mhurhangee/ep-ind-claims huggingface dataset:
An interventional device comprising: an elongated member extending between a proximal end and a distal end, the elongated member including a proximal section; a distal section; and an intermediate section having a proximal-intermediate section extending distally from the proximal section and a distal intermediate section extending proximally from the distal section, wherein the proximal-intermediate section includes a microfabricated cut arrangement with cuts arranged on a single side to leave a resulting spine and enable preferential flexing in one plane, and wherein the distal-intermediate section omits cuts and is more rigid than the proximal-intermediate section and the distal section. an elongated member extending between a proximal end and a distal end, the elongated member including a proximal section; a distal section; and an intermediate section having a proximal-intermediate section extending distally from the proximal section and a distal intermediate section extending proximally from the distal section, wherein the proximal-intermediate section includes a microfabricated cut arrangement with cuts arranged on a single side to leave a resulting spine and enable preferential flexing in one plane, and wherein the distal-intermediate section omits cuts and is more rigid than the proximal-intermediate section and the distal section.
A tarp system covering a truck bed, said tarp system comprising: a first pivot arm assembly pivotally coupled to the truck bed; a second pivot arm assembly pivotally coupled to the truck bed and spaced from said first pivot arm assembly; a generally hollow tarp spool extending along a longitudinal axis between opposite first and second ends, said tarp spool rotatably coupled between said first and second pivot arm assemblies (26, 28) and rotatably supporting a tarp cover; characterized in that it further comprises a drive assembly housed within said tarp spool adjacent one of said first and second ends, said drive assembly operatively coupled between one of said first and second pivot arm assemblies (26, 28) and said tarp spool for selectively rotating said tarp spool and actuating said tarp system between an open position uncovering the truck bed and a closed position covering the truck bed, wherein the drive assembly includes a motor. a first pivot arm assembly pivotally coupled to the truck bed; a second pivot arm assembly pivotally coupled to the truck bed and spaced from said first pivot arm assembly; a generally hollow tarp spool extending along a longitudinal axis between opposite first and second ends, said tarp spool rotatably coupled between said first and second pivot arm assemblies (26, 28) and rotatably supporting a tarp cover; characterized in that it further comprises a drive assembly housed within said tarp spool adjacent one of said first and second ends, said drive assembly operatively coupled between one of said first and second pivot arm assemblies (26, 28) and said tarp spool for selectively rotating said tarp spool and actuating said tarp system between an open position uncovering the truck bed and a closed position covering the truck bed, wherein the drive assembly includes a motor.
Chromatic confocal distance sensor, having a housing in which the following are arranged: - a light source, which is configured in order to generate polychromatic measurement light, - imaging optics, which have a longitudinal chromatic aberration, - a spectrometer, - a planar beam splitter surface, which is part of a beam splitter (20; 90; 20') and is arranged in the light path of the measurement light between the light source and the imaging optics and furthermore in the light path of the measurement light, which has been reflected by a measurement object after passing through the imaging optics, between the imaging optics and the spectrometer, - a first diaphragm, which is arranged in the light path between the light source and the beam splitter surface, - a second diaphragm, which is arranged in the light path between the beam splitter surface and the spectrometer, - the first diaphragm and the second diaphragm being arranged mirror-symmetrically with respect to the beam splitter surface, wherein the measurement light propagates as a free beam inside the housing, characterized in that the beam splitter surface, the first diaphragm and the second diaphragm are fastened together on a carrier (52; 22, 24) which has an isotropic thermal expansion coefficient, the carrier comprises a carrier element on which the beam splitter (20; 90; 20'), the first diaphragm and the second diaphragm are fastened, and in that the first diaphragm and the second diaphragm each comprise a plate, which carries a light-absorbing or reflecting coating that has a diaphragm opening. - a light source, which is configured in order to generate polychromatic measurement light, - imaging optics, which have a longitudinal chromatic aberration, - a spectrometer, - a planar beam splitter surface, which is part of a beam splitter (20; 90; 20') and is arranged in the light path of the measurement light between the light source and the imaging optics and furthermore in the light path of the measurement light, which has been reflected by a measurement object after passing through the imaging optics, between the imaging optics and the spectrometer, - a first diaphragm, which is arranged in the light path between the light source and the beam splitter surface, - a second diaphragm, which is arranged in the light path between the beam splitter surface and the spectrometer, - the first diaphragm and the second diaphragm being arranged mirror-symmetrically with respect to the beam splitter surface,
A method comprising: converting black powder flowing with hydrocarbons (102, 202, 302) in a hydrocarbon pipeline (100, 200, 300) into a magnetorheological slurry (110, 210, 310) by implementing wet scrubbing in the hydrocarbon pipeline; and controlling a flow of the magnetorheological slurry through the hydrocarbon pipeline. converting black powder flowing with hydrocarbons (102, 202, 302) in a hydrocarbon pipeline (100, 200, 300) into a magnetorheological slurry (110, 210, 310) by implementing wet scrubbing in the hydrocarbon pipeline; and controlling a flow of the magnetorheological slurry through the hydrocarbon pipeline.
System for changing the pitch of blades of at least one turbomachine propeller (6, 7) provided with a plurality of blades, the system comprising: - a control means acting on a connecting mechanism that is connected to the blades of the propeller, said control means comprising a fixed body and a movable body which is mobile in translation along a longitudinal axis with respect to said fixed body, - a load-transfer module arranged between the connecting mechanism and the control means, the load-transfer module comprising at least one load-transfer bearing mounted on the movable body and cooperating with the connecting mechanism, and - means for lubricating said bearing characterised in that the means for lubricating comprise: - at least one lubricant duct configured to be connected to a source of supply of lubricant, the duct extending radially outside the movable body with respect to the longitudinal axis and comprising at least first and second tubular parts (62, 63) telescopically slidably mounted with respect to one another along an axis parallel to the longitudinal axis, the first part being connected by a first upstream end to said fixed body and the second part being connected by a first downstream end to the movable body, - spraying means for spraying lubricant in the bearing that are mounted on said movable body, and - at least one lubricant supply conduit mounted on the movable body and configured to transfer the lubricant from the circulation duct to said spraying means. - a control means acting on a connecting mechanism that is connected to the blades of the propeller, said control means comprising a fixed body and a movable body which is mobile in translation along a longitudinal axis with respect to said fixed body, - a load-transfer module arranged between the connecting mechanism and the control means, the load-transfer module comprising at least one load-transfer bearing mounted on the movable body and cooperating with the connecting mechanism, and - means for lubricating said bearing - at least one lubricant duct configured to be connected to a source of supply of lubricant, the duct extending radially outside the movable body with respect to the longitudinal axis and comprising at least first and second tubular parts (62, 63) telescopically slidably mounted with respect to one another along an axis parallel to the longitudinal axis, the first part being connected by a first upstream end to said fixed body and the second part being connected by a first downstream end to the movable body, - spraying means for spraying lubricant in the bearing that are mounted on said movable body, and - at least one lubricant supply conduit mounted on the movable body and configured to transfer the lubricant from the circulation duct to said spraying means.
A method for learning an engine clutch kiss point of a hybrid vehicle, the method comprising: controlling, by a controller, a second motor which is connected to an engine to have a certain speed; controlling, by the controller, an engine clutch configured to connect the engine with a first motor that is configured to start the hybrid vehicle in an electric vehicle mode or disconnect the engine from the first motor to be engaged after a speed of the second motor is stabilized; determining, by the controller, whether torque variation of the second motor which occurs when the engine clutch is engaged is equal to or greater than a threshold value; and determining, by the controller, a hydraulic pressure at which the torque variation is the threshold value as a kiss point of the engine clutch. controlling, by a controller, a second motor which is connected to an engine to have a certain speed; controlling, by the controller, an engine clutch configured to connect the engine with a first motor that is configured to start the hybrid vehicle in an electric vehicle mode or disconnect the engine from the first motor to be engaged after a speed of the second motor is stabilized; determining, by the controller, whether torque variation of the second motor which occurs when the engine clutch is engaged is equal to or greater than a threshold value; and determining, by the controller, a hydraulic pressure at which the torque variation is the threshold value as a kiss point of the engine clutch.
Medical instrument for temporarily coupling to at least two shank-or sleeve-shaped instruments, comprising a first coupling device for temporarily coupling to a first shank- or sleeve-shaped instrument and a second coupling device for coupling to a second shank- or sleeve-shaped instrument, wherein the first coupling device and the second coupling device are arranged or formed so as to be pivotable relative to each other, which medical instrument comprises a main body on which the first coupling device is guided and held so as to be pivotable about a point of rotation that, in particular, is spatially remote from the main body, which medical instrument comprises a first guide device for guiding a movement of the first coupling device along a circular path, wherein the first guide device is arranged or formed at least partially on the main body, characterized in that the first guide device comprises two or more circular arc shaped guide slots (118, 120).
A method of forming a coating, comprising: providing a mold that has a flexible wall that defines a mold cavity, the mold being formed of an elastomeric material; inserting a component that is to be coated into the mold cavity, the component having a component surface roughness and there being a coating gap defined between the component and the flexible wall of the mold cavity; introducing a molding slurry into the mold cavity, the molding slurry containing a carrier liquid, such as water or organic solvent, and coating powder particles, the molding slurry filling the coating gap and contacting the component so as to overcoat the component surface roughness; solidifying the molding slurry to form a green coating on the component, the solidifying including drying in order to remove the carrier liquid, leaving the coating powder particles as a green coating on the surface of the component; and consolidating the green coating to form a final coating on the component, the component being removed from the mold and heated to a temperature at which the coating powder sinters or fuses, the final coating having a coating surface roughness that is less than the component surface roughness. providing a mold that has a flexible wall that defines a mold cavity, the mold being formed of an elastomeric material; inserting a component that is to be coated into the mold cavity, the component having a component surface roughness and there being a coating gap defined between the component and the flexible wall of the mold cavity; introducing a molding slurry into the mold cavity, the molding slurry containing a carrier liquid, such as water or organic solvent, and coating powder particles, the molding slurry filling the coating gap and contacting the component so as to overcoat the component surface roughness; solidifying the molding slurry to form a green coating on the component, the solidifying including drying in order to remove the carrier liquid, leaving the coating powder particles as a green coating on the surface of the component; and consolidating the green coating to form a final coating on the component, the component being removed from the mold and heated to a temperature at which the coating powder sinters or fuses, the final coating having a coating surface roughness that is less than the component surface roughness.
A PTEN inhibitor for use in the treatment of acute spinal cord injury by promoting axon regeneration in a lesioned mature spinal cord central nervous system neuron, the treatment method comprising: (a) contacting the neuron with the PTEN inhibitor to thereby promote axon regeneration in the neuron; and (b) detecting the resultant axon regeneration in the lesioned neuron. (a) contacting the neuron with the PTEN inhibitor to thereby promote axon regeneration in the neuron; and (b) detecting the resultant axon regeneration in the lesioned neuron.
A motor-operated compressor comprising: a housing (101, 201); a driving motor provided in an inner space of the housing (101, 201), the driving motor having a stator and a rotor; a rotary shaft coupled to the rotor; a first scroll provided on one side of the driving motor, the rotary shaft passing through and rotatably coupling to the first scroll; a second scroll coupled to the first scroll and coupled to an eccentric part of the rotary shaft passing through the first scroll to form a compression chamber between the first scroll and the second scroll; and a frame provided opposite to the driving motor with the first scroll and the second scroll interposed therebetween and configured to axially support the second scroll and radially support one end of the rotary shaft passing through the second scroll; characterized in that an elastic member is provided between the second scroll and the frame to elastically support the second scroll toward the first scroll; and wherein a support surface having a predetermined height from an inner surface of the frame is formed stepwise in the frame to support an outer periphery of the elastic member. a housing (101, 201); a driving motor provided in an inner space of the housing (101, 201), the driving motor having a stator and a rotor; a rotary shaft coupled to the rotor; a first scroll provided on one side of the driving motor, the rotary shaft passing through and rotatably coupling to the first scroll; a second scroll coupled to the first scroll and coupled to an eccentric part of the rotary shaft passing through the first scroll to form a compression chamber between the first scroll and the second scroll; and a frame provided opposite to the driving motor with the first scroll and the second scroll interposed therebetween and configured to axially support the second scroll and radially support one end of the rotary shaft passing through the second scroll; characterized in that an elastic member is provided between the second scroll and the frame to elastically support the second scroll toward the first scroll; and wherein a support surface having a predetermined height from an inner surface of the frame is formed stepwise in the frame to support an outer periphery of the elastic member.
System for drying at least one multi-part plaster mould in which a mould cavity for a sanitary ceramic object is formed, wherein the mould cavity has a slurry pouring opening and a ventilation opening, and the system has a hot air drying chamber for the at least one plaster mould to be dried and a hot air blower device which is provided to dry the at least one plaster mould, wherein the hot air blower device has at least one pressure blower which is able to be connected to the slurry pouring opening or to the ventilation opening of the at least one plaster mould to be dried with a hose line, wherein the hot air blower device is connected to a pipeline on the input side which introduces hot air from the hot air drying chamber into the mould cavity of the plaster mould through the hot air blower device and the hose line, characterised in that the drying chamber is able to be supplied with hot air by means of an air heating device, which has an air heater and a circulation fan.
A sealing element (10, 40) for sealing a flute of a fluted metal deck, comprising a body and a coating surrounding the body, wherein the body has a predefined geometry adapted to seal the flute, wherein the body is flexible and the cross sectional area of the body in a direction perpendicular to the flute axis is larger than the cross sectional area of the flute the sealing element (10, 40) is designed to seal, characterized in that the body is made of multiple layers of mineral wool.
Oscillatingly drivable machine tool, comprising a drive motor (12, 54), with a tool spindle pivotally mounted about its longitudinal axis, and comprising a hydraulic device (28, 50), via which the drive motor (12, 54) is coupled to the tool spindle for its rotational oscillating drive about its longitudinal axis, comprising a hydraulic generator (51, 74) for generating an oscillating fluid flow, and comprising a hydraulic motor (30, 30a, 58, 82) for converting hydraulic energy into an oscillating driving movement of the tool spindle, wherein the hydraulic generator (51, 74) comprises an oscillatingly driven working element which is driven by the drive motor (12, 54), characterized in that the working element is driven by the drive motor (12, 54) in such a way that the working element moves as a counterweight in the opposite direction to the tool spindle, or in that a counterweight is provided which is driven in the opposite direction to the working element, wherein a separate drive is provided for the counterweight. comprising a hydraulic generator (51, 74) for generating an oscillating fluid flow, and comprising a hydraulic motor (30, 30a, 58, 82) for converting hydraulic energy into an oscillating driving movement of the tool spindle, wherein the hydraulic generator (51, 74) comprises an oscillatingly driven working element which is driven by the drive motor (12, 54), characterized in that the working element is driven by the drive motor (12, 54) in such a way that the working element moves as a counterweight in the opposite direction to the tool spindle, or in that a counterweight is provided which is driven in the opposite direction to the working element, wherein a separate drive is provided for the counterweight.
Apparatus for treating a respiratory disorder in a patient, comprising: a pressure generator configured to deliver a flow of air at positive pressure to an airway of the patient through a patient interface; a sensor configured to generate a signal representative of respiratory flow rate of the patient; and a controller (4230, 4240) configured to: control the pressure generator to deliver ventilation therapy through the patient interface; control the pressure generator to deliver one or more probe breaths (9208, 9243, 9253) to the patient during an apnea of the patient; and determine patency of the airway from a waveform of the respiratory flow rate signal in response to one of the one or more probe breaths. a pressure generator configured to deliver a flow of air at positive pressure to an airway of the patient through a patient interface; a sensor configured to generate a signal representative of respiratory flow rate of the patient; and a controller (4230, 4240) configured to: control the pressure generator to deliver ventilation therapy through the patient interface; control the pressure generator to deliver one or more probe breaths (9208, 9243, 9253) to the patient during an apnea of the patient; and determine patency of the airway from a waveform of the respiratory flow rate signal in response to one of the one or more probe breaths. control the pressure generator to deliver ventilation therapy through the patient interface; control the pressure generator to deliver one or more probe breaths (9208, 9243, 9253) to the patient during an apnea of the patient; and determine patency of the airway from a waveform of the respiratory flow rate signal in response to one of the one or more probe breaths.
O/W emulsions comprising (a) 4-hydroxyacetophenone and (b) anionic emulsifiers selected from the group consisting of acyl glutamates, acyl peptides, sarcosinates, taurates, acyl lactates, alanates, carboxylic acids, ester carboxylic acids, ether carboxylic acids, acyl isethionates, alkyl aryl sulfonates, alkyl sulfonates, sulfosuccinates, alkyl ether sulfates, alkyl sulfates, alkyl ether phosphates and their mixtures. (a) 4-hydroxyacetophenone and (b) anionic emulsifiers selected from the group consisting of acyl glutamates, acyl peptides, sarcosinates, taurates, acyl lactates, alanates, carboxylic acids, ester carboxylic acids, ether carboxylic acids, acyl isethionates, alkyl aryl sulfonates, alkyl sulfonates, sulfosuccinates, alkyl ether sulfates, alkyl sulfates, alkyl ether phosphates and their mixtures.