mhurhangee/patent-ind-claim-en huggingface dataset:
A battery module, wherein the battery module comprises: a battery , comprising a top cover ; a harness plate , disposed on a top outer side of the top cover ; a circuit board ; a compression element , connected above the harness plate ; and a temperature collection assembly , comprising a thermistor , wherein the thermistor is electrically connected to the circuit board , and the thermistor is disposed between the top cover and the compression element ; and the compression element is configured to press the thermistor so that the thermistor is pressed against the top cover ; wherein the circuit board comprises a substrate board and a cantilever connected to the substrate board , and the thermistor is mounted at a free end of the cantilever ; a mounting slot is disposed on the compression element , the mounting slot does not run through a thickness direction of the compression element , and the thermistor is disposed in the mounting slot . a battery , comprising a top cover ; a harness plate , disposed on a top outer side of the top cover ; a circuit board ; a compression element , connected above the harness plate ; and a temperature collection assembly , comprising a thermistor , wherein the thermistor is electrically connected to the circuit board , and the thermistor is disposed between the top cover and the compression element ; and the compression element is configured to press the thermistor so that the thermistor is pressed against the top cover ; wherein the circuit board comprises a substrate board and a cantilever connected to the substrate board , and the thermistor is mounted at a free end of the cantilever ; a mounting slot is disposed on the compression element , the mounting slot does not run through a thickness direction of the compression element , and the thermistor is disposed in the mounting slot .
A medical device system comprising: an expandable medical device including a first end portion , a second end portion , and an intermediate portion therebetween, the intermediate portion having a radially expansive force greater than a radially expansive force of at least one of the first end portion and the second end portion ; a first constraining mechanism configured to releasably constrain the expandable medical device ; and a second constraining mechanism arranged between the expandable medical device and the first constraining mechanism and configured to lessen expansion of the intermediate portion of the expandable medical device in response to release of the first constraining mechanism . an expandable medical device including a first end portion , a second end portion , and an intermediate portion therebetween, the intermediate portion having a radially expansive force greater than a radially expansive force of at least one of the first end portion and the second end portion ; a first constraining mechanism configured to releasably constrain the expandable medical device ; and a second constraining mechanism arranged between the expandable medical device and the first constraining mechanism and configured to lessen expansion of the intermediate portion of the expandable medical device in response to release of the first constraining mechanism .
A rack configured to allow a user to control spacing between tubes held in the rack, the rack comprising: a frame , the frame having a first axis and a second axis, the second axis perpendicular to the first axis; a first carriage , the first carriage elongated and having a length and a first plurality of wells arrayed along the length of the first carriage, the first carriage positioned parallel to the first axis of the frame and mounted to translate along the second axis of the frame; at least a second carriage , the second carriage elongated and having a length and a second plurality of wells arrayed along the length of the second carriage, the second carriage positioned parallel to the first axis of the frame and mounted to translate along the second axis of the frame; characterized by a first rotor , the first rotor rotatably mounted to the frame parallel with the second axis of the frame, the first rotor having an outer surface, a first right-handed helical groove in the outer surface of the first rotor, and a first left-handed helical groove in the outer surface of the first rotor; a first pin physically coupled to the first carriage and positioned to ride in the first right-handed helical groove of the first rotor; and at least a second pin physically coupled to the second carriage and positioned to ride in the first left-handed helical groove of the first rotor. a frame , the frame having a first axis and a second axis, the second axis perpendicular to the first axis; a first carriage , the first carriage elongated and having a length and a first plurality of wells arrayed along the length of the first carriage, the first carriage positioned parallel to the first axis of the frame and mounted to translate along the second axis of the frame; at least a second carriage , the second carriage elongated and having a length and a second plurality of wells arrayed along the length of the second carriage, the second carriage positioned parallel to the first axis of the frame and mounted to translate along the second axis of the frame; characterized by a first rotor , the first rotor rotatably mounted to the frame parallel with the second axis of the frame, the first rotor having an outer surface, a first right-handed helical groove in the outer surface of the first rotor, and a first left-handed helical groove in the outer surface of the first rotor; a first pin physically coupled to the first carriage and positioned to ride in the first right-handed helical groove of the first rotor; and at least a second pin physically coupled to the second carriage and positioned to ride in the first left-handed helical groove of the first rotor.
A motorized bed comprising a self-supporting frame and, in connection with it, a slat bottom on top of which a mattress may be adapted, and a motor (M1, M2) for moving the slat bottom , the slat bottom comprising a plurality of first slats (13a1, 13a2, ...) and at least one second slat (13b1, 13b2, ...), wherein the second slat (13b1, 13b2, ...) is attached to one of the first slats (13a1, 13a2, ...) by means of a sleeve member , wherein by changing the position of the sleeve member along the length of the interconnected first and second slats (13a1, 13a2, ...; 13b1, 13b2, ...) the combined elasticity of the interconnected first and second slats (13a1, 13a2, ...; 13b1, 13b2, ...) is adjusted, wherein the motorized bed further comprises a strip , that is, a stiffening part which is detachably attached to a surface of the first or second slats (13a1, 13a2, ...; 13b1, 13b2, ...), wherein the strip locks the first or second slats (13a1, 13a2, ...; 13b1, 13b2, ...) to each other and adds to the stiffness of the slat bottom at the spot in question, characterised in that the strip comprises a first surface on one side and a second surface on the other side, wherein both surfaces of the strip comprise a layer of adhesive glue , the first surface of the strip comes against the surface of the first or second slats (13a1, 13a2, ...; 13b1, 13b2, ...) and the second surface of the strip is configured to lock the mattress into a specific position on the first or second slats (13al, 13a2, ...; 13bl, 13b2, ...). wherein the motorized bed further comprises a strip , that is, a stiffening part which is detachably attached to a surface of the first or second slats (13a1, 13a2, ...; 13b1, 13b2, ...), wherein the strip locks the first or second slats (13a1, 13a2, ...; 13b1, 13b2, ...) to each other and adds to the stiffness of the slat bottom at the spot in question, characterised in that the strip comprises a first surface on one side and a second surface on the other side, wherein both surfaces of the strip comprise a layer of adhesive glue , the first surface of the strip comes against the surface of the first or second slats (13a1, 13a2, ...; 13b1, 13b2, ...) and the second surface of the strip is configured to lock the mattress into a specific position on the first or second slats (13al, 13a2, ...; 13bl, 13b2, ...).
A wireless communication method, implemented by a terminal device, comprising: configuring at least two discontinuous reception, DRX, cycles, wherein the at least two DRX cycles comprise a first DRX cycle and a second DRX cycle, and a cycle length of the first DRX cycle is longer than a cycle length of the second DRX cycle; if the first DRX cycle is used for performing discontinuous reception on a first carrier and if a drx-Inactivity Timer for the first carrier expires, performing discontinuous reception on the first carrier by using the second DRX cycle instead of the first DRX cycle, and remaining a DRX cycle which is used for discontinuous reception on a second carrier unchanged; if the second DRX cycle is used for performing discontinuous reception on the first carrier and if a drx-Short Cycle Timer for the first carrier expires, performing discontinuous reception on the first carrier by using the first DRX cycle instead of the second DRX cycle, and remaining the DRX cycle which is used for discontinuous reception on the second carrier unchanged; wherein the first carrier is different from the second carrier. configuring at least two discontinuous reception, DRX, cycles, wherein the at least two DRX cycles comprise a first DRX cycle and a second DRX cycle, and a cycle length of the first DRX cycle is longer than a cycle length of the second DRX cycle; if the first DRX cycle is used for performing discontinuous reception on a first carrier and if a drx-Inactivity Timer for the first carrier expires, performing discontinuous reception on the first carrier by using the second DRX cycle instead of the first DRX cycle, and remaining a DRX cycle which is used for discontinuous reception on a second carrier unchanged; if the second DRX cycle is used for performing discontinuous reception on the first carrier and if a drx-Short Cycle Timer for the first carrier expires, performing discontinuous reception on the first carrier by using the first DRX cycle instead of the second DRX cycle, and remaining the DRX cycle which is used for discontinuous reception on the second carrier unchanged; wherein the first carrier is different from the second carrier.
Cover comprising a film web intended to be placed on an asparagus bed , wherein in the placed state of the cover the underside of the central region of the film web at least partially faces the crown of the asparagus bed and the undersides of the side regions of the film web are provided for at least partial placement on the side surfaces of the asparagus bed , wherein the film web has a film reservoir with at least one fold , so that, when the cover is placed on the asparagus bed , in the at least partially unfolded state of the fold , a spacing of the underside of the central region of the film web from the crown results, wherein a plurality of in particular at least substantially equally spaced connecting regions is provided over the length of the at least one fold , and wherein the connection regions comprise at least one welding line, characterised in that for at least one fold , preferably for all folds , at least two fold legs of the fold facing one another, preferably all fold legs of one fold , are firmly connected, preferably welded, to one another via at least one connecting region . wherein the film web has a film reservoir with at least one fold , so that, when the cover is placed on the asparagus bed , in the at least partially unfolded state of the fold , a spacing of the underside of the central region of the film web from the crown results, wherein a plurality of in particular at least substantially equally spaced connecting regions is provided over the length of the at least one fold , and wherein the connection regions comprise at least one welding line, characterised in that for at least one fold , preferably for all folds , at least two fold legs of the fold facing one another, preferably all fold legs of one fold , are firmly connected, preferably welded, to one another via at least one connecting region .
A superconducting magnetic resonance imaging system for an extremity, comprising a magnetic system , a radio frequency system and a console , wherein the magnetic system comprises a loop-shaped main housing , the radio frequency system comprises loop-shaped radio frequency coils, wherein the radio frequency coils comprise an extremity coil and at least two types of extremity-part coils, the extremity coil is a transmit-receive coil, and each of the extremity-part coils is a receive-only coil configured for only receiving signals; the extremity coil is arranged on an inner loop-shaped surface of the main housing , each of the extremity-part coils is configured to be switchably connected to an inner loop-shaped surface of the extremity coil , and the radio frequency coils are communicatively connected with the console in a detachable manner; wherein the radio frequency coils further comprise a knee coil for imaging of a knee, the knee coil is a transmit-receive coil, the extremity coil and the knee coil are configured to be switchably connected to the inner loop-shaped surface of the main housing , and an inner diameter of the knee coil is smaller than an inner diameter of the extremity coil ; and the extremity-part coils comprise a hand coil for imaging of a hand, the hand coil comprises a loop-shaped hand coil main body and a hand coil support board which is arranged at one axial side of the hand coil main body , an inner loop-shaped surface of the hand coil main body is formed by a C-shaped surface and a main body flat surface connected to an opening of the C-shaped surface, and the hand coil support board is a flat surface and is arranged coplanar with the main body flat surface. the radio frequency coils comprise an extremity coil and at least two types of extremity-part coils, the extremity coil is a transmit-receive coil, and each of the extremity-part coils is a receive-only coil configured for only receiving signals; the extremity coil is arranged on an inner loop-shaped surface of the main housing , each of the extremity-part coils is configured to be switchably connected to an inner loop-shaped surface of the extremity coil , and the radio frequency coils are communicatively connected with the console in a detachable manner; wherein the radio frequency coils further comprise a knee coil for imaging of a knee, the knee coil is a transmit-receive coil, the extremity coil and the knee coil are configured to be switchably connected to the inner loop-shaped surface of the main housing , and an inner diameter of the knee coil is smaller than an inner diameter of the extremity coil ; and the extremity-part coils comprise a hand coil for imaging of a hand, the hand coil comprises a loop-shaped hand coil main body and a hand coil support board which is arranged at one axial side of the hand coil main body , an inner loop-shaped surface of the hand coil main body is formed by a C-shaped surface and a main body flat surface connected to an opening of the C-shaped surface, and the hand coil support board is a flat surface and is arranged coplanar with the main body flat surface.
A polyamide comprising: structural units derived from an aromatic dicarboxylic acid; and structural units derived from an aliphatic diamine, the polyamide comprising 0.40 to 0.70 mol% in total of hydroxyl groups and ester groups with respect to 100 mol% of structural units derived from dicarboxylic acids, wherein the content of hydroxyl groups is 0.05 to 0.40 mol% with respect to 100 mol% of structural units derived from dicarboxylic acids.
A method for wireless communications by a user equipment, UE , comprising: determining frequency resources within one or more configured narrowband, NB, regions of a system bandwidth to monitor for a transmission, wherein the determination is based on a resource allocation received from a base station, BS , using a start NB region and a bitmap; and monitoring for the transmission on the determined frequency resources within the one or more narrowband regions of the system bandwidth. determining frequency resources within one or more configured narrowband, NB, regions of a system bandwidth to monitor for a transmission, wherein the determination is based on a resource allocation received from a base station, BS , using a start NB region and a bitmap; and monitoring for the transmission on the determined frequency resources within the one or more narrowband regions of the system bandwidth.
A co-rotating scroll compressor comprising: a driving shaft rotationally driven around a rotation axis (CL1) by a drive unit ; a center plate rotationally driven around the rotation axis (CL1) by the driving shaft ; a driving scroll member connected to the center plate , rotationally driven around the rotation axis (CL1) by the drive unit , and provided with a drive-side wall placed on a drive-side end plate , where the drive-side wall is spiral-shaped; a driven scroll member configured to form a compression space when a driven-side wall corresponding to the drive-side wall is placed on a driven-side end plate and the driven-side wall is meshed with the drive-side wall, where the driven-side wall is spiral-shaped; a synchronous drive mechanism configured to transmit a driving force from the center plate to the driven scroll member such that the driving scroll member and the driven scroll member perform rotating motion in a same direction at a same angular velocity; a drive-side plate placed between the driving scroll member and the drive unit at a predetermined distance from the driving scroll member in a direction of the rotation axis, wherein the drive-side plate includes a shaft portion connected to the driving shaft, and the synchronous drive mechanism is placed between the drive-side plate and the driving scroll member, characterized in that the drive-side plate includes a fixing portion fixed to an outer periphery of the driving scroll member. a driving shaft rotationally driven around a rotation axis (CL1) by a drive unit ; a center plate rotationally driven around the rotation axis (CL1) by the driving shaft ; a driving scroll member connected to the center plate , rotationally driven around the rotation axis (CL1) by the drive unit , and provided with a drive-side wall placed on a drive-side end plate , where the drive-side wall is spiral-shaped; a driven scroll member configured to form a compression space when a driven-side wall corresponding to the drive-side wall is placed on a driven-side end plate and the driven-side wall is meshed with the drive-side wall, where the driven-side wall is spiral-shaped; a synchronous drive mechanism configured to transmit a driving force from the center plate to the driven scroll member such that the driving scroll member and the driven scroll member perform rotating motion in a same direction at a same angular velocity; a drive-side plate placed between the driving scroll member and the drive unit at a predetermined distance from the driving scroll member in a direction of the rotation axis, wherein the drive-side plate includes a shaft portion connected to the driving shaft, and the synchronous drive mechanism is placed between the drive-side plate and the driving scroll member, characterized in that the drive-side plate includes a fixing portion fixed to an outer periphery of the driving scroll member.
A method for determining one or more buffer composition recipes for a chromatography apparatus configured for performing chromatography, the method comprising: obtaining design of experiment, DoE, data , wherein the DoE data is indicative of a set of buffer compositions and corresponding unique recipes , wherein the set of buffer compositions is selected as a subset from a total set of buffer compositions within a design range, running a first set of experiments by consecutively providing buffer compositions mixed according to each unique recipe indicated by the DoE data as the only input to the chromatography apparatus , obtaining results of experiment, RoE, data as output from the chromatography apparatus , wherein the RoE data is indicative of at least a potential of hydrogen, pH, value and a conductivity value of each buffer composition of the set of buffer compositions, obtaining prediction of experimental, PoE data, wherein the PoE data is indicative of at least a predicted pH value and a predicted conductivity value of each buffer composition of the total set of buffer compositions, obtaining a first objective function , the first objective function being dependent on a pH value and a conductivity value, selecting a second subset from the total set of buffer compositions which corresponding pH values and conductivity values optimize the first objective function, determining the one or more buffer composition recipes for chromatography of a chemical sample as the unique recipes corresponding to the second subset from the total set of buffer compositions. obtaining design of experiment, DoE, data , wherein the DoE data is indicative of a set of buffer compositions and corresponding unique recipes , wherein the set of buffer compositions is selected as a subset from a total set of buffer compositions within a design range, running a first set of experiments by consecutively providing buffer compositions mixed according to each unique recipe indicated by the DoE data as the only input to the chromatography apparatus , obtaining results of experiment, RoE, data as output from the chromatography apparatus , wherein the RoE data is indicative of at least a potential of hydrogen, pH, value and a conductivity value of each buffer composition of the set of buffer compositions, obtaining prediction of experimental, PoE data, wherein the PoE data is indicative of at least a predicted pH value and a predicted conductivity value of each buffer composition of the total set of buffer compositions, obtaining a first objective function , the first objective function being dependent on a pH value and a conductivity value, selecting a second subset from the total set of buffer compositions which corresponding pH values and conductivity values optimize the first objective function, determining the one or more buffer composition recipes for chromatography of a chemical sample as the unique recipes corresponding to the second subset from the total set of buffer compositions.
Wiper device having at least one wiper-blade adaptor (12a; 12b), which has at least one fluidic connecting element (22a; 22b), and having at least one wiper-arm adaptor (14a; 14b), and having at least one cover unit (16a; 16b), having at least one fluidic coupling element (24a; 24b) for fluidic connection to the at least one fluidic connecting element (22a; 22b), having at least one fluid blocking element (26a; 26b) for fixing the fluidic connection of the at least one fluidic coupling element (24a; 24b) to the at least one fluidic connecting element (22a; 22b), and having at least one cover-fixing element (28a; 28b) for at least partially positionally fixing the at least one cover unit (16a; 16b) to the at least one wiper-arm adaptor (14a; 14b), wherein at least one actuating element (30a; 30b) which is provided for transferring the at least one fluid blocking element (26a; 26b) and the at least one cover-fixing element together into a connection position and/or into a release position by way of an in particular translational movement of the actuating element (30a; 30b) relative to the wiper-arm adaptor (14a; 14b), characterized in that the at least one fluidic coupling element (24a; 24b) is mounted on the at least one cover unit (16a; 16b) so as to be movable, in particular transversely displaceable, in relation to the at least one cover unit (16a; 16b) .