mhurhangee/ep-ind-claims huggingface dataset:
A battery module (13, 14), comprising: a plurality of battery cells stacked on each other; a module case configured to accommodate the plurality of battery cells; a thermal resin filled in the module case to cover at least a portion of electrode leads of the plurality of battery cells; and at least one resin injection hole formed at one side of the module case to fill the thermal resin, the battery module (13, 14) further comprising: an injection plate provided to an inner wall at the other side of the module case and having at least one support stopper formed to protrude thereon and stably supporting the electrode leads of the battery cells inside the module case together with the thermal resin, characterized in that the injection plate is made of a transparent material, and in that the battery module further comprises: at least one filling check hole formed at the other side of the module case and disposed on the same line as the electrode leads of the plurality of battery cells and the support stopper. a plurality of battery cells stacked on each other; a module case configured to accommodate the plurality of battery cells; a thermal resin filled in the module case to cover at least a portion of electrode leads of the plurality of battery cells; and at least one resin injection hole formed at one side of the module case to fill the thermal resin, the battery module (13, 14) further comprising: an injection plate provided to an inner wall at the other side of the module case and having at least one support stopper formed to protrude thereon and stably supporting the electrode leads of the battery cells inside the module case together with the thermal resin, characterized in that the injection plate is made of a transparent material, and in that the battery module further comprises: at least one filling check hole formed at the other side of the module case and disposed on the same line as the electrode leads of the plurality of battery cells and the support stopper. an injection plate provided to an inner wall at the other side of the module case and having at least one support stopper formed to protrude thereon and stably supporting the electrode leads of the battery cells inside the module case together with the thermal resin, characterized in that the injection plate is made of a transparent material, and in that the battery module further comprises: at least one filling check hole formed at the other side of the module case and disposed on the same line as the electrode leads of the plurality of battery cells and the support stopper.
Use of a compound represented by formula (hereinafter, referred to as compound) and at least one inorganic salt A selected from alkali metal sulfates and alkali metal thiosulfates as an early strengthening agent by adding compound and the inorganic salt A to a hydraulic composition in such amounts that a molar ratio of compound to the inorganic salt A, compound /inorganic salt A, is 5/95 to 45/55: wherein, X represents a hydroxy group or an amino group.
A radar comprising: a sending unit that has a code generator and repeatedly sends a sending signal modulated by a code generated by the code generator, the code having a predetermined period, wherein the code is an M sequence code; a receiving unit that samples a reflected wave of the sending signal, reflected by an object, with a sampling period lower than the predetermined period, wherein the sampling period is a period calculated by multiplying Nsp by a width of one chip of the code, Nsp being a number that is smaller than a code length N of the code and is a power of 2; and a detection unit that detects the object by calculating a correlation between re-arranged data and the reflected wave sampled by the receiving unit, the re-arranged data corresponding to data generated by cyclically shifting the code, generated by the code generator, at an interval corresponding to the sampling period. a sending unit that has a code generator and repeatedly sends a sending signal modulated by a code generated by the code generator, the code having a predetermined period, wherein the code is an M sequence code; a receiving unit that samples a reflected wave of the sending signal, reflected by an object, with a sampling period lower than the predetermined period, wherein the sampling period is a period calculated by multiplying Nsp by a width of one chip of the code, Nsp being a number that is smaller than a code length N of the code and is a power of 2; and a detection unit that detects the object by calculating a correlation between re-arranged data and the reflected wave sampled by the receiving unit, the re-arranged data corresponding to data generated by cyclically shifting the code, generated by the code generator, at an interval corresponding to the sampling period.
Apparatus for cleaning a surface comprising a control unit, a movable cleaning element, an electric motor for moving the cleaning element, characterized in that a liquid supply device is provided for supplying a liquid to the cleaning element, wherein the control unit is configured such that during a cleaning process of the surface a power supply to the electric motor is temporarily interrupted and, after the interruption, the control unit determines the state of a surface to be cleaned on the basis of a detected current intensity curve of the electric motor.
A battery device comprising: a cell stack in which a plurality of battery cells are stacked; a first plate having a gas inlet and having a first surface on which the cell stack is disposed; at least one cooling flow path disposed on a second surface of the first plate; and at least one venting flow path disposed on the second surface of the first plate and formed in a space between the cooling flow paths to be connected to the gas inlet, characterized in that the gas inlet is formed in the form of a through-hole in the first plate. a cell stack in which a plurality of battery cells are stacked; a first plate having a gas inlet and having a first surface on which the cell stack is disposed; at least one cooling flow path disposed on a second surface of the first plate; and at least one venting flow path disposed on the second surface of the first plate and formed in a space between the cooling flow paths to be connected to the gas inlet, characterized in that the gas inlet is formed in the form of a through-hole in the first plate.
A method of wireless communication operable at a base station, comprising: transmitting first control information indicating an initial demodulation reference signal, DMRS, pattern; communicating with a user equipment, UE, utilizing a carrier configured according to the initial DMRS pattern; transmitting second control information indicating a subsequent DMRS pattern that is based on one or more Doppler parameters corresponding to the carrier exceeding a high Doppler threshold, the subsequent DMRS pattern being different than the initial DMRS pattern; and communicating with the UE utilizing the carrier configured according to the subsequent DMRS pattern. transmitting first control information indicating an initial demodulation reference signal, DMRS, pattern; communicating with a user equipment, UE, utilizing a carrier configured according to the initial DMRS pattern; transmitting second control information indicating a subsequent DMRS pattern that is based on one or more Doppler parameters corresponding to the carrier exceeding a high Doppler threshold, the subsequent DMRS pattern being different than the initial DMRS pattern; and communicating with the UE utilizing the carrier configured according to the subsequent DMRS pattern.
A terminal apparatus comprising: a MAC, Medium Access Control, layer processing unit configured to initiate a random access procedure on a primary cell, and initiate a random access procedure on a secondary cell, and in a case in which at least one scheduling request is pending, no UL-SCH, uplink shared channel, resources are available for a transmission, the terminal apparatus has a valid PUCCH, Physical Uplink Control Channel, resource for the scheduling request, and a value of a counter which counts the number of scheduling requests transmitted is smaller than a predetermined value, increment the value of the counter by 1 and instruct a transmission unit to transmit the scheduling request on the valid PUCCH resource; and the transmission unit configured to, in a case in which the valid PUCCH resource for the scheduling request is configured only on the secondary cell, transmit the scheduling request on the valid PUCCH resource on the secondary cell, wherein the MAC layer processing unit is further configured to initiate the random access procedure on the primary cell out of the primary cell and the secondary cell, the primary cell being indicated in a handover procedure and the PUCCH resource for the scheduling request being configured on the secondary cell, in a case in which at least one scheduling request is pending, no UL-SCH resources are available for the transmission, the terminal apparatus has the valid PUCCH resource for the scheduling request, and the value of the counter is equal to or larger than the predetermined value. a MAC, Medium Access Control, layer processing unit configured to initiate a random access procedure on a primary cell, and initiate a random access procedure on a secondary cell, and in a case in which at least one scheduling request is pending, no UL-SCH, uplink shared channel, resources are available for a transmission, the terminal apparatus has a valid PUCCH, Physical Uplink Control Channel, resource for the scheduling request, and a value of a counter which counts the number of scheduling requests transmitted is smaller than a predetermined value, increment the value of the counter by 1 and instruct a transmission unit to transmit the scheduling request on the valid PUCCH resource; and the transmission unit configured to, in a case in which the valid PUCCH resource for the scheduling request is configured only on the secondary cell, transmit the scheduling request on the valid PUCCH resource on the secondary cell, wherein the MAC layer processing unit is further configured to initiate the random access procedure on the primary cell out of the primary cell and the secondary cell, the primary cell being indicated in a handover procedure and the PUCCH resource for the scheduling request being configured on the secondary cell, in a case in which at least one scheduling request is pending, no UL-SCH resources are available for the transmission, the terminal apparatus has the valid PUCCH resource for the scheduling request, and the value of the counter is equal to or larger than the predetermined value.
A cartridge for an inhaler, comprising: a heater unit configured to atomize a liquid to generate aerosol, wherein the heater unit includes: a liquid holding member that has a first surface, and a second surface opposite the first surface; a heater that contacts the first surface of the liquid holding member; and a support member that supports the second surface of the liquid holding member and is softer than the liquid holding member; wherein the heater is arranged to press the liquid holding member against the support member. a heater unit configured to atomize a liquid to generate aerosol, wherein the heater unit includes: a liquid holding member that has a first surface, and a second surface opposite the first surface; a heater that contacts the first surface of the liquid holding member; and a support member that supports the second surface of the liquid holding member and is softer than the liquid holding member; a liquid holding member that has a first surface, and a second surface opposite the first surface; a heater that contacts the first surface of the liquid holding member; and a support member that supports the second surface of the liquid holding member and is softer than the liquid holding member; wherein the heater is arranged to press the liquid holding member against the support member.
A method to determine the antigenicity of an inactivated virus, wherein the inactivated virus is Porcine Reproductive and Respiratory Syndrome Virus (PRRSV) or another member of the Arteriviridae family or Nidovirales order, said method comprising; - contacting a host cell expressing at least one of CD163 and sialoadhesin with the inactivated virus to be tested; and - determine the binding to and/or the internalization into the host cell of said inactivated virus; wherein the capability of said inactivated virus to bind to and/or to enter the host, is indicative for the antigenicity of said inactivated virus. - contacting a host cell expressing at least one of CD163 and sialoadhesin with the inactivated virus to be tested; and - determine the binding to and/or the internalization into the host cell of said inactivated virus; wherein the capability of said inactivated virus to bind to and/or to enter the host, is indicative for the antigenicity of said inactivated virus.
A video streaming method, comprising: receiving transmission units from a first sequence of coded video data; decoding the transmission units from the first sequence; in response to a request to transition to a second sequence of coded video data, determining whether a time to transition to the second sequence of coded video data can be reduced by transitioning to the second sequence of coded video data via an intermediate sequence of coded video data; if it is determined that the time can be reduced: requesting at least one transmission unit from an intermediate sequence of coded video data that corresponds to the request to transition, receiving and decoding the transmission unit from the intermediate sequence, and transitioning from the first sequence to the second sequence via the decoded transmission unit from the intermediate sequence, characterized in that the determining is derived from data contained in a manifest file that is received from a source of the transmission units that describes a correlation between the transmission units of the intermediate sequence and the transmission units of the second sequence. receiving transmission units from a first sequence of coded video data; decoding the transmission units from the first sequence; in response to a request to transition to a second sequence of coded video data, determining whether a time to transition to the second sequence of coded video data can be reduced by transitioning to the second sequence of coded video data via an intermediate sequence of coded video data; if it is determined that the time can be reduced: requesting at least one transmission unit from an intermediate sequence of coded video data that corresponds to the request to transition, receiving and decoding the transmission unit from the intermediate sequence, and transitioning from the first sequence to the second sequence via the decoded transmission unit from the intermediate sequence, requesting at least one transmission unit from an intermediate sequence of coded video data that corresponds to the request to transition, receiving and decoding the transmission unit from the intermediate sequence, and transitioning from the first sequence to the second sequence via the decoded transmission unit from the intermediate sequence, characterized in that the determining is derived from data contained in a manifest file that is received from a source of the transmission units that describes a correlation between the transmission units of the intermediate sequence and the transmission units of the second sequence.
A composition comprising a leptin antagonist and a carrier, for use in treating a disorder selected from the group consisting of inflammatory aortic aneurysm; pulmonary artery aneurysm in Marfan's syndrome; aortic dissection in an aortic or peripheral large artery; medial degeneration in a cardiovascular tissue; and ascending aortic aneurysm-associated hypertension, wherein the carrier is configured for localized administration of said leptin antagonist and wherein said leptin antagonist is selected from the group consisting of (a) a modified mammalian leptin polypeptide in which the LDFI hydrophobic binding site at the positions corresponding to positions 39-42 of the wild-type human leptin (SEQ ID NO:1) is modified such that from two to four amino acid residues of said hydrophobic binding site are substituted with different amino acid residues such that the site becomes less hydrophobic, said modified mammalian leptin polypeptide being a leptin antagonist; (b) the modified mammalian leptin according to (a) in which the aspartic acid at the position corresponding to position 23 of the wild-type human leptin is substituted with an amino acid residue selected from the group consisting of glycine, alanine, leucine, lysine, arginine, phenylalanine, tryptophan and histidine, or in which the threonine at the position corresponding to position 12 of the wild-type human leptin is substituted with a different amino acid residue that is hydrophobic; (c) a fragment of (a) comprising the modified hydrophobic binding site, wherein the fragment is itself a leptin antagonist; and (d) a fragment of (b), in which D23 is substituted with a different amino acid residue that is not negatively charged or T12 is substituted with a different amino acid residue that is hydrophobic, wherein the fragment is itself a leptin antagonist; and (e) a pharmaceutically acceptable salt of (a), (b), (c) or (d).
A foldable structural member for supporting a display panel, comprising: a structural main body, comprising a first main body and a second main body distributed in a first direction, and a bending portion located between the first main body and the second main body, wherein the foldable structural member is switched between an unfolding state and a folding state by the bending portion; and a buckle assembly, comprising a first buckle piece and a second buckle piece engaged with the first buckle piece, wherein the first buckle piece is arranged on the first main body, and the second buckle piece is arranged on the second main body; and in the folding state, the first buckle piece is buckled with the second buckle piece to connect the first main body with the second main body, wherein the folding state comprises an inward-folding state and an outward-folding state, characterized in that the second buckle piece is rotatably arranged between a first position and a second position relative to the second main body, in the inward-folding state, the first buckle piece is buckled with the second buckle piece located at the first position to connect the first main body with the second main body, and in the outward-folding state, the first buckle piece is buckled with the second buckle piece located at the second position to connect the first main body with the second main body. a structural main body, comprising a first main body and a second main body distributed in a first direction, and a bending portion located between the first main body and the second main body, wherein the foldable structural member is switched between an unfolding state and a folding state by the bending portion; and a buckle assembly, comprising a first buckle piece and a second buckle piece engaged with the first buckle piece, wherein the first buckle piece is arranged on the first main body, and the second buckle piece is arranged on the second main body; and in the folding state, the first buckle piece is buckled with the second buckle piece to connect the first main body with the second main body, wherein the folding state comprises an inward-folding state and an outward-folding state, characterized in that the second buckle piece is rotatably arranged between a first position and a second position relative to the second main body, in the inward-folding state, the first buckle piece is buckled with the second buckle piece located at the first position to connect the first main body with the second main body, and in the outward-folding state, the first buckle piece is buckled with the second buckle piece located at the second position to connect the first main body with the second main body.
A circulation pump unit having an electric drive motor and an electronic control device for controlling the drive motor, wherein the control device is designed for controlling the speed of the drive motor according to a control scheme (I, II, III), wherein the control device has a signal generation device which is designed to generate a signal representing the switching on and/or off or a speed change of the drive motor, and a recording function which is designed to record a status variable representing an operating state from at least one parallel hydraulic branch (16, 18, 20) having a second circulation pump unit of the same kind in that it detects a signal generated by the signal generation device of the other or the plurality of other circulation pump unit(s) as a status variable, which signal represents the switching on and/or off or a speed change of the at least one second circulation pump unit, and wherein the control device is designed in such a manner that it can adjust its own control scheme (I, II, III) on the basis of a status variable recorded by the recording function and the drive motor can be controlled in such a manner by the control device, taking account of the signal that was recorded, that a differential pressure above a hydraulic resistance located in a single hydraulic branch of the hydraulic branches has a predetermined value.
A method of treating a group of acellular tissue matrices, comprising: providing a group of dermal acellular tissue matrices (ATMs), wherein when an equal amount of tensile force is applied to each of the ATMs in the group, at least some of the ATMs in the group have a different percent extension than other ATMs in the group; and exposing one or more of the ATMs of the group to a solution containing elastase for a period of time, the exposure resulting in a modified ATM (mATM); and controlling the exposure time and concentration of elastase in the solution to obtain a desired percent extension of the mATM when placed under an amount of tensile force, wherein the percent extension of the one or more mATMs in the toe region of the stress-strain curve for the mATM resulting from an amount of tensile force is less than or equal to the percent extension of the corresponding ATMs resulting from the amount of tensile force, and wherein variations in the percent extension across the mATMs is less than variations in the percent extension across the ATMs. providing a group of dermal acellular tissue matrices (ATMs), wherein when an equal amount of tensile force is applied to each of the ATMs in the group, at least some of the ATMs in the group have a different percent extension than other ATMs in the group; and exposing one or more of the ATMs of the group to a solution containing elastase for a period of time, the exposure resulting in a modified ATM (mATM); and controlling the exposure time and concentration of elastase in the solution to obtain a desired percent extension of the mATM when placed under an amount of tensile force, wherein the percent extension of the one or more mATMs in the toe region of the stress-strain curve for the mATM resulting from an amount of tensile force is less than or equal to the percent extension of the corresponding ATMs resulting from the amount of tensile force, and wherein variations in the percent extension across the mATMs is less than variations in the percent extension across the ATMs.