mhurhangee/patent-ind-claim-en huggingface dataset:
Heat exchanger for low temperatures, which heat exchanger comprises: - a body manufactured from planar profile sheet,forming the exchanger's bottom , ends , side walls and a cover , - a tube pack fitted inside the body for circulating a first heat-exchange medium in the heat exchanger, connections to lead the heat-transfer medium to the tube pack and from the tube pack, - an opening arranged in at least one long side of the body , which is dimensioned to be large enough that the tube pack forming at least one circuit of the heat exchanger can be fitted inside the body through the opening, - a cover arranged to close the opening, and - a further connection for leading the heat-transfer medium inside the body, wherein - at least the body is manufactured from plastic material, and - the heat exchanger comprises a further connection for leading the heat-transfer medium from the body, characterized in that the the body is assembled from rectangular cavity-profile sheet consisting of cavities separated by partitions and two opposing surfaces., - a body manufactured from planar profile sheet,forming the exchanger's bottom , ends , side walls and a cover , - a tube pack fitted inside the body for circulating a first heat-exchange medium in the heat exchanger, connections to lead the heat-transfer medium to the tube pack and from the tube pack, - an opening arranged in at least one long side of the body , which is dimensioned to be large enough that the tube pack forming at least one circuit of the heat exchanger can be fitted inside the body through the opening, - a cover arranged to close the opening, and - a further connection for leading the heat-transfer medium inside the body, wherein - at least the body is manufactured from plastic material, and - the heat exchanger comprises a further connection for leading the heat-transfer medium from the body, - a tube pack fitted inside the body for circulating a first heat-exchange medium in the heat exchanger, connections to lead the heat-transfer medium to the tube pack and from the tube pack, - an opening arranged in at least one long side of the body , which is dimensioned to be large enough that the tube pack forming at least one circuit of the heat exchanger can be fitted inside the body through the opening, - a cover arranged to close the opening, and - a further connection for leading the heat-transfer medium inside the body, - at least the body is manufactured from plastic material, and - the heat exchanger comprises a further connection for leading the heat-transfer medium from the body,
A turbine engine comprising a shaft assembly , wherein the turbine engine includes a fan or propeller assembly and an engine core , and further wherein the fan or propeller assembly includes a gearbox , and wherein the engine core includes one or more rotors, the shaft assembly comprising: a flexible shaft defining a first end and a second end along an axial direction (A), wherein the first end is connected to the engine core and the second end is connected to the gearbox , and wherein a plurality of splines is defined at the second end and coupled to a spline interface at the gearbox ; a coupling extended at least partially in the radial direction and coupled to the engine core and the flexible shaft ; and a hub extending generally in the axial direction (A) from a disk of the one or more rotors toward the gearbox , wherein the flexible shaft further defines one or more platforms extended at least partially along the axial direction, wherein the platforms of the flexible shaft contact the hub of the one or more rotors between the first end and the second end of the flexible shaft , and wherein the one or more platforms define an interference fit between the platform and an inner diameter of the hub of the rotor . a flexible shaft defining a first end and a second end along an axial direction (A), wherein the first end is connected to the engine core and the second end is connected to the gearbox , and wherein a plurality of splines is defined at the second end and coupled to a spline interface at the gearbox ; a coupling extended at least partially in the radial direction and coupled to the engine core and the flexible shaft ; and a hub extending generally in the axial direction (A) from a disk of the one or more rotors toward the gearbox , wherein the flexible shaft further defines one or more platforms extended at least partially along the axial direction, wherein the platforms of the flexible shaft contact the hub of the one or more rotors between the first end and the second end of the flexible shaft , and wherein the one or more platforms define an interference fit between the platform and an inner diameter of the hub of the rotor .
A system for providing power to a vehicle power network of an electrical vehicle , comprising: - an energy storage device connected to the power network ; - a sensor connected to the energy storage device configured to measure a state of the energy storage device during a rest period, wherein the rest period corresponds to a time span during which a current through the energy storage device is reduced to a level that enables an estimation of a state of the energy storage device during operation of the vehicle ; and - a controller that is configured to receive data from the sensor measured during the rest period and to estimate the state of the energy storage device based on the data, characterised in that the controller is configured to establish the rest period by optimizing between minimization of disruption to normal vehicle operation and a need to update a measurement of the state of the energy storage device . - an energy storage device connected to the power network ; - a sensor connected to the energy storage device configured to measure a state of the energy storage device during a rest period, wherein the rest period corresponds to a time span during which a current through the energy storage device is reduced to a level that enables an estimation of a state of the energy storage device during operation of the vehicle ; and - a controller that is configured to receive data from the sensor measured during the rest period and to estimate the state of the energy storage device based on the data, characterised in that the controller is configured to establish the rest period by optimizing between minimization of disruption to normal vehicle operation and a need to update a measurement of the state of the energy storage device .
A weighing module for a cash drawer comprising a plurality of note cups and coin cups arranged on respective load cells, at least some of the cups are movable relative to respective load cells on which they are arranged, characterised in that they are irremovable from their respective load cells.
A capacitor comprising: a first bar and a second bar ; a first plurality of conductive digits extending from the first bar ; a second plurality of conductive digits extending from the second bar and positioned in an interlocking manner with the first plurality of conductive digits such that an interdigitated structure is formed; wherein the first bar has a first feeding point deployed on the first bar for providing current to the first plurality of conductive digits, wherein a first subset of the first plurality of conductive digits that is positioned closest to the first feeding point has widths that are wider than a second subset of the first plurality of conductive digits that is positioned farthest away from the first feeding point ; and wherein the second bar has a second feeding point deployed on the second bar for providing current to the second plurality of conductive digits , wherein a first subset of the second plurality of conductive digits that is positioned closest to the second feeding point has widths that are wider than a second subset of the second plurality of conductive digits that is positioned farthest away from the second feeding point ; characterized in that gaps between adjacent digits in the interdigitated structure are substantially uniform. a first bar and a second bar ; a first plurality of conductive digits extending from the first bar ; a second plurality of conductive digits extending from the second bar and positioned in an interlocking manner with the first plurality of conductive digits such that an interdigitated structure is formed; wherein the first bar has a first feeding point deployed on the first bar for providing current to the first plurality of conductive digits, wherein a first subset of the first plurality of conductive digits that is positioned closest to the first feeding point has widths that are wider than a second subset of the first plurality of conductive digits that is positioned farthest away from the first feeding point ; and wherein the second bar has a second feeding point deployed on the second bar for providing current to the second plurality of conductive digits , wherein a first subset of the second plurality of conductive digits that is positioned closest to the second feeding point has widths that are wider than a second subset of the second plurality of conductive digits that is positioned farthest away from the second feeding point ; characterized in that gaps between adjacent digits in the interdigitated structure are substantially uniform.
A suspension spring unit for a vehicle chassis for arrangement between a vehicle body and a wheel carrier, comprising at least four leaf springs composed of a fiber composite material, wherein the leaf springs have a flat extent between two spring ends and are connected to each other in pairs at a distance from each other by means of end connecting elements over the spring ends , and therefore at least two leaf spring pairs arranged in series are formed, and wherein the leaf spring pairs are connected to each other via central regions , which are formed between the spring ends , of the leaf springs by means of central connecting elements characterized in that the end connecting elements are formed from a rubber, from plastic or from a metallic material and have two in particular obliquely formed receiving slots in which the spring ends of the leaf springs are accommodated.
A method performed by a user equipment, UE , the method comprising: receiving, from the source base station (5-1), a handover command for performing a handover to a target base station (5-2), wherein the handover command includes information indicating an interval at which a resource for persistent transmission is scheduled; and processing the handover command to determine the interval. receiving, from the source base station (5-1), a handover command for performing a handover to a target base station (5-2), wherein the handover command includes information indicating an interval at which a resource for persistent transmission is scheduled; and processing the handover command to determine the interval.
Hub for at least partially muscle-powered bicycles with a hub shell and with at least one bearing unit to rotatably support the hub shell relative to an axle , wherein the bearing unit comprises at least two bearing rings with at least one take-up surface each and at least one raceway each, wherein a bearing ring configured as an outer ring is oriented with its take-up surface to at least one bearing seat of the hub shell , and wherein a bearing ring configured as an inner ring is oriented with its take-up surface to the axle , and wherein rolling members are disposed for rolling off between the raceways of the bearing rings , wherein at least one bearing ring comprises a cut-out on its take-up surface , so that the bearing ring is disposed in the region of the cut-out radially spaced apart from the bearing seat and/or the axle , so that a weight reduction of the bearing ring is obtained while substantially maintaining the size of fit of the bearing unit , wherein the cut-out is disposed axially spaced apart from a center of the raceway , and/or the cut-out includes the area of the center of the raceway , characterized in that at least one balancing member is disposed in the cut-out at least in a region of the raceway which member complements the cut out take-up surface of the bearing ring fittingly relative to the bearing seat and/or the axle and which balancing member consists of a material that is as hard as or harder than the material of the bearing ring and that the sum of all the surfaces of all the cut-outs in a bearing ring amounts to at least 1/10 of the cross-sectional area of the bearing ring .
A physical quantity detection device comprising: - a plurality of physical quantity detection units including a relative humidity sensor and a temperature sensor configured to detect a plurality of physical quantities, wherein the plurality of physical quantities include at least a relative humidity of intake air of an internal combustion engine detected by the relative humidity sensor and the temperature of the intake air of the internal combustion engine detected by a temperature sensor ; - a storage unit configured to store error characteristics of the respective physical quantity detection units, the error characteristics indicating a change of an error according to the temperature; - a physical quantity calculation unit configured to calculate an absolute humidity by using said detected relative humidity and said detected temperature; and - a total error calculation unit configured to calculate a total error of the absolute humidity by reading and using the error characteristics of the relative humidity sensor and the temperature sensor stored in the storage unit . - a plurality of physical quantity detection units including a relative humidity sensor and a temperature sensor configured to detect a plurality of physical quantities, wherein the plurality of physical quantities include at least a relative humidity of intake air of an internal combustion engine detected by the relative humidity sensor and the temperature of the intake air of the internal combustion engine detected by a temperature sensor ; - a storage unit configured to store error characteristics of the respective physical quantity detection units, the error characteristics indicating a change of an error according to the temperature; - a physical quantity calculation unit configured to calculate an absolute humidity by using said detected relative humidity and said detected temperature; and - a total error calculation unit configured to calculate a total error of the absolute humidity by reading and using the error characteristics of the relative humidity sensor and the temperature sensor stored in the storage unit .
A rotatable surgical instrument comprising: an outer tubular member ; an inner tubular member contained, at least in part, within the outer tubular member and configured to rotate relative to the outer tubular member, the inner tubular member and outer tubular member forming a gap therebetween, a distal tip coupled to and configured to rotate with the inner tubular member; and a distal bearing 2. positioned in the gap and encircling the inner tubular member and wherein the distal bearing is a roller bearing, further comprising a retainer ring , positioned around the outer tubular member and the distal bearing, configured to maintain an annular position of the distal bearing relative to the distal tip. an outer tubular member ; an inner tubular member contained, at least in part, within the outer tubular member and configured to rotate relative to the outer tubular member, the inner tubular member and outer tubular member forming a gap therebetween, a distal tip coupled to and configured to rotate with the inner tubular member; and a distal bearing 2. positioned in the gap and encircling the inner tubular member and wherein the distal bearing is a roller bearing, further comprising a retainer ring , positioned around the outer tubular member and the distal bearing, configured to maintain an annular position of the distal bearing relative to the distal tip.
Sampling system for obtaining a liquid sample, comprising at least one analytical aid , which has a lancet and a test element , and having a mechanical energy reservoir that can output energy to the lancet in order to execute a puncturing movement, characterized in that the sampling system comprises transmission means, which are coupled to the mechanical energy reservoir and to the analytical aid such that a movement of the transmission means at the same time transmits energy to the mechanical energy reservoir , for charging the mechanical energy reservoir , and drives a sample collection movement of the test element .
A method of receiving a signal by a user equipment, UE, in a wireless communication system , the method comprising: receiving (S1101) a configuration including information about precoder granularity for a control resource set; and monitoring (S1103) a control channel candidate by determining resource element groups, REGs, for which the same precoding is assumed to be used among REGs included in the control resource set based on the information about the precoder granularity, wherein, based on the information about the precoder granularity being related to a first configuration, the UE assumes that the same precoding is used for REGs included in contiguous resource blocks in the control resource set, wherein, based on some of the resource blocks overlapping with other resource region and based on the other resource region being a resource region allocated to other control resource set, the UE monitors the control channel candidate based on priorities of the control resource set and the other control resource set, wherein the priority of the control resource set is determined to be higher than the priority of the other control resource set based on the control resource set corresponding to a common search space, CSS, and based on the other control resource set corresponding to a UE-specific resource set, USS. receiving (S1101) a configuration including information about precoder granularity for a control resource set; and monitoring (S1103) a control channel candidate by determining resource element groups, REGs, for which the same precoding is assumed to be used among REGs included in the control resource set based on the information about the precoder granularity, wherein, based on the information about the precoder granularity being related to a first configuration, the UE assumes that the same precoding is used for REGs included in contiguous resource blocks in the control resource set, wherein, based on some of the resource blocks overlapping with other resource region and based on the other resource region being a resource region allocated to other control resource set, the UE monitors the control channel candidate based on priorities of the control resource set and the other control resource set, wherein the priority of the control resource set is determined to be higher than the priority of the other control resource set based on the control resource set corresponding to a common search space, CSS, and based on the other control resource set corresponding to a UE-specific resource set, USS.
Planar alloplastic bone replacement material comprising at least one plate, preferably comprising multiple plates, for augmentation of bone defects, whereby the bone replacement material consists of a biocompatible plastic material, a biocompatible metal and/or a biocompatible metal alloy, whereby the at least one plate comprises a planar structure characterized in that the at least one plate comprises a plurality of pins extending outwards from the planar structure of the at least one plate, whereby the pins each comprise at least one connecting element , whereby the pins are deformable elastically and are arranged sufficiently close to each other such that pressing the surfaces of multiple plates onto each other causes the same connecting elements of different plates to interlock with and/or snap into each other and the interlocked and/or snapped-in plates form an open-pored body of mutually interlocked and/or snapped-in plates.
A multifunction connector for non-invasive ventilation face masks, configured for connecting a non-invasive ventilation face mask to a ventilation system; comprising a substantially tubular base body extending along a longitudinal axis (A) between two opposite open axial ends and having a lateral wall closed around the axis (A) and delimiting an internal duct ; the connector being provided with a plurality of functional connection elements projecting from the body and comprising: - an inlet connectable to a ventilation system and an outlet connectable to a ventilation mask, positioned at respective opposite axial ends of the body and comprising respective tubular connection portions of the body ; the connection portion of the outlet being shaped so as to be joined to a joint of the ventilation mask by means of a conical coupling; - an oxygen inlet connectable to an oxygen supply pipe; - a flow reading outlet connectable to a flow measuring device; - an MDI inlet configured to receive and engage a metered-dose inhaler device. - an inlet connectable to a ventilation system and an outlet connectable to a ventilation mask, positioned at respective opposite axial ends of the body and comprising respective tubular connection portions of the body ; the connection portion of the outlet being shaped so as to be joined to a joint of the ventilation mask by means of a conical coupling; - an oxygen inlet connectable to an oxygen supply pipe; - a flow reading outlet connectable to a flow measuring device; - an MDI inlet configured to receive and engage a metered-dose inhaler device.
A cosmetic composition comprising (a) a crosspolymer obtained from copolymerisation of at least two different polyols selected from the group consisting of glycerol, ethylene glycol, propylene glycol, diethylene glycol, dipropylene glycol, pentaerythritol, trimethylpentandiol and at least one dicarboxylic acid selected from the group consisting of oxalic acid, malonic acid, succinic acid, glutamic acid, adipic acid, pimelic acid, suberic acid, azelaic acid, malic acid, fumaric acid, glutaconic acid, traumatic acid, muconic acid, and (b) at least one fragrance in a ratio by weight(a:b) of from about 1:99 to about 1:20. (a) a crosspolymer obtained from copolymerisation of at least two different polyols selected from the group consisting of glycerol, ethylene glycol, propylene glycol, diethylene glycol, dipropylene glycol, pentaerythritol, trimethylpentandiol and at least one dicarboxylic acid selected from the group consisting of oxalic acid, malonic acid, succinic acid, glutamic acid, adipic acid, pimelic acid, suberic acid, azelaic acid, malic acid, fumaric acid, glutaconic acid, traumatic acid, muconic acid, and (b) at least one fragrance