mhurhangee/ep-ind-claims huggingface dataset:
A thermostat/heat exchanger arrangement, comprising a charge air cooler and a thermostat that is arranged in the region of a discharge line from the charge air cooler and controls a coolant flow depending on the temperature, wherein the thermostat is incorporated in an integrated manner in a wall of the charge air cooler and is arranged in an exit opening of the charge air cooler, characterised in that the charge air cooler is a charge air cooler of plate-type design with a plurality of curved plates that are assembled together and form flow paths therebetween for heat transfer, wherein the thermostat is arranged in an opening of a base panel of the charge air cooler and is fixed thereto, wherein the thermostat is arranged in the middle longitudinal axis of the coolant exit opening and extends over approximately half of its extent into the charge air cooler until into the second plate pair, and the other half of the thermostat protrudes beyond the outer surface of the base panel.
A pole component for a high-voltage assembly for charging electric vehicles, comprising: a pole, a conductive joint, and at least one conductive elastic member for achieving a floating connection between the pole and an electrical connector battery end, wherein the pole has two ends provided with a first electrical connecting portion and a second electrical connecting portion respectively, the first electrical connecting portion is electrically connected to the conductive elastic member, the conductive joint comprises a flexible member and a first contact, and the first contact has a first end connected to the flexible member and a second end electrically connected to the second electrical connecting portion; the conductive joint further comprises a second contact for connecting a high-voltage pin, and the flexible member has two ends connected to the first contact and the second contact respectively; characterized in that the flexible member comprises a cavity body made of a flexible conductive material and having two ends connected to the first contact and the second contact respectively, and the flexible member further comprises a conductive spring located in the cavity body and connected to the first contact and the second contact. wherein the pole has two ends provided with a first electrical connecting portion and a second electrical connecting portion respectively, the first electrical connecting portion is electrically connected to the conductive elastic member, the conductive joint comprises a flexible member and a first contact, and the first contact has a first end connected to the flexible member and a second end electrically connected to the second electrical connecting portion; the conductive joint further comprises a second contact for connecting a high-voltage pin, and the flexible member has two ends connected to the first contact and the second contact respectively; characterized in that the flexible member comprises a cavity body made of a flexible conductive material and having two ends connected to the first contact and the second contact respectively, and the flexible member further comprises a conductive spring located in the cavity body and connected to the first contact and the second contact.
An Internet of Things (IoT) device comprising: a memory; and a processor, wherein the processor is configured to: receive a pre-shared key unique to the IoT device; receive a first session group key from a device associated with a same local network as the IoT device that was generated based on a group master key and a first sequence number, the first session group key being valid for a time interval; and send an encrypted message to a device management server to establish a secure channel with the DMS, the encrypted message comprising an identifier comprising an indication of the first sequence number, the encrypted message being encrypted based on the first session group key and the pre-shared key. a memory; and a processor, wherein the processor is configured to: receive a pre-shared key unique to the IoT device; receive a first session group key from a device associated with a same local network as the IoT device that was generated based on a group master key and a first sequence number, the first session group key being valid for a time interval; and send an encrypted message to a device management server to establish a secure channel with the DMS, the encrypted message comprising an identifier comprising an indication of the first sequence number, the encrypted message being encrypted based on the first session group key and the pre-shared key. receive a pre-shared key unique to the IoT device; receive a first session group key from a device associated with a same local network as the IoT device that was generated based on a group master key and a first sequence number, the first session group key being valid for a time interval; and send an encrypted message to a device management server to establish a secure channel with the DMS, the encrypted message comprising an identifier comprising an indication of the first sequence number, the encrypted message being encrypted based on the first session group key and the pre-shared key.
Method of joining two components (10,12) made of a metal material, in particular method of joining two components (10,12) made of a metal material with clearly different joint structure, which are connected by means of a joint connection at two joint surfaces (14,16) associated with one another, wherein, before the joining, at least one of the components Is provided in at least a partial area of the joining surface thereof with an exponentially decreasing hardening, by shot peening or by ultrasonic shot peening or by a sonopeen method, characterized in that it is subjected by means of a heat treatment to a recrystallization, and the two components (10,12) are then connected to one another by inductive high-frequency pressure welding or friction welding,
A cooling system comprising: a liquid pump having an inlet and an outlet, said liquid pump adapted for pumping a liquid refrigerant; an inlet fluid path for said refrigerant, said inlet fluid path connected to said inlet of said liquid pump; an accumulator adapted for storing a supply of said refrigerant, said accumulator being in fluid communication with said inlet fluid path; a condenser adapted for cooling said refrigerant, said condenser arranged in said inlet fluid path between said accumulator and said inlet of said liquid pump; and an outlet fluid path for said refrigerant, said outlet fluid path connected to said outlet of said liquid pump; wherein part of said outlet fluid path is in thermal contact with said accumulator so to allow said refrigerant flowing through said outlet fluid path to exchange heat with said accumulator, characterised in that said refrigerant within the part of said outlet fluid path in thermal contact with said accumulator is not in fluid contact with the supply of refrigerant in said accumulator. a liquid pump having an inlet and an outlet, said liquid pump adapted for pumping a liquid refrigerant; an inlet fluid path for said refrigerant, said inlet fluid path connected to said inlet of said liquid pump; an accumulator adapted for storing a supply of said refrigerant, said accumulator being in fluid communication with said inlet fluid path; a condenser adapted for cooling said refrigerant, said condenser arranged in said inlet fluid path between said accumulator and said inlet of said liquid pump; and an outlet fluid path for said refrigerant, said outlet fluid path connected to said outlet of said liquid pump; wherein part of said outlet fluid path is in thermal contact with said accumulator so to allow said refrigerant flowing through said outlet fluid path to exchange heat with said accumulator, characterised in that said refrigerant within the part of said outlet fluid path in thermal contact with said accumulator is not in fluid contact with the supply of refrigerant in said accumulator.
A method for reporting a signal, comprising: determining, by a terminal device, a target report quantity in at least one report quantity, wherein the at least one report quantity is configured by a network device through measurement configuration information, wherein the at least one report quantity comprises a Layerl-Signal to Interference plus Noise Ratio, L1-SINR; characterized by further comprising: determining, by the terminal device, signals to be reported according to measurement results of the target report quantities for N signals; wherein the at least one report quantity only comprises a first report quantity, and the determining by a terminal device, a target report quantity in at least one report quantity comprises: determining, by the terminal device, the first report quantity as the target report quantity; or the at least one report quantity comprises a first report quantity and a second report quantity, and the determining, by a terminal device, a target report quantity in at least one report quantity comprises: determining, by the terminal device, the first report quantity or the second report quantity as the target report quantity; and determining, by the terminal device, signals to be reported according to measurement results of third report quantities for N signals; wherein the third report quantity is configured by the network device through second measurement configuration information; wherein the determining signals to be reported according to measurement results of the target report quantities for N signals is independent of the determining signals to be reported according to measurement results of third report quantities for N signals. determining, by the terminal device, signals to be reported according to measurement results of the target report quantities for N signals; wherein the at least one report quantity only comprises a first report quantity, and the determining by a terminal device, a target report quantity in at least one report quantity comprises: determining, by the terminal device, the first report quantity as the target report quantity; or the at least one report quantity comprises a first report quantity and a second report quantity, and the determining, by a terminal device, a target report quantity in at least one report quantity comprises: determining, by the terminal device, the first report quantity or the second report quantity as the target report quantity; and determining, by the terminal device, signals to be reported according to measurement results of third report quantities for N signals; wherein the third report quantity is configured by the network device through second measurement configuration information; wherein the determining signals to be reported according to measurement results of the target report quantities for N signals is independent of the determining signals to be reported according to measurement results of third report quantities for N signals.
A buffered aqueous colchicine solution or suspension being free of benzyl alcohol, propylene glycol and thickener, comprising colchicine, a water miscible solvent and a preservative, characterized in that the solution or suspension comprises 0.02 - 1.0 w/v% colchicine, 2.5 - 15.0 w/v% glycerol and 0.05 - 1 w/v% preservative, the pH of the solution or suspension being 3.5 - 7.0.
A method, performed by a mobile device, comprising: controlling, by the mobile device, transmission of a random access preamble message to a radio access network the message indicating a mobile device identifier recognisable to the radio access network as an indication that the mobile device has information about a use of at least one shared radio resource for transmissions outside a control of the radio access network; establishing a radio connection to the radio access network, and transmitting the information for an authorised shared access controller by using the established connection. controlling, by the mobile device, transmission of a random access preamble message to a radio access network the message indicating a mobile device identifier recognisable to the radio access network as an indication that the mobile device has information about a use of at least one shared radio resource for transmissions outside a control of the radio access network; establishing a radio connection to the radio access network, and transmitting the information for an authorised shared access controller by using the established connection.
A materials handling vehicle comprising a camera, a vehicle position processor, and a drive mechanism configured to move the materials handling vehicle along an inventory transit surface, characterized in that: the camera is configured to capture an image comprising an aisle end identifier for a racking system aisle of a multilevel warehouse racking system; and the vehicle position processor is configured to generate end-of-aisle limit data comprising an end-of-aisle limit from an image of an aisle end identifier, as captured by the camera, determine whether an operating state of the materials handling vehicle exceeds the end-of-aisle limit, transmit a limit-based command to the drive mechanism of the materials handling vehicle when the operating state of the materials handling vehicle exceeds the end-of-aisle limit, initiate a vehicle action based on the limit-based command, the vehicle action configured to modify operation of the materials handling vehicle to a modified operating state within the end-of-aisle limit, and navigate the materials handling vehicle to exit the racking system aisle in the modified operating state. the camera is configured to capture an image comprising an aisle end identifier for a racking system aisle of a multilevel warehouse racking system; and the vehicle position processor is configured to generate end-of-aisle limit data comprising an end-of-aisle limit from an image of an aisle end identifier, as captured by the camera, determine whether an operating state of the materials handling vehicle exceeds the end-of-aisle limit, transmit a limit-based command to the drive mechanism of the materials handling vehicle when the operating state of the materials handling vehicle exceeds the end-of-aisle limit, initiate a vehicle action based on the limit-based command, the vehicle action configured to modify operation of the materials handling vehicle to a modified operating state within the end-of-aisle limit, and navigate the materials handling vehicle to exit the racking system aisle in the modified operating state. generate end-of-aisle limit data comprising an end-of-aisle limit from an image of an aisle end identifier, as captured by the camera, determine whether an operating state of the materials handling vehicle exceeds the end-of-aisle limit, transmit a limit-based command to the drive mechanism of the materials handling vehicle when the operating state of the materials handling vehicle exceeds the end-of-aisle limit, initiate a vehicle action based on the limit-based command, the vehicle action configured to modify operation of the materials handling vehicle to a modified operating state within the end-of-aisle limit, and navigate the materials handling vehicle to exit the racking system aisle in the modified operating state.
A manufacturing method of an electrode assembly comprising: forming an active material compact having a plurality of voids; impregnating the active material compact with a first solid electrolyte precursor; forming a first assembly by performing heat treatment for the active material compact impregnated with the first solid electrolyte precursor; impregnating the first assembly with a second solid electrolyte precursor; and forming a second assembly by performing heat treatment for the first assembly impregnated with the second solid electrolyte precursor, wherein the second solid electrolyte precursor is amorphous at a room temperature, and the forming of the second assembly is a process of drying a solvent of the second solid electrolyte precursor, and a temperature of the heat treatment in the forming of the second assembly is lower than a temperature of the heat treatment in the forming of the first assembly. forming an active material compact having a plurality of voids; impregnating the active material compact with a first solid electrolyte precursor; forming a first assembly by performing heat treatment for the active material compact impregnated with the first solid electrolyte precursor; impregnating the first assembly with a second solid electrolyte precursor; and forming a second assembly by performing heat treatment for the first assembly impregnated with the second solid electrolyte precursor,
A circuit arrangement comprising: a control circuit configured to identify a candidate message in received control data that indicates a potential location of an encoded message in the received control data, wherein the received control data is a plurality of control channel elements (CCEs) and the candidate message occupies a subset of the plurality of CCEs according to a predefined message bit length of the candidate message; a measurement circuit configured to perform a radio measurement, the control circuit further configured to compare the radio measurement to a predefined threshold and, if the radio measurement is greater than the predefined threshold, select a reduced integer number of CCEs that are less than all of the subset of the plurality of CCEs that the candidate message occupies; and a decoding circuit further configured to, if the radio measurement is greater than the predefined threshold, search for the encoded message in the received control data by decoding only the part of the candidate message from the received control data with the reduced integer number of CCEs. a control circuit configured to identify a candidate message in received control data that indicates a potential location of an encoded message in the received control data, wherein the received control data is a plurality of control channel elements (CCEs) and the candidate message occupies a subset of the plurality of CCEs according to a predefined message bit length of the candidate message; a measurement circuit configured to perform a radio measurement, the control circuit further configured to compare the radio measurement to a predefined threshold and, if the radio measurement is greater than the predefined threshold, select a reduced integer number of CCEs that are less than all of the subset of the plurality of CCEs that the candidate message occupies; and a decoding circuit further configured to, if the radio measurement is greater than the predefined threshold, search for the encoded message in the received control data by decoding only the part of the candidate message from the received control data with the reduced integer number of CCEs.
An exhaust treatment apparatus for an engine comprising: an exhaust passage; an oxidation catalyst that is disposed in the exhaust passage; a combustible-gas generator; a combustible-gas supplying passage that is disposed in parallel to and beneath the exhaust passage; a heat releasing port that is opened in an upstream side in the exhaust passage from the oxidation catalyst and in a downstream side in the combustible-gas supplying passage, the exhaust passage and the combustible-gas supplying passage communicating with each other through the heat releasing port; an ignition apparatus that is disposed beneath the heat releasing port, heat of flaming combustion of combustible gas ignited by the ignition apparatus being supplied to the exhaust passage to raise a temperature of exhaust in the exhaust passage; and a flame holding plate that is provided beneath the heat releasing port in a downstream side in the combustible-gas supplying passage 8 from the ignition apparatus, characterised in that an exhaust guiding plate is provided at a top portion of the flame holding plate 42, the exhaust guiding plate is bent to form an upward slope toward a downstream side in the exhaust passage, and the exhaust guiding plate covers the ignition apparatus diagonally from above. an exhaust passage; an oxidation catalyst that is disposed in the exhaust passage; a combustible-gas generator; a combustible-gas supplying passage that is disposed in parallel to and beneath the exhaust passage; a heat releasing port that is opened in an upstream side in the exhaust passage from the oxidation catalyst and in a downstream side in the combustible-gas supplying passage, the exhaust passage and the combustible-gas supplying passage communicating with each other through the heat releasing port; an ignition apparatus that is disposed beneath the heat releasing port, heat of flaming combustion of combustible gas ignited by the ignition apparatus being supplied to the exhaust passage to raise a temperature of exhaust in the exhaust passage; and a flame holding plate that is provided beneath the heat releasing port in a downstream side in the combustible-gas supplying passage 8 from the ignition apparatus, characterised in that an exhaust guiding plate is provided at a top portion of the flame holding plate 42, the exhaust guiding plate is bent to form an upward slope toward a downstream side in the exhaust passage, and the exhaust guiding plate covers the ignition apparatus diagonally from above.
An expandable mammary tissue implant comprising: a shell having an anterior face and a posterior face, the anterior face having an upper pole portion and a lower pole portion meeting at an apex, and an injection zone for receiving fluid therethrough to inflate the implant; and a single vertical tether member having first and second ends and a central region therebetween having an aperture therethrough, wherein the central region is coupled to the anterior face of the implant at a location such that the injection zone is positioned within the aperture in the central region, and wherein the first and second ends (714a, 714b) of the vertical tether member are coupled to the posterior face of the implant, such that the vertical tether member restricts upper pole expansion and redirects expansion to the lower pole. a shell having an anterior face and a posterior face, the anterior face having an upper pole portion and a lower pole portion meeting at an apex, and an injection zone for receiving fluid therethrough to inflate the implant; and a single vertical tether member having first and second ends and a central region therebetween having an aperture therethrough, wherein the central region is coupled to the anterior face of the implant at a location such that the injection zone is positioned within the aperture in the central region, and wherein the first and second ends (714a, 714b) of the vertical tether member are coupled to the posterior face of the implant, such that the vertical tether member restricts upper pole expansion and redirects expansion to the lower pole.
Filter cartridge for an air filter for internal combustion engines, comprising a first closed base and a second open base opposite to said first closed base and having an opening for the exit of filtered air, a filter element extending radially between said first closed base and said second open base and defining a cavity for the passage of an airflow, wherein said cartridge comprises an air conveyor arranged proximal to the closed base and adapted to direct the airflow towards the second open base, wherein said conveyor has a larger cross-section near the closed base, characterized in that said conveyor has a closed base opposite to the first closed base of the cartridge, in that said conveyor has an outer surface having a plurality of grooves (223") defining a path extending helically around the outer surface of said conveyor, so that said cross-section gradually decreases as the conveyor extends away from the closed base, and in that the path defined by the grooves (223") defines a spiral ramp extending about the conveyor from the closed base.