ABSTRACT BATTERY ENCASEMENT BOX FOR STORING BATTERIES OF A TWO-WHEELER ELECTRIC VEHICLE The present disclosure provides a battery encasement box (100) for storing one or more batteries of an electric vehicle. The battery encasement box (100) includes a battery casing (102), a battery cover (104), a relay box (1...

STAND ARRANGEMENT FOR TWO-WHEELED VEHICLE AND METHOD OF OPERATION THEREOF ABSTRACT A stand arrangement for a two-wheeled vehicle, including a stand having a first end and a second end. The stand arrangement for the two-wheeled vehicle further includes a retracting arrangement including a first bracket fastened t...

[0001] The present disclosure provides an integrated tubular chassis (102) with a three-dimensional bend (312) and a two-dimensional bend (314) for a two-wheeler vehicle. The integrated tubular chassis (102) includes a first section (114), a second section (116), and a third section (118). The first section (114) ...

SYSTEM AND METHOD FOR MANAGING BATTERY USAGE IN TWO-WHEELER ELECTRIC VEHICLE ABSTRACT A system for efficiently and optimally managing battery usage in two-wheeler electric vehicle, includes a first battery pack fixedly arranged in the two-wheeler electric vehicle, a second battery pack that is portable and remov...

A system for interconnection and arrangement of battery cells in a battery pack includes a first multilayer printed circuit board (PCB) with a first set of grooves. The system further includes a plurality of conductive metal strips on a top surface of the first multilayer PCB, and a curved portion of each conductive...

A wheel well apparatus 102 to cool one or more components of a two-wheeler 100 is provided. The apparatus 102 includes an air captivating surface 202. The air captivating surface 202 includes a plurality of openings 204A-D. The air captivating surface 202 receives airflow. The air captivating surface 202 is confi...

A FLOOR BOARD WITH A PLURALITY OF PREDETERMINED SHAPE PROJECTIONS A floor board of a vehicle is provided. The floor board of a vehicle includes a top surface and a bottom surface. The bottom surface of the floor board of the vehicle is placed on a floor deck of the vehicle. The bottom surface includes the one or ...

Embodiments herein disclose a swing fork 100 of a vehicle. The swing fork 100 of the vehicle includes a left-side swing fork 102, a right-side swing fork 104, and a bridging member 110. The left-side swing fork 102 includes a first end 106A and a second end 108A. The right-side swing fork 104 includes a third end 10...

Embodiments herein disclose an apparatus and method for mounting a swingarm 202, a chassis 302 and a motor 208 includes a base 102. The base 102 includes a first end 104 and a second end 106. The first end 104 and the second end 106 include a first projection 108, and a second projection 110. The first projection 10...

Embodiments herein disclose a battery pack 100 and a method for thermal management. The battery pack 100 includes a bottom battery casing 102, a sub module, a plurality of connectors 106, an interconnector 108, a thermal interface material 110, and a top battery casing 112. The sub-module includes a first cell holde...

A system 101 to magnetize one or more rare earth metals 110 includes one or more laminated sheets 114. The one or more laminated sheets 114 are stacked together to construct a laminated block 116. The one or more stacked laminated blocks 116 stacked together to construct the rotor assembly 100. The rotor assembly 10...

A GEAR-SHIFTING MECHANISM FOR A VEHICLE ABSTRACT Embodiments herein disclose a gear-shifting mechanism (100). The gear-shifting mechanism (100) includes a clutch member (102), a gear-shifting member (104), one or more connecting members (106 (A-E)), a movement-identifying member (108), and a control unit (110)...

SYSTEM AND METHOD TO MANAGE USAGE OF A PLURALITY OF BATTERY PACKS ABSTRACT Embodiments herein disclose a system (200) that includes a plurality of battery packs (102), a control unit (106), a first state, and a second state. The plurality of battery packs (102) includes a first battery pack (102A) and a second...

ABSTRACT Embodiments herein disclose an over-molding process (101) of a connecting member assembly (100) is provided. The connecting member assembly (100) includes a first connecting member (102) and a second connecting member (104). The first connecting member (102) and the second connecting member (104) are mecha...

ABSTRACT A system (100) to handle one or more battery packs (101) in an electric vehicle. The system includes one or more battery packs (101), and a third controller. The one or more battery packs (101) include a first battery pack (102), and a second battery pack (104). The first battery pack (102) supplies power ...

ABSTRACT A system (101) for mounting a battery management system (110) in a battery pack is disclosed. The battery pack includes a bottom battery casing (100), which includes a cell portion (102) and a BMS portion (104). The cell portion (102) includes a battery stack-up. The BMS portion (104) includes a heat-condu...

Embodiments herein disclose a system 100 for thermal management in a battery pack 102. The battery pack 102 includes one or more components 104. The one or more components 104 include a battery casing 106, a bottom cell holder 108, one or more cells 110, a predetermined shaped thermally insulative structure 112, a p...

A system (100) to perform a derating operation is provided. The system (100) includes an RPM derating subsystem (112) that reduces current flow of a load (110) to a first predetermined current level. The system (100) includes a constant power derating subsystem (114) that reduces current flow of the load (110) to a ...

A system for rapid charging is provided which includes an energizing device (102), a control unit (104), one or more energy storage devices (106), and one or more current-conducting elements (108). The control unit (104) allows a first predetermined current level, a second predetermined current level, and a third pr...

Embodiments herein disclose a system (100) for switching power distribution among at least two battery packs (102). The system (100) includes the at least two battery packs (102). The at least two battery packs (102) include one or more predetermined levels and one or more parameters. The system (100) further includ...

“A CELL HOLDER FOR A BATTERY PACK” Embodiments herein disclose a battery pack (100, 200) that includes a cell holder (107, 207) is provided. The cell holder (107, 207) includes a plurality of guiding profiles (302), a plurality of fastening profiles (304), a plurality of cavities (306), a plurality of weight-redu...

Embodiments herein disclose a method (400) for dispensing one or more layers into a battery pack (100, 200). The method (400) includes positioning the battery pack (100, 200)at first and second predetermined angles.The method (400) also includesdispensing, the first layer into the battery pack (100, 200), and holdin...

“A TRANSMISSION COVER ASSEMBLY OF A VEHICLE” A transmission cover assembly (100) of a vehicle includes an outer cover (102), an inner cover (104), and a hugger (106). The outer cover (102) includes a plurality of outer cover mounting points (302(A-B)), and an outer cover sidewall (304), wherein the plurality of o...

“A CASING ASSEMBLY OF AN ELECTRICAL MACHINE” A casing assembly (100) includes a plurality of casing parts (101), a plurality of fins (116), and a plurality of structural members (122). The plurality of casing parts (101) includes a first casing (102), a second casing (104), and a third casing (106). The first casin...

“ROTOR ASSEMBLY OF AN ELECTRICAL MACHINE” A rotor assembly 100includes a plurality of stacked laminated thin sheets 102. The plurality of stacked laminated thin sheets 102 includes a plurality of laminated thin sheets. The plurality of laminated thin sheets stacked together to construct the plurality of stacked...

“A BATTERY PACK AND A METHOD OF THERMAL MANAGEMENT IN A BATTERY PACK” Embodiments herein disclose a battery pack (100). The battery pack (100) includes a first thermally conductive layer (124) and a second thermally conductive layer (126) spread across the battery pack (100) and maintain sequel space between the ...

“SYSTEM AND METHOD FOR CONFIGURABLE ILLUMINATION OF A STORAGE COMPARTMENT OF A VEHICLE” Embodiments herein disclose a system (100) for configurable illumination that a storage compartment (102), a sensing unit (202), and a control unit (204). The storage compartment (102) includes a light assembly (206), one or m...

“A SYSTEM FOR ILLUMINATING A STORAGE COMPARTMENT OF A VEHICLE” A system (100) includes a vehicle frame (101), a closure (105), a hook (104), a latch (106), and an electromechanical plunger (108). The vehicle frame (101) includes a mounting bracket (103). The closure (105) includes a hook (104). The closure (105) is...

“AN ENERGY STORAGE SYSTEM AND METHOD FOR THERMAL MANAGEMENT AND THERMAL RUNAWAY PROPAGATION MITIGATION” Embodiments herein disclose an energy storage system (200) for thermal management and thermal runaway propagation mitigation. The system (200) includes a bottom casing, a first cell holder (202), a first layer ...

A FRAME OF A VEHICLE WITH A REINFORCEMENT STRUCTURE ABSTRACT Embodiments herein disclose a frame (102) of a vehicle (100). The vehicle (100) includes a rear frame (108), and a reinforcement structure (114). The rear frame (108) includes a left rear frame (110A), a right rear frame (110B) and at least one cross membe...

A FRAME STRUCTURE FOR A VEHICLE WITH ONE OR MORE LOAD TRANSFER PATHS ABSTRACT Embodiments herein disclose a frame structure (100) that includes one or more load transfer paths (301) is provided. The frame structure (100) includes a front frame member (102), a floorboard frame member (104), and a back frame member ...

A SYSTEM TO UNLOCK A FLOORBOARD OF A VEHICLE ABSTRACT A system (100) includes a floorboard tray (110), which includes one or more walls (110A-D), a junction bracket (202), one or more auxiliary connecting members (204), and one or more locking members (206). The one or more auxiliary connecting members (204) inclu...

A LID ARRANGEMENT OF A BATTERY PACK ABSTRACT Embodiments herein disclose a lid arrangement (101) of a battery pack (100). The lid arrangement (101) includes one or more portions. The one or more portions of the lid arrangement (101) are connected. The one or more portions include a first portion (102), and a secon...

A BMS MOUNTING PLATE ARRANGEMENT WITH CONDUCTING MATERIAL LAYOUT OF A BATTERY PACK ABSTRACT Embodiments herein disclose a battery pack (100) with a BMS mounting plate (102) which is configured to hold a first thermal interface material (104) and a BMS (106). The BMS mounting plate (102) includes a plurality of dep...

SYSTEM AND METHOD TO MANAGE FIRMWARE UPDATES OF A VEHICLE IN OPERATION ABSTRACT A system (100) to manage one or more firmware updates on a vehicle (102) in operation. The system includes at least two battery packs (110), a server (104), an interaction unit (106), and a controller unit (108). The at least two batte...

A FRAME ASSEMBLY FOR A VEHICLE ABSTRACT Embodiments herein disclose a frame assembly 100 for a vehicle. The frame assembly 100 includes a front frame member 102, a floorboard frame member 104, and a back frame member 106. The front frame member 102 includes a left front frame member 110, a right front frame member...

SYSTEM AND METHOD FOR DIAGNOSING AT LEAST ONE COMPONENT OF AT LEAST ONE VEHICLE ABSTRACT A diagnosing system (100) includes at least one vehicle (102) and a processing module (108). The vehicle (102) includes a sensing module (104) and an interaction module (106). The processing module (108) includes modules for d...

A SYSTEM AND A METHOD TO ESTIMATE A DRIVING RANGE OF AN ELECTRIC VEHICLE ABSTRACT A system (100) to estimate a driving range of an electric vehicle (102) is provided. The system (100) includes a sensor unit (104), a control unit (106), and a remote module (109). The remote module (109) includes a transceiver modu...

A VEHICLE WITH A FOOTREST ASSEMBLY ABSTRACT Embodiments herein disclose a vehicle (100) with a footrest assembly (102). The vehicle (100) includes a crash guard (106) and the footrest assembly (102). The footrest assembly (102) includes a footrest mounting bracket (108) and a resilient member (114). The footrest mou...

SYSTEM AND METHOD FOR ESTIMATING STATE OF HEALTH OF BATTERY PACKS IN A VEHICLE ABSTRACT Embodiments herein disclose a system (100) for estimating SOH of battery packs (104). The system (100) includes a cloud (110). The cloud (110) includes a receiving module (112), a storage module (114), an estimation module (11...

A STATOR OF AN ELECTRIC MACHINE ABSTRACT Embodiments herein disclose a stator of an electric machine (200). The stator (202) includes a first portion (202A), and a second portion (202B). The stator (202) includes a plurality of slots (204 (A-N)) and a plurality of three-phase windings. The plurality of three-phase w...

A SWING FORK ABSTRACT Embodiments herein disclose a swing fork (200) including at least one left-side and right-side swing fork member (202, 204), a bridging member (206), and at least one left and right bridge mounting bracket (212, 214). The left-side member (202) includes a front end (216) and back end (218), w...

AN APPARATUS TO MOUNT A MOTOR ON A CHASSIS ABSTRACT Embodiments herein disclose an apparatus (100) to mount a motor (202) on a chassis (136), comprising a base (102), a left and right frame mounting member (110, 108), and a front and back projection (118, 116). The left-side and right-side frame mounting member...

A SUB-FRAME ASSEMBLY OF A VEHICLE ABSTRACT Embodiments herein disclose a sub-frame assembly (108) of a vehicle that includes a seat holding member (110), one or more supporting members (112), and a base member (114). The seat holding member (110) extends upward and forward in an inclined orientation from a sub-f...

A SYSTEM AND METHOD FOR THERMAL MANAGEMENT OF ONE OR MORE COMPONENTS OF A VEHICLE ABSTRACT A thermal management system (100) includes at least one convergent member (104), a mid-member (106), and at least one divergent member (108). The at least one convergent member (104) includes a collecting member (110) that c...

A FRONT FRAME ASSEMBLY OF A VEHICLE ABSTRACT Embodiments herein disclose a front frame assembly 100 comprising a headtube (102), left and right downtubes (104, 106), left and right front frame members (108, 110), at least one headtube supporting member (112), and one or more horizontal cross members (114). The dow...

Embodiments herein disclose a handlebar assembly (100) with an integrated switching mechanism. The handlebar assembly (100) includes a handlebar (102), at least one switch (106), at least one switch case (104), and a handlebar covering member (108). The at least one switch case (104) includes a first portion (104A) ...