mhurhangee/patent-ind-claim-en huggingface dataset:
A battery module , comprising: at least one battery cell assembly including at least one battery cell ; a module case configured to accommodate the at least one battery cell assembly ; and an exhaust housing coupled to the module case to cover the at least one battery cell assembly , the exhaust housing having at least one gas discharge hole for discharging a gas inside the module case and a plurality of flame leak prevention partitions for variably adjusting a length thereof, characterized in that the exhaust housing includes: a housing base configured to cover an upper side of the module case ; the plurality of flame leak prevention partitions fixed to the housing base ; a pipe unit fixed on the plurality of flame leak prevention partitions and configured to communicate with the module case and the at least one gas discharge hole ; and a housing cover configured to cover the pipe unit and coupled to the housing base , and wherein the plurality of flame leak prevention partitions are configured to variably perform multi-stage sliding along a width direction of the housing base . at least one battery cell assembly including at least one battery cell ; a module case configured to accommodate the at least one battery cell assembly ; and an exhaust housing coupled to the module case to cover the at least one battery cell assembly , the exhaust housing having at least one gas discharge hole for discharging a gas inside the module case and a plurality of flame leak prevention partitions for variably adjusting a length thereof, characterized in that the exhaust housing includes: a housing base configured to cover an upper side of the module case ; the plurality of flame leak prevention partitions fixed to the housing base ; a pipe unit fixed on the plurality of flame leak prevention partitions and configured to communicate with the module case and the at least one gas discharge hole ; and a housing cover configured to cover the pipe unit and coupled to the housing base , and wherein the plurality of flame leak prevention partitions are configured to variably perform multi-stage sliding along a width direction of the housing base . a housing base configured to cover an upper side of the module case ; the plurality of flame leak prevention partitions fixed to the housing base ; a pipe unit fixed on the plurality of flame leak prevention partitions and configured to communicate with the module case and the at least one gas discharge hole ; and a housing cover configured to cover the pipe unit and coupled to the housing base , and wherein the plurality of flame leak prevention partitions are configured to variably perform multi-stage sliding along a width direction of the housing base .
A method of wireless communication, performed by a first user equipment, comprising: receiving data symbols for transmission over a wireless communication channel, the transmission using four antenna ports; the method being characterized in that it further comprises: generating a plurality of scrambling sequences, such that for any two of the four antenna ports the scrambling sequence differs; mapping, for each of the four antenna ports, a corresponding scrambled pilot signal to time and frequency transmission resources, the corresponding scrambled pilot signal generated by scrambling a corresponding pilot signal and a corresponding scrambling sequence; multiplexing, for each of the four antenna ports, respective data symbols and a respective scrambled pilot signal to generate an output signal; and transmitting the output signal over a wireless communication channel, wherein the generating the plurality of scrambling sequences comprises: using a pseudorandom number generator to generate a pseudorandom sequence, generating a plurality of circular shifts such that a linear phase modulation in a frequency domain is used for each of the four antenna ports, wherein the plurality of circular shifts are 0, N/4, N/2, and 3N/4 samples, and generating each of the plurality of scrambling sequences by performing a circular shift operation on the pseudorandom sequence using each of the plurality of circular shifts for each of the four antenna ports. generating a plurality of scrambling sequences, such that for any two of the four antenna ports the scrambling sequence differs; mapping, for each of the four antenna ports, a corresponding scrambled pilot signal to time and frequency transmission resources, the corresponding scrambled pilot signal generated by scrambling a corresponding pilot signal and a corresponding scrambling sequence; multiplexing, for each of the four antenna ports, respective data symbols and a respective scrambled pilot signal to generate an output signal; and transmitting the output signal over a wireless communication channel, wherein the generating the plurality of scrambling sequences comprises: using a pseudorandom number generator to generate a pseudorandom sequence, generating a plurality of circular shifts such that a linear phase modulation in a frequency domain is used for each of the four antenna ports, wherein the plurality of circular shifts are 0, N/4, N/2, and 3N/4 samples, and generating each of the plurality of scrambling sequences by performing a circular shift operation on the pseudorandom sequence using each of the plurality of circular shifts for each of the four antenna ports. using a pseudorandom number generator to generate a pseudorandom sequence, generating a plurality of circular shifts such that a linear phase modulation in a frequency domain is used for each of the four antenna ports, wherein the plurality of circular shifts are 0, N/4, N/2, and 3N/4 samples, and generating each of the plurality of scrambling sequences by performing a circular shift operation on the pseudorandom sequence using each of the plurality of circular shifts for each of the four antenna ports.
A three-dimensional magnet structure consisting of a plurality of unitary magnets , the unitary magnets being directly adjacent to one another, each unitary magnet including a first longitudinal portion having an external contour carrying shapes set back towards the inside of the unitary magnet extending over at least one portion of a length of the first portion and/or of the setback shapes extending over at least one portion of the perimeter of the unitary magnet transversely to a longitudinal axis of the unitary magnet in the vicinity of at least one longitudinal end of the unitary magnet , characterised in that the unitary magnets are partially in contact with one another at the shapes set back inwardly, the magnets are glued together by deposition of glue over at least one portion of the setback shapes , the plurality of unitary magnets forms a meshing of magnets without any holding elements interposed therebetween besides the glue.
A system , comprising: a monitor engine configured to monitor a total number of operational cycles of a vacuum pump associated with a cooling device over a period of time to obtain a frequency of operation of the vacuum pump; a compare engine configured to compare the frequency of operation of the vacuum pump to each of a baseline frequency threshold and an upper frequency threshold; an issue engine configured to identify an issue when the frequency of operation of the vacuum pump satisfies either the baseline frequency threshold or the upper frequency threshold, wherein the baseline frequency threshold is satisfied when the frequency of operation of the vacuum pump is less than the baseline frequency threshold, and wherein the upper frequency threshold is satisfied when the frequency of operation of the vacuum pump is greater than the upper frequency threshold; and a notification engine configured to generate at least one notification in response to identification of the issue. a monitor engine configured to monitor a total number of operational cycles of a vacuum pump associated with a cooling device over a period of time to obtain a frequency of operation of the vacuum pump; a compare engine configured to compare the frequency of operation of the vacuum pump to each of a baseline frequency threshold and an upper frequency threshold; an issue engine configured to identify an issue when the frequency of operation of the vacuum pump satisfies either the baseline frequency threshold or the upper frequency threshold, wherein the baseline frequency threshold is satisfied when the frequency of operation of the vacuum pump is less than the baseline frequency threshold, and wherein the upper frequency threshold is satisfied when the frequency of operation of the vacuum pump is greater than the upper frequency threshold; and a notification engine configured to generate at least one notification in response to identification of the issue.
A method of immobilizing cells containing lysine decarboxylase comprising the steps of: a) dissolving a first synthetic macromolecule material in an aqueous solution sufficiently; b) adding cells to be immobilized which contain lysine decarboxylase into the resulting solution and immobilizing said cells, c) treating the solution with an epichlorohydrin aqueous solution and/or a liquid epoxy resin after the gelation of the solution, wherein the first synthetic macromolecule material is a synthetic macromolecule material having a gel-forming ability, the first synthetic macromolecule material is selected from the group consisting of polyvinyl alcohol, polyethylene glycol, polyacrylonitrile, acetate fibers, and diacetate fibers, preferably selected from the group consisting of polyvinyl alcohol and polyethylene glycol, and the immobilization is carried out under conditions that do not destroy the viability of said cells containing lysine decarboxylase. a) dissolving a first synthetic macromolecule material in an aqueous solution sufficiently; b) adding cells to be immobilized which contain lysine decarboxylase into the resulting solution and immobilizing said cells, c) treating the solution with an epichlorohydrin aqueous solution and/or a liquid epoxy resin after the gelation of the solution, wherein the first synthetic macromolecule material is a synthetic macromolecule material having a gel-forming ability, the first synthetic macromolecule material is selected from the group consisting of polyvinyl alcohol, polyethylene glycol, polyacrylonitrile, acetate fibers, and diacetate fibers, preferably selected from the group consisting of polyvinyl alcohol and polyethylene glycol, and the immobilization is carried out under conditions that do not destroy the viability of said cells containing lysine decarboxylase.
A built-in microwave oven configured to be installed in a storage cabinet forming a storage cavity comprising: a main body which can be installed in the storage cavity and having a cooking chamber , a door configured to open and close the cooking chamber , a lower cover member arranged at a lower side of the door ; and a discharge slot provided between a lower end of a front surface of the main body and an upper surface of the lower cover member , characterised in that the discharge slot is configured to guide water vapor along the upper surface of the lower cover member in a direction towards the rear side of the discharge slot to a discharge space formed at the rear side of the discharge slot for discharging the water vapor. a main body which can be installed in the storage cavity and having a cooking chamber , a door configured to open and close the cooking chamber , a lower cover member arranged at a lower side of the door ; and a discharge slot provided between a lower end of a front surface of the main body and an upper surface of the lower cover member , characterised in that the discharge slot is configured to guide water vapor along the upper surface of the lower cover member in a direction towards the rear side of the discharge slot to a discharge space formed at the rear side of the discharge slot for discharging the water vapor.
A proximity sensor for a Laser Guided Bomb (LGB), comprising: an electronics package unit (EPU) configured to be connected to a front end of a warhead ; and at least one sensor separate from the EPU and configured to be connected to a forward adapter that is connected to the front end of the warhead ; wherein the at least one sensor is configured to obtain data that is used to determine a height above ground of the LGB; the EPU is configured to compare the determined height above ground to a predefined value; and the EPU is configured to generate a detonation signal for the warhead based on the determined height above ground being equal to or less than the predefined value. an electronics package unit (EPU) configured to be connected to a front end of a warhead ; and at least one sensor separate from the EPU and configured to be connected to a forward adapter that is connected to the front end of the warhead ; wherein the at least one sensor is configured to obtain data that is used to determine a height above ground of the LGB; the EPU is configured to compare the determined height above ground to a predefined value; and the EPU is configured to generate a detonation signal for the warhead based on the determined height above ground being equal to or less than the predefined value.
A method for controlling an engine unit in a vehicle, wherein the vehicle comprises an engine unit , a transmission unit adapted to selectively couple with the engine unit and also configured to transmit the power generated by the engine unit , a first motor generator coupled with the transmission unit , an output unit , a power switching device (6; 9), a second motor generator configured to drive front wheels and/or rear wheels , and a power battery respectively connected to the first motor generator and the second motor generator , wherein the output unit is configured to transmit the power transmitted by the transmission unit to at least one of the front and rear wheels of the vehicle, the power switching device (6; 9) is adapted to enable or interrupt a transmitting of power between the transmission unit and the output unit , and the method comprises: acquiring an operating mode of the vehicle and an operating parameter of the vehicle; and controlling the engine unit according to the operating parameter and the operating mode to start or stop; characterized in that the operating mode of the vehicle comprises an electric vehicle economy mode, an electric vehicle sport mode, a hybrid electric vehicle economy mode, and a hybrid electric vehicle sport mode, and wherein the operating parameter of the vehicle comprises a discharge power of the power battery , the speed of the vehicle, the slope of a road where the vehicle is located, an accelerator depth of the vehicle, and, optionally, one or more of an electric quantity of the power battery and gear information of the vehicle, and wherein when the vehicle is in the hybrid electric vehicle economy mode, if the discharge power of the power battery is greater than a first discharge power threshold value, the speed of the vehicle is greater than or equal to a first speed threshold value and is less than a second speed threshold value, and the slope of the road where the vehicle is located is less than a first slope threshold value, and the accelerator depth of the vehicle is less than a depth threshold value, the engine unit is controlled to stop. acquiring an operating mode of the vehicle and an operating parameter of the vehicle; and controlling the engine unit according to the operating parameter and the operating mode to start or stop; characterized in that the operating mode of the vehicle comprises an electric vehicle economy mode, an electric vehicle sport mode, a hybrid electric vehicle economy mode, and a hybrid electric vehicle sport mode, and wherein the operating parameter of the vehicle comprises a discharge power of the power battery , the speed of the vehicle, the slope of a road where the vehicle is located, an accelerator depth of the vehicle, and, optionally, one or more of an electric quantity of the power battery and gear information of the vehicle, and
Electrical power plant module of the type used for accessibility to electrical energy, primarily in remote areas such as isolated rural communities, mining camps, oil platforms, areas recently affected by storms, areas affected by earthquakes, offshore platforms, etc., or areas undergoing conflict; said power plant module is configured in the form of enclosures or 20-foot or 40-foot containers of the ISO maritime type, wherein a container that constitutes the electrical power plant module includes a structural container having a flat base upon which are installed structural columns (C1) and crossmembers (T2) for the mounting of plates (cp) that form peripheral walls and an upper wall of the container , with end walls (2C1) of the container providing at least one cut-out area (2c2) for a tilting door designed for the superolateral expulsion of hot air (AR) from a radiator (R); wherein said tilting door is installed in the respective cut-out area (2c2) by means of hinged closures or other articulated and/or tilting closures, which closures in turn are secured to a lower edge of the door in such a way that when the door is tilted outward from the container, with an angulation ( α ), forming a gas conduit (CG) in order to direct the air (AR) toward a superolateral portion of the structural container ; the tilting door that is installed in the lateral extreme portions (2C1) of the container is arranged in substations (SB) of the power plant module in such a way that the door is aligned longitudinally with corresponding cooling units (UR) that are located on the inside and at the end in relation to a transformer/distribution unit (UT), characterised in that the tilting door includes a single piece having a U-shaped cross-section formed by a front plate whose peripheral form is identical to the form of the cut-out area (2c2) in the end walls (2C1), with lateral edges of the front plate developing V-shaped peripheral walls whose upper edges (3e1) are slightly arched.
A polycarbonate diol having a hydroxyl value of 20 to 40 mg-KOH/g, wherein the glass transition temperature of said polycarbonate diol as measured by a differential scanning calorimeter is -30°C or less and the average carbon number of a dihydroxy compound obtained by hydrolyzing said polycarbonate diol is from 3 to 5.5.
A key pen for a print liquid supply interface structure , the key pen including a base portion and a protruding longitudinal key portion , the interface structure having first dimensions (d1), second dimensions (d2) and third dimensions (d3) at straight angles with each other, the longitudinal pen portion protruding from the base portion along a longitudinal pen axis (Ck) parallel to the second interface dimension of the interface structure (d2) up to at least one actuating surface area characterised in that the longitudinal pen axis extends at a distance of at least 20 mm from the base portion along the longitudinal pen axis (Ck), the distance from the base portion to the actuating surface area corresponding to the length (KL) of the protruding longitudinal key portion; and in that the base includes datums provided at regular positions around a circle having its mid-point on the axis, the datums to interact with at least one datum on the interface structure to facilitate positioning the key pen in a predetermined rotational position around the axis with respect to the print liquid supply interface structure. characterised in that the longitudinal pen axis extends at a distance of at least 20 mm from the base portion along the longitudinal pen axis (Ck), the distance from the base portion to the actuating surface area corresponding to the length (KL) of the protruding longitudinal key portion; and in that the base includes datums provided at regular positions around a circle having its mid-point on the axis, the datums to interact with at least one datum on the interface structure to facilitate positioning the key pen in a predetermined rotational position around the axis with respect to the print liquid supply interface structure.
A device for producing three-dimensional models in a continuous process, said device comprising a construction surface which has a particulate material bed with a first end and a second end in the direction of movement, at least one metering device and at least one solidifying means, wherein the construction surface is designed for conveying heavy components and the particulate material bed can be conveyed over the construction surface substantially without deformation, wherein the construction surface is a horizontal endless or/and open conveyor belt , and a drive of the conveyor belt comprises a step conveyor including lifting and pushing grates .
A wireless ear bud , comprising: a housing configured to be placed in a user's ear; a speaker in the housing , wherein the housing has a main body portion (40-1) and a stem portion (40-2) that extends from the main body portion; a concha sensor (S2) in the housing on the main body portion (40-1), wherein the concha sensor (S2) emits light that is reflected off of a concha of the user's ear and receives the light that is reflected off of the concha of the user's ear while the housing is in the user's ear , and wherein the concha sensor (S2) produces a first output in response to the received light; a tragus sensor (S1) in the housing on the main body portion (40-2), wherein the tragus sensor (S1) emits light that is reflected off of a tragus of the user's ear and receives the light that is reflected off of the tragus of the user's ear while the housing is in the user's ear , and wherein the tragus sensor (S1) produces a second output in response to the received light; a first proximity sensor (S3, S4) on the stem portion (40-2); a second proximity sensor (S3, S4) on the stem portion (40-2); and control circuitry in the housing that monitors the first and second outputs, wherein, in response to both the first and second outputs being positive for a predetermined period of time, the control circuitry stops monitoring the first output and only monitors the second output. a housing configured to be placed in a user's ear; a speaker in the housing , wherein the housing has a main body portion (40-1) and a stem portion (40-2) that extends from the main body portion; a concha sensor (S2) in the housing on the main body portion (40-1), wherein the concha sensor (S2) emits light that is reflected off of a concha of the user's ear and receives the light that is reflected off of the concha of the user's ear while the housing is in the user's ear , and wherein the concha sensor (S2) produces a first output in response to the received light; a tragus sensor (S1) in the housing on the main body portion (40-2), wherein the tragus sensor (S1) emits light that is reflected off of a tragus of the user's ear and receives the light that is reflected off of the tragus of the user's ear while the housing is in the user's ear , and wherein the tragus sensor (S1) produces a second output in response to the received light; a first proximity sensor (S3, S4) on the stem portion (40-2); a second proximity sensor (S3, S4) on the stem portion (40-2); and control circuitry in the housing that monitors the first and second outputs, wherein, in response to both the first and second outputs being positive for a predetermined period of time, the control circuitry stops monitoring the first output and only monitors the second output.
A mouthpiece attachable to a smoking article rod portion having a recess defined by a tubular element , comprising an elongate cylindrical element formed from plastic as a hollow tube, having adjacent first and second portions each extending partially along the length of the cylindrical element, the first portion being arranged to be inserted into the recess by a user, and an annular element arranged around the second portion of the cylindrical element, the annular element having a larger external diameter than the cylindrical element, wherein the annular element has a surface which is arranged to abut a mouth end surface of the tubular element when the first portion is inserted into the recess by the user, so as to prevent further insertion of the first portion.