mhurhangee/ep-ind-claims huggingface dataset:
A liquid-type fuel cell system to be used with an external load, wherein the external load is configured to operate at a power higher than a power output of a liquid-type fuel cell unit of the liquid-type fuel cell system, the liquid-type fuel cell system comprising: the liquid-type fuel cell unit configured to extract protons from liquid fuel to generate a power and to output a generated first power; a fuel supply unit configured to spontaneously supply the liquid fuel to the liquid-type fuel cell unit; an auxiliary power supply unit connected to be charged with the first power output from the liquid-type fuel cell unit and configured to output a charged second power; and a control circuit configured to monitor a charged state of the auxiliary power supply unit and to control the supply of the liquid fuel from the fuel supply unit to the liquid-type fuel cell unit based on the monitoring result; characterized in that the control circuit is configured to compare a charging voltage of the auxiliary power supply unit with a second threshold value set in accordance with a fully discharged state and to interrupt the supply of the liquid fuel from the fuel supply unit to the liquid-type fuel cell unit in a case where the charging voltage of the auxiliary power supply unit is not more than the second threshold value. the liquid-type fuel cell unit configured to extract protons from liquid fuel to generate a power and to output a generated first power; a fuel supply unit configured to spontaneously supply the liquid fuel to the liquid-type fuel cell unit; an auxiliary power supply unit connected to be charged with the first power output from the liquid-type fuel cell unit and configured to output a charged second power; and a control circuit configured to monitor a charged state of the auxiliary power supply unit and to control the supply of the liquid fuel from the fuel supply unit to the liquid-type fuel cell unit based on the monitoring result; characterized in that the control circuit is configured to compare a charging voltage of the auxiliary power supply unit with a second threshold value set in accordance with a fully discharged state and to interrupt the supply of the liquid fuel from the fuel supply unit to the liquid-type fuel cell unit in a case where the charging voltage of the auxiliary power supply unit is not more than the second threshold value.
A method for actuating at least first and second marine acoustic sources in a firing sequence, the firing sequence including at least a first actuation of the first source followed by a first actuation of the second source followed by a second actuation of the first source and a second actuation of the second source, the method comprising: towing the first source at a depth in water substantially equal to a depth of the second source; establishing a series of reference time instants; actuating the first source with a variable first time delay relative to the series of reference time instants; and actuating the second source with a variable second time delay relative to the series of reference time instants such that time intervals between consecutive activations of the first and second sources are also variable, wherein the series of reference time instants is calculated based on an assumption that no other source except the first source is present and thus there is no need for a waiting time necessitated by the actuation of the other source before firing again the first source, and a time interval between any two consecutive reference time instants is fixed to a predetermined value, and the first and second sources have a substantially same inline position. towing the first source at a depth in water substantially equal to a depth of the second source; establishing a series of reference time instants; actuating the first source with a variable first time delay relative to the series of reference time instants; and actuating the second source with a variable second time delay relative to the series of reference time instants such that time intervals between consecutive activations of the first and second sources are also variable, wherein the series of reference time instants is calculated based on an assumption that no other source except the first source is present and thus there is no need for a waiting time necessitated by the actuation of the other source before firing again the first source, and a time interval between any two consecutive reference time instants is fixed to a predetermined value, and the first and second sources have a substantially same inline position.
A compound having the formula: wherein R 1 is alkyl or cycloalkyl; wherein R 2, R 3, R 4, R A, R B, and R C, are independently selected from the group consisting of hydrogen, deuterium, alkyl, cycloalkyl, aryl, heteroaryl, and combinations thereof; wherein R A, R B, and R C may represent mono, di, tri, or tetra substitutions; wherein two adjacent substituents R 1, R 2, R 3, R 4, R A, R B, and R C are optionally joined to form a fused ring; wherein X is selected from the group consisting of O, S, and Se; and wherein m is 1 or 2. wherein R 1 is alkyl or cycloalkyl; wherein R 2, R 3, R 4, R A, R B, and R C, are independently selected from the group consisting of hydrogen, deuterium, alkyl, cycloalkyl, aryl, heteroaryl, and combinations thereof; wherein R A, R B, and R C may represent mono, di, tri, or tetra substitutions; wherein two adjacent substituents R 1, R 2, R 3, R 4, R A, R B, and R C are optionally joined to form a fused ring; wherein X is selected from the group consisting of O, S, and Se; and wherein m is 1 or 2.
Device for electropolishing an energy storage device comprising at least one lithium ion cell, comprising at least one actuatable first switch that is connectable in series with a capacitor and an electrical resistor for current limitation, and in parallel to the at least one lithium ion cell, wherein an apparatus for discharging the capacitor is connected in parallel at least to the capacitor, wherein the apparatus comprises a controllable energy converter that is designed as a direct current converter, and a control unit that is configured to control the at least one switch in order to carry out a pulse discharge for electropolishing the lithium ion cell and/or the energy storage device when the device is connected to the lithium ion cell in such a way that lithium nucleation seeds, dendrites, and/or crystals are broken down by the pulse discharge.
A glow discharge system used for a glow discharge mass spectroscope, the glow discharge system comprising: a sample holder that has an opening, and includes a holding member holding a flat plate-shaped solid sample with a main surface facing the opening, from a side opposite to the opening; and a discharge cell that is adjacent to the opening side of the sample holder, has an ion extraction port positioned at a side opposite to the opening, and forms a discharge region, wherein a first magnet is provided on a side where the holding member holds the solid sample; characterized in that said first magnet is circular and flat plate-shaped; and a ring-shaped second magnet that is embedded in the discharge cell so as to surround the discharge region and is disposed coaxially with the first magnet is provided on a side of the ion extraction port of the discharge region; and the first and second magnets are disposed so that magnetization directions are parallel to each other in a direction toward the ion extraction port from the opening and magnetic poles are opposite to each other. a sample holder that has an opening, and includes a holding member holding a flat plate-shaped solid sample with a main surface facing the opening, from a side opposite to the opening; and a discharge cell that is adjacent to the opening side of the sample holder, has an ion extraction port positioned at a side opposite to the opening, and forms a discharge region, wherein a first magnet is provided on a side where the holding member holds the solid sample; characterized in that said first magnet is circular and flat plate-shaped; and a ring-shaped second magnet that is embedded in the discharge cell so as to surround the discharge region and is disposed coaxially with the first magnet is provided on a side of the ion extraction port of the discharge region; and the first and second magnets are disposed so that magnetization directions are parallel to each other in a direction toward the ion extraction port from the opening and magnetic poles are opposite to each other.
An apparatus comprising: a first cache storage; a second cache storage, wherein the second cache storage includes a first portion operable to store a first set of data evicted from the first cache storage and a second portion; a cache controller coupled to the first cache storage and the second cache storage and operable to: receive a write operation; determine that the write operation produces a miss in the first cache storage; characterised in that the cache controller is further operable to: in response to the miss in the first cache storage, provide write miss information associated with the write operation to the second cache storage for storing in the second portion. a first cache storage; a second cache storage, wherein the second cache storage includes a first portion operable to store a first set of data evicted from the first cache storage and a second portion; receive a write operation; determine that the write operation produces a miss in the first cache storage; characterised in that the cache controller is further operable to: in response to the miss in the first cache storage, provide write miss information associated with the write operation to the second cache storage for storing in the second portion.
A scroll compressor comprising: a crank shaft that has a crank pin at a shaft end; a drive bush into which the crank pin is fitted; a cylindrical ring that is rotatably fitted to an outer periphery of the drive bush and whose axial movement is inhibited by a retaining ring (27, 37, 47, 57) mounted on the tip of the crank pin; and a drive bearing that is fitted to an outer periphery of the cylindrical ring, an orbiting scroll fitted to an outer periphery of the drive bearing being driven in an orbiting manner through rotation of the crank shaft, characterized in that a rotation inhibitor that interferes with the retaining ring (27, 37, 47, 57) to inhibit rotation of the retaining ring (27, 37, 47, 57) is provided on an end surface of the drive bush. a crank shaft that has a crank pin at a shaft end; a drive bush into which the crank pin is fitted; a cylindrical ring that is rotatably fitted to an outer periphery of the drive bush and whose axial movement is inhibited by a retaining ring (27, 37, 47, 57) mounted on the tip of the crank pin; and a drive bearing that is fitted to an outer periphery of the cylindrical ring, an orbiting scroll fitted to an outer periphery of the drive bearing being driven in an orbiting manner through rotation of the crank shaft, characterized in that a rotation inhibitor that interferes with the retaining ring (27, 37, 47, 57) to inhibit rotation of the retaining ring (27, 37, 47, 57) is provided on an end surface of the drive bush.
A network security protection method, executed by a network security protection device, comprising: obtaining network environment data and threat detection data of a host that is in a protected network and that is connected to the network security protection device, wherein the network environment data comprises at least one of the following: an identifier of an operating system, a parameter of the operating system, an identifier of software with a network port access function, or a parameter of the software; and the threat detection data comprises at least one of the following: a threat type or a threat identifier, wherein the threat type comprises a vulnerability; searching, according to the obtained environment data and threat detection data, for corresponding information used to eliminate a security threat in the host, wherein, when determining that there is no available particular cleanup program to eliminate the security threat in the host, the information used to eliminate the security threat in the host comprises: a file operation instruction, wherein the file operation instruction comprises a file identifier, a file storage location, and an operator, and the file operation instruction is used to instruct the host to perform an operation represented by the operator on a file that is in the host and that is determined according to the file identifier and the file storage location; and sending the information used to eliminate the security threat in the host to the host. obtaining network environment data and threat detection data of a host that is in a protected network and that is connected to the network security protection device, wherein the network environment data comprises at least one of the following: an identifier of an operating system, a parameter of the operating system, an identifier of software with a network port access function, or a parameter of the software; and the threat detection data comprises at least one of the following: a threat type or a threat identifier, wherein the threat type comprises a vulnerability; searching, according to the obtained environment data and threat detection data, for corresponding information used to eliminate a security threat in the host, wherein, when determining that there is no available particular cleanup program to eliminate the security threat in the host, the information used to eliminate the security threat in the host comprises: a file operation instruction, wherein the file operation instruction comprises a file identifier, a file storage location, and an operator, and the file operation instruction is used to instruct the host to perform an operation represented by the operator on a file that is in the host and that is determined according to the file identifier and the file storage location; and sending the information used to eliminate the security threat in the host to the host.
A method of transferring semiconductor elements, comprising: forming vertical semiconductor elements on a substrate; forming an inorganic insulating layer on the vertical semiconductor elements; introducing -OH groups to the inorganic insulating layer; forming an amphipathic layer on the inorganic insulating layer; coating a polymerizable composition on the amphipathic layer; curing the polymerizable composition to form a first resin layer with the vertical semiconductor elements embedded therein; and separating the first resin layer along with the vertical semiconductor elements from the substrate. forming vertical semiconductor elements on a substrate; forming an inorganic insulating layer on the vertical semiconductor elements; introducing -OH groups to the inorganic insulating layer; forming an amphipathic layer on the inorganic insulating layer; coating a polymerizable composition on the amphipathic layer; curing the polymerizable composition to form a first resin layer with the vertical semiconductor elements embedded therein; and separating the first resin layer along with the vertical semiconductor elements from the substrate.
A monoclonal antibody or an antigen-binding fragment thereof that specifically binds to human low-density-lipoprotein receptor-related protein 6 polypeptide having the amino acid sequence of SEQ ID NO:1, is capable of antagonizing the Wnt signaling pathway, and inhibits Wnt3- and Wnt3a-specific signaling activity, wherein the antigen binding portion binds to an epitope of human LRP6 within amino acids 631-932 of SEQ ID NO:1 as shown in Table 1.
A base station, comprising: a first determining unit, configured to determine a first matrix according to an eigenvector, wherein the eigenvector is a main eigenvector obtained by performing eigenvector decomposition on an uplink channel response of a channel of the base station, the eigenvector is an n-dimensional vector, n is a quantity of transmit channels of the channel of the base station, the first matrix is an n ∗ m beam weight matrix, each non-zero element of the first matrix is a sub-vector of the eigenvector, a value obtained after a sub-vector of the eigenvector is multiplied by -1, a conjugate of a sub-vector of the eigenvector, or a value obtained after a conjugate of a sub-vector of the eigenvector is multiplied by -1, n-dimensional vectors formed by any two rows of elements of the first matrix are uncorrelated, m is a positive integer, 1<m≤n, and the channel of the base station is a single-input multiple-output, SIMO, channel of the base station or one SIMO channel decomposed from a multiple-input multiple-output, MIMO, channel of the base station; a second determining unit, configured to determine a second matrix, wherein the second matrix is an m ∗ m matrix and is used to perform randomized encoding on a transmit signal of the channel of the base station with reference to the first matrix; and a channel correction unit, configured to perform beamforming on a transmit channel of the channel of the base station according to the product of the first matrix and the second matrix. a first determining unit, configured to determine a first matrix according to an eigenvector, wherein the eigenvector is a main eigenvector obtained by performing eigenvector decomposition on an uplink channel response of a channel of the base station, the eigenvector is an n-dimensional vector, n is a quantity of transmit channels of the channel of the base station, the first matrix is an n ∗ m beam weight matrix, each non-zero element of the first matrix is a sub-vector of the eigenvector, a value obtained after a sub-vector of the eigenvector is multiplied by -1, a conjugate of a sub-vector of the eigenvector, or a value obtained after a conjugate of a sub-vector of the eigenvector is multiplied by -1, n-dimensional vectors formed by any two rows of elements of the first matrix are uncorrelated, m is a positive integer, 1<m≤n, and the channel of the base station is a single-input multiple-output, SIMO, channel of the base station or one SIMO channel decomposed from a multiple-input multiple-output, MIMO, channel of the base station; a second determining unit, configured to determine a second matrix, wherein the second matrix is an m ∗ m matrix and is used to perform randomized encoding on a transmit signal of the channel of the base station with reference to the first matrix; and a channel correction unit, configured to perform beamforming on a transmit channel of the channel of the base station according to the product of the first matrix and the second matrix.
A vein detection device (10a, 10b), comprising: a base; a transmitter configured on said base, wherein said transmitter is configured to be attached to an exposed portion to emit an infrared light (R1, R3) to said exposed portion; a detection arm configured on said base; a first receiver configured on said detection arm to receive a first infrared light image (R2a) coming from said exposed portion, wherein said first infrared light image (R2a) is converted from said infrared light; and a display configured on said base and electrically connected with said first receiver to display a first vein image converted from said first infrared light image (R2a); wherein said first receiver, said exposed portion and said transmitter are arranged on a straight line; wherein said detection arm comprises a built-in wireless communication transceiver module; wherein said detection arm is configured to be detachably removed from the base; wherein said detection arm is configured to communicate with the base, allowing the first receiver to detect the first infrared light image R2a coming from said exposed portion in a free direction, characterised in that said transmitter includes a fisheye lens configured to be attached by said exposed portion. a base; a transmitter configured on said base, wherein said transmitter is configured to be attached to an exposed portion to emit an infrared light (R1, R3) to said exposed portion; a detection arm configured on said base; a first receiver configured on said detection arm to receive a first infrared light image (R2a) coming from said exposed portion, wherein said first infrared light image (R2a) is converted from said infrared light; and a display configured on said base and electrically connected with said first receiver to display a first vein image converted from said first infrared light image (R2a); wherein said first receiver, said exposed portion and said transmitter are arranged on a straight line; wherein said detection arm comprises a built-in wireless communication transceiver module; wherein said detection arm is configured to be detachably removed from the base; wherein said detection arm is configured to communicate with the base, allowing the first receiver to detect the first infrared light image R2a coming from said exposed portion in a free direction, characterised in that said transmitter includes a fisheye lens configured to be attached by said exposed portion.
A composition comprising at least one nucleic acid sequence for expression of an exogenous gene of interest specifically in a human target cell co-expressing an exogenous integrase, wherein said at least one nucleic acid sequence comprises: (a) a first sequence encoding the exogenous integrase, said exogenous integrase is an HK022 integrase, said first sequence is regulated by a first tissue specific promoter sequence, activated specifically in the target cell; (b) a second sequence encoding the exogenous gene of interest regulated by a second tissue specific promoter sequence activated specifically in the target cell, wherein the exogenous gene of interest encodes a toxin; and (c) a sequence encoding a transcription terminator located upstream to the sequence encoding the exogenous gene of interest and between said second tissue specific promoter sequence and the sequence encoding the exogenous gene of interest, wherein the sequence encoding the transcription terminator is inserted between an attL and an attR sequence and wherein the tissue specific promoter is hTERT; wherein only in the presence of the expressed exogenous integrase HK022, the transcription terminator is excised by site-specific excision, thereby enabling the expression of the exogenous gene of interest in the target cell. (a) a first sequence encoding the exogenous integrase, said exogenous integrase is an HK022 integrase, said first sequence is regulated by a first tissue specific promoter sequence, activated specifically in the target cell; (b) a second sequence encoding the exogenous gene of interest regulated by a second tissue specific promoter sequence activated specifically in the target cell, wherein the exogenous gene of interest encodes a toxin; and (c) a sequence encoding a transcription terminator located upstream to the sequence encoding the exogenous gene of interest and between said second tissue specific promoter sequence and the sequence encoding the exogenous gene of interest, wherein the sequence encoding the transcription terminator is inserted between an attL and an attR sequence and wherein the tissue specific promoter is hTERT;
A device for detecting an object conveyed by means of an apparatus for conveying the device through a measuring region of the device, comprising a transmission apparatus for emitting measuring radiation having a frequency in the gigahertz or terahertz range onto the outer contour of the object and a receiving apparatus for receiving the measuring radiation reflected by the object, characterized in that a protective mesh which is transparent to the measuring radiation and permeable to gas is arranged between the transmission apparatus and/or the receiving apparatus, on the one hand, and the measuring region, on the other hand, wherein a flushing apparatus is further provided for flushing the protective mesh with a flushing gas.