mhurhangee/patent-ind-claim-en huggingface dataset:
A battery module, comprising: - a housing ; - a plurality of battery cells disposed in the housing ; - a battery management system disposed in the housing and configured to monitor one or more operational parameters of the battery module, wherein the battery management system is electrically coupled to a positive terminal and a negative terminal of the battery module; and - a connector disposed in an outer surface of the housing and coupled to the battery management system , wherein the connector comprises a plurality of electrical contacts, wherein a first plurality of electrical contacts of the plurality of electrical contacts is configured to enable power to be provided to the battery management system , a second plurality of electrical contacts of the plurality of electrical contacts is configured to enable power to be received from the battery management system , a third plurality of electrical contacts of the plurality of electrical contacts is configured to enable data to be received from the battery management system , and a fourth plurality of electrical contacts of the plurality of electrical contacts is configured to transmit power to the state of charge indicator , wherein the connector is configured to be removably coupled to a state of charge indicator configured to provide an indication of a state of charge of the battery module. - a housing ; - a plurality of battery cells disposed in the housing ; - a battery management system disposed in the housing and configured to monitor one or more operational parameters of the battery module, wherein the battery management system is electrically coupled to a positive terminal and a negative terminal of the battery module; and - a connector disposed in an outer surface of the housing and coupled to the battery management system , wherein the connector comprises a plurality of electrical contacts, wherein a first plurality of electrical contacts of the plurality of electrical contacts is configured to enable power to be provided to the battery management system , a second plurality of electrical contacts of the plurality of electrical contacts is configured to enable power to be received from the battery management system , a third plurality of electrical contacts of the plurality of electrical contacts is configured to enable data to be received from the battery management system , and a fourth plurality of electrical contacts of the plurality of electrical contacts is configured to transmit power to the state of charge indicator , wherein the connector is configured to be removably coupled to a state of charge indicator configured to provide an indication of a state of charge of the battery module.
Glass sheet comprising at least one etched surface having a surface roughness defined, when measured on an evaluation length of 12 mm and with a Gaussian filter of which the cut-off wavelength is 0.8 mm, by: 0.02 ≤ Ra ≤ 0.4 microns , 5 ≤ RSm ≤ 30 microns , said glass sheet having the following optical properties, when measured from said etched surface: - a haze value of from 1 to 30%; - a clarity value of from 50 to 100%; - a gloss value at 60° of from 30 to 110 SGU. - a haze value of from 1 to 30%; - a clarity value of from 50 to 100%; - a gloss value at 60° of from 30 to 110 SGU.
Fluid line having a tube , which has an input-side end section with a first connector and an output-side end section with a second connector , wherein a cavity is configured in the tube , delimited radially inwardly by at least one auxiliary element , wherein the auxiliary element is configured as a heating rod and in the cavity at least one volume reduction element is arranged in the region of the output-side end section , wherein the volume reduction element has a recess extending along the length of the tube , which provides a continuous flow channel, characterised in that the volume reduction element has a plurality of sections (18a-18c), wherein a gap is provided between at least two sections (18a, 18b; 18b, 18c), wherein one of the sections is formed as an egg-shaped bracket comprising a longitudinally slotted tube portion whose inner diameter is smaller than the outer diameter of the auxiliary element .
Fish farm comprising a roof cover and a float ring , wherein: - the roof cover is attached to the float ring ; - the roof cover is supported by a mast arranged on a floating element located in the middle of the float ring ; characterized in that: - solar cells are arranged on the roof cover ; - the roof cover being divided into several sector segments separated radially from the center of the float ring , which are joined together with joining means between the sector segments , and which together form an enclosing roof, and wherein the sector segments form slits between each other and between the sector segments and the float ring , and wherein each sector segment having a double membrane comprising an upper and a lower membrane, the membranes being joined together along the periphery of the sector segments , and forms an inflatable air space between the membranes. - the roof cover is attached to the float ring ; - the roof cover is supported by a mast arranged on a floating element located in the middle of the float ring ; - solar cells are arranged on the roof cover ; - the roof cover being divided into several sector segments separated radially from the center of the float ring , which are joined together with joining means between the sector segments , and which together form an enclosing roof, and wherein the sector segments form slits between each other and between the sector segments and the float ring , and wherein each sector segment having a double membrane comprising an upper and a lower membrane, the membranes being joined together along the periphery of the sector segments , and forms an inflatable air space between the membranes.
Motor vehicle driving assistance device, the vehicle being equipped with at least one lighting device capable of emitting a beam illuminating a road scene (SR) in front of the vehicle , said assistance device comprising a variable transmission screen (26; 28; F), intended to be disposed between the road scene (SR) and a driver of the vehicle, said assistance device being configured to, in active phase, control a switching on of at least one light source of the lighting device and a coefficient of transmission of the variable transmission screen (26; 28; F) synchronized by a pulsed signal, characterized in that said assistance device is configured to permanently modify said pulsed signal, as long as the device is in active phase, so as to avoid phenomena of antiphasing, that is to say that the vehicle with its variable transmission screen with its transmission coefficient at the minimum while another vehicle equipped with a device of the same type has its lighting switched on, and/or of phasing, that is to say that the lighting of the vehicle and the lighting of the other vehicle are switched on at the same moment and their variable transmission screens have their transmission coefficient at the maximum at the same moment, during a possible passing of said other vehicle.
A cable comprising: a power conductor configured to transmit electrical power between a first device and a second device ; a data conductor configured to transmit data between the first device and the second device ; and a positive temperature coefficient (PTC) element coupled to the data conductor and configured to mitigate current flowing through the data conductor if a temperature of the PTC element rises above a predefined trip temperature, wherein the PTC element is a first PTC element, and the trip temperature is a first trip temperature, the cable is characterised in that it further comprises: a Vconn conductor configured to facilitate high power operation of the cable , the Vconn conductor having an integrated circuit coupled thereto configured to indicate that the cable is configured to handle high power; and a second PTC element coupled to the Vconn conductor and configured to mitigate current flowing through the Vconn conductor if a temperature of the second PTC element rises above a predefined second trip temperature, wherein the second trip temperature is lower than the first trip temperature. a power conductor configured to transmit electrical power between a first device and a second device ; a data conductor configured to transmit data between the first device and the second device ; and a positive temperature coefficient (PTC) element coupled to the data conductor and configured to mitigate current flowing through the data conductor if a temperature of the PTC element rises above a predefined trip temperature, wherein the PTC element is a first PTC element, and the trip temperature is a first trip temperature, the cable is characterised in that it further comprises: a Vconn conductor configured to facilitate high power operation of the cable , the Vconn conductor having an integrated circuit coupled thereto configured to indicate that the cable is configured to handle high power; and a second PTC element coupled to the Vconn conductor and configured to mitigate current flowing through the Vconn conductor if a temperature of the second PTC element rises above a predefined second trip temperature, wherein the second trip temperature is lower than the first trip temperature. a Vconn conductor configured to facilitate high power operation of the cable , the Vconn conductor having an integrated circuit coupled thereto configured to indicate that the cable is configured to handle high power; and a second PTC element coupled to the Vconn conductor and configured to mitigate current flowing through the Vconn conductor if a temperature of the second PTC element rises above a predefined second trip temperature, wherein the second trip temperature is lower than the first trip temperature.
A method for adjusting a movement stroke of a gripper in a gripper weaving machine, wherein the gripper is driven to move back and forth using a transmission part , wherein a drive element rotating with a drive shaft of the gripper weaving machine can be drivingly coupled via a transmission mechanism to the transmission part , wherein the transmission mechanism can be fastened to the drive element in various eccentric positions, wherein the transmission part can be driven by the drive element to oscillate between extreme transmission part positions, and wherein an amplitude of an oscillation of the transmission part is settable by varying an eccentric position in order to adjust a movement stroke of the gripper , characterized in that the method comprises holding the transmission part in a selected transmission part position while the transmission mechanism is unfastened from the drive element , and moving the drive element relative to the transmission part from a first angular position associated with said selected transmission part position for a first movement stroke of the gripper defined by a first eccentric position into a second angular position associated with said selected transmission part position for a second movement stroke of the gripper defined by a second eccentric position.
An apparatus implementing an Advanced Encryption Standard, AES, substitutions box, S-box, encryption, capable of performing: an S-box logic function, wherein the S-box logic function takes as input a state and is an 8-bit to 8-bit logic function, and wherein the S-box logic function is minimized by using a Quine-McCluskey algorithm such that an S-box round comprises nine not-and, NAND, levels, the said levels including a respective number of NAND logic gates, and with duplications of a logical product of the minimized S-box logic function eliminated; and a MixColumns multiplication operation, wherein the MixColumns multiplication operation comprises a plurality of factors that are exclusive ORed, XOR, with an output of the S-box round to obtain a scaled 16-byte output, wherein, in the NAND levels, input is not available to a particular level until output of a previous level is available. an S-box logic function, wherein the S-box logic function takes as input a state and is an 8-bit to 8-bit logic function, and wherein the S-box logic function is minimized by using a Quine-McCluskey algorithm such that an S-box round comprises nine not-and, NAND, levels, the said levels including a respective number of NAND logic gates, and with duplications of a logical product of the minimized S-box logic function eliminated; and a MixColumns multiplication operation, wherein the MixColumns multiplication operation comprises a plurality of factors that are exclusive ORed, XOR, with an output of the S-box round to obtain a scaled 16-byte output, wherein, in the NAND levels, input is not available to a particular level until output of a previous level is available.
An X-ray source comprising: a target generator adapted to form a liquid jet propagating through an interaction region (I); an electron source adapted to provide an electron beam directed towards the interaction region such that the electron beam interacts with the liquid jet to generate X-ray radiation ; characterized in that the x-ray source comprises a mixing tool adapted to induce mixing of the liquid jet at a distance downstream of the interaction region such that a maximum surface temperature (T max ) of the liquid jet downstream of the interaction region is below a threshold temperature. a target generator adapted to form a liquid jet propagating through an interaction region (I); an electron source adapted to provide an electron beam directed towards the interaction region such that the electron beam interacts with the liquid jet to generate X-ray radiation ; characterized in that the x-ray source comprises a mixing tool adapted to induce mixing of the liquid jet at a distance downstream of the interaction region such that a maximum surface temperature (T max ) of the liquid jet downstream of the interaction region is below a threshold temperature.
A process of screening a population of plants of the genus Plantago for use in increasing the urine volume of an animal, the process including the steps of: a. measuring the DCAD of each of the population of plants; b. selecting one or more of the population of plants having DCAD less than 10 meq/100 g DM. a. measuring the DCAD of each of the population of plants; b. selecting one or more of the population of plants having DCAD less than 10 meq/100 g DM.
A negative-pressure sponge system comprising - a negative-pressure sponge unit for use in a human or animal body, comprising a fluid collecting element in the form of a sponge unit and a fluid communication element in the form of a drainage tube, which is at least partially arranged in the fluid collecting element and connected to the fluid collecting element such that fluid is conducted, wherein the fluid collecting element comprises a channel for guiding a guide element through the fluid collecting element , in order to guide the fluid collecting element along the guide element and into position, and - a guide element , in particular a guide wire, and/or a treatment element , in particular a probe unit and/or an endoscope, characterised in that the fluid communication element is placed in the fluid collecting element at a distance from the channel for guiding the guide element and/or the treatment element , and in that a vacuum pump is provided which is connected to the fluid communication element in a fluid-conducting manner, and which is designed to apply a negative pressure of up to 200 mmHg to the fluid collecting element . - a negative-pressure sponge unit for use in a human or animal body, comprising a fluid collecting element in the form of a sponge unit and a fluid communication element in the form of a drainage tube, which is at least partially arranged in the fluid collecting element and connected to the fluid collecting element such that fluid is conducted, wherein the fluid collecting element comprises a channel for guiding a guide element through the fluid collecting element , in order to guide the fluid collecting element along the guide element and into position, and - a guide element , in particular a guide wire, and/or a treatment element , in particular a probe unit and/or an endoscope,
Operating method for an apparatus (V), having an internal combustion engine which can be operated in a lean mode and a stoichiometric mode, a crankcase and at least one combustion chamber , wherein the internal combustion engine is switched to a lean mode during idling and is operated in the lean mode, with the result that the pressure difference between the crankcase and the combustion chamber is reduced, characterized in that , in the lean mode, a lambda control process is carried out at the misfire limit and/or the lean mode is carried out at the misfire limit.
Spring cassette comprising: - two parallel discs rigidly connected to one another via their periphery, - a coiled spring held between said discs , the outer coil of said spring being rigidly attached to the periphery of said discs, characterised in that each of said discs has, in a central portion, at least two protrusions extending towards the outside of the cassette, with the protrusions of a disc of the spring cassette being configured to be pressed onto at least one connecting part making it possible to connect between them said spring cassette and another identical spring cassette . - two parallel discs rigidly connected to one another via their periphery, - a coiled spring held between said discs , the outer coil of said spring being rigidly attached to the periphery of said discs, characterised in that each of said discs has, in a central portion, at least two protrusions extending towards the outside of the cassette, with the protrusions of a disc of the spring cassette being configured to be pressed onto at least one connecting part making it possible to connect between them said spring cassette and another identical spring cassette .
Premix burner of the multi-cone type for a gas turbine, comprising a plurality of shells (16a-d), which are arranged around a central burner axis and are parts of a virtual, axially extending common cone , which opens in a downstream direction, whereby said parts are displaced perpendicular to said burner axis such that a tangential slot is defined between each pair of adjacent shells (16a-d), and said virtual common cone has a cone angle, which varies in axial direction, whereby the cone angle of the virtual common cone increases in the downstream direction, characterized in that the variation of the cone angle of the virtual common cone is generated by twisting said common cone around the central burner axis .
A method of denaturing or deactivating a protein and/or a biological entity on a surface of an aspiration and dispense device comprising: generating an alternating electromagnetic field with a coil ; introducing the aspiration and dispense device into the electromagnetic field; detecting a presence of the aspiration and dispense device in the electromagnetic field based on a temperature change or a load change at the coil ; and inductively heating the aspiration and dispense device with the electromagnetic field to at least one of denature or deactivate at least one of a protein or a biological entity on a surface of the aspiration and dispense device . generating an alternating electromagnetic field with a coil ; introducing the aspiration and dispense device into the electromagnetic field; detecting a presence of the aspiration and dispense device in the electromagnetic field based on a temperature change or a load change at the coil ; and inductively heating the aspiration and dispense device with the electromagnetic field to at least one of denature or deactivate at least one of a protein or a biological entity on a surface of the aspiration and dispense device .
Coaxial plug-in connector arrangement having an electrically conductive outer sleeve , and an electrically conductive inner sleeve which is insertable into the outer sleeve in the axial direction and is electrically connectable to the outer sleeve , a first contact pin being insertable into the outer sleeve from the side facing away from the inner sleeve , and a second contact pin being insertable into the inner sleeve from the side facing away from the outer sleeve , and an insulating part in which an inner conductor part is mounted being located in the inner sleeve , and the two contact pins being connectable to one another in an electrically conductive manner via the inner conductor part , and wherein the coaxial plug-in connector arrangement (10; 130; 150; 180; 210) has an arresting element (101; 212) which is mountable on one of the two sleeves before insertion of the inner sleeve into the outer sleeve and which is adapted to be pushed onto the other of the two sleeves during or after insertion of the inner sleeve into the outer sleeve , the inner sleeve being detachably fixable in the outer sleeve by means of the arresting element (102; 212), wherein - the coaxial plug-in connector arrangement has a spring element (122; 132; 152; 234), which is clampable in the axial direction between mutually facing support surfaces (40, 98; 134; 236, 238) of the inner sleeve and the outer sleeve ; and - the spring element (122; 132; 152; 234) is formed as: a) ring-shaped elastomer part; and/or b) O-ring; characterized in that: - the inner sleeve in the inserted state electrically contacts the outer sleeve only in at least one contact area of the outer sleeve which extends in the circumferential direction of the inner sleeve , and the inner sleeve is adapted to be acted on by the arresting element (102; 212) with an axial tensile force in the direction of the outer sleeve , the insulating part abutting against the outer sleeve with a stop surface which protrudes beyond the free end of the inner sleeve in the axial direction. - the coaxial plug-in connector arrangement has a spring element (122; 132; 152; 234), which is clampable in the axial direction between mutually facing support surfaces (40, 98; 134; 236, 238) of the inner sleeve and the outer sleeve ; and - the spring element (122; 132; 152; 234) is formed as: a) ring-shaped elastomer part; and/or b) O-ring; a) ring-shaped elastomer part; and/or b) O-ring; - the inner sleeve in the inserted state electrically contacts the outer sleeve only in at least one contact area of the outer sleeve which extends in the circumferential direction of the inner sleeve , and the inner sleeve is adapted to be acted on by the arresting element (102; 212) with an axial tensile force in the direction of the outer sleeve , the insulating part abutting against the outer sleeve with a stop surface which protrudes beyond the free end of the inner sleeve in the axial direction.