mhurhangee/ep-ind-claims huggingface dataset:
A method for transmitting a sound reference signal, SRS, used for a physical uplink control channel, PUCCH, in a wireless communication system, the method performed by a terminal and comprising: receiving, by the terminal, an SRS configuration from a base station; determining an SRS subframe on which the SRS is to be transmitted among a plurality of subframes and an SRS transmission region on which the SRS is to be transmitted in a PUCCH region on the SRS subframe, based on the received SRS configuration, wherein the SRS is transmitted in each slot on the SRS subframe, and SRSs in a said slot on the same SRS subframe are transmitted symmetrically in the frequency domain; and transmitting the SRS used for measuring channel quality of the PUCCH in the SRS transmission region on the determined SRS subframe, wherein when the SRS and the PUCCH are simultaneously transmitted, the SRS is distinguished from the PUCCH by being multiplexed with the PUCCH based on code division multiplexing, CDM. receiving, by the terminal, an SRS configuration from a base station; determining an SRS subframe on which the SRS is to be transmitted among a plurality of subframes and an SRS transmission region on which the SRS is to be transmitted in a PUCCH region on the SRS subframe, based on the received SRS configuration, wherein the SRS is transmitted in each slot on the SRS subframe, and SRSs in a said slot on the same SRS subframe are transmitted symmetrically in the frequency domain; and transmitting the SRS used for measuring channel quality of the PUCCH in the SRS transmission region on the determined SRS subframe, wherein when the SRS and the PUCCH are simultaneously transmitted, the SRS is distinguished from the PUCCH by being multiplexed with the PUCCH based on code division multiplexing, CDM.
A method for producing a polyisoprenoid, the method comprising the step of binding a protein expressed by a gene coding for a cis-prenyltransferase family protein and a protein expressed by a gene coding for a Nogo-B receptor (NgBR) family protein to rubber particles in vitro.
An alkaline-cation conducting ceramic membrane covered, on at least part of its surface, with a layer of an organic polyelectrolyte of the type polyacids bearing negatively charged groups, of an equivalent weight inferior to 2000 g/mol, cations conductor, insoluble and chemically stable in water at basic pH, the ceramic membrane presenting a thickness comprised between 30μm and 500μm.
Method for determining the position information of an elevator car in an elevator system having a condition monitoring appliance and a control system, which control system controls the elevators of the elevator system, and in which method the operation of the elevator system is monitored by means of said condition monitoring appliance provided as a separate appliance in said existing elevator system independently of the control system of the elevator for detecting and forecasting malfunction of the elevator system; wherein the method further comprises the phases: the acceleration of the elevator car and of the door of the elevator are measured with acceleration sensors fixed to the elevator car and the door of the elevator; at least one derived magnitude is calculated from the measured accelerations; and at least one of the aforementioned derived magnitudes calculated is combined with the information about a malfunction or predictable fault situation detected by the condition monitoring appliance, in which method the statuses of the elevator car and of the door of the elevator are determined using the calculated speed information and position information of the elevator car and of the door of the elevator, and impossible combinations from the standpoint of the safety of elevator operation are specified for the status data of the elevator car and of the door of the elevator; and a malfunction is specified as having occurred or a symptom of malfunction as having been detected, and the fault or the symptom of the fault is named, when the condition monitoring appliance detects one of the aforementioned combinations during elevator operation.
An optical member including a laminated body configured to reduce light reflection disposed on a substrate, wherein a surface of the laminated body is a porous layer or a layer having a textured structure, and at least one layer of the laminated body is a polymer layer containing a linear polymer, wherein the linear polymer includes an acrylic polymer, a melamine polymer, a phenolic resin, a polycarbonate, a polyester, a polyarylate, a polyether, a polyurea, a polyurethane, a polyamide, a polyamideimide, a polyimide, a polyketone, a polysulfone, a polyphenylene, a polyxylylene, or a polycycloolefin; characterized in that said polymer layer contains a branched polymer, where the branched polymer has a structure represented by the following general formula: wherein R 1 and R 2 independently denote a divalent organic group having an aromatic ring or a heterocycle, and n is an integer of 3 or more. wherein a surface of the laminated body is a porous layer or a layer having a textured structure, and at least one layer of the laminated body is a polymer layer containing a linear polymer, wherein the linear polymer includes an acrylic polymer, a melamine polymer, a phenolic resin, a polycarbonate, a polyester, a polyarylate, a polyether, a polyurea, a polyurethane, a polyamide, a polyamideimide, a polyimide, a polyketone, a polysulfone, a polyphenylene, a polyxylylene, or a polycycloolefin; characterized in that said polymer layer contains a branched polymer, where the branched polymer has a structure represented by the following general formula: wherein R 1 and R 2 independently denote a divalent organic group having an aromatic ring or a heterocycle, and n is an integer of 3 or more.
A side airbag device for a vehicle comprising: an inflator that generates gas by activating; and an airbag that is provided at a side portion of a seatback of a vehicle seat, and that inflates and expands toward a vehicle front side of the side portion due to gas being supplied to an interior thereof, characterized in that the airbag being capable of restraining at least from a chest portion to a head portion of a vehicle occupant; and in that the side airbag device comprises a partitioning portion (24; 82) that has a laterally extending portion (24A; 84A) extending toward a front side of the seatback from a vertical direction intermediate portion of a rear end portion of the airbag in a state in which the airbag is inflated and expanded, and a vertically extending portion (24B; 84B) extending toward an upper side of the seatback from a longitudinal direction intermediate portion of a lower end portion of the airbag in a state in which the airbag is inflated and expanded, and that partitions the airbag into a rear bag portion, that is for restraining at least a rear portion of the chest portion of the vehicle occupant, and a front bag portion, that is for restraining at least the head portion and a front portion of the chest portion of the vehicle occupant, a plurality of communication ports (38, 40) being formed at the partitioning portion for supplying, into the front bag portion, gas from the inflator that is accommodated within the rear bag portion. an inflator that generates gas by activating; and an airbag that is provided at a side portion of a seatback of a vehicle seat, and that inflates and expands toward a vehicle front side of the side portion due to gas being supplied to an interior thereof, characterized in that the airbag being capable of restraining at least from a chest portion to a head portion of a vehicle occupant; and in that the side airbag device comprises a partitioning portion (24; 82) that has a laterally extending portion (24A; 84A) extending toward a front side of the seatback from a vertical direction intermediate portion of a rear end portion of the airbag in a state in which the airbag is inflated and expanded, and a vertically extending portion (24B; 84B) extending toward an upper side of the seatback from a longitudinal direction intermediate portion of a lower end portion of the airbag in a state in which the airbag is inflated and expanded, and that partitions the airbag into a rear bag portion, that is for restraining at least a rear portion of the chest portion of the vehicle occupant, and a front bag portion, that is for restraining at least the head portion and a front portion of the chest portion of the vehicle occupant, a plurality of communication ports (38, 40) being formed at the partitioning portion for supplying, into the front bag portion, gas from the inflator that is accommodated within the rear bag portion.
A terminal comprising: a sending means configured to send, to a Mobility Management Entity, MME, in a network, a Tracking Area Update Request message including a first Extended Idle Mode DRX, eDRX, parameter; and a receiving means configured to receive, from the MME running a timer T3450 and in a case where a second eDRX parameter is provided from the network, a Tracking Area Update Accept message including a new Globally Unique Temporary UE Identity, GUTI, assigned for the terminal and the second eDRX parameter which is different from the first eDRX parameter in response to the first eDRX parameter being updated to the second eDRX parameter, wherein the terminal is configured to use the new GUTI and to use the second eDRX parameter to calculate an updated eDRX cycle, and wherein the sending means is configured to send, to the MME, a complete message. a sending means configured to send, to a Mobility Management Entity, MME, in a network, a Tracking Area Update Request message including a first Extended Idle Mode DRX, eDRX, parameter; and a receiving means configured to receive, from the MME running a timer T3450 and in a case where a second eDRX parameter is provided from the network, a Tracking Area Update Accept message including a new Globally Unique Temporary UE Identity, GUTI, assigned for the terminal and the second eDRX parameter which is different from the first eDRX parameter in response to the first eDRX parameter being updated to the second eDRX parameter, wherein the terminal is configured to use the new GUTI and to use the second eDRX parameter to calculate an updated eDRX cycle, and wherein the sending means is configured to send, to the MME, a complete message.
A drawer-type storage box mounted on a vehicle, the drawer-type storage box comprising: a box-shaped resin container having on a top thereof an opening portion; a slide rail that extends in a drawing direction of the container and inclines relative to a width direction of the container; a bracket that connects the slide rail to the container; and a cover that stores the container and to which the slide rail is directly or indirectly attached, wherein the container has a contact surface that contacts the bracket and the contact surface is substantially parallel to the width direction of the container, wherein a fastening member mounted from the opening portion side of the container fastens the container and the bracket by the contact surface, and the container is movable in the width direction relative to the bracket by loosening a fastening force of the fastening member. a box-shaped resin container having on a top thereof an opening portion; a slide rail that extends in a drawing direction of the container and inclines relative to a width direction of the container; a bracket that connects the slide rail to the container; and a cover that stores the container and to which the slide rail is directly or indirectly attached, wherein the container has a contact surface that contacts the bracket and the contact surface is substantially parallel to the width direction of the container, wherein a fastening member mounted from the opening portion side of the container fastens the container and the bracket by the contact surface, and the container is movable in the width direction relative to the bracket by loosening a fastening force of the fastening member.
Composition comprising at least one lubricant based on polyol esters (POEs) or PVE and a refrigerant F comprising from 1 to 99% by weight of trans-1,3,3,3-tetrafluoropropene (trans-HFO-1234ze) and from 1 to 99% by weight of 1,1,1,2-tetrafluoroethane.
A computer-implemented diabetes management method for determining an insulin bolus by a diabetes management device or component thereof comprising a processor, the method comprising: receiving by the processor, a glucose value; calculating by the processor a first calculated insulin bolus based on the received glucose value; receiving by the processor body parameter information from at least one body-worn sensor device; determining by the processor a re-calculated insulin bolus based on the body parameter information; notifying by a first user interface the user if there is a significant deviation between the amount of the first determined insulin bolus and the amount of the re-calculated insulin bolus; receiving by the first user interface or by a second user interface within a given timeframe a user input whether the calculated insulin bolus or the re-calculated insulin bolus is selected for bolus administration; and determining by the processor a final insulin bolus if no user input was received within the given timeframe, wherein the final insulin bolus is the lesser value of either the first calculated insulin bolus or the re-calculated insulin bolus. receiving by the processor, a glucose value; calculating by the processor a first calculated insulin bolus based on the received glucose value; receiving by the processor body parameter information from at least one body-worn sensor device; determining by the processor a re-calculated insulin bolus based on the body parameter information; notifying by a first user interface the user if there is a significant deviation between the amount of the first determined insulin bolus and the amount of the re-calculated insulin bolus; receiving by the first user interface or by a second user interface within a given timeframe a user input whether the calculated insulin bolus or the re-calculated insulin bolus is selected for bolus administration; and determining by the processor a final insulin bolus if no user input was received within the given timeframe, wherein the final insulin bolus is the lesser value of either the first calculated insulin bolus or the re-calculated insulin bolus.
A motor control apparatus (1A, 1B, 1C, 1D), which performs motor control, wherein the motor control apparatus (1A, 1B, 1C, 1D) comprises: a control portion, configured to control action of the motor; a motor replacement detection portion, configured to detect replacement of the motor; a switching portion, configured to obtain usage information of the motor to determine whether an encoder of the motor is an incremental encoder or a batteryless absolute encoder, and switch the control portion between execution or non-execution of limiting processing; and an acceptance portion, configured to accept input from a user, wherein the motor control apparatus (1A, 1B, 1C, 1D) is characterized in that: when the motor replacement detection portion detects the replacement of the motor, in response to the motor carrying a batteryless absolute encoder that always keeps absolute location information of the motor, the switching portion is configured to switch the control portion to execute the limiting processing for limiting the action of the motor, at least until the acceptance portion accepts, from the user, input of confirmation information of a confirmed intention of the replacement of the motor, and the switching portion is configured to switch the control portion not to execute the limiting processing for limiting the action of the motor in a case in which the encoder of the motor is an incremental encoder. a control portion, configured to control action of the motor; a motor replacement detection portion, configured to detect replacement of the motor; a switching portion, configured to obtain usage information of the motor to determine whether an encoder of the motor is an incremental encoder or a batteryless absolute encoder, and switch the control portion between execution or non-execution of limiting processing; and an acceptance portion, configured to accept input from a user, wherein the motor control apparatus (1A, 1B, 1C, 1D) is characterized in that: when the motor replacement detection portion detects the replacement of the motor, in response to the motor carrying a batteryless absolute encoder that always keeps absolute location information of the motor, the switching portion is configured to switch the control portion to execute the limiting processing for limiting the action of the motor, at least until the acceptance portion accepts, from the user, input of confirmation information of a confirmed intention of the replacement of the motor, and the switching portion is configured to switch the control portion not to execute the limiting processing for limiting the action of the motor in a case in which the encoder of the motor is an incremental encoder.
A solar cell comprising: a p-electrode; an n-electrode; a p-type light-absorbing layer located between the p-electrode and the n-electrode and mainly containing a cuprous oxide; and a first n-type layer which is located between the p-type light-absorbing layer and the n-electrode, characterized in that the first n-type layer mainly contains a compound represented by Ga x1 M1 x2 M2 x3 M3 x4 M4 x5 O x6, the M1 being Hf or/and Zr, the M2 being one or more selected from the group consisting of In, Ti, and Zn, the M3 being Al or/and B, the M4 is one or more selected from the group consisting of Sn, Si, and Ge, the x1, the x2, and the x6 being more than 0, the x3, the x4, and the x5 being 0 or more, and the x6 when a sum of the x1, the x2, the x3, the x4, and the x5 is 2 being 3.0 or more and 3.8 or less. a p-electrode; an n-electrode; a p-type light-absorbing layer located between the p-electrode and the n-electrode and mainly containing a cuprous oxide; and a first n-type layer which is located between the p-type light-absorbing layer and the n-electrode,
An electronic thermometer comprising: an outer case; a temperature sensor which detects a temperature; a display portion provided on the outer case which displays a measured temperature based on data detected by the temperature sensor; an inner case to be mounted in the outer case and including a supporting portion; a buzzer positioned in the inner case which makes sound at least when the measurement is ended; and a control circuit including a circuit which controls the buzzer to make sound by determining a measurement end time and a circuit which processes data detected by the temperature sensor and displays the measurement temperature obtained by the processing on the display portion, wherein the buzzer comprises a vibration plate, the vibration plate being fixed such that it is nipped from both face sides in the periphery of the vibration plate, wherein the supporting portion supports the periphery on one face of the vibration plate, and further comprising a pressing member having plasticity and pressing the vibration plate against the supporting portion by pressing the periphery of the other face of the vibration plate, wherein the pressing member further includes one projecting portion (72, 72a) provided in the center of the pressing member and which makes contact with the inner wall of the outer case when the inner case is mounted in the outer case and which presses the center of the pressing member so as to flex the pressing member, thereby pressing the periphery on the other face of the vibration plate. an outer case; a temperature sensor which detects a temperature; a display portion provided on the outer case which displays a measured temperature based on data detected by the temperature sensor; an inner case to be mounted in the outer case and including a supporting portion; a buzzer positioned in the inner case which makes sound at least when the measurement is ended; and a control circuit including a circuit which controls the buzzer to make sound by determining a measurement end time and a circuit which processes data detected by the temperature sensor and displays the measurement temperature obtained by the processing on the display portion, wherein the buzzer comprises a vibration plate, the vibration plate being fixed such that it is nipped from both face sides in the periphery of the vibration plate, wherein the supporting portion supports the periphery on one face of the vibration plate, and further comprising a pressing member having plasticity and pressing the vibration plate against the supporting portion by pressing the periphery of the other face of the vibration plate, wherein the pressing member further includes one projecting portion (72, 72a) provided in the center of the pressing member and which makes contact with the inner wall of the outer case when the inner case is mounted in the outer case and which presses the center of the pressing member so as to flex the pressing member, thereby pressing the periphery on the other face of the vibration plate.
A heat exchange device for cooling synthetic gas, the heat exchange device comprising: - a channel wall defining a flow channel with an inlet for receiving a gas flow; - one or more heat exchange surfaces (5a - 5e) positioned inside the flow channel creating different parallel flow paths for the gas flow through the flow channel, at least one of the heat exchange surfaces (5a - 5e) embedding one or more flow paths for a fluid heat exchange medium; chracterized in that the device further comprises: - one or more deflection elements positioned inside the flow channel and attached to the channel wall to deflect the gas flow away from the channel wall. - a channel wall defining a flow channel with an inlet for receiving a gas flow; - one or more heat exchange surfaces (5a - 5e) positioned inside the flow channel creating different parallel flow paths for the gas flow through the flow channel, at least one of the heat exchange surfaces (5a - 5e) embedding one or more flow paths for a fluid heat exchange medium; chracterized in that the device further comprises: - one or more deflection elements positioned inside the flow channel and attached to the channel wall to deflect the gas flow away from the channel wall. - one or more deflection elements positioned inside the flow channel and attached to the channel wall to deflect the gas flow away from the channel wall.
A method for operating a forming machine or a forming line, having at least one ram (2, 31) arranged via a joint on a shaft (4, 34) wherein - at least one rotary drive (7, 37) acting temporarily on the shaft (4, 34) provides a required forming energy on the ram (2, 31), and - at least one direct drive (5, 35, 40) acting temporarily on the ram (2, 31) enables a defined ram movement, - wherein the acceleration of fall acting effectively on the ram (2, 31) is adjusted via the direct drive (5, 35, 40), characterized in - that the ram (2, 31) in an upper stroke range through the direct drive undergoes a counter force reducing the acceleration of fall and - that the ram (2, 31) at a predetermined falling speed in the lower stroke range is coupled to the rotary drive (7, 37). - at least one rotary drive (7, 37) acting temporarily on the shaft (4, 34) provides a required forming energy on the ram (2, 31), and - at least one direct drive (5, 35, 40) acting temporarily on the ram (2, 31) enables a defined ram movement, - wherein the acceleration of fall acting effectively on the ram (2, 31) is adjusted via the direct drive (5, 35, 40), characterized in - that the ram (2, 31) in an upper stroke range through the direct drive undergoes a counter force reducing the acceleration of fall and - that the ram (2, 31) at a predetermined falling speed in the lower stroke range is coupled to the rotary drive (7, 37).