mhurhangee/ep-ind-claims huggingface dataset:
A gripping device for gripping a work comprising: a gripping unit for gripping the work; a controller for controlling the gripping operation of the gripping unit; and multiple contact sections attached to the gripping unit at contact points with the work, each of the contact sections being deformable following the outer shape of the work and being able to maintain the deformed shape, wherein the gripping operation of the gripping unit makes the contact sections pressed to the work and deformed along the outer shape of the work, and the gripping unit grips the work where the deformed shape of the contact section is maintained, the gripping device being characterized in that the controller changes the contact points of the contact sections with the work after a predetermined number of works have been gripped by the gripping device. a gripping unit for gripping the work; a controller for controlling the gripping operation of the gripping unit; and multiple contact sections attached to the gripping unit at contact points with the work, each of the contact sections being deformable following the outer shape of the work and being able to maintain the deformed shape, wherein the gripping operation of the gripping unit makes the contact sections pressed to the work and deformed along the outer shape of the work, and the gripping unit grips the work where the deformed shape of the contact section is maintained, the gripping device being characterized in that the controller changes the contact points of the contact sections with the work after a predetermined number of works have been gripped by the gripping device.
A steer-by-wire steering system for a vehicle, comprising: an operating device including a steering operating member operable by a driver, a counterforce applying mechanism configured to apply, to the steering operating member, an operation counterforce by a counterforce motor, and an operating controller configured to control the operation counterforce; a steering device including a steering actuator configured to steer a wheel by a steering motor and a steering controller configured to control an amount of steering of the wheel by the steering actuator; and a communication line communicably connecting the operating controller and the steering controller, wherein the steering controller is configured to: determine a status code based on a status of the steering device; and transmit the status code to the operating controller via the communication line; wherein the operating controller is configured to change a magnitude of the operation counterforce in accordance with the status code received by the operating controller; and wherein the status code is classified in accordance with phenomena that occur in the steering device, characterized in that the phenomena include an overheating phenomenon of the steering motor, a low-voltage phenomenon in which a voltage applied from a drive source to a drive circuit for the steering motor is dropped, and an obstacle-existing phenomenon in which the steering of the wheel is obstructed by an obstacle such as a ditch or a curb. an operating device including a steering operating member operable by a driver, a counterforce applying mechanism configured to apply, to the steering operating member, an operation counterforce by a counterforce motor, and an operating controller configured to control the operation counterforce; a steering device including a steering actuator configured to steer a wheel by a steering motor and a steering controller configured to control an amount of steering of the wheel by the steering actuator; and a communication line communicably connecting the operating controller and the steering controller, wherein the steering controller is configured to: determine a status code based on a status of the steering device; and transmit the status code to the operating controller via the communication line; determine a status code based on a status of the steering device; and transmit the status code to the operating controller via the communication line; wherein the operating controller is configured to change a magnitude of the operation counterforce in accordance with the status code received by the operating controller; and wherein the status code is classified in accordance with phenomena that occur in the steering device, characterized in that the phenomena include an overheating phenomenon of the steering motor, a low-voltage phenomenon in which a voltage applied from a drive source to a drive circuit for the steering motor is dropped, and an obstacle-existing phenomenon in which the steering of the wheel is obstructed by an obstacle such as a ditch or a curb.
A thermoplastic vulcanizate comprising a plastic phase and a rubber phase, wherein a) the plastic phase comprises from about 25 parts to about 95 parts by weight, based on 100 parts by weight of the plastic and rubber phases, of a thermoplastic polyurethane with the hard segments having a melting point of about 130°C to about 240°C; and b) the rubber phase comprises from about 75 parts to about 5 parts, by weight based on 100 parts by weight of the plastic and rubber phases, of the rubber which is a carboxylic acid cure site and/or chlorine cure site functional acrylate rubber, or an anhydride cure site functional acrylate rubber; and c) crosslinks between reactive groups in the acrylate rubber. a) the plastic phase comprises from about 25 parts to about 95 parts by weight, based on 100 parts by weight of the plastic and rubber phases, of a thermoplastic polyurethane with the hard segments having a melting point of about 130°C to about 240°C; and b) the rubber phase comprises from about 75 parts to about 5 parts, by weight based on 100 parts by weight of the plastic and rubber phases, of the rubber which is a carboxylic acid cure site and/or chlorine cure site functional acrylate rubber, or an anhydride cure site functional acrylate rubber; and c) crosslinks between reactive groups in the acrylate rubber.
A high-frequency sonar antenna comprising at least one set of ceramic piezoelectric pads disposed on a rear plate, said pads being grouped together to form independent sensors, the space between the pads being filled with an epoxy matrix, characterised in that it comprises interposed strips integrated in the matrix, said interposed strips being made of a material having high acoustic decoupling and producing partitions between the various sensors.
A refrigerator for a vehicle, comprising: a compartment; a machine room provided at a side of the compartment; a compressor provided in the machine room to compress a refrigerant; a condenser provided in the machine room to condense the refrigerant; an evaporator provided in the compartment to evaporate the refrigerant and thereby to cool the compartment; a machine room cover covering an inner space of the machine room; and a controller mounted on the machine room cover; characterized in that: the compartment is provided with a vacuum adiabatic wall for insulation; and the controller is provided on a stepped portion of the machine room cover. a compartment; a machine room provided at a side of the compartment; a compressor provided in the machine room to compress a refrigerant; a condenser provided in the machine room to condense the refrigerant; an evaporator provided in the compartment to evaporate the refrigerant and thereby to cool the compartment; a machine room cover covering an inner space of the machine room; and a controller mounted on the machine room cover; characterized in that: the compartment is provided with a vacuum adiabatic wall for insulation; and the controller is provided on a stepped portion of the machine room cover. the compartment is provided with a vacuum adiabatic wall for insulation; and the controller is provided on a stepped portion of the machine room cover.
An aerosol generating article (2, 300, 400) comprising: a front-end filter segment arranged at an upstream end of the aerosol generating article (2,300,400) and which is to be inserted into an aerosol generating device; a rear-end filter segment (323, 423) arranged at a downstream end of the aerosol generating article (2,300,400) and which is to contact a mouth of a user; and a tobacco rod (310, 410) arranged between the front-end filter segment and the rear-end filter segment (323, 423), wherein the front-end filter segment comprises: at least one channel extending from the upstream end toward the downstream end of the front end filter segment; and a filter structure configured to prevent liquefied aerosol from flowing into the aerosol generating device, and wherein the front-end filter segment has suction resistance corresponding to a ratio between a cross-sectional area of the at least one channel and a cross-sectional area of the filter structure. a front-end filter segment arranged at an upstream end of the aerosol generating article (2,300,400) and which is to be inserted into an aerosol generating device; a rear-end filter segment (323, 423) arranged at a downstream end of the aerosol generating article (2,300,400) and which is to contact a mouth of a user; and a tobacco rod (310, 410) arranged between the front-end filter segment and the rear-end filter segment (323, 423), wherein the front-end filter segment comprises: at least one channel extending from the upstream end toward the downstream end of the front end filter segment; and a filter structure configured to prevent liquefied aerosol from flowing into the aerosol generating device, and wherein the front-end filter segment has suction resistance corresponding to a ratio between a cross-sectional area of the at least one channel and a cross-sectional area of the filter structure. at least one channel extending from the upstream end toward the downstream end of the front end filter segment; and a filter structure configured to prevent liquefied aerosol from flowing into the aerosol generating device, and wherein the front-end filter segment has suction resistance corresponding to a ratio between a cross-sectional area of the at least one channel and a cross-sectional area of the filter structure.
A sanitizing apparatus for sanitizing a headset having a cable that connects the headset to hearing test equipment, the sanitizing apparatus comprising: a cabinet having an interior space and a door, wherein the door is movable between an open position and a closed position, the cabinet having a vertical rear wall and a bottom wall; a UV-C light source centrally disposed within the interior space of the cabinet, the UV-C light source for generating UV-C light; means for suspending the headset within the interior space of the cabinet in a position in which the headset is illuminated by the UV-C light, the means for suspending the headset comprising: a central peg disposed directly above the UV-C light source, the central peg attached to and extending outward from an inner surface of the rear wall; and a pair of pegs comprising a peg disposed to either side of the UV-C light source, the pair of pegs attached to and extending outward from the inner surface of the rear wall; and an opening in the cabinet through which the cable may pass from the interior space to outside the cabinet when the headset is suspended within the cabinet and the door of the cabinet is in the closed position, the opening comprising a slot in the bottom wall of the cabinet, the slot disposed directly below the UV-C light source, wherein, with the door of the cabinet in the open position, the opening allows insertion of the cable into the opening and removal of the cable from the opening without disconnecting the cable from the hearing test equipment disposed outside the cabinet. a cabinet having an interior space and a door, wherein the door is movable between an open position and a closed position, the cabinet having a vertical rear wall and a bottom wall; a UV-C light source centrally disposed within the interior space of the cabinet, the UV-C light source for generating UV-C light; means for suspending the headset within the interior space of the cabinet in a position in which the headset is illuminated by the UV-C light, the means for suspending the headset comprising: a central peg disposed directly above the UV-C light source, the central peg attached to and extending outward from an inner surface of the rear wall; and a pair of pegs comprising a peg disposed to either side of the UV-C light source, the pair of pegs attached to and extending outward from the inner surface of the rear wall; and an opening in the cabinet through which the cable may pass from the interior space to outside the cabinet when the headset is suspended within the cabinet and the door of the cabinet is in the closed position, the opening comprising a slot in the bottom wall of the cabinet, the slot disposed directly below the UV-C light source, wherein, with the door of the cabinet in the open position, the opening allows insertion of the cable into the opening and removal of the cable from the opening without disconnecting the cable from the hearing test equipment disposed outside the cabinet.
A kit comprising a plurality of femoral prostheses of different sizes and shapes, each femoral prosthesis comprising: a stem including a proximal end portion defining a proximal stem axis, a neck portion located proximally of the proximal end portion and including a neck proximal end portion, a neck distal end portion, a neck medial portion, and a neck lateral portion, the neck lateral portion including a shoulder formed due to the neck lateral portion extending more medially at the neck proximal end portion than at the neck distal end portion, such that the shoulder is oriented at an angle relative to the proximal stem axis, which, when projected on to a coronal plane including the proximal stem axis, is not parallel to the proximal stem axis, in which the neck portion comprises an insertion/extraction cavity extending distally from a proximal surface of the neck portion and configured to couple with an insertion/extraction instrument, the cavity defining an insertion/extraction cavity axis which, when projected on to the coronal plane including the proximal stem axis, is not parallel with the proximal stem axis, and in which the shoulder of each femoral prosthesis in the kit is oriented at an angle relative to the proximal stem axis that is different from the angle of each of the other femoral prostheses in the kit. a stem including a proximal end portion defining a proximal stem axis, a neck portion located proximally of the proximal end portion and including a neck proximal end portion, a neck distal end portion, a neck medial portion, and a neck lateral portion, the neck lateral portion including a shoulder formed due to the neck lateral portion extending more medially at the neck proximal end portion than at the neck distal end portion, such that the shoulder is oriented at an angle relative to the proximal stem axis, which, when projected on to a coronal plane including the proximal stem axis, is not parallel to the proximal stem axis, in which the neck portion comprises an insertion/extraction cavity extending distally from a proximal surface of the neck portion and configured to couple with an insertion/extraction instrument, the cavity defining an insertion/extraction cavity axis which, when projected on to the coronal plane including the proximal stem axis, is not parallel with the proximal stem axis, and in which the shoulder of each femoral prosthesis in the kit is oriented at an angle relative to the proximal stem axis that is different from the angle of each of the other femoral prostheses in the kit.
A process for the electrochemical separation of hydrogen from a hydrogen-comprising reaction mixture R by means of a gastight membrane-electrode assembly comprising at least one selectively proton-conducting membrane and at least one electrode catalyst on each side of the membrane, where at least part of the hydrogen present in the reaction mixture R is oxidized to protons over the anode catalyst on the retentate side of the membrane and the protons are, after passing through the membrane to the permeate side, I reduced to hydrogen over the cathode catalyst and/or II reacted with oxygen over the cathode catalyst to form water, with the oxygen originating from an oxygen-comprising stream 0 which is brought into contact with the permeate side of the membrane, where a ceramic membrane is used as selectively proton-conducting membrane, wherein the hydrogen is separated off directly from the reaction zone in which the reaction mixture R is formed, and wherein the hydrogen-forming reaction is the nonoxidative dehydroaromatization of aliphatic hydrocarbons having from 1 to 4 carbon atoms in the presence of a catalyst. I reduced to hydrogen over the cathode catalyst and/or II reacted with oxygen over the cathode catalyst to form water, with the oxygen originating from an oxygen-comprising stream 0 which is brought into contact with the permeate side of the membrane,
Piston fuel pump for an internal combustion engine, having a pump cylinder and a pump piston which is axially displaceable in the pump cylinder, wherein the piston fuel pump has a seal which is arranged on the circumference of the pump piston and which comes into axial contact with the pump piston or with a component which is secured to the pump piston or formed on the pump piston, characterized in that the seal comprises a fibre-reinforced thermoplastic material and has at least one nub which points in an axial direction, and the seal comes, via the nub, into axial contact with the pump piston or with a component which is secured to the pump piston or formed on the pump piston.
A method for testing multiple spatially distributed protective devices (SE 1, SE 2) of an energy supply network, wherein each of the protective devices (SE 1, SE 2) is configured in order so as to, in the event of a fault occurring in the energy supply network, isolate the fault in the energy supply network, wherein the method comprises the following steps in a control device: a: producing of an initial test sequence, b: outputting of the test sequence to the protective devices (SE 1, SE 2), c: detecting outputs of the protective devices (SE 1, SE 2) that the protective devices (SE 1, SE 2) output on the basis of the test sequence, d: analysing the outputs and generating inputs for the protective devices (SE 1, SE 2) depending on the outputs, wherein, if the inputs are not part of the test sequence, these inputs are incorporated into the test sequence and step b is proceeded with, while otherwise step e is proceeded with, and e: evaluation of all outputs of the protective devices (SE 1, SE 2), wherein the test sequence comprises inputs in the form of process variables of the energy supply network for at least one of the protective devices (SE 1, SE 2) and target outputs which are to be outputted by the respective protective device (SE 1, SE 2) depending on the inputs. a: producing of an initial test sequence, b: outputting of the test sequence to the protective devices (SE 1, SE 2), c: detecting outputs of the protective devices (SE 1, SE 2) that the protective devices (SE 1, SE 2) output on the basis of the test sequence, d: analysing the outputs and generating inputs for the protective devices (SE 1, SE 2) depending on the outputs, wherein, if the inputs are not part of the test sequence, these inputs are incorporated into the test sequence and step b is proceeded with, while otherwise step e is proceeded with, and e: evaluation of all outputs of the protective devices (SE 1, SE 2),
A differential scanning calorimeter for detecting thermodynamic parameters of a sample in which, respectively, at least one thermal element as a temperature sensor and at least one heating element are configured, in the form of a coating on surfaces of a planar substrate, wherein the planar substrate is formed with a glass, a glass ceramic, glass carbon or a ceramic material which has a thermal conductivity of less than 20 W/(m K), characterized in that the at least one heating element is arranged on a first surface of the planar substrate and the at least one thermal element is arranged on a second surface of the planar substrate disposed opposite this first surface. the planar substrate is formed with a glass, a glass ceramic, glass carbon or a ceramic material which has a thermal conductivity of less than 20 W/(m K), characterized in that the at least one heating element is arranged on a first surface of the planar substrate and the at least one thermal element is arranged on a second surface of the planar substrate disposed opposite this first surface.
A method executed in a user equipment for determining allowed neighbor cells, the method characterized in the steps of: - receiving a list of allowable frequencies for the user equipment, the allowable frequencies being associated with the user equipment, and storing the list; - using the stored allowed frequency list to determine allowed neighbor cells. - receiving a list of allowable frequencies for the user equipment, the allowable frequencies being associated with the user equipment, and storing the list; - using the stored allowed frequency list to determine allowed neighbor cells.
Drive device for an area element, particularly shutters, a venetian blind, an awning or a roller door, with a drive, which is controlled by a computer unit and by means of which in normal working operation the area element is movable between a lower and an upper end position, and with an emergency hand crank by means of which the area element is mechanically movable in the event of power failure, wherein at least one absolute angle sensor is provided for presetting the lower and upper end positions, characterised in that the absolute angle sensor is an autonomous giant magnetoresistance sensor.
Divisible seal sealing the orifice of the duct through which a fluid passes, comprising: - a zone (7, 31) weakened around its entire periphery and able to rupture for a defined pressure of the said fluid, - a rod secured to the said seal substantially at right angles to the flow of fluid passing through the orifice and forming a pivot connection with the fluid passage duct, characterized in that the divisible seal comprises means of guiding the translational movement of the said rod parallel to the flow of fluid passing through the orifice, and in that the said rod is off-centred with respect to a central axis of the fluid ejection orifice and positioned downstream of the seal in a direction of flow of the fluid. - a zone (7, 31) weakened around its entire periphery and able to rupture for a defined pressure of the said fluid, - a rod secured to the said seal substantially at right angles to the flow of fluid passing through the orifice and forming a pivot connection with the fluid passage duct,
Dental device for treating a patient with a means for controlling the device, wherein the treatment with the device can cause pain, and wherein a change in a mode of operation of the device is suitable for reducing the pain; the means comprising: a) a force measuring device; b) wherein the force measuring device can be actuated by the patient; and c) a component, which effects a change in the operation of the device as a function of the measured force, d) wherein the component is configured in such a way that it can change the mode of operation of the device gradually. e) means for limiting the extent to which the component can change the mode of operation of the device as a function of the measured force. a) a force measuring device; b) wherein the force measuring device can be actuated by the patient; and c) a component, which effects a change in the operation of the device as a function of the measured force, d) wherein the component is configured in such a way that it can change the mode of operation of the device gradually. e) means for limiting the extent to which the component can change the mode of operation of the device as a function of the measured force.