mhurhangee/patent-ind-claim-en huggingface dataset:
An electric power tool comprising: a driving shaft that is driven into rotation by a motor ; an output shaft on which a front-end tool is attachable; a torque transmission mechanism that includes a magnet coupling including a driving magnet member coupled to the driving shaft side and a driven magnet member coupled to the output shaft side, a moment of inertia on the side of the driven magnet member being larger than a moment of inertia on the side of the driving magnet member; and a clutch mechanism provided between the motor and the torque transmission mechanism , and wherein an angle by which the driven magnet member is rotated in a reverse direction when the synchronization is lost is configured to be smaller than an angle by which the driving magnet member is rotated in a normal direction. a driving shaft that is driven into rotation by a motor ; an output shaft on which a front-end tool is attachable; a torque transmission mechanism that includes a magnet coupling including a driving magnet member coupled to the driving shaft side and a driven magnet member coupled to the output shaft side, a moment of inertia on the side of the driven magnet member being larger than a moment of inertia on the side of the driving magnet member; and a clutch mechanism provided between the motor and the torque transmission mechanism , and wherein an angle by which the driven magnet member is rotated in a reverse direction when the synchronization is lost is configured to be smaller than an angle by which the driving magnet member is rotated in a normal direction.
An apparatus comprising: a DRAM memory array comprising: a main portion having a corresponding system refresh rate; and a redundant portion; and refresh circuitry configured to, responsive to a determination of a hammering event occurring to a particular row of memory cells in the redundant portion which corresponds to a row of memory cells remapped from the main portion of the DRAM array , and wherein the particular row of memory cells of the redundant portion is accessed due to an attempt to access the remapped row of memory cells of the main portion, continually refresh all of the redundant portion at a refresh rate that is higher than the system refresh rate. a DRAM memory array comprising: a main portion having a corresponding system refresh rate; and a redundant portion; and a main portion having a corresponding system refresh rate; and a redundant portion; and refresh circuitry configured to, responsive to a determination of a hammering event occurring to a particular row of memory cells in the redundant portion which corresponds to a row of memory cells remapped from the main portion of the DRAM array , and wherein the particular row of memory cells of the redundant portion is accessed due to an attempt to access the remapped row of memory cells of the main portion, continually refresh all of the redundant portion at a refresh rate that is higher than the system refresh rate.
A welding process , comprising: directing energy from one or more fusion beams to join a first element to a second element and to join the first element to a third element the first element being positioned intermediate to the second and to the third element; the directing of the energy being at a first lateral angle and a second lateral angle with respect to the first element , thereby defining a first fusion beam path and a second fusion beam path; wherein each of the one or more fusion beams travels along the fusion beam paths , wherein each fusion beam path extends through and fully penetrates at least a portion of the first element and extends from an accessible portion proximal to an energy emitting device to an inaccessible portion distal from the energy emitting device , such that in each of the accessible portions and inaccessible portions a joint is created; wherein fillet welds are formed as the joints in the inaccessible portions , a first of which joining the first element to the second element and a second of which joining the first element to the third element , and characterised in that the first element is positioned such that it includes a protruding portion extending from between the second and third element, proximal to the energy emitting device; and in that the protruding portion is consumed during the directing of the energy. directing energy from one or more fusion beams to join a first element to a second element and to join the first element to a third element the first element being positioned intermediate to the second and to the third element; the directing of the energy being at a first lateral angle and a second lateral angle with respect to the first element , thereby defining a first fusion beam path and a second fusion beam path; wherein each of the one or more fusion beams travels along the fusion beam paths , wherein each fusion beam path extends through and fully penetrates at least a portion of the first element and extends from an accessible portion proximal to an energy emitting device to an inaccessible portion distal from the energy emitting device , such that in each of the accessible portions and inaccessible portions a joint is created; wherein fillet welds are formed as the joints in the inaccessible portions , a first of which joining the first element to the second element and a second of which joining the first element to the third element , and characterised in that the first element is positioned such that it includes a protruding portion extending from between the second and third element, proximal to the energy emitting device; and in that the protruding portion is consumed during the directing of the energy.
A delivery device for delivering a stented prosthesis to a native heart valve; the delivery device comprising: a handle assembly including an actuator ; an inner shaft assembly interconnected to the handle assembly and configured to releasably retain the stented prosthesis to the delivery device with at least one tension member , wherein tension in the tension member can be adjusted with the actuator ; and a tension management device ; wherein the tension management device is configured to limit the amount of tension that can be applied by the actuator to the at least one tension member , wherein a limit in the amount of tension that can be applied to the at least one tension member is adjustable. a handle assembly including an actuator ; an inner shaft assembly interconnected to the handle assembly and configured to releasably retain the stented prosthesis to the delivery device with at least one tension member , wherein tension in the tension member can be adjusted with the actuator ; and a tension management device ; wherein the tension management device is configured to limit the amount of tension that can be applied by the actuator to the at least one tension member , wherein a limit in the amount of tension that can be applied to the at least one tension member is adjustable.
A server-implemented method of registering an edge device with a video management server (VMS) in a digital video network, comprising: absent VMS initiation, receiving an unsolicited pre-registration request from the edge device, the unsolicited pre-registration request comprising edge-device-specific configuration information , the unsolicited pre-registration request originating from the edge device to initiate the registering of the edge device with the VMS; automatically pre-registering the edge device to the VMS based on the received unsolicited pre-registration request ; displaying an edge device registration activator for the pre-registered edge device, the edge-device-specific configuration information being associated with the displayed edge device registration activator ; and in response to activation of the displayed edge device registration activator, registering the pre-registered edge device to the VMS using the edge-device-specific configuration information received in the unsolicited pre-registration request , wherein activation is done by selection of the displayed edge device registration activator by a user, wherein the edge device comprises a camera, and wherein the received unsolicited pre-registration request comprises a screenshot of a field of view of the camera. absent VMS initiation, receiving an unsolicited pre-registration request from the edge device, the unsolicited pre-registration request comprising edge-device-specific configuration information , the unsolicited pre-registration request originating from the edge device to initiate the registering of the edge device with the VMS; automatically pre-registering the edge device to the VMS based on the received unsolicited pre-registration request ; displaying an edge device registration activator for the pre-registered edge device, the edge-device-specific configuration information being associated with the displayed edge device registration activator ; and in response to activation of the displayed edge device registration activator, registering the pre-registered edge device to the VMS using the edge-device-specific configuration information received in the unsolicited pre-registration request , wherein activation is done by selection of the displayed edge device registration activator by a user, wherein the edge device comprises a camera, and wherein the received unsolicited pre-registration request comprises a screenshot of a field of view of the camera.
Piece of working equipment, in particular an excavator or a machine for the transfer of material, having an element movable via at least one working hydraulic cylinder , wherein at least one energy recovery hydraulic cylinder is provided for the recovery of energy from the movement of the movable element , wherein the energy recovery hydraulic cylinder is filled with gas at the bottom side and comprises a hollow piston rod open toward the bottom side , characterized in that a separating piston is provided in the hollow piston rod of the energy recovery hydraulic cylinder, which piston is movable along the piston rod and separates a space provided in the hollow piston rod and filled with oil from the bottom side of the energy recovery hydraulic cylinder filled with gas, and the space filled with oil comprises a connector for the supply with oil so that the position of the separating piston along the piston rod can be set via the filling amount of the space filled with oil. wherein the energy recovery hydraulic cylinder is filled with gas at the bottom side and comprises a hollow piston rod open toward the bottom side , characterized in that a separating piston is provided in the hollow piston rod of the energy recovery hydraulic cylinder, which piston is movable along the piston rod and separates a space provided in the hollow piston rod and filled with oil from the bottom side of the energy recovery hydraulic cylinder filled with gas, and the space filled with oil comprises a connector for the supply with oil so that the position of the separating piston along the piston rod can be set via the filling amount of the space filled with oil.
A method for attaching a trampoline jumping mat to a trampoline frame using: at least one clip comprising an aperture , the clip further comprising a hook for attaching the clip to the trampoline frame ; and at least one elastic connector comprising a length of elastic material with two ends; the two ends being connected together so that the elastic material forms a loop capable of passing through the aperture in a clip with a portion comprising the ends of the material fastened together which portion cannot pass through the aperture ; the edge of the trampoline jumping mat being provided with a plurality of through openings ; the method comprising the steps of: "a". passing the loop of the elastic connector through the aperture in the clip ; "b". attaching the clip to the frame using the hook ; "c". passing the loop of the elastic connector around both the hook and the frame ; "d". passing the loop through a through opening at the edge of the trampoline jumping mat ; and "e". pulling the loop back to the clip and over a protrusion formed in the clip . at least one clip comprising an aperture , the clip further comprising a hook for attaching the clip to the trampoline frame ; and at least one elastic connector comprising a length of elastic material with two ends; the two ends being connected together so that the elastic material forms a loop capable of passing through the aperture in a clip with a portion comprising the ends of the material fastened together which portion cannot pass through the aperture ; the edge of the trampoline jumping mat being provided with a plurality of through openings ; "a". passing the loop of the elastic connector through the aperture in the clip ; "b". attaching the clip to the frame using the hook ; "c". passing the loop of the elastic connector around both the hook and the frame ; "d". passing the loop through a through opening at the edge of the trampoline jumping mat ; and "e". pulling the loop back to the clip and over a protrusion formed in the clip .
A method performed by a Base Station , BS, for handling repetitions of transmissions in a wireless communication system, the method comprising: transmitting a Radio Resource Control, RRC, configuration comprising a first parameter configured with a first value and a second parameter configured with at least one second value, each of the first value and the at least one second value indicating a number of Physical Uplink Shared Channel, PUSCH, repetitions; transmitting Downlink Control Information, DCI, on a Physical Downlink Control Channel, PDCCH, scheduling a PUSCH transmission; and receiving the PUSCH transmission for a number of times based on a number of PUSCH repetitions for the PUSCH transmission, wherein: the DCI enables the UE to select one of the first parameter and the second parameter to determine the number of PUSCH repetitions for the PUSCH transmission, characterised in that : when the DCI has a DCI format associated with the second parameter and comprises an index indicating one of the at least one second value, the DCI enables the UE to select the second parameter and to determine the number of PUSCH repetitions for the PUSCH transmission as the one of the at least one second value indicated by the DCI, and the DCI enables the UE to determine the number of PUSCH repetitions for the PUSCH transmission as the first value when the first parameter is selected. transmitting a Radio Resource Control, RRC, configuration comprising a first parameter configured with a first value and a second parameter configured with at least one second value, each of the first value and the at least one second value indicating a number of Physical Uplink Shared Channel, PUSCH, repetitions; transmitting Downlink Control Information, DCI, on a Physical Downlink Control Channel, PDCCH, scheduling a PUSCH transmission; and receiving the PUSCH transmission for a number of times based on a number of PUSCH repetitions for the PUSCH transmission, wherein: the DCI enables the UE to select one of the first parameter and the second parameter to determine the number of PUSCH repetitions for the PUSCH transmission, characterised in that : when the DCI has a DCI format associated with the second parameter and comprises an index indicating one of the at least one second value, the DCI enables the UE to select the second parameter and to determine the number of PUSCH repetitions for the PUSCH transmission as the one of the at least one second value indicated by the DCI, and the DCI enables the UE to determine the number of PUSCH repetitions for the PUSCH transmission as the first value when the first parameter is selected. when the DCI has a DCI format associated with the second parameter and comprises an index indicating one of the at least one second value, the DCI enables the UE to select the second parameter and to determine the number of PUSCH repetitions for the PUSCH transmission as the one of the at least one second value indicated by the DCI, and the DCI enables the UE to determine the number of PUSCH repetitions for the PUSCH transmission as the first value when the first parameter is selected.
A modular chiller system comprising: a switching and pumping module ; one or more drycooler modules ; and one or more chiller modules , the switching and pumping module comprising: a first set of water connections configured to be hydraulically connected to a cold water inlet and a warm water outlet of a cooling unit in the data center, a first set of water, power and signal interfaces configured to connect a plurality of chiller modules , and a second set of water, power and signal interfaces configured to connect a plurality of dry cooler modules , the switching and pumping module being configured to connect hydraulically in parallel one or more dry cooler modules and one or more chiller modules . a switching and pumping module ; one or more drycooler modules ; and one or more chiller modules , the switching and pumping module comprising: a first set of water connections configured to be hydraulically connected to a cold water inlet and a warm water outlet of a cooling unit in the data center, a first set of water, power and signal interfaces configured to connect a plurality of chiller modules , and a second set of water, power and signal interfaces configured to connect a plurality of dry cooler modules , a first set of water connections configured to be hydraulically connected to a cold water inlet and a warm water outlet of a cooling unit in the data center, a first set of water, power and signal interfaces configured to connect a plurality of chiller modules , and a second set of water, power and signal interfaces configured to connect a plurality of dry cooler modules , the switching and pumping module being configured to connect hydraulically in parallel one or more dry cooler modules and one or more chiller modules .
A sensor comprising: a sample chamber configured to receive therein a liquid sample; at least one pair of electrodes disposed in the sample chamber; and a reagent layer formed of a reagent composition, the reagent layer being disposed in the sample chamber so as to be in contact with both electrodes of the at least one pair of electrodes, wherein the reagent composition comprises: an oxidoreductase; a quinone compound or an iron cyanocomplex as electron acceptor; and a heterocyclic compound represented by general formula (I) where R 1 to R 5 independently represent a hydrogen atom, amino group, hydroxyl group, or C 1-12 hydrocarbon group; the hydrocarbon group may have a single substituent being an amino group or a hydroxyl group; two or three of A 1 to A 5 represent a nitrogen atom, and the others of A 1 to A 5 represent a carbon atom; when two of A 1 to A 5 represent a nitrogen atom, A 1 represents a nitrogen atom and A 2 and A 5 represent a carbon atom; and at least one of R 1 to R 5 represents a substituent including a nitrogen atom. a sample chamber configured to receive therein a liquid sample; at least one pair of electrodes disposed in the sample chamber; and a reagent layer formed of a reagent composition, the reagent layer being disposed in the sample chamber so as to be in contact with both electrodes of the at least one pair of electrodes, wherein the reagent composition comprises: an oxidoreductase; a quinone compound or an iron cyanocomplex as electron acceptor; and a heterocyclic compound represented by general formula (I) where R 1 to R 5 independently represent a hydrogen atom, amino group, hydroxyl group, or C 1-12 hydrocarbon group; the hydrocarbon group may have a single substituent being an amino group or a hydroxyl group; two or three of A 1 to A 5 represent a nitrogen atom, and the others of A 1 to A 5 represent a carbon atom; an oxidoreductase; a quinone compound or an iron cyanocomplex as electron acceptor; and a heterocyclic compound represented by general formula (I) where R 1 to R 5 independently represent a hydrogen atom, amino group, hydroxyl group, or C 1-12 hydrocarbon group; the hydrocarbon group may have a single substituent being an amino group or a hydroxyl group; two or three of A 1 to A 5 represent a nitrogen atom, and the others of A 1 to A 5 represent a carbon atom;
A wireless surface acoustic wave resonator system, comprising a first antenna , a matching network , a reflection grating , and an interdigital transducer , with at least said reflection grating and said interdigital transducer assembled on a piezoelectric substrate , said matching network comprising an optimal matching network which is composed of at least one capacitor (C1) and at least one inductor (L1), said matching network also comprising a switch circuit which is connected in parallel to said optimal matching network, said switch circuit comprising multiple branch circuits connected in parallel, each branch circuit comprising at least one capacitor (C2, C3) and/or one inductor (L2, L3), said each branch circuit of the switch circuit also comprising a switch to control the conduction status of that branch circuit; wherein said switch circuit is a field programmable control switch circuit, and the switch of each branch circuit of said switch circuit is controlled by a field programmable control logic device (P1); characterized in that said field programmable control logic device (P1) comprises n groups of external contact spots((M1, M2), (N1, N2), (Q1, Q2)), and each branch circuit of said field programmable control switch circuit is connected to one group of external contact spots((M1, M2), (N1, N2), (Q1, Q2)) in series, and said field programmable control logic device (P1) controls the conduction status of each group of external contact spots ((M1, M2), (N1, N2), (Q1, Q2)) by programming, so as to connect or disconnect each branch circuit in the matching network, wherein n is not less than the number of branch circuits included in said switch circuit.