mhurhangee/ep-ind-claims huggingface dataset:
An electronic component mounting machine which is configured to mount an electronic component on a circuit board, comprising: a plurality of measuring devices which includes a plurality of device side electrodes that correspond to a plurality of component side electrodes of the electronic component, and which is configured to measure electrical properties of the electronic component as the plurality of device side electrodes are electrically connected to the plurality of component side electrodes, wherein the disposition of each of the plurality of device side electrodes of the plurality of measuring devices is different from each other, characterized by a mounting section on which an arbitrary measuring device among the plurality of measuring devices is mounted, and wherein a measuring device other than the arbitrary measuring device among the plurality of measuring devices is able to be mounted on the mounting section instead of the arbitrary measuring device which is mounted on the mounting section. a plurality of measuring devices which includes a plurality of device side electrodes that correspond to a plurality of component side electrodes of the electronic component, and which is configured to measure electrical properties of the electronic component as the plurality of device side electrodes are electrically connected to the plurality of component side electrodes, wherein the disposition of each of the plurality of device side electrodes of the plurality of measuring devices is different from each other, characterized by a mounting section on which an arbitrary measuring device among the plurality of measuring devices is mounted, and wherein a measuring device other than the arbitrary measuring device among the plurality of measuring devices is able to be mounted on the mounting section instead of the arbitrary measuring device which is mounted on the mounting section.
Variable power device for a uniform heating of fluids, comprising an outer tube, which is connected to a fitting or flange for connecting the power supply and grounding cables and to one or more fluid distribution connectors (24, 26), said outer tube enclosing a first drilled heat sink, made of conductive material, within which a first hollow space and a wire-type or layer-type resistive element, embedded within an insulating layer, are inserted, wherein said resistive element, which is not directly in contact with the fluid, directly contacts said first heat sink, in order to distribute heat from said first heat sink to the fluid in correspondence with a large surface, said first heat sink also maintaining a low temperature at the fluid contact surface, characterized in that a second hollow space is provided close to said resistive element and at least one second heat sink, made of a conductive material placed into contact with the walls of said second hollow space is provided inside the tube, wherein a plurality of casings containing respective bulbs for a temperature control are placed within said second heat sink, within said resistive element, within said first heat sink and within the fluid.
A supply element for a shelving system for providing current and/or data to a terminal device, in order to provide current and/or data by contact to a terminal device on a shelving bracket which is fastened to the shelf support, characterised in that the supply element can be arranged in an interior of a hollow shelf support of the shelving system, which supply element is multi-layered and has a longitudinal extent L, a widthwise extent B and a thickness D, with at least three conductor paths (6, 6', 6") for conducting current and/or data being formed, of which one is freely accessible and contactable continuously along at least a portion A of the longitudinal extent L on the surface of the supply element, and at least two conductor paths (6', 6") for conducting current and/or data are freely accessible and contactable on the surface of the supply element in portions A', A" of the longitudinal extent L, the portions A', A" on the longitudinal extent L of the at least two conductor paths (6', 6"), on which these conductor paths are freely accessible and contactable, being formed at different locations O', O" on the surface of the supply element, in order to supply current and/or data to at least two shelving brackets of the shelving system with terminal devices.
A device for the treatment of shoulder instability and respective dyskinesia, comprising: at least one inertial sensor (11, 12) for detecting the movements of an arm of a person, adapted to produce movement signals; at least one electrostimulation element that can be positioned at a predetermined point of the patient's body so as to electrically stimulate muscles which are controllers of a scapula of the patient, involved in the movement of said arm; at least one waveform generator for supplying said electrostimulation element; and a processing means connected to said inertial sensor (11, 12) and to said generator, the device being characterized in that said processing means comprise: a position module configured to determine positions of said arm on the basis of said movement signals and configured to calculate, in different positions of the arm, a characteristic angle formed by the latter relative to a predetermined reference; and a stimulation module configured to produce stimulation signals adapted to control the operation of said generator, on the basis of one or more positions of the limb determined by said position module; wherein the stimulation module is configured to activate said generator if the characteristic angle is greater than a predefined threshold angle. at least one inertial sensor (11, 12) for detecting the movements of an arm of a person, adapted to produce movement signals; at least one electrostimulation element that can be positioned at a predetermined point of the patient's body so as to electrically stimulate muscles which are controllers of a scapula of the patient, involved in the movement of said arm; at least one waveform generator for supplying said electrostimulation element; and a processing means connected to said inertial sensor (11, 12) and to said generator, the device being characterized in that said processing means comprise: a position module configured to determine positions of said arm on the basis of said movement signals and configured to calculate, in different positions of the arm, a characteristic angle formed by the latter relative to a predetermined reference; and a stimulation module configured to produce stimulation signals adapted to control the operation of said generator, on the basis of one or more positions of the limb determined by said position module; wherein the stimulation module is configured to activate said generator if the characteristic angle is greater than a predefined threshold angle. a position module configured to determine positions of said arm on the basis of said movement signals and configured to calculate, in different positions of the arm, a characteristic angle formed by the latter relative to a predetermined reference; and a stimulation module configured to produce stimulation signals adapted to control the operation of said generator, on the basis of one or more positions of the limb determined by said position module; wherein the stimulation module is configured to activate said generator if the characteristic angle is greater than a predefined threshold angle.
A lead frame connector configured to connect an optical subassembly (60, 110) to a printed circuit board, the lead frame connector comprising: an electrically insulating housing having a first casing and a second casing; a plurality of conductors (16a, 16b, 16c, 16d) electrically isolated one from another by the electrically insulating housing, each conductor of the plurality of conductors (16a, 16b, 16c, 16d) having a first end disposed in the first casing, the first end of at least one of the conductors of the plurality of conductors (16a, 16b, 16c, 16d) comprising a contact associated with a hole configured in correspondence with a lead of the optical sub-assembly (60, 110), in order to receive said lead, each conductor of the plurality of conductors (16a, 16b, 16c, 16d) further having a second end extending from the second casing, the second ends configured for connection to the printed circuit board; and a passive component directly connected to one of the plurality of conductors (16a, 16b, 16c, 16d) wherein the passive component comprises one of a resistor, a capacitor, and an inductor. an electrically insulating housing having a first casing and a second casing; a plurality of conductors (16a, 16b, 16c, 16d) electrically isolated one from another by the electrically insulating housing, each conductor of the plurality of conductors (16a, 16b, 16c, 16d) having a first end disposed in the first casing, the first end of at least one of the conductors of the plurality of conductors (16a, 16b, 16c, 16d) comprising a contact associated with a hole configured in correspondence with a lead of the optical sub-assembly (60, 110), in order to receive said lead, each conductor of the plurality of conductors (16a, 16b, 16c, 16d) further having a second end extending from the second casing, the second ends configured for connection to the printed circuit board; and a passive component directly connected to one of the plurality of conductors (16a, 16b, 16c, 16d) wherein the passive component comprises one of a resistor, a capacitor, and an inductor.
A stent delivery system comprising a tube body having a guide wire lumen, a stent-containing tubular member enveloping a distal side of the tube body and being slidable toward the proximal end of the tube body, a stent contained in the stent-containing tubular member, and a traction wire having one end portion fixed to the stent-containing tubular member and operable for moving the stent-containing tubular member toward the proximal side by traction toward the proximal end of the tube body, wherein the tube body has a stent lock section which abuts on a proximal end of the stent contained in the stent-containing tubular member and restricts movement of the stent toward the proximal side, the stent is one which is formed in a substantially cylindrical shape, is contained in the stent-containing tubular member in the state of being compressed toward a center axis thereof and restores its pre-compression shape through expanding outward when put indwelling in a living body, and, further, the stent delivery system is provided at a proximal portion thereof with an operating section which includes a traction wire winding mechanism (61, 63) for winding the traction wire and thereby moving the stent-containing tubular member toward the proximal side; the operating section has an operating section housing, and the traction wire winding mechanism (61, 63) has an operating rotary roller having a portion exposed from the operating section housing and winds up the traction wire on the proximal side by rotating the rotary roller; and the traction wire winding mechanism (61, 63) has a winding shaft section which is provided coaxially and integrally with the operating rotary roller, is smaller than the operating rotary roller in diameter, and holds a proximal portion of the traction wire, characterized by a wire winding amount restriction mechanism (12, 40) for restricting the length of wire pulled by the traction wire winding mechanism (61, 63), wherein said wire winding amount restriction mechanism (12, 40) includes a driving gear provided coaxially and integrally with the operating rotary roller and a driven gear rotated intermittently by the driving gear, and the driven gear and the driving gear have a stopper function by which rotation of the driving gear is stopped after rotation of the driving gear by a predetermined amount.
A balanced regulating valve with integrated actuation means for regulation of a medium, such as an inert gas, where the regulating valve comprises a valve housing, composed of at least two valve housing parts, wherein there is an inlet opening for an inlet pressure, and an outlet opening for an outlet pressure, where furthermore there is in the valve housing an inlet opening for a pilot pressure, where the regulating valve furthermore comprises at least one spring element and one valve piston movable between a closed and an open position, where the valve piston, via a valve seat with a first area having a first diameter D1, in the closed position closes off the inlet opening, and where the inlet pressure acts on said first area on the valve piston in opposite direction to said spring element, where the valve piston furthermore comprises a seat seal and a bore, such that the inlet pressure further acts through said bore on a second area, having a second diameter D2, in the same direction as said spring element, and where said valve seat seal and only one additional sealing element between said valve piston and said valve housing are arranged at the inlet pressure side, characterized in that the valve piston further comprises a third ring formed area defined between a third diameter D3 and a fourth diameter D4, and where D4 >D3>D1,on which third ring formed area the outlet pressure acts on the valve piston in opposite direction to the pilot pressure supplied to the pilot pressure inlet opening and where the valve actuation means (5, 6, 7) are integrated in the valve housing.
A user interface module for an uninterruptible power supply, the user interface module comprising: a housing having a front plane and a backing surface, the backing surface configured to attach to a body of the uninterruptible power supply; and a module configured to fit inside and secured by the housing, the module including a body having a front face, the module being configured to tilt within the housing such that the front face of the module can be positioned at various angles relative to the front plane of the housing, wherein the housing further comprises a top surface, two side surfaces, and a bottom surface, wherein each side surface comprises a pivot hole (46, 47) positioned near the top surface, a button slot (40, 41) positioned near the bottom surface, and at least a first (42, 43) and a second (44, 45) locking hole positioned above the button slot; and the module comprises two pivot pins (34, 35) configured to fit in respective pivot holes (46, 47), two buttons (30, 31) configured to moveably fit in respective button slots, and two lock pins (32, 33) configured to fit in respective locking holes, wherein the pivot holes (46, 47) are configured such that the pivot pins (34, 35) can slide to more than one position within respective pivot holes; and wherein the pivot pins (34, 35) are configured to slide to a top of respective pivot holes (46, 47) when the module is tilted at zero degrees relative to the front plane of the housing and to a bottom of the pivot holes when the module is tilted at a maximum degree relative to the front plane of the housing case. a housing having a front plane and a backing surface, the backing surface configured to attach to a body of the uninterruptible power supply; and a module configured to fit inside and secured by the housing, the module including a body having a front face, the module being configured to tilt within the housing such that the front face of the module can be positioned at various angles relative to the front plane of the housing,
Device for atomizing a fluid, comprising: - a pressure inlet for providing a pressurized gas, - a first fluid inlet for providing a first fluid, - a second fluid inlet for providing a second fluid, - a chamber, - a first outlet, and - a second outlet, wherein the pressure inlet, the first fluid inlet and the second fluid inlet lead into the chamber and the first outlet and the second outlet leave the chamber, wherein the pressure inlet, the first fluid inlet and the second fluid inlet are configured such that the pressurized gas provided by the pressure inlet draws the first fluid and the second fluid into the chamber, wherein the chamber is part of a fluidic oscillator configured to alternating attach the pressurized gas to the first fluid inlet or to the second fluid inlet, so that the pressurized gas alternating draws the first fluid and the second fluid into the chamber, atomizes the first fluid and the second fluid and outputs the atomized first fluid and the atomized second fluid alternating through the first outlet and the second outlet, characterized in that a geometry of at least one of a group of the pressure inlet, the first fluid inlet, the second fluid inlet is variable to control the atomization and/or a frequency of outputting the atomized first fluid and/or a frequency of outputting the atomized second fluid. - a pressure inlet for providing a pressurized gas, - a first fluid inlet for providing a first fluid, - a second fluid inlet for providing a second fluid, - a chamber, - a first outlet, and - a second outlet,
Clutch arrangement for a drivetrain of a motor vehicle, having - a first wet-running clutch; - a second wet-running clutch; - a hydraulic actuator arrangement; wherein the actuator arrangement has a first hydraulic cylinder for actuating the first clutch and a second hydraulic cylinder for actuating the second clutch, wherein the actuator arrangement has an actuator pump which is driven by means of an electric motor and which can be operated in two directions of rotation, wherein the actuator pump has a first port, which is connected to the first hydraulic cylinder, and a second port, which is connected to the second hydraulic cylinder, and wherein the actuator arrangement actuates the first or the second clutch (62, 64) depending on the direction of rotation of the actuator pump, characterized in that the actuator arrangement is designed to supply lubricating fluid to the clutches (62, 64), and wherein the first port and the second port are connected to a lubricating fluid line via which lubricating fluid is supplied to the clutches (62, 64). - a first wet-running clutch; - a second wet-running clutch; - a hydraulic actuator arrangement; wherein the actuator arrangement has a first hydraulic cylinder for actuating the first clutch and a second hydraulic cylinder for actuating the second clutch, wherein the actuator arrangement has an actuator pump which is driven by means of an electric motor and which can be operated in two directions of rotation, wherein the actuator pump has a first port, which is connected to the first hydraulic cylinder, and a second port, which is connected to the second hydraulic cylinder, and wherein the actuator arrangement actuates the first or the second clutch (62, 64) depending on the direction of rotation of the actuator pump, characterized in that the actuator arrangement is designed to supply lubricating fluid to the clutches (62, 64), and wherein the first port and the second port are connected to a lubricating fluid line via which lubricating fluid is supplied to the clutches (62, 64).
A prosthesis device with a tensioning element which is fastened to a body harness and which drives a movable component of the prosthesis device when a tensile force is applied, characterized in that the tensioning element is assigned a sensor device which detects the actuation of the tensioning element and activates a motor assigned to the movable component.
A computerized personal assistant, comprising: a natural language user interface configured to receive user input; a natural language processing machine configured to output a computer-readable representation of the user input; an identity machine configured to associate the user input with a particular user; and a knowledge-base updating machine configured to update a user-centric artificial intelligence knowledge base associated with the particular user to include a new or updated user-centric fact based on the computer-readable representation of the user input, wherein the knowledge-base updating machine updates the user-centric artificial intelligence knowledge base via an update protocol useable by a plurality of different computer services, wherein said computer services are a calendar or scheduling program, the update protocol constraining a storage format of the new or updated user-centric fact to an application-agnostic data format; characterised in that the user-centric artificial intelligence knowledge base includes one or more cross-references between a plurality of different graph structures in the user-centric artificial intelligence knowledge base based on the user centric fact, wherein each of the plurality of different graph structures is an application-specific graph structure associated with one of the plurality of different computer services. a natural language user interface configured to receive user input; a natural language processing machine configured to output a computer-readable representation of the user input; an identity machine configured to associate the user input with a particular user; and a knowledge-base updating machine configured to update a user-centric artificial intelligence knowledge base associated with the particular user to include a new or updated user-centric fact based on the computer-readable representation of the user input, wherein the knowledge-base updating machine updates the user-centric artificial intelligence knowledge base via an update protocol useable by a plurality of different computer services, wherein said computer services are a calendar or scheduling program, the update protocol constraining a storage format of the new or updated user-centric fact to an application-agnostic data format; characterised in that the user-centric artificial intelligence knowledge base includes one or more cross-references between a plurality of different graph structures in the user-centric artificial intelligence knowledge base based on the user centric fact, wherein each of the plurality of different graph structures is an application-specific graph structure associated with one of the plurality of different computer services.
Testing device for monitoring a defined profile of a train of vehicles, in particular rail vehicles, having at least one sensor device, which is designed to detect a compliance or non-compliance with the profile, wherein the sensor device is designed such that it can be attached to the train, wherein the testing device has an evaluation device, which is designed to evaluate a test signal that is determined by the sensor device and is representative of the compliance or non-compliance with the profile, at least as a function of an orientation of the train, wherein the testing device is designed to independently recognise if or when detection of the profile by the sensor device is impossible or erroneous, and the testing device has at least one orientation unit, which is designed to determine the orientation of the train or of at least one vehicle of the train. the testing device has an evaluation device, which is designed to evaluate a test signal that is determined by the sensor device and is representative of the compliance or non-compliance with the profile, at least as a function of an orientation of the train, wherein the testing device is designed to independently recognise if or when detection of the profile by the sensor device is impossible or erroneous, and the testing device has at least one orientation unit, which is designed to determine the orientation of the train or of at least one vehicle of the train.