mhurhangee/ep-ind-claims huggingface dataset:
A secondary battery, characterized in that the secondary battery comprises: a cap plate; an electrode terminal disposed on the cap plate; an electrode assembly which comprises a main body and a tab connected to the main body, wherein the tab is connected to the electrode terminal; an insulating member disposed between the cap plate and the main body, wherein the insulating member comprises a connecting protrusion extending toward the main body; and a top compression plate disposed between the insulating member and the main body, wherein the top compression plate comprises a first surface facing the main body and a mounting hole mating with the connecting protrusion, and a top end surface of the connecting protrusion does not exceed the first surface, the mounting hole is a through hole, and the mounting hole comprises a connecting hole section and a receiving hole section which is in communication with the connecting hole section, and the receiving hole section comprises an opening toward the main body; and the connecting protrusion is connected to the connecting hole section such that the insulating member and the top compression plate are fixedly connected, the connecting protrusion passes through the connecting hole section, and the top end surface is located in the receiving hole section or is flush with the first surface, the connecting protrusion comprises two elastic legs disposed at an interval, each elastic leg has a shape at its outer surface which matches with that of a hole wall of the connecting hole section, and the outer surface is pressed against the hole wall. a cap plate; an electrode terminal disposed on the cap plate; an electrode assembly which comprises a main body and a tab connected to the main body, wherein the tab is connected to the electrode terminal; an insulating member disposed between the cap plate and the main body, wherein the insulating member comprises a connecting protrusion extending toward the main body; and a top compression plate disposed between the insulating member and the main body, wherein the top compression plate comprises a first surface facing the main body and a mounting hole mating with the connecting protrusion, and a top end surface of the connecting protrusion does not exceed the first surface, the mounting hole is a through hole, and the mounting hole comprises a connecting hole section and a receiving hole section which is in communication with the connecting hole section, and the receiving hole section comprises an opening toward the main body; and the connecting protrusion is connected to the connecting hole section such that the insulating member and the top compression plate are fixedly connected, the connecting protrusion passes through the connecting hole section, and the top end surface is located in the receiving hole section or is flush with the first surface, the connecting protrusion comprises two elastic legs disposed at an interval, each elastic leg has a shape at its outer surface which matches with that of a hole wall of the connecting hole section, and the outer surface is pressed against the hole wall.
A method of determining drowsiness which includes the steps of collecting eye movement data using a camera, wherein the eye movement data is eyelid aperture data and is collected at sampling rate greater than 20 Hz but less than 250 Hz; interpolating the data to provide a data set sampling rates greater than 250 Hz; for each data point, deriving values of amplitude and velocity of eye movement and whether the measures relate to eyelid opening or closing; based on the derived values of amplitude and velocity of eye movement, using an algorithm to obtain values of amplitude to velocity ratios of eyelid opening and closing; and using these values in an algorithm for providing a measure of drowsiness. interpolating the data to provide a data set sampling rates greater than 250 Hz; for each data point, deriving values of amplitude and velocity of eye movement and whether the measures relate to eyelid opening or closing; based on the derived values of amplitude and velocity of eye movement, using an algorithm to obtain values of amplitude to velocity ratios of eyelid opening and closing; and using these values in an algorithm for providing a measure of drowsiness.
A coil spring comprising a plurality of interconnected coils having a length with two ends that are welded together to form a circular ring and having a spring coil axis, the coil spring further comprising; a longitudinal component located within the interconnected coils having a length that is at least half the length of the plurality of interconnected coils and runs generally along the direction of the spring coil axis the longitudinal component being in contact and providing resistance against an interior inner surface of the interconnected coils and resisting deflection or change in shape of the coil spring; characterized in that the longitudinal component comprises two free ends and has two or more loops.
An ink composition, comprising: an organic solvent, a metal pigment, and a resin, the organic solvent containing, based on the total amount of the ink composition, 60% by mass or more of diethylene glycol diethylether, 24 to 37% by mass of γ-butyrolactone and/or tetraethylene glycol dimethyl ether, and more than 1% by mass and lower than 5% by mass of tetraethylene glycol monobutyl ether, and the 50% average particle diameter in terms of sphere determined by a light scattering method of the metal pigment being 0.8 to 1.2 μm. an organic solvent, a metal pigment, and a resin, the organic solvent containing, based on the total amount of the ink composition, 60% by mass or more of diethylene glycol diethylether, 24 to 37% by mass of γ-butyrolactone and/or tetraethylene glycol dimethyl ether, and more than 1% by mass and lower than 5% by mass of tetraethylene glycol monobutyl ether, and the 50% average particle diameter in terms of sphere determined by a light scattering method of the metal pigment being 0.8 to 1.2 μm.
A compound having the structure of Formula (IIb), (IIa), or: or a pharmaceutically acceptable salt thereof, wherein: R 1 is alkyl; and R 2 is optionally substituted aminoalkyl; or R 1 and R 2, together with the carbon atom through which they are joined, form an optionally substituted 5- or 6-membered heterocyclic ring. R 1 is alkyl; and R 2 is optionally substituted aminoalkyl; or R 1 and R 2, together with the carbon atom through which they are joined, form an optionally substituted 5- or 6-membered heterocyclic ring.
An antibody that binds human Ang2 (SEQ ID NO: 7), comprising a light chain and a heavy chain, wherein the light chain comprises light chain complementarity determining regions LCDR1, LCDR2, and LCDR3 consisting of the amino acid sequences KASQDVYIAVA (SEQ ID NO: 8), YWASTRDT (SEQ ID NO: 9), and HQYSSYPPT (SEQ ID NO: 10), respectively, and wherein the heavy chain comprises heavy chain complementarity determining regions HCDR1, HCDR2, and HCDR3 consisting of the amino acid sequences GYSFTDYNMV (SEQ ID NO: 11), YIDPYNGGTGYNQKFEG (SEQ ID NO: 12), and ARTRDRYDVWYFDV (SEQ ID NO: 13), respectively.
A method of performing an operation in a wellbore, comprising: disposing a device in a downhole environment of the wellbore; harvesting energy from an energy source in the downhole environment; and using the harvested energy to power the device in the wellbore to perform the operation; characterized in that harvesting energy further comprises coupling a first electrode to a first formation layer having a first electrochemical potential and coupling a second electrode to a second formation layer having a second electrochemical potential different from the first electrochemical potential to obtain a current. disposing a device in a downhole environment of the wellbore; harvesting energy from an energy source in the downhole environment; and using the harvested energy to power the device in the wellbore to perform the operation;
A method of improving discontinuous reception, named DRX hereinafter, functionality for a user equipment, named UE hereinafter, of a wireless communications system, the method comprising: starting a Hybrid Automatic Repeat Request Round Trip Time Timer, named HARQ RTT Timer hereinafter, when the UE receives a first Physical Downlink Control Channel, named PDCCH hereinafter, indication of a first downlink transmission for a Hybrid Automatic Repeat Request process, named HARQ process hereinafter; decoding the first downlink transmission for the HARQ process; starting a DRX Retransmission Timer for monitoring a PDCCH when the HARQ RTT Timer expires, if the first downlink transmission is not successfully decoded; and characterized by stopping the DRX Retransmission Timer when the UE receives a second PDCCH indication of a second downlink transmission for the HARQ process. starting a Hybrid Automatic Repeat Request Round Trip Time Timer, named HARQ RTT Timer hereinafter, when the UE receives a first Physical Downlink Control Channel, named PDCCH hereinafter, indication of a first downlink transmission for a Hybrid Automatic Repeat Request process, named HARQ process hereinafter; decoding the first downlink transmission for the HARQ process; starting a DRX Retransmission Timer for monitoring a PDCCH when the HARQ RTT Timer expires, if the first downlink transmission is not successfully decoded; and characterized by stopping the DRX Retransmission Timer when the UE receives a second PDCCH indication of a second downlink transmission for the HARQ process.
Transmitter for wirelessly transmitting energy, comprising: - a transmitting coil; - a generator for applying an electrical alternating signal to the transmitting coil; - a control device for controlling the generator on the basis of an electrical parameter; - a field probe for providing the electrical parameter on the basis of an alternating magnetic field in the region of the transmitting coil; - wherein an operating point at which the transmitting coil can be operated is defined by a combination of a voltage, a current, a frequency and magnetic induction in the region of the transmitting coil; characterized in that - the control device is set up to select an operating point at which the field strength is minimized in the region of the transmitting coil from a multiplicity of operating points which allow predetermined energy to be transmitted and to control the generator at this operating point. - a transmitting coil; - a generator for applying an electrical alternating signal to the transmitting coil; - a control device for controlling the generator on the basis of an electrical parameter; - a field probe for providing the electrical parameter on the basis of an alternating magnetic field in the region of the transmitting coil; - wherein an operating point at which the transmitting coil can be operated is defined by a combination of a voltage, a current, a frequency and magnetic induction in the region of the transmitting coil; - the control device is set up to select an operating point at which the field strength is minimized in the region of the transmitting coil from a multiplicity of operating points which allow predetermined energy to be transmitted and to control the generator at this operating point.
A method of generating map data indicating a deviation from a prediction of whether or not there is a jam on a segment of a plurality of segments falling within a predetermined radius in an area covered by an electronic map, the segment having associated therewith a jam probability indicating the likelihood of a jam on that segment, the method comprising: (i) predicting whether or not a jam exists for the segment based on the jam probability of that segment; (ii) obtaining live data indicating whether or not there is a jam on one of the other segments in the predetermined radius; and (iii) using the obtained live data to override the prediction of step (i) whether or not a jam exists for the segment. (i) predicting whether or not a jam exists for the segment based on the jam probability of that segment; (ii) obtaining live data indicating whether or not there is a jam on one of the other segments in the predetermined radius; and (iii) using the obtained live data to override the prediction of step (i) whether or not a jam exists for the segment.
A random access method, for a terminal, comprising: receiving a system message broadcasted by a target base station, and initiating random access to the target base station, wherein the system message includes a plurality of public land mobile network, PLMN, identities with an order relationship; in response to a failure of the random access, determining a first operator to which the target base station belongs based on a first PLMN identity in the plurality of PLMN identities; and in response to a second operator, to which the terminal belongs, being different from the first operator, stopping a random access retry to the target base station and initiating random access to another base station different from the target base station; wherein the plurality of PLMN identities with the order relationship comprises the first PLMN identity corresponding to the first operator, ranked at the first position, and a plurality of third PLMN identities corresponding to a plurality of third operators, ranked behind the first PLMN identity; wherein the third operators share the target base station with the first operator. receiving a system message broadcasted by a target base station, and initiating random access to the target base station, wherein the system message includes a plurality of public land mobile network, PLMN, identities with an order relationship; in response to a failure of the random access, determining a first operator to which the target base station belongs based on a first PLMN identity in the plurality of PLMN identities; and in response to a second operator, to which the terminal belongs, being different from the first operator, stopping a random access retry to the target base station and initiating random access to another base station different from the target base station; wherein the plurality of PLMN identities with the order relationship comprises the first PLMN identity corresponding to the first operator, ranked at the first position, and a plurality of third PLMN identities corresponding to a plurality of third operators, ranked behind the first PLMN identity; wherein the third operators share the target base station with the first operator.
An apparatus for applying a covering film to a book, the book having front and rear covers and a spine, the apparatus comprising: a. a gate mechanism having open and closed states, which in the closed state presents a front surface against which a covering film may be overlaid whereby the spine of a book may be pressed onto the covering film overlaying the front surface, and which in the open state admits the book to a space rearward of the gate beyond the front surface such that the book draws the covering film into said space; and b. a laminating mechanism positioned rearwardly of the gate, the laminating mechanism operable to receive a book admitted beyond the gate, and to apply pressure against said film onto the front and rear covers of the book to cover the book with the film, Wherein the gate mechanism comprises a pair of doors (34, 36) which when in the closed state meet at a respective inner edge, the inner edges moving apart when the gate is in the open state, wherein the laminating mechanism comprises at least a first roller and a second roller operable in combination to receive the book and to apply pressure against said film onto the front and rear covers thereof as the book passes between the rollers (48, 50), and wherein the first and second rollers (48, 50) are each mounted on a respective one of the pair of doors (34, 36) rearwardly thereof adjacent the inner edge of the respective door (34, 36), and wherein the first and second rollers (48, 50) are biased against one another when the doors (34, 36) are closed, meeting at a point in line with the meeting point of the inner edges of the doors (34, 36), and when the gate is in an open state each roller (48, 50) moves under a biasing force beyond the inner edge of the door (34, 36) on which it is mounted. a. a gate mechanism having open and closed states, which in the closed state presents a front surface against which a covering film may be overlaid whereby the spine of a book may be pressed onto the covering film overlaying the front surface, and which in the open state admits the book to a space rearward of the gate beyond the front surface such that the book draws the covering film into said space; and b. a laminating mechanism positioned rearwardly of the gate, the laminating mechanism operable to receive a book admitted beyond the gate, and to apply pressure against said film onto the front and rear covers of the book to cover the book with the film,
An apparatus for providing conditioned fluid flows, comprising a base body having a main flow duct formed therein, a bypass duct which is branched off from and led back to the main flow duct, and an exchangeable flow conditioning insert which includes a flow resistance element and is arranged in the main flow duct relative to the bypass duct in an axial installation position such that the flow resistance element generates a pressure difference between the ports of the bypass duct at the main flow duct, characterized in that the flow conditioning insert includes at least one double screen upstream of the flow resistance element, the double screen consisting of a fine screen and a supporting screen which stabilizes the fine screen.
A jitter determination method for determining at least one jitter component of an input signal, wherein the input signal is generated by a signal source, comprising the following steps: - receiving said input signal; - determining a step response based on the input signal, the step response being associated with at least said signal source; - determining a data dependent jitter signal based on the determined step response and based on the input signal; and - determining a periodic jitter signal based on said input signal; characterised in that the step response is determined together with the periodic jitter signal, wherein a joint analysis is performed that takes the step response and the periodic jitter signal into account. - receiving said input signal; - determining a step response based on the input signal, the step response being associated with at least said signal source; - determining a data dependent jitter signal based on the determined step response and based on the input signal; and - determining a periodic jitter signal based on said input signal;
A chlorine-containing silicate glass comprising SiO 2, at least 1.5 mole percent metal chloride and at least 10 mole percent of any one or more of MgO, SrO, BaO, and CaO, wherein the glass comprises less than 1 mole percent Al 2 O 3 and the glass has a network connectivity in the range 2 to 3, wherein "network connectivity" is the average number of non-bridging oxygens per silicon, and "non-bridging oxygen" is an oxygen that is not shared by two SiO 4 tetrahedra.
A method for transmitting Channel State Information, CSI, in a wireless access system, the method performed by a user equipment and comprising: configuring a first codebook subset restriction of a first CSI process and a second codebook subset restriction of a second CSI process; and transmitting the CSI based on at least one of the first codebook subset restriction and the second codebook subset restriction, wherein a rank indicator, RI, of the second CSI process is configured the same as a most recently reported RI of the first CSI process, wherein the RI of the second CSI process is restricted to a second RI value set with the second codebook subset restriction, and wherein the second RI value set with the second codebook subset restriction is the same as a first RI value set with the first codebook subset restriction. configuring a first codebook subset restriction of a first CSI process and a second codebook subset restriction of a second CSI process; and transmitting the CSI based on at least one of the first codebook subset restriction and the second codebook subset restriction, wherein a rank indicator, RI, of the second CSI process is configured the same as a most recently reported RI of the first CSI process, wherein the RI of the second CSI process is restricted to a second RI value set with the second codebook subset restriction, and wherein the second RI value set with the second codebook subset restriction is the same as a first RI value set with the first codebook subset restriction.
A tissue mesher comprising: a platform; and an array of needles fixed on the platform, wherein the needles are arranged in a staggered fashion, and wherein the needles are configured to penetrate the skin at various predetermined depths. a platform; and an array of needles fixed on the platform, wherein the needles are arranged in a staggered fashion, and wherein the needles are configured to penetrate the skin at various predetermined depths.
Wildlife warning system for scaring wildlife away, comprising warning devices (w) which are distributed along a monitoring section of a traffic route and comprise in each case at least one vehicle detector connected to an evaluation unit, in each case at least one warning signal generator which can be activated by the evaluation unit upon response of the vehicle detector of a warning device (w), and a transceiver device, which is connected to the evaluation unit, for radio transmission of a control signal in order to actuate the warning signal generator of adjacent warning devices (w), characterised in that the transceiver devices have a transmission range which is limited to a partial length of the monitoring section of the traffic route and in that the re-actuation of the warning signal generator can be blocked for a specified period of time by a first timing element.
A laser-joined component comprising: a first metal plate which is a component of an external case of a battery and is made of steel; and a second metal plate which is a component of an aluminum electrode of the battery and is made of aluminum having a melting point lower than a melting point of the first metal plate, wherein, the second metal plate is laser-joined on the first metal plate, a melting part of an upper surface of the first metal plate at an interface between the first metal plate and the second metal plate is mixed with the melted aluminum (24, 37) in molten state and the melted aluminum engages with a part of the upper surface of the first metal plate, the melted aluminium in molten state being formed starting from within the upper surface of the second metal plate in depth direction through the second metal plate towards the first metal plate into a wedge shaped region within the upper surface of the first metal plate inside of the first metal plate, and the second metal plate has a trace of melting on an upper surface thereof. a first metal plate which is a component of an external case of a battery and is made of steel; and a second metal plate which is a component of an aluminum electrode of the battery and is made of aluminum having a melting point lower than a melting point of the first metal plate, wherein, the second metal plate is laser-joined on the first metal plate, a melting part of an upper surface of the first metal plate at an interface between the first metal plate and the second metal plate is mixed with the melted aluminum (24, 37) in molten state and the melted aluminum engages with a part of the upper surface of the first metal plate, the melted aluminium in molten state being formed starting from within the upper surface of the second metal plate in depth direction through the second metal plate towards the first metal plate into a wedge shaped region within the upper surface of the first metal plate inside of the first metal plate, and the second metal plate has a trace of melting on an upper surface thereof.