mhurhangee/ep-ind-claims huggingface dataset:
A magnetocaloric machine comprising at least one active element based on magnetocaloric material, a magnetic arrangement intended to subject said active element to a variable magnetic field, creating alternately in said active element a magnetocaloric heating cycle and a magnetocaloric cooling cycle, a solid heat-transport member in thermal contact with said active element, a drive device (5, 5') arranged to create a relative reciprocating movement between said heat-transport member and said active element, and at least one heat exchanger (6, 7) for transferring the thermal energy collected by said heat-transport member to at least one external device located outside said magnetocaloric machine, characterised in that said active element comprises a stack of parallel blades, in that said heat-transport member comprises a stack of parallel plates, interposed between the blades of the active element with a functional clearance, in that the length of the plates of the heat-transport member is greater than the length of the blades of the active element so that the emerging part of said plates of the heat-transport member forms at least in part said at least one heat exchanger (6, 7), and in that said drive device (5, 5') is coupled to said plates of the heat-transport member or to said blades of the active element in order to move them in alternating translation parallel to themselves.
A bracket for securing a fall arrest device to a structure, the bracket comprising a first securing means for securing the fall arrest device with respect to the bracket in a first direction and a second securing means for securing the fall arrest device with respect to the bracket in a second direction, wherein the second securing means comprises a front retainer element arranged to be spaced from the structure and extend adjacent to the fall arrest device to retain it in place, wherein the front retainer element is spaced from a rear portion of the bracket, and wherein the front retainer element comprises an annular element defining a substantially circular opening which is arranged to receive a portion of the fall arrest device therethrough.
A connector connectable to a pipe having an annular protrusion on its end portion outer circumference, the connector comprising: a connector main body having, at an end thereof, a pipe insertion hole into which the pipe is to be inserted; a checker for confirming from outside whether or not connection of the pipe to the connector main body is in a complete state, the checker to be pushed in from a temporary stopping position with respect to the connector main body to a completely inserted position with respect to the connector main body; and a retainer disposed inside the connector main body, which is configured to restrict a movement of the checker from the temporary stopping position to the completely inserted position, before the pipe is fully inserted into the connector main body, characterized in that the retainer has a retainer lock part in its lower end portion, a retainer-locker, which locks the retainer lock part to the connector main body, is provided in a bottom portion on a pipe insertion hole side of the connector main body, wherein, by inserting the pipe into the connector main body from the pipe insertion hole, the retainer swings toward the pipe insertion hole side with the retainer lock part as a fulcrum, thus enabling the checker to be pushed in from the temporary stopping position to the completely inserted position with respect to the connector main body. a connector main body having, at an end thereof, a pipe insertion hole into which the pipe is to be inserted; a checker for confirming from outside whether or not connection of the pipe to the connector main body is in a complete state, the checker to be pushed in from a temporary stopping position with respect to the connector main body to a completely inserted position with respect to the connector main body; and a retainer disposed inside the connector main body, which is configured to restrict a movement of the checker from the temporary stopping position to the completely inserted position, before the pipe is fully inserted into the connector main body, characterized in that the retainer has a retainer lock part in its lower end portion, a retainer-locker, which locks the retainer lock part to the connector main body, is provided in a bottom portion on a pipe insertion hole side of the connector main body, wherein, by inserting the pipe into the connector main body from the pipe insertion hole, the retainer swings toward the pipe insertion hole side with the retainer lock part as a fulcrum, thus enabling the checker to be pushed in from the temporary stopping position to the completely inserted position with respect to the connector main body.
A straddled vehicle comprising: an internal combustion engine; a side frame that is arranged sideward of the internal combustion engine with regard to a vehicle left and right direction and extending downward with regard to a vehicle up and down direction; a shift shaft provided on the internal combustion engine; a shift pedal; a shift rod that links together the shift shaft and the shift pedal, wherein a portion of the shift rod overlaps with the side frame as the vehicle is seen from the side; a sensor that is provided on the shift rod and is configured to detect contraction or extension of the shift rod, at least a portion of the sensor is arranged rearward relative to the side frame with regard to a vehicle front and rear direction; and a wire harness connected to the sensor, the wire harness includes an overlap portion that overlaps with the side frame as the vehicle is seen from the side and is arranged downward of the shift rod with regard to the vehicle up and down direction, characterized in that the sensor is a waterproof sensor, and the wire harness includes a rear portion that is located rearward of the overlap portion with regard to the vehicle front and rear direction; the rear portion of the wire harness is arranged downward of the shift rod with regard to the vehicle up and down direction. an internal combustion engine; a side frame that is arranged sideward of the internal combustion engine with regard to a vehicle left and right direction and extending downward with regard to a vehicle up and down direction; a shift shaft provided on the internal combustion engine; a shift pedal; a shift rod that links together the shift shaft and the shift pedal, wherein a portion of the shift rod overlaps with the side frame as the vehicle is seen from the side; a sensor that is provided on the shift rod and is configured to detect contraction or extension of the shift rod, at least a portion of the sensor is arranged rearward relative to the side frame with regard to a vehicle front and rear direction; and a wire harness connected to the sensor, the wire harness includes an overlap portion that overlaps with the side frame as the vehicle is seen from the side and is arranged downward of the shift rod with regard to the vehicle up and down direction, characterized in that the sensor is a waterproof sensor, and the wire harness includes a rear portion that is located rearward of the overlap portion with regard to the vehicle front and rear direction; the rear portion of the wire harness is arranged downward of the shift rod with regard to the vehicle up and down direction.
A photochromic lens comprising a tetraazaporphyrin compound represented by General Formula, and a photochromic dye, in which a transmittance at 23°C after irradiation using a xenon lamp at an illuminance of 50,000 lux for 15 minutes satisfies the following conditions; a transmittance at 550 nm is 25% or less a transmittance a at 550 nm is larger than a minimum transmittance b between 575 nm and 600 nm, and a difference between the transmittance a and the transmittance b is 5% or more there are one or more points of inflection in a transmittance curve from 550 nm to 600 nm, wherein, in General Formula, A 1 to A 8 each independently represent a hydrogen atom, a halogen atom, a nitro group, a cyano group, a hydroxyl group, an amino group, a carboxyl group, a sulfonic acid group, a linear, branched, or cyclic alkyl group having 1 to 20 carbon atoms, an alkoxy group having 1 to 20 carbon atoms, an aryloxy group having 6 to 20 carbon atoms, a monoalkylamino group having 1 to 20 carbon atoms, a dialkylamino group having 2 to 20 carbon atoms, a dialkylamino group having 7 to 20 carbon atoms, an aralkyl group having 7 to 20 carbon atoms, an aryl group having 6 to 20 carbon atoms, a heteroaryl group, an alkylthio group having 6 to 20 carbon atoms, or an arylthio group having 6 to 20 carbon atoms, or may form a ring other than an aromatic ring via a linking group, and M represents two hydrogen atoms, an optionally substituted metal atom, or an oxy metal atom. a transmittance at 550 nm is 25% or less a transmittance a at 550 nm is larger than a minimum transmittance b between 575 nm and 600 nm, and a difference between the transmittance a and the transmittance b is 5% or more there are one or more points of inflection in a transmittance curve from 550 nm to 600 nm, wherein, in General Formula, A 1 to A 8 each independently represent a hydrogen atom, a halogen atom, a nitro group, a cyano group, a hydroxyl group, an amino group, a carboxyl group, a sulfonic acid group, a linear, branched, or cyclic alkyl group having 1 to 20 carbon atoms, an alkoxy group having 1 to 20 carbon atoms, an aryloxy group having 6 to 20 carbon atoms, a monoalkylamino group having 1 to 20 carbon atoms, a dialkylamino group having 2 to 20 carbon atoms, a dialkylamino group having 7 to 20 carbon atoms, an aralkyl group having 7 to 20 carbon atoms, an aryl group having 6 to 20 carbon atoms, a heteroaryl group, an alkylthio group having 6 to 20 carbon atoms, or an arylthio group having 6 to 20 carbon atoms, or may form a ring other than an aromatic ring via a linking group, and M represents two hydrogen atoms, an optionally substituted metal atom, or an oxy metal atom.
A barrier panel for a temporary edge protection system, wherein the barrier panel is arranged for quick-coupling with another barrier panel, wherein the barrier panel comprises a horizontal lower frame element having opposite first and second ends, wherein the lower frame element comprises a male connector at the first end thereof, which male connector comprises a protrusion protruding horizontally from the first end of the lower frame element, and a female connector at the second end thereof, which female connector comprises a cavity extending inside of the lower frame element from the second end towards the first end, which male and female connectors further are arranged to be quick coupled to respective female and male connectors of other barrier panels by receiving the male connector into the female connector, and wherein the barrier panel comprises a horizontal upper frame element with opposite first and second ends, wherein the upper frame element comprises a first connection part at the first end thereof, and a second connection part at the second end thereof, which first and second connection parts are arranged to be quick coupled with respective second and first connection parts of other barrier panels, characterized in that the female connector comprises a locking device, which has a locking element that is vertically movable between a locked state where the locking element, when the female connector is interconnected with a male connector, is engaged with a locking seat of the male connector, and an unlocked state, where the locking element is disengaged from the locking seat, wherein the locking device further comprises a spring, which is arranged to spring bias the locking element towards the locked state and for a click-in engagement with the protrusion of the male connector in conjunction with a quick-coupling operation.
A method for realizing a shortcut in a mobile terminal, comprising: providing an operation interface for a user to select to enter a customized shortcut setting process; capturing each key pressing operation of the user and the time consumed by each key pressing operation in the process when the user enters the customized shortcut setting process; recording and saving the key name and the corresponding operation time through a file with a unique path; when the user clicks the file name of the shortcut, generating a key message according to the order of the key pressing operations and the corresponding operation time and completing the key pressing process automatically; characterized in that, the step of capturing each key pressing operation of the user and the time consumed by each key pressing operation in the process when the user enters the customized shortcut setting process comprises: throughout the customized shortcut setting process, when a communication service occurs to the mobile terminal, filtering out the key pressing operation for the communication service. providing an operation interface for a user to select to enter a customized shortcut setting process; capturing each key pressing operation of the user and the time consumed by each key pressing operation in the process when the user enters the customized shortcut setting process; recording and saving the key name and the corresponding operation time through a file with a unique path; when the user clicks the file name of the shortcut, generating a key message according to the order of the key pressing operations and the corresponding operation time and completing the key pressing process automatically; characterized in that, the step of capturing each key pressing operation of the user and the time consumed by each key pressing operation in the process when the user enters the customized shortcut setting process comprises: throughout the customized shortcut setting process, when a communication service occurs to the mobile terminal, filtering out the key pressing operation for the communication service. throughout the customized shortcut setting process, when a communication service occurs to the mobile terminal, filtering out the key pressing operation for the communication service.
A method of generating reference signatures for use in geolocation in a cellular wireless communication system, the method characterised by comprising the following steps: obtaining a first signature (212, 312, 412) for a mobile communication unit at a first location, the first signature comprising first location information (LOCAT1), a first timestamp, and radio frequency measurement information, but not containing identification information for the mobile communication unit that obtains the first signature (212, 312, 412); comparing the first location information (LOCAT1) and the first timestamp to location information (LOCAT1 A, LOCAT1B, LOCAT2A, LOCAT5B, LOCAT6A) and timestamp information (T1 A,T1B, T2A, T5B, T6A) of signatures (222, 224, 226, 228, 230, 322, 422, 424, 426, 428, 430) in a database (220, 420, 520), to identify a second signature (222, 322, 422) from the database, the second signature (222, 322, 422) having second location information (LOCAT1 A) and a second timestamp (T1 A) that correspond to the first location information (LOCAT1) and the first timestamp; creating a first reference signature, by combining at least a part of the first signature (212, 312, 412) with at least a part of the second signature (222, 322, 422). obtaining a first signature (212, 312, 412) for a mobile communication unit at a first location, the first signature comprising first location information (LOCAT1), a first timestamp, and radio frequency measurement information, but not containing identification information for the mobile communication unit that obtains the first signature (212, 312, 412); comparing the first location information (LOCAT1) and the first timestamp to location information (LOCAT1 A, LOCAT1B, LOCAT2A, LOCAT5B, LOCAT6A) and timestamp information (T1 A,T1B, T2A, T5B, T6A) of signatures (222, 224, 226, 228, 230, 322, 422, 424, 426, 428, 430) in a database (220, 420, 520), to identify a second signature (222, 322, 422) from the database, the second signature (222, 322, 422) having second location information (LOCAT1 A) and a second timestamp (T1 A) that correspond to the first location information (LOCAT1) and the first timestamp; creating a first reference signature, by combining at least a part of the first signature (212, 312, 412) with at least a part of the second signature (222, 322, 422).
An anti-microbialwater system component comprising a substrate and a hydrophilic coating disposed on the substrate, wherein the hydrophilic coating comprises an adhesive agent; an insolubilizer for insolubilizing the adhesive agent; titanium dioxide; and silver oxide; wherein the hydrophilic coating is obtained by applying a coating slurry to the substrate, said coating slurry including said adhesive agent, said insolubilizer, said titanium dioxide, said silver oxide, and water or a water-based solvent, wherein the solvent is present in an amount of 50% to 70% by weight, based upon the total weight of the coating slurry, wherein the silver oxide is present in an amount of 2 to 10% by weight, based upon the total weight of the coating slurry, wherein once the coating slurry has been applied, it is dried and cured so as ensure a complete removal of the water or water-based solvent and complete curing of the coating, and wherein during the preparation of the coating the adhesive agent is converted from a water soluble material to a water insoluble material with said insolubilizer.
A battery module, comprising: - a housing; - a plurality of battery cells disposed in the housing; and - a printed circuit board assembly disposed in the housing, the PCB assembly comprising: - a PCB; and - a shunt disposed across a first surface of the PCB, wherein a second surface of the shunt directly contacts the first surface of the PCB, and wherein the shunt is electrically coupled between the plurality of battery cells and a terminal (24, 26) of the battery module, wherein the battery module further comprises a bus bar that is in electrical communication with one of the plurality of battery cells and a connector that is in electrical communication with the terminal (24, 26) of the battery module, wherein the shunt provides a low resistance path between the bus bar of the battery module and the connector of the battery module, wherein the bus bar comprises an extension that extends over and in contact with the shunt, such that the shunt is disposed between the first surface of the PCB and a bottom surface of the extension of the bus bar. - a housing; - a plurality of battery cells disposed in the housing; and - a printed circuit board assembly disposed in the housing, the PCB assembly comprising: - a PCB; and - a shunt disposed across a first surface of the PCB, wherein a second surface of the shunt directly contacts the first surface of the PCB, and wherein the shunt is electrically coupled between the plurality of battery cells and a terminal (24, 26) of the battery module, - a PCB; and - a shunt disposed across a first surface of the PCB, wherein a second surface of the shunt directly contacts the first surface of the PCB, and wherein the shunt is electrically coupled between the plurality of battery cells and a terminal (24, 26) of the battery module,
A carrier control method, comprising: acquiring traffic information of a current period on all baseband boards in a base station itself, the traffic information comprising traffic of each sector, wherein a baseband board is a physical media for carrying a carrier, one or more carriers configured on each baseband board cover one or more sectors; characterized by configuring, according to the traffic information of the current period, a disabling sequence of all the baseband boards; determining, according to stored traffic information of each sector before the current period and the traffic information of the current period, a change situation of the traffic of each sector; and, controlling, according to the change situation of the each sector and the disabling sequence of all the baseband boards, the carriers in the each sector respectively. acquiring traffic information of a current period on all baseband boards in a base station itself, the traffic information comprising traffic of each sector, wherein a baseband board is a physical media for carrying a carrier, one or more carriers configured on each baseband board cover one or more sectors; characterized by configuring, according to the traffic information of the current period, a disabling sequence of all the baseband boards; determining, according to stored traffic information of each sector before the current period and the traffic information of the current period, a change situation of the traffic of each sector; and, controlling, according to the change situation of the each sector and the disabling sequence of all the baseband boards, the carriers in the each sector respectively.
A machine-accessible medium having associated instructions that, when executed, results in a device, in a pre-boot execution environment, cause the device to boot with a remote boot image, wherein at execution time, the device has a first device identifier that generically identifies the device as being one of a class of devices without uniquely identifying the device within an enterprise, wherein the first device identifier includes a secret portion and a public portion; wherein to boot the device with the remote boot image includes transmission of a request to a provisioning server for an internet protocol address "IP" in accordance with a dynamic host configuration protocol "DHCP" and performance of a transport layer security "TLS" exchange with the provisioning server to obtain a second device identifier that uniquely identifies the device within the enterprise, prior to transmission of the request for the IP address; and wherein to perform the TLS exchange, the device is caused to: transmit to the provisioning server, the public portion of the first device identifier, wherein the first device identifier is to be used to verify that the device is of a class of devices that is to be integrated into the enterprise; receive, from the provisioning server, a message that includes a portion encrypted by the provisioning server by using the public portion of the first device identifier; decrypt the portion of the message by using the secret portion of the first identifier; transmit, to the provisioning server, an indication that the portion was successfully decrypted to authenticate an association of the device identifier with the device; receive, from the provisioning server, upon successful authentication of the association a second device identifier that uniquely identifies the device within the enterprise; and install the second device identifier on the device, to usurp the first device identifier. transmit to the provisioning server, the public portion of the first device identifier, wherein the first device identifier is to be used to verify that the device is of a class of devices that is to be integrated into the enterprise; receive, from the provisioning server, a message that includes a portion encrypted by the provisioning server by using the public portion of the first device identifier; decrypt the portion of the message by using the secret portion of the first identifier; transmit, to the provisioning server, an indication that the portion was successfully decrypted to authenticate an association of the device identifier with the device; receive, from the provisioning server, upon successful authentication of the association a second device identifier that uniquely identifies the device within the enterprise; and install the second device identifier on the device, to usurp the first device identifier.