mhurhangee/ep-ind-claims huggingface dataset:
A manufacturing method of a circuit board assembly comprising: providing a wiring board; electrically connecting a coin-type secondary cell that is a lithium secondary cell to said wiring board by reflow soldering; and electrically connecting a wireless communication device to said wiring board, wherein said coin-type secondary cell includes: a positive electrode including a sintered body, said positive electrode containing neither binders nor conductive assistants; a negative electrode including a sintered body, said negative electrode containing neither binders nor conductive assistants; an electrolyte layer provided between said positive electrode and said negative electrode; and a cell case having an enclosed space in which said positive electrode, said negative electrode, and said electrolyte layer are housed, and 1.03 < C/A < 1.60 is satisfied, where C is a capacity of said positive electrode and A is a capacity of said negative electrode. providing a wiring board; electrically connecting a coin-type secondary cell that is a lithium secondary cell to said wiring board by reflow soldering; and electrically connecting a wireless communication device to said wiring board, wherein said coin-type secondary cell includes: a positive electrode including a sintered body, said positive electrode containing neither binders nor conductive assistants; a negative electrode including a sintered body, said negative electrode containing neither binders nor conductive assistants; an electrolyte layer provided between said positive electrode and said negative electrode; and a cell case having an enclosed space in which said positive electrode, said negative electrode, and said electrolyte layer are housed, and 1.03 < C/A < 1.60 is satisfied, where C is a capacity of said positive electrode and A is a capacity of said negative electrode. a positive electrode including a sintered body, said positive electrode containing neither binders nor conductive assistants; a negative electrode including a sintered body, said negative electrode containing neither binders nor conductive assistants; an electrolyte layer provided between said positive electrode and said negative electrode; and a cell case having an enclosed space in which said positive electrode, said negative electrode, and said electrolyte layer are housed, and 1.03 < C/A < 1.60 is satisfied, where C is a capacity of said positive electrode and A is a capacity of said negative electrode.
A load sensor, comprising: a stretchable and contractible sensor portion for detecting a load; and a wiring portion connected to the sensor portion, wherein the wiring portion includes: a first conductive-layer printed on a surface of a substrate with the ability to stretch and contract and containing an elastomer and conductive carbon powder, characterized in that the load sensor further comprises a second conductive layer printed on the first conductive layer, having an area smaller than that of the first conductive layer, and containing an elastomer and metal powder. a stretchable and contractible sensor portion for detecting a load; and a wiring portion connected to the sensor portion, wherein the wiring portion includes: a first conductive-layer printed on a surface of a substrate with the ability to stretch and contract and containing an elastomer and conductive carbon powder, characterized in that the load sensor further comprises a second conductive layer printed on the first conductive layer, having an area smaller than that of the first conductive layer, and containing an elastomer and metal powder. a first conductive-layer printed on a surface of a substrate with the ability to stretch and contract and containing an elastomer and conductive carbon powder, characterized in that the load sensor further comprises a second conductive layer printed on the first conductive layer, having an area smaller than that of the first conductive layer, and containing an elastomer and metal powder.
A method of transmitting physical layer protocol data units, PPDUs, comprising: encoding a signaling field to indicate which of a plurality of sub-channels is punctured for transmission of a downlink, DL, PPDU to one or more stations, STAs, wherein the plurality of sub-channels are arranged in a primary channel group and three secondary channel groups, the primary channel group comprises a primary sub-channel and three secondary sub-channels, each of the three secondary channel groups comprises four secondary sub-channels, wherein the signaling field comprises four secondary puncturing bits for each of the secondary channel groups indicate which of the secondary sub-channels of the respective secondary channel group is punctured; configuring a preamble of the DL PPDU, wherein the preamble includes the encoded signaling field; transmitting the DL PPDU. encoding a signaling field to indicate which of a plurality of sub-channels is punctured for transmission of a downlink, DL, PPDU to one or more stations, STAs, wherein the plurality of sub-channels are arranged in a primary channel group and three secondary channel groups, the primary channel group comprises a primary sub-channel and three secondary sub-channels, each of the three secondary channel groups comprises four secondary sub-channels, wherein the signaling field comprises four secondary puncturing bits for each of the secondary channel groups indicate which of the secondary sub-channels of the respective secondary channel group is punctured; configuring a preamble of the DL PPDU, wherein the preamble includes the encoded signaling field; transmitting the DL PPDU.
A cleaner comprising: a suction unit; a suction motor configured to generate a suction force so that air is sucked into the suction unit, the suction motor including: a shaft having a first end disposed upward and a second end disposed downward to be positioned opposite to the first end; and an impeller coupled to the first end to rotate, a cyclone unit disposed below the suction motor to separate dust from the air sucked through the suction unit and having an axis of a cyclonic flow parallel to the shaft in an up and down direction; and characterized in that the cleaner further comprising: a first filter disposed to surround the suction motor above the cyclone unit to filter the air discharged from the cyclone unit to pass through the suction motor, and to extend along the shaft, the cyclone unit comprises an outlet configured to allow air discharged from the outlet to surround a lower outer periphery of the suction motor and rise toward the first filter. a suction unit; a suction motor configured to generate a suction force so that air is sucked into the suction unit, the suction motor including: a shaft having a first end disposed upward and a second end disposed downward to be positioned opposite to the first end; and an impeller coupled to the first end to rotate, a cyclone unit disposed below the suction motor to separate dust from the air sucked through the suction unit and having an axis of a cyclonic flow parallel to the shaft in an up and down direction; and a shaft having a first end disposed upward and a second end disposed downward to be positioned opposite to the first end; and an impeller coupled to the first end to rotate, a cyclone unit disposed below the suction motor to separate dust from the air sucked through the suction unit and having an axis of a cyclonic flow parallel to the shaft in an up and down direction; and
A method for authenticating a user on a vehicle which can be coupled to an external device and to at least two tokens (T1 to Tn), wherein an authentication secret code (Ca) is stored in the external device, a first token secret code is stored in the first token, and a second token secret code is stored in the second token, in which method the first token secret code of the first token is received by the vehicle if an operating action executed with the first token has been detected, the second token secret code of the second token is received by the vehicle if an operating action executed with the second token has been detected, a new secret code (Ck) is generated from the received token secret codes (C1, C2) by a combination of the first and the second token secret code (C1, C2), the new secret code (Ck) is transmitted to the external device for comparison, if the new secret code (Ck) matches the authentication secret code (Ca), a signal is received by the vehicle from the external device, which signal indicates that the user can be authenticated, and the user is authenticated on the vehicle if the new secret code (Ck) matches the authentication secret code (Ca). the first token secret code of the first token is received by the vehicle if an operating action executed with the first token has been detected, the second token secret code of the second token is received by the vehicle if an operating action executed with the second token has been detected, a new secret code (Ck) is generated from the received token secret codes (C1, C2) by a combination of the first and the second token secret code (C1, C2), the new secret code (Ck) is transmitted to the external device for comparison, if the new secret code (Ck) matches the authentication secret code (Ca), a signal is received by the vehicle from the external device, which signal indicates that the user can be authenticated, and the user is authenticated on the vehicle if the new secret code (Ck) matches the authentication secret code (Ca).
A method performed by a first device having a processor, the method comprising: while the first device and a second device are connected to a telephone call, obtaining, by the first device and from a third device using near-field communication, NFC, configuration information associated with the third device by at least activating a near-field with an active NFC hardware of the first device and obtaining the configuration information stored in a passive NFC hardware of the third device, wherein the passive NFC hardware of the third device is programmed with the configuration information; responsive to obtaining the configuration information, sending, by the first device, a message to a call controller in order to connect the third device to the telephone call, wherein the message includes at least a portion of the configuration information associated with the third device; responsive to receiving an indication from the call controller that the third device is connected to the telephone call, outputting, by the first device and for display, a user prompt requesting confirmation to disconnect the first device from the telephone call; and responsive to receiving, by the first device, a user input of confirmation to disconnect the first device from the telephone call, disconnecting the first device from the telephone call. while the first device and a second device are connected to a telephone call, obtaining, by the first device and from a third device using near-field communication, NFC, configuration information associated with the third device by at least activating a near-field with an active NFC hardware of the first device and obtaining the configuration information stored in a passive NFC hardware of the third device, wherein the passive NFC hardware of the third device is programmed with the configuration information; responsive to obtaining the configuration information, sending, by the first device, a message to a call controller in order to connect the third device to the telephone call, wherein the message includes at least a portion of the configuration information associated with the third device; responsive to receiving an indication from the call controller that the third device is connected to the telephone call, outputting, by the first device and for display, a user prompt requesting confirmation to disconnect the first device from the telephone call; and responsive to receiving, by the first device, a user input of confirmation to disconnect the first device from the telephone call, disconnecting the first device from the telephone call.
A system for monitoring presence or absence of a liquid product in a cavity, wherein said liquid product preferably is a rinse aid agent, a detergent, a softener and/or a conditioner and wherein said cavity preferably is a tubing, further preferred a suction lance; said system comprises: at least a first electrode, a second electrode and a third electrode a control unit connected to said electrodes (3, 4, 5); and means for measuring the complex conductivity between said first electrode and said second electrode and comparing the result to the measured complex conductivity between said third electrode and said second electrode; wherein said cavity is defined by a wall with an inner wall and an outer wall; wherein said first electrode, said second electrode and said third electrode are located on the outer wall or on the inner wall of said cavity; wherein the distance between said first electrode and said second electrode along the inner wall of said cavity equals the distance between said third electrode and said second electrode along the inner wall of said cavity; and the distance between said first electrode and said second electrode through said cavity is shorter than said distance between said third electrode and said second electrode through said cavity; characterized in that, said first electrode, said second electrode and/or said third electrode are radially or radially and longitudinally spaced from each other. at least a first electrode, a second electrode and a third electrode a control unit connected to said electrodes (3, 4, 5); and means for measuring the complex conductivity between said first electrode and said second electrode and comparing the result to the measured complex conductivity between said third electrode and said second electrode; wherein said cavity is defined by a wall with an inner wall and an outer wall; wherein said first electrode, said second electrode and said third electrode are located on the outer wall or on the inner wall of said cavity; wherein the distance between said first electrode and said second electrode along the inner wall of said cavity equals the distance between said third electrode and said second electrode along the inner wall of said cavity; and the distance between said first electrode and said second electrode through said cavity is shorter than said distance between said third electrode and said second electrode through said cavity; characterized in that, said first electrode, said second electrode and/or said third electrode are radially or radially and longitudinally spaced from each other.
Apparatus comprising a plurality of sensors the apparatus being configured to: determine whether a user is wearing an item in which the apparatus is comprisable, wherein the apparatus is configured to operate at least one sensor in the plurality to perform the determination; in response to a positive determination operate the apparatus in an active operating mode, wherein the active operating mode comprises operating one or more sensors in the plurality to generate data associated with motion of the user at a first sampling rate; in response to a negative determination, determine whether a first predetermined time period has elapsed; in response to determining that the first predetermined time period has elapsed, operate the apparatus in a deep sleep operating mode; in response to determining that the first predetermined time period has not elapsed, determine whether a second predetermined time period has elapsed, the second predetermined time period being shorter than the first predetermined time period; and in response to determining that the second predetermined time period has elapsed, operate the apparatus in a sleep operating mode. determine whether a user is wearing an item in which the apparatus is comprisable, wherein the apparatus is configured to operate at least one sensor in the plurality to perform the determination; in response to a positive determination operate the apparatus in an active operating mode, wherein the active operating mode comprises operating one or more sensors in the plurality to generate data associated with motion of the user at a first sampling rate; in response to a negative determination, determine whether a first predetermined time period has elapsed; in response to determining that the first predetermined time period has elapsed, operate the apparatus in a deep sleep operating mode; in response to determining that the first predetermined time period has not elapsed, determine whether a second predetermined time period has elapsed, the second predetermined time period being shorter than the first predetermined time period; and in response to determining that the second predetermined time period has elapsed, operate the apparatus in a sleep operating mode.
A method of managing call data for at least one radio network element within a cellular communication network, the method comprising the following steps performed by at least one signal processing module: receiving call data for at least one call from the at least one radio network element within the cellular communication network; arranging the received call data into call data records; assembling the call data records into at least one data block; writing the at least one data block to at least one data storage device; performing, upon receipt of a call data query, an initial search of the at least one data block within the at least one data storage device; retrieving a data block, of the at least one data block, from the at least one data storage device pursuant to the initial search, the data block including a wanted call data record and other call data records; loading the data block that is retrieved into a memory; performing a refined search within the data block loaded into the memory to identify the wanted call data record; and generating a query response comprising the wanted call data record. receiving call data for at least one call from the at least one radio network element within the cellular communication network; arranging the received call data into call data records; assembling the call data records into at least one data block; writing the at least one data block to at least one data storage device; performing, upon receipt of a call data query, an initial search of the at least one data block within the at least one data storage device; retrieving a data block, of the at least one data block, from the at least one data storage device pursuant to the initial search, the data block including a wanted call data record and other call data records; loading the data block that is retrieved into a memory; performing a refined search within the data block loaded into the memory to identify the wanted call data record; and generating a query response comprising the wanted call data record.
A prism which is constituted by a dielectric medium and is used for an analysis utilizing surface plasmon, comprising: an incidence surface through which excitation light enters from an outside; a reflection surface on which the excitation light which has entered through the incidence surface is reflected; an emission surface through which the excitation light which has been reflected on the reflection surface exits; and an opposing surface which is opposed to the reflection surface, wherein a metal film is formed on the reflection surface, and wherein the opposing surface comprises a sink-mark surface which is a concave surface, the sink-mark surface being transparent to the excitation light, and the prism being characterised in that the sink-mark surface has a surface roughness Ra which is from 0.1 nm to less than 0.5 μm. an incidence surface through which excitation light enters from an outside; a reflection surface on which the excitation light which has entered through the incidence surface is reflected; an emission surface through which the excitation light which has been reflected on the reflection surface exits; and an opposing surface which is opposed to the reflection surface, wherein a metal film is formed on the reflection surface, and wherein the opposing surface comprises a sink-mark surface which is a concave surface, the sink-mark surface being transparent to the excitation light, and the prism being characterised in that the sink-mark surface has a surface roughness Ra which is from 0.1 nm to less than 0.5 μm.
Process for fabricating a partially polymerized prepreg material, said process comprising: - a step of impregnating fibers with thermosetting resin, - a step of partially polymerizing the resin to a degree of polymerization of between 20% and 60%, at a temperature of between 50 and 180°C, in order to obtain the partially polymerized prepreg which can be stored at ambient temperature, the thermosetting resin being of epoxide, cyanate or benzoxazine type. - a step of impregnating fibers with thermosetting resin, - a step of partially polymerizing the resin to a degree of polymerization of between 20% and 60%, at a temperature of between 50 and 180°C, in order to obtain the partially polymerized prepreg which can be stored at ambient temperature, the thermosetting resin being of epoxide, cyanate or benzoxazine type.
A cytotoxic bispecific antibody for use in treating a cancer in a subject, wherein the bispecific antibody comprises a first antigen binding arm that exhibits weak to no detectable binding to human CD3 and cynomolgus CD3, and a second antigen binding arm that binds a tumor-associated antigen, wherein each of the first antigen-binding arm and the second antigen-binding arm comprises a heavy chain and a light chain, wherein the light chain is common to both the first antigen-binding arm and the second antigen-binding arm, and wherein the heavy chain of the first antigen-binding arm comprises a heavy chain variable region (HCVR) comprising complementarity determining regions HCDR1, HCDR2 and HCDR3 comprising the amino acid sequences, respectively, of SEQ ID NOs: 36, 38, and 40 or SEQ ID NOs: 140, 142 and 144.
An autonomous transport vehicle comprising: - a frame having a longitudinal axis extending from a front of the frame to a back of the fram; - a first guide member mounted on a first side of the frame configured to come into contact with a respective guide surface and having a first guide member frame of reference; and - a second guide member mounted to a second, opposite side of the frame than the at least one first guide member and configured to come into contact with a respective guide surface and having a second guide member frame of reference; and characterized in that each of the first and second guide members (351, 352), include a rotatable wheel (12404, 12454) and a pivot axis (12401, 12451) around which the wheels (12404, 12454) can pivot with respect to the frame and such that the first and second guide members (351, 352) are asymmetrically compliant guide members (351, 352) each having a respective stiffness effected by the arrangement of a respective rotatable wheel (12404, 12454) and a respective pivot axis (12401, 12451), where the stiffness of the first guide member at the respective guide surface response to a lateral force relative to the longitudinal axis is different than the stiffness of the second guide member at the respective guide surface in response to the same lateral force relative to the longitudinal axis and opposite in direction. - a frame having a longitudinal axis extending from a front of the frame to a back of the fram; - a first guide member mounted on a first side of the frame configured to come into contact with a respective guide surface and having a first guide member frame of reference; and - a second guide member mounted to a second, opposite side of the frame than the at least one first guide member and configured to come into contact with a respective guide surface and having a second guide member frame of reference;