 2016
Axis Bank Limited
0
21 March 2016
Others
0
04 July 2011
Axis Bank Limited
0
20 May 2019
Citi Bank N.a.
0
20 March 2019
Hdfc Bank Limited
0
19 March 2015
Hdfc Bank Limited
0
04 October 2013
Hdfc Bank Limited
0
12 June 2018
Axis Bank Limited
0
03 September 2018
Citi Bank N.a.
0
24 June 2002
Citibank N A
0
13 October 2006
Uti Bank Ltd
0
13 February 2019
Hdfc Bank Limited
0
05 February 2010
Volkswagen India Private Limited
0
04 July 2011
Others
0
07 July 2011
Hdfc Bank Limited
0
18 November 2002
Ford India Ltd
0
18 March 1993
Canara Bank
0
09 May 1995
Canara Bank
0
20 June 1995
Canara Bank
0
28 August 1999
Canara Bank
0
04 August 1995
Canara Bank
0
09 May 1995
Canara Bank
0
29 January 1999
Canara Bank
0
16 March 1999
Small Industries Development Bank Of India
0
21 August 2000
Idbi Bank Ltd.
0
13 September 2000
Ford India Ltd.
0
16 January 2001
Small Industries Development Bank Of India
0
22 January 2001
Industries Devlopment Bank Of India
0
20 March 2001
Icici Ltd.
0
17 June 1993
Canara Bank
0
29 March 1994
Canara Bank
0
20 June 1995
Canara Bank
0
04 August 1995
Canara Bank
0
31 August 2002
Canara Bank
0
17 August 2009
Canara Bank
0
02 June 2009
Axis Bank Limited
0
04 February 2009
Kotak Mahindra Bank Limited
0
04 February 2009
Kotak Mahindra Bank Limited
0
02 December 2007
Maruti Suzuki India Limited
0
02 December 2007
Maruti Suzuki India Limited
0
26 July 2007
Abn Amro Bank N.v.
0
07 August 2006
Canara Bank
0
07 August 2006
Canara Bank
0
18 March 1993
Canara Bank
0
22 February 2007
Canara Bank
0
25 July 2007
Canara Bank
0
25 July 2007
Canara Bank
0
25 July 2007
Canara Bank
0
07 November 2008
Canara Bank
0
20 August 2009
Canara Bank
0
11 November 2009
Canara Bank
0
21 December 2009
Volkswagen India Private Limited
0
23 April 2010
Volkswagen India Private Limited
0
01 September 2010
Volkswagen India Private Limited
0
23 November 2010
Volkswagen India Private Limited
0
23 January 2012
Standard Chartered Bank
0
29 March 2013
Citibank N.a
0
13 March 2014
Hdfc Bank Limited
0
05 November 2014
Bajaj Finance Limited
0
09 May 1995
Canara Bank
0
04 August 2005
Canara Bank
0
09 May 1995
Canara Bank
0
15 July 1999
Canara Bank
0
08 May 1995
Canara Bank
0
06 February 1997
Industries Devlopment Bank Of India
0
11 August 1998
Industrial Development Bank Of India
0
28 August 1999
Canara Bank
0
29 November 1999
Canara Bank
0
11 May 2000
Canara Bank
0
07 June 2000
Oriental Bank Of Commerce
0
04 August 2005
Canara Bank
0
18 March 1993
Canara Bank
0
01 November 1994
Canara Bank
0
16 July 2004
State Bank Of India
0
31 May 2023
Hdfc Bank Limited
0
23 May 2023
Jp Morgan Chase Bank, N.a.
0
28 November 2022
Others
0
29 July 2010
Hdfc Bank Limited
0
10 June 2022
Jp Morgan Chase Bank, N.a.
0
28 October 2016
Standard Chartered Bank
0
29 June 2005
Axis Bank Limited
0
03 March 2004
Citi Bank N.a.
0
31 July 2013
Standard Chartered Bank
0
22 February 2022
Citi Bank N.a.
0
22 July 2020
Citi Bank N.a.
0
25 May 2004
State Bank Of India
0
19 July 2021
Others
0
29 February 2020
Axis Bank Limited
0
03 June 2019
Others
0
23 July 2007
Axis Bank Ltd.
0
12 March 2008
Axis Bank Limited
0
26 July 2018
Axis Bank Limited
0
22 July 2020
The Hongkong And Shanghai Banking Corporation Limited
0
01 December 2017
Others
0
10 August 2015
Others
0
13 August 2015
Icici Bank Limited
0
24 June 2002
Citibank Na
0
29 September 2016
Axis Bank Limited
0
21 March 2016
Others
0
04 July 2011
Axis Bank Limited
0
20 May 2019
Citi Bank N.a.
0
20 March 2019
Hdfc Bank Limited
0
19 March 2015
Hdfc Bank Limited
0
04 October 2013
Hdfc Bank Limited
0
12 June 2018
Axis Bank Limited
0
03 September 2018
Citi Bank N.a.
0
24 June 2002
Citibank N A
0
13 October 2006
Uti Bank Ltd
0
13 February 2019
Hdfc Bank Limited
0
05 February 2010
Volkswagen India Private Limited
0
04 July 2011
Others
0
07 July 2011
Hdfc Bank Limited
0
18 November 2002
Ford India Ltd
0
18 March 1993
Canara Bank
0
09 May 1995
Canara Bank
0
20 June 1995
Canara Bank
0
28 August 1999
Canara Bank
0
04 August 1995
Canara Bank
0
09 May 1995
Canara Bank
0
29 January 1999
Canara Bank
0
16 March 1999
Small Industries Development Bank Of India
0
21 August 2000
Idbi Bank Ltd.
0
13 September 2000
Ford India Ltd.
0
16 January 2001
Small Industries Development Bank Of India
0
22 January 2001
Industries Devlopment Bank Of India
0
20 March 2001
Icici Ltd.
0
17 June 1993
Canara Bank
0
29 March 1994
Canara Bank
0
20 June 1995
Canara Bank
0
04 August 1995
Canara Bank
0
31 August 2002
Canara Bank
0
17 August 2009
Canara Bank
0
02 June 2009
Axis Bank Limited
0
04 February 2009
Kotak Mahindra Bank Limited
0
04 February 2009
Kotak Mahindra Bank Limited
0
02 December 2007
Maruti Suzuki India Limited
0
02 December 2007
Maruti Suzuki India Limited
0
26 July 2007
Abn Amro Bank N.v.
0
07 August 2006
Canara Bank
0
07 August 2006
Canara Bank
0
18 March 1993
Canara Bank
0
22 February 2007
Canara Bank
0
25 July 2007
Canara Bank
0
25 July 2007
Canara Bank
0
25 July 2007
Canara Bank
0
07 November 2008
Canara Bank
0
20 August 2009
Canara Bank
0
11 November 2009
Canara Bank
0
21 December 2009
Volkswagen India Private Limited
0
23 April 2010
Volkswagen India Private Limited
0
01 September 2010
Volkswagen India Private Limited
0
23 November 2010
Volkswagen India Private Limited
0
23 January 2012
Standard Chartered Bank
0
29 March 2013
Citibank N.a
0
13 March 2014
Hdfc Bank Limited
0
05 November 2014
Bajaj Finance Limited
0
09 May 1995
Canara Bank
0
04 August 2005
Canara Bank
0
09 May 1995
Canara Bank
0
15 July 1999
Canara Bank
0
08 May 1995
Canara Bank
0
06 February 1997
Industries Devlopment Bank Of India
0
11 August 1998
Industrial Development Bank Of India
0
28 August 1999
Canara Bank
0
29 November 1999
Canara Bank
0
11 May 2000
Canara Bank
0
07 June 2000
Oriental Bank Of Commerce
0
04 August 2005
Canara Bank
0
18 March 1993
Canara Bank
0
01 November 1994
Canara Bank
0
16 July 2004
State Bank Of India
0
Documents
Form BEN - 2-04042021_signed
Form BEN - 2-03042021_signed
Form DPT-3-05032021-signed
Form BEN - 2-10022021_signed
Form BEN - 2-09012021_signed
Form MGT-14-05022021_signed
Form MGT-15-05022021_signed
Form BEN - 2-08012021_signed
Declaration under section 90-31122020
Form BEN - 2-31122020
Declaration under section 90-31122020
Minda_Industries_Ltd_MGT7Annu_R71254544_JITU8871_20201128115834.xls
Optional Attachment-(1)-17112020
Copy of MGT-8-17112020
Optional Attachment-(2)-17112020
Form MGT-7-17112020_signed
Form MSME FORM I-06112020_signed
MINDA_ROC_R66930850_JITU8871_20201102124416.xlsx
Form MSME FORM I-30102020_signed
Instrument(s) of creation or modification of charge;-30102020
Form CHG-1-30102020_signed
Optional Attachment-(1)-30102020
CERTIFICATE OF REGISTRATION FOR MODIFICATION OF CHARGE-20201030
Form AOC-4(XBRL)-24102020_signed
Form CHG-1-23102020_signed
CERTIFICATE OF REGISTRATION FOR MODIFICATION OF CHARGE-20201023
Instrument(s) of creation or modification of charge;-22102020
Optional Attachment-(1)-22102020
Optional Attachment-(2)-22102020
Instrument(s) of creation or modification of charge;-20102020
