mhurhangee/patent-ind-claim-en huggingface dataset:
A holder coupling for a motor vehicle for mounting a load carrier unit on the motor vehicle , comprising a holder arm , which can be mounted with a first end by means of a holder arm carrier on a motor vehicle body and which, at an arm portion adjoining a second end , is provided with a load carrier receptacle precluding trailer operation, wherein the holder arm has a first holder arm portion, which extends away from the holder arm carrier , opposite the direction of travel, and which transitions into a second arm portion which is curved relative to the first arm portion and which is adjoined by a third arm portion , which, in a carrying position, runs with its centre axis approximately parallel to a vertical direction and which is provided with the load carrier receptacle , wherein the load carrier receptacle has a non-spherically shaped orientation region on the third arm portion in the vicinity of the second end of the holder arm, characterised in that positioning bodies are arranged on mutually opposed sides on the holder arm on a side of the orientation region opposite the second end , the positioning bodies extending transversely to and away from the respective arm portion carrying them and the positioning bodies carrying positioning faces running peripherally transversely to an outer face of the holder arm .
A gate drive circuit for a wide band gap (WBG) power device in the form of an insulated gate bipolar transistor (IGBT), comprising: a buffer coupled via a first current path to a gate (g2) of the IGBT , the buffer capable of being supplied with a turn-on command and a turn-off command, the buffer supplying a first current (ig1) via the first current path to the gate of the IGBT upon being supplied with the turn-on command and stopping supply of the first current upon being supplied with the turn-off command; a di/dt sensing network receiving a feedback control signal (E2) representative of a voltage measurement across a parasitic inductance (Lee) that exists between a Kelvin emitter and a power emitter of the IGBT ; a turn-on circuit portion that, upon the buffer being supplied with the turn-on command and the di/dt sensing network receiving a feedback control signal representative of zero volts measured across the parasitic inductance, supplies a second current (ig2) via a second current path to the gate of the IGBT in addition to the first current supplied by the buffer; and a turn-off circuit portion, upon the buffer receiving the turn-off command and the di/dt sensing network receiving a feedback control signal representative of zero volts measured across the parasitic inductance, discharges a gate capacitance of the IGBT through both the first current path and a third current path (ig3). a buffer coupled via a first current path to a gate (g2) of the IGBT , the buffer capable of being supplied with a turn-on command and a turn-off command, the buffer supplying a first current (ig1) via the first current path to the gate of the IGBT upon being supplied with the turn-on command and stopping supply of the first current upon being supplied with the turn-off command; a di/dt sensing network receiving a feedback control signal (E2) representative of a voltage measurement across a parasitic inductance (Lee) that exists between a Kelvin emitter and a power emitter of the IGBT ; a turn-on circuit portion that, upon the buffer being supplied with the turn-on command and the di/dt sensing network receiving a feedback control signal representative of zero volts measured across the parasitic inductance, supplies a second current (ig2) via a second current path to the gate of the IGBT in addition to the first current supplied by the buffer; and a turn-off circuit portion, upon the buffer receiving the turn-off command and the di/dt sensing network receiving a feedback control signal representative of zero volts measured across the parasitic inductance, discharges a gate capacitance of the IGBT through both the first current path and a third current path (ig3).
A multi-layered prosthetic element comprising a central body (1; 1') of a truncated conical shape and having a through axial cavity (2; 2') open at both ends which gives the central body (1; 1') a ring-shaped cross-section, wherein said central body comprises an outer portion (110; 110'), made of trabecular metal material, an inner portion (130; 130'), made of trabecular metal material, and an intermediate portion (120; 120') made of metal material with no appreciable porosity, wherein the outer portion (110; 110') and the inner portion (130; 130') are integrally connected to the intermediate portion (120; 120'), wherein said intermediate portion (120; 120') is configured to mechanically resist to stresses transmitted to the inner portion (130; 130') on one side and to the outer portion (110; 110') on the other side, characterised in that said outer portion (110; 110'), inner portion and intermediate portion all have a ring-shaped cross-section, are coaxially arranged and are radially overlapping from a distal edge to a proximal edge of the central body (1; 1').
Apparatus for generating electromagnetic radiation comprising a pump laser so adapted that in operation of the apparatus it generates electromagnetic continuous-wave pump radiation , an optical parametric oscillator having a non-linear optical crystal , wherein the optical parametric oscillator is arranged in a beam path of the pump radiation , and wherein the optical parametric oscillator is so adapted that in operation of the apparatus it generates signal radiation and idler radiation from the pump radiation , and a non-linear optical device having a non-linear optical crystal , wherein the non-linear optical device is arranged at least in a beam path of the signal radiation or idler radiation , wherein the non-linear optical device is so adapted that in operation of the apparatus it generates from the signal radiation or idler radiation electromagnetic radiation at a frequency greater than a frequency of the signal radiation or idler radiation , characterised in that the non-linear optical crystal of the non-linear optical device is arranged in a furnace which is so designed that in operation of the apparatus it heats the crystal in such a way that the crystal has a temperature gradient in the beam direction of the signal radiation or idler radiation , and the apparatus has a control means which is connected to the furnace and is connected to a temperature sensor, wherein the temperature sensor is so arranged and adapted that in operation of the apparatus it detects a temperature of the crystal of the optical parametric oscillator and wherein the control means is so adapted that it controls the temperature gradient of the crystal of the non-linear optical device in dependence on the temperature of the crystal of the optical parametric oscillator .
A processing machine with at least one machining unit , comprising at least one embossing cylinder and at least one counter-embossing cylinder , wherein at least the counter-embossing cylinder has at least one cylinder channel , wherein a surface of a cylinder barrel is reduced by the at least one recess of the cylinder channel compared to a full cylinder, wherein the at least one cylinder channel cylinder canal has a leading edge and a trailing edge , characterized in that at least one start element is arranged connecting directly at the trailing edge of the cylinder channel and that the at least one start element is arranged expanding a surface of the cylinder barrel of the at least one counter-embossing cylinder in a provided direction of rotation above the trailing edge of the cylinder channel .
An agricultural machine , having at least one, in particular height-adjustable, chain drive (1, 11, 11', 11", 10, 100) with chain links , wherein the chain links are bevelled at least in portions and/or designed to be flexible at least in portions, characterized in that the chain links have lateral end portions that are bevelled and rounded and/or the chain drive (1, 11', 11", 11", 10, 100) has a conical barrel roller .
A method for capturing a feature on a free flying client spacecraft , comprising: manoeuvering a capture mechanism mounted on a servicer spacecraft into proximity to the feature on the free flying client spacecraft the capture mechanism including a quick grasp mechanism located in a housing and a rigidisation mechanism; actuating opposed grasping jaws on said quick grasp mechanism to be sprung closed when the feature is within range of being grasped by the opposed grasping jaws with the opposed grasping jaws to be sprung quickly and sufficiently shut such that the feature cannot escape from said opposed grasping jaws thus achieving soft capture of the feature ; and upon soft capture of the feature , actuating said rigidisation mechanism, independent of the quick grasp mechanism, said rigidisation mechanism being configured to, upon completion of the soft capture of the feature , draw the quick grasp mechanism and the soft captured feature towards said housing until said soft captured feature abuts against a rigidisation surface connected to said housing to rigidise the captured feature and free flying client spacecraft relative to said housing . manoeuvering a capture mechanism mounted on a servicer spacecraft into proximity to the feature on the free flying client spacecraft the capture mechanism including a quick grasp mechanism located in a housing and a rigidisation mechanism; actuating opposed grasping jaws on said quick grasp mechanism to be sprung closed when the feature is within range of being grasped by the opposed grasping jaws with the opposed grasping jaws to be sprung quickly and sufficiently shut such that the feature cannot escape from said opposed grasping jaws thus achieving soft capture of the feature ; and upon soft capture of the feature , actuating said rigidisation mechanism, independent of the quick grasp mechanism, said rigidisation mechanism being configured to, upon completion of the soft capture of the feature , draw the quick grasp mechanism and the soft captured feature towards said housing until said soft captured feature abuts against a rigidisation surface connected to said housing to rigidise the captured feature and free flying client spacecraft relative to said housing .
A measurement arrangement for determining the rotational position, rotational speed and/or rotational direction of a shaft , in particular of an electric motor of an electromotively adjustable device of a vehicle, comprising: - at least one first electrode and at least one second electrode constituting in each case capacitor elements, wherein an electrical voltage may be applied to the electrodes such that the electrodes generate an electrical field (EF); - a rotatable shaft with a measurement portion having an eccentricity, wherein the measurement portion is arranged relative to the electrodes such that a rotation of the shaft causes the electrical field (EF) to change; wherein the shaft axis is arranged perpendicular to an electrode plane (PE), in which the electrodes are arranged; - an evaluation unit conductively connected to an electrode and designed to detect a change of the electrical field (EF) capacitively. - at least one first electrode and at least one second electrode constituting in each case capacitor elements, wherein an electrical voltage may be applied to the electrodes such that the electrodes generate an electrical field (EF); - a rotatable shaft with a measurement portion having an eccentricity, wherein the measurement portion is arranged relative to the electrodes such that a rotation of the shaft causes the electrical field (EF) to change; wherein the shaft axis is arranged perpendicular to an electrode plane (PE), in which the electrodes are arranged; wherein the measurement portion is arranged relative to the electrodes such that a rotation of the shaft causes the electrical field (EF) to change; wherein the shaft axis is arranged perpendicular to an electrode plane (PE), in which the electrodes are arranged; - an evaluation unit conductively connected to an electrode and designed to detect a change of the electrical field (EF) capacitively.
A partition for sealing and/or supporting a cavity, comprising a carrier and an expansion material arranged on the carrier , which expansion material can be transferred from an initial state to an expanded state by means of activation, the carrier comprising at least one compensation element , which provides variability of an effective sealing surface of the carrier , such that a change in the effective sealing surface of the carrier can be brought about by means of a force acting on the carrier a limiting element being provided, by means of which a movement of at least one portion of the carrier which accompanies the change in the effective sealing surface is limited, characterized in that the limiting element comprises an abutment edge which is designed to absorb shocks.
A mobile terminal, comprising: a front shell, a back shell, opposite to the front shell; a first screen , mounted on the front shell; characterized by further comprising: a frame , comprising a pair of spaced and parallel external walls engaged with the front shell and the back shell; wherein each of the external walls has a top lower than tops of the front shell and the back shell; the tops respectively of the external walls , the front shell and the back shell cooperatively define a receiving groove ; a sliding device , received in the receiving groove and configured to move with respect to the first screen, between a first position at which the sliding device extends out of the receiving groove and a second position at which the sliding device retracts into the receiving groove ; and a first camera , arranged on the sliding device ; wherein when the sliding device is at the first position, the first camera is exposed out of the receiving groove ; when the sliding device is at the second position, the first camera is received in the receiving groove and covered by the first screen . a front shell, a back shell, opposite to the front shell; a first screen , mounted on the front shell; characterized by further comprising: a frame , comprising a pair of spaced and parallel external walls engaged with the front shell and the back shell; wherein each of the external walls has a top lower than tops of the front shell and the back shell; the tops respectively of the external walls , the front shell and the back shell cooperatively define a receiving groove ; a sliding device , received in the receiving groove and configured to move with respect to the first screen, between a first position at which the sliding device extends out of the receiving groove and a second position at which the sliding device retracts into the receiving groove ; and a first camera , arranged on the sliding device ; wherein when the sliding device is at the first position, the first camera is exposed out of the receiving groove ; when the sliding device is at the second position, the first camera is received in the receiving groove and covered by the first screen . a frame , comprising a pair of spaced and parallel external walls engaged with the front shell and the back shell; wherein each of the external walls has a top lower than tops of the front shell and the back shell; the tops respectively of the external walls , the front shell and the back shell cooperatively define a receiving groove ; a sliding device , received in the receiving groove and configured to move with respect to the first screen, between a first position at which the sliding device extends out of the receiving groove and a second position at which the sliding device retracts into the receiving groove ; and a first camera , arranged on the sliding device ; wherein when the sliding device is at the first position, the first camera is exposed out of the receiving groove ; when the sliding device is at the second position, the first camera is received in the receiving groove and covered by the first screen .
An inversion maintenance device for dental handpieces wherein the inversion maintenance device is adapted to clean, disinfect, and maintain at least one dental handpiece , and the inversion maintenance device comprises: a case forming an inversion space ; an inverting mechanism having an inverting base pivotally mounted in the inversion space of the case ; and multiple adapting modules mounted on the inverting base ; each of the adapting modules having an adapting port facing upward; the inverting base being capable of inverting to make the adapting port of the adapting modules face downward and to cover the inversion space ; each of the at least one dental handpiece adapted to be mounted on one of the adapting modules ; and a control system mounted on the case and having a control module ; and an operation input terminal connected to the control module via signals and being capable of controlling the control module to inject a working fluid with pressure into the at least one dental handpiece via the adapting module to clean, disinfect, and maintain the at least one dental handpiece . a case forming an inversion space ; an inverting mechanism having an inverting base pivotally mounted in the inversion space of the case ; and multiple adapting modules mounted on the inverting base ; each of the adapting modules having an adapting port facing upward; the inverting base being capable of inverting to make the adapting port of the adapting modules face downward and to cover the inversion space ; each of the at least one dental handpiece adapted to be mounted on one of the adapting modules ; and an inverting base pivotally mounted in the inversion space of the case ; and multiple adapting modules mounted on the inverting base ; each of the adapting modules having an adapting port facing upward; the inverting base being capable of inverting to make the adapting port of the adapting modules face downward and to cover the inversion space ; each of the at least one dental handpiece adapted to be mounted on one of the adapting modules ; and a control system mounted on the case and having a control module ; and an operation input terminal connected to the control module via signals and being capable of controlling the control module to inject a working fluid with pressure into the at least one dental handpiece via the adapting module to clean, disinfect, and maintain the at least one dental handpiece . a control module ; and an operation input terminal connected to the control module via signals and being capable of controlling the control module to inject a working fluid with pressure into the at least one dental handpiece via the adapting module to clean, disinfect, and maintain the at least one dental handpiece .
A method of testing an unbonded flexible pipe having a length and a longitudinal axis and comprising, from the inside and out, an internal armour layer , an internal pressure sheath , at least one external armour layer and an outer sheath , said pipe comprising at least one thermal sensor connected to a monitoring system and at least one of the armour layers is a metallic and electrically conductive armour layer, said method comprises: - connecting the metallic armour layer to an electric power source - sending an electric current through the metallic armour layer - measuring the temperature in the flexible pipe by using the thermal sensor , characterized in that the method further comprises processing the results in the monitoring system to obtain a temperature profile for the pipe; and - comparing the obtained temperature profile date- to a reference temperature profile and determining if the flexible pipe meets a set of predetermined required specifications. - connecting the metallic armour layer to an electric power source - sending an electric current through the metallic armour layer - measuring the temperature in the flexible pipe by using the thermal sensor , characterized in that the method further comprises processing the results in the monitoring system to obtain a temperature profile for the pipe; and - comparing the obtained temperature profile date- to a reference temperature profile and determining if the flexible pipe meets a set of predetermined required specifications.
A composition comprising component (A) described below, component (B) described below, and component (C) described below: component (A): at least one type of melamine salt selected from the group consisting of melamine orthophosphate, melamine pyrophosphate, and melamine polyphosphate; component (B): at least one type of piperazine salt selected from the group consisting of piperazine orthophosphate, piperazine pyrophosphate, and piperazine polyphosphate; and component (C): cyanuric acid or zinc cyanurate; wherein the contents of component (A) and component (B) when the total amount of component (A) and component (B) is 100 parts by mass are 10 to 50 parts by mass of component (A) and 90 to 50 parts by mass of component (B); and wherein the content of the component (C) is 0.1 to 50 parts by mass with respect to 100 parts by mass in total of the component (A) and the component (B). component (A): at least one type of melamine salt selected from the group consisting of melamine orthophosphate, melamine pyrophosphate, and melamine polyphosphate; component (B): at least one type of piperazine salt selected from the group consisting of piperazine orthophosphate, piperazine pyrophosphate, and piperazine polyphosphate; and component (C): cyanuric acid or zinc cyanurate; wherein the contents of component (A) and component (B) when the total amount of component (A) and component (B) is 100 parts by mass are 10 to 50 parts by mass of component (A) and 90 to 50 parts by mass of component (B); and wherein the content of the component (C) is 0.1 to 50 parts by mass with respect to 100 parts by mass in total of the component (A) and the component (B).