mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic measurement unit for a polymorphous device for the force measurement of a hand grasp, comprising at least four lateral structures , each lateral structure including: - a support structure ; - at least one sensor constrained to the support structure and configured to generate an electrical signal indicative of a deformation of said support structure; and - coupling means configured to constrain a corresponding user-manipulable external covering element to said support structure in a releasable manner, so that when said corresponding external covering element is constrained to said support structure and an external force acts on said corresponding external covering element, said electrical signal is indicative of said external force; said electronic measurement unit being characterized in that the lateral structures are arranged so as to form a polyhedron; and wherein each lateral structure is coupled to the lateral structures adjacent to it by means of corresponding connection elements , each connection element being coupled to the support structure of the lateral structure and partially extending, with play, inside a housing cavity formed inside the support structure (8") of the corresponding adjacent lateral structure (4"). - a support structure ; - at least one sensor constrained to the support structure and configured to generate an electrical signal indicative of a deformation of said support structure; and - coupling means configured to constrain a corresponding user-manipulable external covering element to said support structure in a releasable manner, so that when said corresponding external covering element is constrained to said support structure and an external force acts on said corresponding external covering element, said electrical signal is indicative of said external force; said electronic measurement unit being characterized in that the lateral structures are arranged so as to form a polyhedron; and wherein each lateral structure is coupled to the lateral structures adjacent to it by means of corresponding connection elements , each connection element being coupled to the support structure of the lateral structure and partially extending, with play, inside a housing cavity formed inside the support structure (8") of the corresponding adjacent lateral structure (4").
A method of reserving charging units by a user for an application download, the method executed at a user equipment connected to a telecommunication network, the method comprising: - determining a size of a selected application to download from an application distribution server; - sending a request to the telecommunication network for reserving charging units and resources in accordance with the size of the selected application to download, the request comprising the size of the selected application to download and an identification of the application distribution server; and - responsive to an indication from the telecommunication network that charging units are reserved in accordance with the size of the selected application to download, downloading the selected application from the application distribution server. - determining a size of a selected application to download from an application distribution server; - sending a request to the telecommunication network for reserving charging units and resources in accordance with the size of the selected application to download, the request comprising the size of the selected application to download and an identification of the application distribution server; and - responsive to an indication from the telecommunication network that charging units are reserved in accordance with the size of the selected application to download, downloading the selected application from the application distribution server.
A power electronic transformer , wherein the power electronic transformer is a single-phase power electronic transformer or a three-phase power electronic transformer , and each phase comprises a plurality of power conversion modules , wherein each power conversion module comprises a rectifier AC/DC circuit , a direct current bus capacitor, and a DC/DC circuit; in each power conversion module , an output end of the AC/DC circuit is connected to an input end of the DC/DC circuit; the direct current bus capacitor is connected in parallel to the output end of the AC/DC circuit ; and input ends of all the AC/DC circuits are connected in series, and output ends of all the DC/DC circuits are connected in parallel; characterized in that each DC/DC circuit comprises n LLC resonant DC/DC units (C1, Q5, Q6, C3, L1, T1, C2, Q7, Q8, C4, L2, T2), wherein input ends of the n LLC resonant DC/DC units are connected in series and then connected to the output end of the corresponding AC/DC circuit, output ends of the n LLC resonant DC/DC units are connected in parallel and serve as an output end of the DC/DC circuit, and n is an integer greater than or equal to 2. each power conversion module comprises a rectifier AC/DC circuit , a direct current bus capacitor, and a DC/DC circuit; in each power conversion module , an output end of the AC/DC circuit is connected to an input end of the DC/DC circuit; the direct current bus capacitor is connected in parallel to the output end of the AC/DC circuit ; and input ends of all the AC/DC circuits are connected in series, and output ends of all the DC/DC circuits are connected in parallel; characterized in that each DC/DC circuit comprises n LLC resonant DC/DC units (C1, Q5, Q6, C3, L1, T1, C2, Q7, Q8, C4, L2, T2), wherein input ends of the n LLC resonant DC/DC units are connected in series and then connected to the output end of the corresponding AC/DC circuit, output ends of the n LLC resonant DC/DC units are connected in parallel and serve as an output end of the DC/DC circuit, and n is an integer greater than or equal to 2.
A method for maintaining data in a data storage system comprising a plurality of data storage nodes, the method being employed in a storage node in the data storage system and comprising: - monitoring the status of other storage nodes in the system as well as writing operations carried out in the data storage system; - detecting , based on the monitoring, conditions in the data storage system that imply the need for replication of data between the nodes in the data storage system, - maintaining a replication list of data items needing to be replicated, wherein each such data item is assigned a replication priority; and - initiating a replication process , in case such a condition is detected, according to said replication list and said replication priority, wherein the replication process includes sending a multicast message, to a plurality of storage nodes, the message enquiring which of those storage nodes store specific data. - monitoring the status of other storage nodes in the system as well as writing operations carried out in the data storage system; - detecting , based on the monitoring, conditions in the data storage system that imply the need for replication of data between the nodes in the data storage system, - maintaining a replication list of data items needing to be replicated, wherein each such data item is assigned a replication priority; and - initiating a replication process , in case such a condition is detected, according to said replication list and said replication priority, wherein the replication process includes sending a multicast message, to a plurality of storage nodes, the message enquiring which of those storage nodes store specific data.
A thin-film transistor comprising a dielectric layer (8,8',8",8''') having a first side and a second side opposed to said first side; a source electrode (2,2',2",2'''), a drain electrode (4,4',4",4''') separated from the source electrode, and a semiconductor component (6,6',6",6''') disposed between and in contact with said source electrode and said drain electrode, said source electrode, said drain electrode and said semiconductor component being disposed adjacent the first side of said dielectric layer; and a gate electrode (10,10',10",10''') disposed adjacent the said second side of the dielectric layer opposite said semiconductor component; wherein said thin-film transistor has a channel length of no more than 20 μm, said channel length being measured as the shortest path from the source electrode to the drain electrode and characterized in that the semiconductor component comprises one or more compounds selected from the group consisting of:
A hand dryer device comprising: a nozzle to blow an airflow into a drying space in which a hand is placeable; a blower unit to generate the airflow to be blown out of the nozzle; a hand detection unit having a light-emitting element to detect presence or absence of the hand in the drying space; and a control unit to make a hand detection determination of whether the hand is present or absent in the drying space on the basis of a detection result of the hand detection unit, and to control driving of the blower unit on the basis of a determination result of the hand detection determination, wherein the control unit controls an intermittent driving (ON, OFF) of the light-emitting element of the hand detection unit, whereas during each driving cycle (A,B) of the intermittent driving there is a first time period during which the hand detection unit is driven and the light emitting element is emitting light, followed by a second time period during which the hand detection unit stops and the light emitting element is not emitting light, and in consecutive the first and second driving cycles (A, B) of the hand detection unit, when the determination result in the first driving cycle and the first determination result in the second driving cycle differ from each other, extends a driving period of the hand detection unit in the second driving cycle. a nozzle to blow an airflow into a drying space in which a hand is placeable; a blower unit to generate the airflow to be blown out of the nozzle; a hand detection unit having a light-emitting element to detect presence or absence of the hand in the drying space; and a control unit to make a hand detection determination of whether the hand is present or absent in the drying space on the basis of a detection result of the hand detection unit, and to control driving of the blower unit on the basis of a determination result of the hand detection determination, wherein the control unit controls an intermittent driving (ON, OFF) of the light-emitting element of the hand detection unit, whereas during each driving cycle (A,B) of the intermittent driving there is a first time period during which the hand detection unit is driven and the light emitting element is emitting light, followed by a second time period during which the hand detection unit stops and the light emitting element is not emitting light, and in consecutive the first and second driving cycles (A, B) of the hand detection unit, when the determination result in the first driving cycle and the first determination result in the second driving cycle differ from each other, extends a driving period of the hand detection unit in the second driving cycle.
A brake device for a vehicle with handlebars where either one of a front wheel brake and a rear wheel brake is formed of a hydraulic brake and the other brake is formed of a mechanical brake, the hydraulic brake is operated singly by operating a first brake operator by means of a master cylinder unit formed by combining a hydraulic master cylinder and a lever mechanism , the hydraulic brake and the mechanical brake are operated in an interlocking manner by operating a second brake operator by means of the master cylinder unit , the lever mechanism includes a first rotary lever , a second rotary lever , a knocker and an equalizer lever , a first brake connecting means connected to the first brake operator is connected to the first rotary lever , a piston of the hydraulic master cylinder is operated by operating the first brake operator by means of the knocker which the first rotary lever moves by pushing thus singly operating the hydraulic brake, a second brake connecting means connected to the second brake operator, a mechanical brake side connecting means connected to the mechanical brake and the second rotary lever are connected to the equalizer lever , the mechanical brake side connecting means is towed by operating the second brake operator by means of the equalizer lever thus operating the mechanical brake, and the equalizer lever rotates the second rotary lever so that the piston of the hydraulic master cylinder is operated by means of the knocker which the second rotary lever moves by pushing thus operating the hydraulic brake in an interlocking manner with the operation of the mechanical brake, characterised by a lever holder which rotatably and pivotally supports the first rotary lever , the second rotary lever and the knocker by means of a fixing pin is mounted on a cylinder hole opening side of a cylinder body of the hydraulic master cylinder in a projecting manner, and the second rotary lever includes a bifurcated first rotary base portion arranged inside the lever holder in a state where the first rotary lever and the knocker are arranged inside the second rotary lever , and a knocker pushing and moving surface which moves the knocker by pushing is formed on the first rotary base portion . a lever holder which rotatably and pivotally supports the first rotary lever , the second rotary lever and the knocker by means of a fixing pin is mounted on a cylinder hole opening side of a cylinder body of the hydraulic master cylinder in a projecting manner, and the second rotary lever includes a bifurcated first rotary base portion arranged inside the lever holder in a state where the first rotary lever and the knocker are arranged inside the second rotary lever , and a knocker pushing and moving surface which moves the knocker by pushing is formed on the first rotary base portion .
Method for phosphorous diffusion and phosphorous gettering of compensated p-type multicrystalline, silicon wafers, whereby p-type multicrystalline silicon wafers containing 0.2-2.8 ppma boron and 0.06-2.8 ppma phosphorous are obtained, and characterized in that the p-type multicrystalline silicon wafers are subjected to phosphorous diffusion and phosphorous gettering at a temperature of at least 950°C. p-type multicrystalline silicon wafers containing 0.2-2.8 ppma boron and 0.06-2.8 ppma phosphorous are obtained, and characterized in that the p-type multicrystalline silicon wafers are subjected to phosphorous diffusion and phosphorous gettering at a temperature of at least 950°C.
A liquid pharmaceutical composition consisting of: - 50 mg/ mL adalimumab; - a citrate buffering system; - a sugar stabiliser; - a tonicifier; - a surfactant; and - water (for injection); - wherein said adalimumab, citrate buffer system, sugar stabiliser, tonicifier, and surfactant are present in a molar ratio of 1 : 14-40 : 288-865 : 28-576 : 0.1-3.2 respectively. - 50 mg/ mL adalimumab; - a citrate buffering system; - a sugar stabiliser; - a tonicifier; - a surfactant; and - water (for injection); - wherein said adalimumab, citrate buffer system, sugar stabiliser, tonicifier, and surfactant are present in a molar ratio of 1 : 14-40 : 288-865 : 28-576 : 0.1-3.2 respectively.
An apparatus for operating a fitting in a supply line, comprising: - a coupling device (20; 22) which is configured to be connected to a rotatable actuator of a fitting in a supply line in order to transmit a rotary drive movement to the rotatable actuator for operating the fitting ; - a drive motor which is configured to provide the rotary drive movement; - a transmission device which is connected on the drive side to the drive motor and on the output side to the coupling device in order to transmit the rotary drive movement; and - an internal receptacle having - an internal motor opening extending through the drive motor and - an internal transmission opening extending through the transmission device , which transmission opening at least partially overlaps the internal motor opening in a direction of passage of the internal receptacle to form the internal receptacle , characterized in that the drive motor comprises an external rotor motor and the internal motor opening is formed through the external rotor motor. - a coupling device (20; 22) which is configured to be connected to a rotatable actuator of a fitting in a supply line in order to transmit a rotary drive movement to the rotatable actuator for operating the fitting ; - a drive motor which is configured to provide the rotary drive movement; - a transmission device which is connected on the drive side to the drive motor and on the output side to the coupling device in order to transmit the rotary drive movement; and - an internal receptacle having - an internal motor opening extending through the drive motor and - an internal transmission opening extending through the transmission device , which transmission opening at least partially overlaps the internal motor opening in a direction of passage of the internal receptacle to form the internal receptacle , characterized in that the drive motor comprises an external rotor motor and the internal motor opening is formed through the external rotor motor. - an internal motor opening extending through the drive motor and - an internal transmission opening extending through the transmission device , which transmission opening at least partially overlaps the internal motor opening in a direction of passage of the internal receptacle to form the internal receptacle ,
A building transition between a first component of a building in the form of a window or door frame and a second component of a building in the form of a thermal insulation and with a plastering strip placed thereat, said plaster - ing strip comprising: a fixing portion by which the plastering strip is fastened to at least one component of the transition; and a plastering portion which is plastered into a plaster layer and/or is fix - edly connected to the thermal insulation; wherein the fixing portion and the plastering portion are formed as one common extrusion part or as separate extrusion parts; wherein the fixing portion and/or the plastering portion consist of a material, the main constituent of which is a renewable raw material; and wherein the plastering portion has a reinforcing fabric section attached thereto and plastered into a plaster layer; wherein the fixing portion has an adhesive strip and by way of the same is attached to the first component of the building; and/or wherein the plastering strip comprises an expansion strip with retarded expansion, which is designed such that - possibly after release of a confine - ment portion - expands towards one of the two building components and abuts the same. a fixing portion by which the plastering strip is fastened to at least one component of the transition; and a plastering portion which is plastered into a plaster layer and/or is fix - edly connected to the thermal insulation; wherein the fixing portion and the plastering portion are formed as one common extrusion part or as separate extrusion parts; wherein the fixing portion and/or the plastering portion consist of a material, the main constituent of which is a renewable raw material; and wherein the plastering portion has a reinforcing fabric section attached thereto and plastered into a plaster layer; wherein the fixing portion has an adhesive strip and by way of the same is attached to the first component of the building; and/or wherein the plastering strip comprises an expansion strip with retarded expansion, which is designed such that - possibly after release of a confine - ment portion - expands towards one of the two building components and abuts the same.
A vortex inhibitor for molten metal pouring from a discharge nozzle consisting of: a castable refractory body having a shape geometrically proportioned so that its center of gravity is below its center of buoyancy and toward the apex of the pyramidal shape, whereby the body is self-orienting in an apex downward position when supported in molten metal, wherein the body comprises a hemispherical body having a top , and apex , and a plurality of constant dimension grooves extending between the top and the apex and comprising: an internal cone that tapers from a top end to the apex , a plurality of projections including a first projection that projects outward from the internal cone and extends from the top end toward the apex , wherein the first projection includes a triangular configuration having a base aligned with the top end and a corner that opposes the base and extends toward the apex and wherein the internal cone and the plurality of projections comprise a hemispherical-shaped body ; and a plurality of grooves that extend from the top end toward the apex and that are positioned on two sides of the first projection, wherein the plurality of grooves intersect at the corner of the first projection. an internal cone that tapers from a top end to the apex , a plurality of projections including a first projection that projects outward from the internal cone and extends from the top end toward the apex , wherein the first projection includes a triangular configuration having a base aligned with the top end and a corner that opposes the base and extends toward the apex and wherein the internal cone and the plurality of projections comprise a hemispherical-shaped body ; and a plurality of grooves that extend from the top end toward the apex and that are positioned on two sides of the first projection, wherein the plurality of grooves intersect at the corner of the first projection.
A lighting device comprising a lighting unit comprising a plurality of light emitting diodes configured to emit light and a control unit configured to control the light emitted by the lighting unit , wherein the control unit is configured to change the intensity of the light emitted by the lighting unit at least from a high setting to a mid setting thereby decreasing the color temperature, and from said mid setting to a low setting thereby increasing the color temperature and/or vice versa, wherein the intensity of the high setting is greater than the intensity of the mid setting, wherein the intensity of the mid setting is greater than the intensity of the low setting, and wherein the low setting and the high setting each gives a higher color temperature of the light emitted by the lighting unit than the mid setting ; and - wherein the control unit is operable to simultaneously and gradually change the intensity and color temperature of the light emitted by the lighting unit between said three settings characterised in that - the color temperature of the low setting is greater than the color temperature of the high setting, and - the control unit is configured to stop decreasing and start increasing the color temperature of the light emitted by the lighting unit , while gradually changing the intensity, at a breakpoint lumen output of the lighting unit wherein the color temperature has a minimum. - wherein the control unit is operable to simultaneously and gradually change the intensity and color temperature of the light emitted by the lighting unit between said three settings - the color temperature of the low setting is greater than the color temperature of the high setting, and -