mhurhangee/ep-ind-claims huggingface dataset:
A device connection method for a Message Queuing Telemetry Transport, MQTT, broker, comprising: receiving, by the MQTT broker, one Single Packet Authentication, SDP, connection request from one MQTT publishing device, wherein the SDP connection request is used by the MQTT publishing device to establish a connection to one SDP gateway, wherein the SDP gateway is connected to a MQTT subscribing device; determining, by the MQTT broker, whether the SDP connection request is allowed, and if the SDP connection request is allowed, instructing, by the MQTT broker, the SDP gateway to wait to establish a connection to the MQTT publishing device; and returning, by the MQTT broker, address information of the SDP gateway to the MQTT publishing device, wherein the address information is used by the MQTT publishing device to establish a connection to the SDP gateway according to the address information of the SDP gateway, receiving, by the MQTT broker, data published by the MQTT publishing device, wherein the data published by the MQTT publishing device comprises identification information of the MQTT publishing device; and sending, by the MQTT broker to the SDP gateway, the received data published by the MQTT publishing device. receiving, by the MQTT broker, one Single Packet Authentication, SDP, connection request from one MQTT publishing device, wherein the SDP connection request is used by the MQTT publishing device to establish a connection to one SDP gateway, wherein the SDP gateway is connected to a MQTT subscribing device; determining, by the MQTT broker, whether the SDP connection request is allowed, and if the SDP connection request is allowed, instructing, by the MQTT broker, the SDP gateway to wait to establish a connection to the MQTT publishing device; and returning, by the MQTT broker, address information of the SDP gateway to the MQTT publishing device, wherein the address information is used by the MQTT publishing device to establish a connection to the SDP gateway according to the address information of the SDP gateway, receiving, by the MQTT broker, data published by the MQTT publishing device, wherein the data published by the MQTT publishing device comprises identification information of the MQTT publishing device; and sending, by the MQTT broker to the SDP gateway, the received data published by the MQTT publishing device.
A vitreous silica crucible for pulling single-crystal silicon comprising: an outer surface layer which is formed of a bubble-containing vitreous silica layer, and has an unmelted or half-melted silica layer on the outer surface, and a center line average roughness (Ra) of a surface of the unmelted or half-melted silica layer of 180 to 200 μm and a thickness of the unmelted or half-melted silica layer of 1,5 to 2,0 mm and an inner surface layer which is formed of a vitreous silica layer whose bubbles are invisible to the naked eye. an outer surface layer which is formed of a bubble-containing vitreous silica layer, and has an unmelted or half-melted silica layer on the outer surface, and a center line average roughness (Ra) of a surface of the unmelted or half-melted silica layer of 180 to 200 μm and a thickness of the unmelted or half-melted silica layer of 1,5 to 2,0 mm and an inner surface layer which is formed of a vitreous silica layer whose bubbles are invisible to the naked eye.
A walking movement device for producing a walking movement of a human being having two controlled foot guiding units, each comprising a foot plate for placing a foot thereon, the foot plates being alternately movable forward and backwards in opposite directions to simulate the walking movement, wherein a suspension unit is provided, on which the human being can be suspended for easing the weight, the foot plates each having a front and a rear partial area (15, 14), the rear partial area moving out of a common plane with respect to the front partial area during the controlled movement process of the foot plates in order to enable bending of the midfoot toe joint, characterized in that the front end of the rear partial area of the foot plate (101, 111) has two rollers, which unroll on two ramp lanes, which are composed of a rear horizontal section and a front linearly ascending section.
A medical article, comprising: a three-dimensional body formed of an implantable material, said three-dimensional body being wettable with a biocompatible liquid; said three-dimensional body being disruptable upon wetting with the biocompatible liquid so as to form a wetted, disrupted implant material; and said three-dimensional body defining one or more reservoirs for receiving and pooling the biocompatible liquid, wherein (i) said three-dimensional body defines at least one reservoir having an individual volume of at least 1 cc to about 50 cc; (ii) said one or more reservoirs each comprise an open upper end, sidewalls, and a bottom surface; and (iii) the volumetric ratio of said one or more reservoirs to said body is in the range of about 1:5 to 2:1. a three-dimensional body formed of an implantable material, said three-dimensional body being wettable with a biocompatible liquid; said three-dimensional body being disruptable upon wetting with the biocompatible liquid so as to form a wetted, disrupted implant material; and said three-dimensional body defining one or more reservoirs for receiving and pooling the biocompatible liquid, wherein (i) said three-dimensional body defines at least one reservoir having an individual volume of at least 1 cc to about 50 cc; (ii) said one or more reservoirs each comprise an open upper end, sidewalls, and a bottom surface; and (iii) the volumetric ratio of said one or more reservoirs to said body is in the range of about 1:5 to 2:1. (ii) said one or more reservoirs each comprise an open upper end, sidewalls, and a bottom surface; and (iii) the volumetric ratio of said one or more reservoirs to said body is in the range of about 1:5 to 2:1.
Compressor assembly for a compressed-air feed of a compressed-air supply system, for operating a pneumatic system, having: - a compressor having at least one cylinder (170, 171) and at least one connecting rod (140, 141) in a connecting-rod plane (P, P1, P2), wherein the at least one connecting rod further has a compressor piston (150, 151) and at least one connecting-rod bearing (160, 161), - a drive having an axis of rotation and a drive shaft, and also a housing, wherein the drive shaft is mounted in at least one drive shaft bearing and has a connecting-rod-side end and a connecting-rod-remote end, and - the drive shaft has a connecting-rod-receiving portion which is arranged eccentrically to the axis of rotation of the drive at the connecting-rod-side end, characterized in that - the at least one drive shaft bearing and the at least one connecting-rod bearing (160, 161) are arranged in such a way that the at least one drive shaft bearing is situated at least partially within the at least one connecting-rod bearing (160, 161) in the radial direction. - a compressor having at least one cylinder (170, 171) and at least one connecting rod (140, 141) in a connecting-rod plane (P, P1, P2), wherein the at least one connecting rod further has a compressor piston (150, 151) and at least one connecting-rod bearing (160, 161), - a drive having an axis of rotation and a drive shaft, and also a housing, wherein the drive shaft is mounted in at least one drive shaft bearing and has a connecting-rod-side end and a connecting-rod-remote end, and - the drive shaft has a connecting-rod-receiving portion which is arranged eccentrically to the axis of rotation of the drive at the connecting-rod-side end, characterized in that - the at least one drive shaft bearing and the at least one connecting-rod bearing (160, 161) are arranged in such a way that the at least one drive shaft bearing is situated at least partially within the at least one connecting-rod bearing (160, 161) in the radial direction.
Pumping method in a pumping system (SP, SPP) comprising: - a primary lubricated rotary vane vacuum pump with a gas inlet port connected to a vacuum chamber and a gas outlet port leading into a conduit before coming out into the gas outlet of the pumping system (SP, SPP), - a non-return valve positioned in the conduit between the gas outlet port and the gas outlet, and - an ejector connected in parallel to the non-return valve, - a compressor, the method being characterized in that the compressor is driven by the primary lubricated rotary vane vacuum pump; the primary lubricated rotary vane vacuum pump is started in order to pump the gases contained in the vacuum chamber through the gas outlet port; simultaneously the ejector is fed with working fluid by the compressor; and the ejector continues to be fed with working fluid all the while that the primary lubricated rotary vane vacuum pump is powered by an energy source and evacuates the vacuum chamber. - a primary lubricated rotary vane vacuum pump with a gas inlet port connected to a vacuum chamber and a gas outlet port leading into a conduit before coming out into the gas outlet of the pumping system (SP, SPP), - a non-return valve positioned in the conduit between the gas outlet port and the gas outlet, and - an ejector connected in parallel to the non-return valve, - a compressor,
A static mixer for processing food comprising: a plurality of wall elements, the wall elements being shaped and configured such that they define an internal passage, when placed in a side-by-side arrangement, said passage defining an inlet, an outlet and a flow path extending from the inlet, downstream towards the outlet; and a plurality of mixer elements, each attachable to the inside of one of the walling elements to protrude into the passage, each mixer element defining at least one leading surface facing towards the inlet of the passage and at least one trailing surface facing towards the outlet of the passage, each of the leading and trailing surfaces having a root where it meets the inside of the wall element to which it is attached and an apex, opposite from its root; wherein the leading surface and the trailing surface intersect and are oriented at an angle greater than zero degrees relative to each other; characterised in that each apex is spaced from adjacent mixer elements and from adjacent wall elements. a plurality of wall elements, the wall elements being shaped and configured such that they define an internal passage, when placed in a side-by-side arrangement, said passage defining an inlet, an outlet and a flow path extending from the inlet, downstream towards the outlet; and a plurality of mixer elements, each attachable to the inside of one of the walling elements to protrude into the passage, each mixer element defining at least one leading surface facing towards the inlet of the passage and at least one trailing surface facing towards the outlet of the passage, each of the leading and trailing surfaces having a root where it meets the inside of the wall element to which it is attached and an apex, opposite from its root; wherein the leading surface and the trailing surface intersect and are oriented at an angle greater than zero degrees relative to each other; characterised in that each apex is spaced from adjacent mixer elements and from adjacent wall elements.
A system configured for performing a total knee arthroplasty in a patient, the system comprising: a femoral mechanical axis finder configured for locating a mechanical axis of a femur, the femoral mechanical axis finder comprising a first guide for positioning a first pin in the femur and a second guide for positioning a second pin in the femur; a tibial mechanical axis finder configured for locating a mechanical axis of a tibia, the tibial mechanical axis finder comprising a third guide for positioning a third pin in the tibia and a fourth guide for positioning a fourth pin in the tibia; a femoral sizer; a femoral cutting block alignment jig comprising at least two apertures for engagement with the first and second pins; a femoral cutting block engageable with the femoral cutting block alignment jig and configured to correlate with at least one measurement providable by the femoral sizer, the femoral cutting block comprising at least one femoral cutting guide; a tibial cutting jig comprising at least two apertures for engagement with the third and fourth pins; and a tibial cutting block comprising at least one tibial cutting guide, wherein the tibial cutting block is attachable to the femoral cutting block with a connector member for alignment of the femoral cutting block relative to the tibial cutting block. a femoral mechanical axis finder configured for locating a mechanical axis of a femur, the femoral mechanical axis finder comprising a first guide for positioning a first pin in the femur and a second guide for positioning a second pin in the femur; a tibial mechanical axis finder configured for locating a mechanical axis of a tibia, the tibial mechanical axis finder comprising a third guide for positioning a third pin in the tibia and a fourth guide for positioning a fourth pin in the tibia; a femoral sizer; a femoral cutting block alignment jig comprising at least two apertures for engagement with the first and second pins; a femoral cutting block engageable with the femoral cutting block alignment jig and configured to correlate with at least one measurement providable by the femoral sizer, the femoral cutting block comprising at least one femoral cutting guide; a tibial cutting jig comprising at least two apertures for engagement with the third and fourth pins; and a tibial cutting block comprising at least one tibial cutting guide, wherein the tibial cutting block is attachable to the femoral cutting block with a connector member for alignment of the femoral cutting block relative to the tibial cutting block.
Metering pump comprising a displacement element, a drive system with an electric drive motor driving said displacement element and a control device controlling said electric drive motor, wherein said control device is designed in such a manner that it detects the current position of the displacement element, detects the torque of the electric drive motor or the drive force acting on said displacement element at several positions of the displacement element and monitors the torque or force in relation to the position of the displacement element, characterized in that said control device is designed in such a manner that it detects the current friction torque (M friction) of the entire drive by measuring the torque of the electric drive motor when the displacement element is in a dead-centre position, and that the control device derives the current pressure (p) acting on the displacement element from the detected torque of the drive motor in consideration of the friction of the drive. said control device is designed in such a manner that it detects the current position of the displacement element, detects the torque of the electric drive motor or the drive force acting on said displacement element at several positions of the displacement element and monitors the torque or force in relation to the position of the displacement element, characterized in that said control device is designed in such a manner that it detects the current friction torque (M friction) of the entire drive by measuring the torque of the electric drive motor when the displacement element is in a dead-centre position, and that the control device derives the current pressure (p) acting on the displacement element from the detected torque of the drive motor in consideration of the friction of the drive.
A child seat comprising: a seat portion on which a child sits; a webbing placed on the body of the child sitting on the seat portion; a tongue provided at the distal end of the webbing; a crotch belt, the proximal end of which is connected to the front center of the seat portion; a buckle that is provided at the distal end of the crotch belt and to which the tongue is latched; and a cover that covers the crotch belt, wherein the cover is configured to make the crotch belt free-standing in a position inclined toward the front of the child seat when the tongue is not latched to the buckle and to permit the crotch belt to lean toward the back of the child seat owing to the tension from the webbing when the tongue is latched to the buckle, characterized in that the cover is a tube having a vertical hole through which the crotch belt is passed, and the lower end face of the cover is an inclined surface that is inclined upward toward the front of the child seat with respect to the axial direction of the tube. a seat portion on which a child sits; a webbing placed on the body of the child sitting on the seat portion; a tongue provided at the distal end of the webbing; a crotch belt, the proximal end of which is connected to the front center of the seat portion; a buckle that is provided at the distal end of the crotch belt and to which the tongue is latched; and a cover that covers the crotch belt, wherein the cover is configured to make the crotch belt free-standing in a position inclined toward the front of the child seat when the tongue is not latched to the buckle and to permit the crotch belt to lean toward the back of the child seat owing to the tension from the webbing when the tongue is latched to the buckle, characterized in that the cover is a tube having a vertical hole through which the crotch belt is passed, and the lower end face of the cover is an inclined surface that is inclined upward toward the front of the child seat with respect to the axial direction of the tube.
A method performed by an Access and Mobility Management Function, AMF for handling handover, the method comprising: receiving (301, 303, 402, 501, 701) one of: a handover required message and a first request message, wherein the handover required message is received from a Source-Radio Access Network, S-RAN, and the first request message is received from another AMF in response to the handover required message transmitted by the S-RAN; sending (306, 403, 502, 703) to a Session Management Function, SMF, a set of one or more first Protocol Data Unit, PDU, request messages; activating (306, 403, 504, 704) a timer; determining (308, 405, 506, 508, 705) whether at least one of the following is true: a certain amount of time has elapsed since the timer was activated and the AMF has received a first PDU response message for each one of the first PDU request messages sent to the SMF; and transmitting (314, 409, 509, 706) a handover request message to a Target-Radio Access Network, T-RAN, as a result of determining that at least one of the conditions is true. receiving (301, 303, 402, 501, 701) one of: a handover required message and a first request message, wherein the handover required message is received from a Source-Radio Access Network, S-RAN, and the first request message is received from another AMF in response to the handover required message transmitted by the S-RAN; sending (306, 403, 502, 703) to a Session Management Function, SMF, a set of one or more first Protocol Data Unit, PDU, request messages; activating (306, 403, 504, 704) a timer; determining (308, 405, 506, 508, 705) whether at least one of the following is true: a certain amount of time has elapsed since the timer was activated and the AMF has received a first PDU response message for each one of the first PDU request messages sent to the SMF; and transmitting (314, 409, 509, 706) a handover request message to a Target-Radio Access Network, T-RAN, as a result of determining that at least one of the conditions is true.
A device, comprising: a printed circuit board assembly including: a printed circuit board; and one or more electronic components disposed on the printed circuit board; and a nanofilm disposed on the printed circuit board assembly, the nanofilm including: an inner coating in contact with the printed circuit board assembly, the inner coating including metal oxide particles; and an outer coating in contact with the inner coating, the outer coating including silicon dioxide particles, characterized in that the metal oxide particles in the inner coating are nanoparticles having a particle diameter in a range of 5 nm to 100 nm, the silicon dioxide particles in the outer coating are nanoparticles having a particle diameter in a range of 0.1 nm to 10 nm, and the nanoparticles of the inner coating and the outer coating are covalently bonded. a printed circuit board assembly including: a printed circuit board; and one or more electronic components disposed on the printed circuit board; and a printed circuit board; and one or more electronic components disposed on the printed circuit board; and a nanofilm disposed on the printed circuit board assembly, the nanofilm including: an inner coating in contact with the printed circuit board assembly, the inner coating including metal oxide particles; and an outer coating in contact with the inner coating, the outer coating including silicon dioxide particles, an inner coating in contact with the printed circuit board assembly, the inner coating including metal oxide particles; and an outer coating in contact with the inner coating, the outer coating including silicon dioxide particles, characterized in that the metal oxide particles in the inner coating are nanoparticles having a particle diameter in a range of 5 nm to 100 nm, the silicon dioxide particles in the outer coating are nanoparticles having a particle diameter in a range of 0.1 nm to 10 nm, and the nanoparticles of the inner coating and the outer coating are covalently bonded.
A tether tensioner comprising: a handle assembly including: a stationary member; a trigger pivotably coupled to the stationary member; and a spool rotatably supported on the stationary member, the spool configured to wrap a tether thereabout, the spool operatively coupled with the trigger such that pivoting of the trigger relative to the stationary member causes rotation of the spool; an elongate member extending distally from the handle assembly, the elongate member including a tether receiving channel configured to slidably receive a tether therethrough; and an engaging portion configured to receive a head portion of a bone screw such that a tether extends from the head portion disposed in the engaging portion to the spool through the channel of the elongate member. a handle assembly including: a stationary member; a trigger pivotably coupled to the stationary member; and a spool rotatably supported on the stationary member, the spool a stationary member; a trigger pivotably coupled to the stationary member; and a spool rotatably supported on the stationary member, the spool configured to wrap a tether thereabout, the spool operatively coupled with the trigger such that pivoting of the trigger relative to the stationary member causes rotation of the spool; an elongate member extending distally from the handle assembly, the elongate member including a tether receiving channel configured to slidably receive a tether therethrough; and an engaging portion configured to receive a head portion of a bone screw such that a tether extends from the head portion disposed in the engaging portion to the spool through the channel of the elongate member.
A work vehicle including a work machine with a bucket, wherein said work machine is configured to freely raise/lower and rotate the bucket, wherein the work vehicle comprises a display disposed near an operator seat, wherein the display includes an image for displaying a graph (G1, G2) that indicates a vertical position information synchronized with an upward/downward movement of the bucket, characterized in that the whole length of the graph is equally divided into ten with respect to the movable range of the bucket in the vertical direction.