mhurhangee/ep-ind-claims huggingface dataset:
A power storage device comprising: a power storage element connectable to a DC electric having a first electrode and a second electrode and capable of being charged from the DC electric line and discharging a first DC voltage; characterized in that the power storage device further comprises: a variable voltage source connected in series between the first electrode of the DC electric line and a positive electrode of the power storage element and capable of generating a second DC voltage in a range of differences between output voltages of the DC electric line and the power storage element; an interconnection reactor connected between the first electrode of the DC electric line and the variable voltage source; a current detector configured to detect a current flowing through the interconnection reactor; and a control circuit configured to control the variable voltage source using the current detected by the current detector to adjust a difference between output voltages of a whole circuit and the power storage element, wherein the second voltage is added to the first voltage and the added voltage is applied between the first and second electrodes while the power storage element discharges. a power storage element connectable to a DC electric having a first electrode and a second electrode and capable of being charged from the DC electric line and discharging a first DC voltage; characterized in that the power storage device further comprises: a variable voltage source connected in series between the first electrode of the DC electric line and a positive electrode of the power storage element and capable of generating a second DC voltage in a range of differences between output voltages of the DC electric line and the power storage element; an interconnection reactor connected between the first electrode of the DC electric line and the variable voltage source; a current detector configured to detect a current flowing through the interconnection reactor; and a control circuit configured to control the variable voltage source using the current detected by the current detector to adjust a difference between output voltages of a whole circuit and the power storage element, a variable voltage source connected in series between the first electrode of the DC electric line and a positive electrode of the power storage element and capable of generating a second DC voltage in a range of differences between output voltages of the DC electric line and the power storage element; an interconnection reactor connected between the first electrode of the DC electric line and the variable voltage source; a current detector configured to detect a current flowing through the interconnection reactor; and a control circuit configured to control the variable voltage source using the current detected by the current detector to adjust a difference between output voltages of a whole circuit and the power storage element, wherein the second voltage is added to the first voltage and the added voltage is applied between the first and second electrodes while the power storage element discharges.
A rodent whose genome comprises a humanized Tmprss gene, wherein the humanized Tmprss gene - comprises a nucleotide sequence of an endogenous rodent Tmprss gene and a nucleotide sequence of a cognate human TMPRSS gene, - is located at an endogenous rodent Tmprss locus, and results from a replacement of a genomic sequence of the endogenous rodent Tmprss gene with said nucleotide sequence of the cognate human TMPRSS gene and is under control of the promoter of the endogenous rodent Tmprss gene, and - encodes a humanized Tmprss protein that comprises: (i) an ectodomain that has at least 85% sequence identity to the ectodomain of the human TMPRSS protein encoded by the cognate human TMPRSS gene, and (ii) a cytoplasmic and transmembrane portion that has at least 85% sequence identity to the cytoplasmic and transmembrane portion of the endogenous rodent Tmprss protein encoded by the endogenous rodent Tmprss gene. - comprises a nucleotide sequence of an endogenous rodent Tmprss gene and a nucleotide sequence of a cognate human TMPRSS gene, - is located at an endogenous rodent Tmprss locus, and results from a replacement of a genomic sequence of the endogenous rodent Tmprss gene with said nucleotide sequence of the cognate human TMPRSS gene and is under control of the promoter of the endogenous rodent Tmprss gene, and - encodes a humanized Tmprss protein that comprises: (i) an ectodomain that has at least 85% sequence identity to the ectodomain of the human TMPRSS protein encoded by the cognate human TMPRSS gene, and (ii) a cytoplasmic and transmembrane portion that has at least 85% sequence identity to the cytoplasmic and transmembrane portion of the endogenous rodent Tmprss protein encoded by the endogenous rodent Tmprss gene.
A method of operating a transmission reception point, TRP, apparatus of a Coordinated Multipoint, CoMP, network, comprising: determining a periodicity of periodic traffic between the TRP apparatus and a user equipment, UE; and scheduling a Channel State Information, CSI, process in advance of a traffic window for a next instance of the periodic traffic in accordance with the determined periodicity. determining a periodicity of periodic traffic between the TRP apparatus and a user equipment, UE; and scheduling a Channel State Information, CSI, process in advance of a traffic window for a next instance of the periodic traffic in accordance with the determined periodicity.
A high-slidability syringe comprising: a syringe barrel; a gasket adapted to be press-fitted in the syringe barrel and used in a sliding manner in the syringe barrel; and a piston rod with the gasket attached to a front end thereof, wherein the gasket comprises: a gasket main body that is formed of a rigid plastic having resistance to a drug solution to be loaded into the syringe barrel and has a recessed groove formed in a sliding contact surface thereof adapted to slidably contact an inner circumferential surface of the syringe barrel; and a sliding contact ring that is fitted in the recessed groove, characterised in that the sliding contact ring is made of a rubber base material that contains silicone oil, whereby the silicone oil bleeds from the rubber base material under pressure on the sliding contact ring against the syringe barrel, and has an outer diameter larger than an inner diameter of the syringe barrel, and that the gasket main body comprises: a liquid contact side sliding contact surface that is provided between a liquid contact side end surface and the recessed groove and has an outer diameter larger than the inner diameter of the syringe barrel; and a rod side sliding contact surface that is provided between a rod side end surface and the recessed groove and has an outer diameter equal to or smaller than the inner diameter of the syringe barrel. a syringe barrel; a gasket adapted to be press-fitted in the syringe barrel and used in a sliding manner in the syringe barrel; and a piston rod with the gasket attached to a front end thereof, wherein the gasket comprises: a gasket main body that is formed of a rigid plastic having resistance to a drug solution to be loaded into the syringe barrel and has a recessed groove formed in a sliding contact surface thereof adapted to slidably contact an inner circumferential surface of the syringe barrel; and a sliding contact ring that is fitted in the recessed groove, characterised in that the sliding contact ring is made of a rubber base material that contains silicone oil, whereby the silicone oil bleeds from the rubber base material under pressure on the sliding contact ring against the syringe barrel, and has an outer diameter larger than an inner diameter of the syringe barrel, and that the gasket main body comprises: a liquid contact side sliding contact surface that is provided between a liquid contact side end surface and the recessed groove and has an outer diameter larger than the inner diameter of the syringe barrel; and a rod side sliding contact surface that is provided between a rod side end surface and the recessed groove and has an outer diameter equal to or smaller than the inner diameter of the syringe barrel.
Orthopaedic foot support to support long-term bedridden patients, characterised in that the foot support comprises a preformed support of two parts, i.e. a top piece that consists of a stiff cushion with an erect wall and transverse supports (5,6,7) connected to it for the lateral support of the lower legs, and a bottom piece that consists of a base and a pair of cambers, that are part of the base itself or are part of inserts that are placed in the base to support the lower legs, and whereby the base can be exchanged by a base with different cambers suitable for another leg dimension, and whereby the top piece can be removed to gain access to the legs of the patient who remains lying on the base, without having to move this base or the legs, and whereby the base and the erect wall of the top piece form a right angle or practically form a right angle so that the feet form a right angle or practically form a right angle with respect to the lower leg.
An affinity binding entity comprising an antigen binding domain comprising: (i) an immunoglobulin heavy chain variable region having the sequence of: and (ii) an immunoglobulin light chain variable region having the sequence of: said affinity binding entity capable of binding HLA-A2/ MAGE-A4 230-239 in an MHC restricted manner. (i) an immunoglobulin heavy chain variable region having the sequence of: and (ii) an immunoglobulin light chain variable region having the sequence of: said affinity binding entity capable of binding HLA-A2/ MAGE-A4 230-239 in an MHC restricted manner.
A method for managing communication in a wireless communication system, comprising: identifying one or more forwarded packets from a source base station to a target base station associated with a handoff procedure of a wireless terminal from the source base station to the target base station, the one or more forwarded packets being packets transmitted from the source base station to the wireless terminal but not correctly received by the wireless terminal; identifying one or more indicators provided by the source base station to the target base station, the one or more indicators comprising an indication of a sequence number to be utilized for communication of an initial packet from the target base station to the wireless terminal; and communicating respective packets from the target base station to the wireless terminal subsequent to the forwarded packets based on the identified indicators to facilitate lossless reception of the packets with mitigated delay at the wireless terminal; wherein the initial packet is received at the target base station from a network entity and both the forwarded packets and the one or more indicators are communicated from the source base station to the target base station over an X2 interface. identifying one or more forwarded packets from a source base station to a target base station associated with a handoff procedure of a wireless terminal from the source base station to the target base station, the one or more forwarded packets being packets transmitted from the source base station to the wireless terminal but not correctly received by the wireless terminal; identifying one or more indicators provided by the source base station to the target base station, the one or more indicators comprising an indication of a sequence number to be utilized for communication of an initial packet from the target base station to the wireless terminal; and communicating respective packets from the target base station to the wireless terminal subsequent to the forwarded packets based on the identified indicators to facilitate lossless reception of the packets with mitigated delay at the wireless terminal;
An Ethernet header compression method, comprising: receiving, by a compression end, a first Ethernet frame, wherein an Ethernet header of the first Ethernet frame comprises a first to-be-compressed field; determining, by the compression end, first compression information of the Ethernet header of the first Ethernet frame based on a first correspondence and the first to-be-compressed field, wherein the first correspondence comprises a correspondence between the first compression information and a value of the first to-be-compressed field, and the first compression information comprises a first context identifier, CID; and compressing, by the compression end, the Ethernet header of the first Ethernet frame based on the first compression information; characterized in that the first compression information further includes a profile identifier, profile ID, wherein the profile ID is used to indicate a communication protocol of the Ethernet header and/or a to-be-compressed field or a plurality of to-be-compressed fields of the Ethernet header. receiving, by a compression end, a first Ethernet frame, wherein an Ethernet header of the first Ethernet frame comprises a first to-be-compressed field; determining, by the compression end, first compression information of the Ethernet header of the first Ethernet frame based on a first correspondence and the first to-be-compressed field, wherein the first correspondence comprises a correspondence between the first compression information and a value of the first to-be-compressed field, and the first compression information comprises a first context identifier, CID; and compressing, by the compression end, the Ethernet header of the first Ethernet frame based on the first compression information; characterized in that the first compression information further includes a profile identifier, profile ID, wherein the profile ID is used to indicate a communication protocol of the Ethernet header and/or a to-be-compressed field or a plurality of to-be-compressed fields of the Ethernet header.
A vial adaptor configured for use with a vial containing a medication and a needle assembly having a needle, the vial adaptor comprising: a substantially hollow body configured to couple with the vial, the body including a side wall and an upper wall; a needle opening in the body, the needle opening being arranged along an axis and being sized and shaped to receive the needle along the axis to withdraw the medication from the vial; a cleaning passageway in the body, the cleaning passageway having an inlet in the side wall and being sized and shaped to receive a cleaning device to clean the vial; and a shroud extending outward from the body to block needle insertion into the vial through the cleaning passageway, the side wall deviating radially outwardly to follow the path of the shroud wherein the inlet deviates radially outwardly from a lower end of the inlet to an upper end of the inlet. a substantially hollow body configured to couple with the vial, the body including a side wall and an upper wall; a needle opening in the body, the needle opening being arranged along an axis and being sized and shaped to receive the needle along the axis to withdraw the medication from the vial; a cleaning passageway in the body, the cleaning passageway having an inlet in the side wall and being sized and shaped to receive a cleaning device to clean the vial; and a shroud extending outward from the body to block needle insertion into the vial through the cleaning passageway, the side wall deviating radially outwardly to follow the path of the shroud wherein the inlet deviates radially outwardly from a lower end of the inlet to an upper end of the inlet.
A method for performing stateless load balancing of network traffic flows, the method comprising: at a layer 3 packet forwarding and layer 2 switching device: responding to address resolution protocol requests from clients, the ARP requests including a virtual IP address shared by the device and a plurality of servers coupled to the device, with the medium access control address of the device; receiving, from the clients, packets addressed to the VIP address and having the MAC address of the device; and load sharing the packets among the servers using a layer 3 forwarding operation that appears to the clients as a layer 2 switching operation. at a layer 3 packet forwarding and layer 2 switching device: responding to address resolution protocol requests from clients, the ARP requests including a virtual IP address shared by the device and a plurality of servers coupled to the device, with the medium access control address of the device; receiving, from the clients, packets addressed to the VIP address and having the MAC address of the device; and load sharing the packets among the servers using a layer 3 forwarding operation that appears to the clients as a layer 2 switching operation. responding to address resolution protocol requests from clients, the ARP requests including a virtual IP address shared by the device and a plurality of servers coupled to the device, with the medium access control address of the device; receiving, from the clients, packets addressed to the VIP address and having the MAC address of the device; and load sharing the packets among the servers using a layer 3 forwarding operation that appears to the clients as a layer 2 switching operation.
A method of generating amplified sound at a predetermined location, comprising: generating an electrical impulsive signal; transmitting an acoustic impulsive signal at a selected one of a first location and a second location in accordance with the electrical impulsive signal; receiving sound pressure resulting from the acoustic impulsive signal at the unselected one of the first location and the second location; determining an acoustic impulsive response from the first location to the second location in accordance with the received sound pressure; time reversing the acoustic impulsive response; and transmitting an acoustic signal at the first location in accordance with the time-reversed acoustic impulsive response, resulting in sound at the second location having at least one of a peak pressure substantially larger than a peak pressure apart from and proximate to the second location and an impulse area substantially larger than an impulse area apart from and proximate to the second location; characterised in that the method further comprises adjusting the time duration of the acoustic impulsive signal until the acoustic impulsive response includes a plurality of distinct sound pulses corresponding to multipath sound arrivals for sound propagating between the first and second locations. generating an electrical impulsive signal; transmitting an acoustic impulsive signal at a selected one of a first location and a second location in accordance with the electrical impulsive signal; receiving sound pressure resulting from the acoustic impulsive signal at the unselected one of the first location and the second location; determining an acoustic impulsive response from the first location to the second location in accordance with the received sound pressure; time reversing the acoustic impulsive response; and transmitting an acoustic signal at the first location in accordance with the time-reversed acoustic impulsive response, resulting in sound at the second location having at least one of a peak pressure substantially larger than a peak pressure apart from and proximate to the second location and an impulse area substantially larger than an impulse area apart from and proximate to the second location; characterised in that the method further comprises adjusting the time duration of the acoustic impulsive signal until the acoustic impulsive response includes a plurality of distinct sound pulses corresponding to multipath sound arrivals for sound propagating between the first and second locations.
An electronic apparatus comprising: a motor configured to drive a mechanism; an encoder configured to output a signal in response to movement of the mechanism; a control unit configured to execute feedback control over driving of the motor according to the signal and a command value; a selection unit configured to select, on the basis of a threshold value relating to speed variation of the mechanism and threshold values relating to a plurality of frequencies that constitute the speed variation, a frequency to be measured and a frequency to be suppressed, from the plurality of frequencies; characterised in that the electronic apparatus comprises: a generation unit configured to generate a periodic signal including the frequency to be measured that is selected by the selection unit and a periodic signal including the frequency to be suppressed that is selected by the selection unit; and an acquisition unit configured to output the periodic signal generated by the generation unit to the control unit and to acquire a parameter relating to the frequency included in the periodic signal. a motor configured to drive a mechanism; an encoder configured to output a signal in response to movement of the mechanism; a control unit configured to execute feedback control over driving of the motor according to the signal and a command value; a selection unit configured to select, on the basis of a threshold value relating to speed variation of the mechanism and threshold values relating to a plurality of frequencies that constitute the speed variation, a frequency to be measured and a frequency to be suppressed, from the plurality of frequencies; characterised in that the electronic apparatus comprises: a generation unit configured to generate a periodic signal including the frequency to be measured that is selected by the selection unit and a periodic signal including the frequency to be suppressed that is selected by the selection unit; and an acquisition unit configured to output the periodic signal generated by the generation unit to the control unit and to acquire a parameter relating to the frequency included in the periodic signal.
A method of operating a mobile computing device for responding to a location-based query, comprising: receiving a location-based query; determining that a current position fix is unavailable; retrieving from memory a previously-calculated position fix calculated before receipt of the location-based query; and determining whether the previously-calculated position fix meets one or more criteria and providing the response to the query based on whether the one or more criteria is met, wherein the one or more criteria comprises a predetermined speed parameter at which a mobile computing device was traveling when the previously-calculated position fix was calculated. receiving a location-based query; determining that a current position fix is unavailable; retrieving from memory a previously-calculated position fix calculated before receipt of the location-based query; and determining whether the previously-calculated position fix meets one or more criteria and providing the response to the query based on whether the one or more criteria is met, wherein the one or more criteria comprises a predetermined speed parameter at which a mobile computing device was traveling when the previously-calculated position fix was calculated.
Stone for paving road shoulders, comprising: - a carriageway side which, in the installed state of the stone, faces a carriageway of the road, - an outer side opposite the carriageway side, and - an upper side, wherein grooves (8, 9, 10, 11) are formed on the upper side, and wherein the respective depth of the grooves (8, 9, 10, 11) continuously increases in the direction of the outer side, characterized in that the grooves (8, 9, 10, 11) are arranged to extend obliquely towards the outer side in particular at an angle of 45° to 85° relative to the outer side. - a carriageway side which, in the installed state of the stone, faces a carriageway of the road, - an outer side opposite the carriageway side, and - an upper side,
A peptide having bone tissue regeneration capacity and binding to apatite, wherein the peptide is represented by the amino acid sequence of SEQ ID NO: 40.