mhurhangee/ep-ind-claims huggingface dataset:
Rotary laser, having: ▪ a device housing with a base housing, a rotary head and three or more handles (37; 81), the base housing comprising a bottom surface, a top surface opposite from the bottom surface and a side surface connecting the bottom and top surfaces (38, 39), and the handles (37; 81) comprising a first sub-region (61; 87) with a handle element (45; 82), ▪ a measuring unit, which is arranged at least partially inside the device housing and which has a radiation source and an optical deflector rotating about an axis of rotation, the radiation source producing a laser beam that is deflected at the optical deflector and rotates about the axis of rotation in a laser plane, characterized in that the first sub-regions (61; 87) of the handles (37; 81) have lower shock absorbing elements (49; 86) at a lower end of the handles (37; 81) facing away from the rotary head and upper shock absorbing elements (48; 85) at an upper end of the handles (37; 81) facing the rotary head, the lower shock absorbing elements (49; 86) projecting relative to the bottom surface in an axial direction parallel to the axis of rotation and the upper shock absorbing elements (48; 85) being arranged in the axial direction parallel to the axis of rotation below the laser plane. ▪ a device housing with a base housing, a rotary head and three or more handles (37; 81), the base housing comprising a bottom surface, a top surface opposite from the bottom surface and a side surface connecting the bottom and top surfaces (38, 39), and the handles (37; 81) comprising a first sub-region (61; 87) with a handle element (45; 82), ▪ a measuring unit, which is arranged at least partially inside the device housing and which has a radiation source and an optical deflector rotating about an axis of rotation, the radiation source producing a laser beam that is deflected at the optical deflector and rotates about the axis of rotation in a laser plane,
A heat pump air conditioner assembly for an electric vehicle, comprising a heat pump air conditioning system, a Heating, Ventilation and Air Conditioning (HVAC) box body and an auxiliary heater, wherein in the heat pump air conditioning system, wherein a four-way valve comprises four ports, a first port of the four ports connects with an exhaust port of a compressor by a first pipeline, a second port of the four ports connects with an outside-vehicle heat exchanger by a second pipeline, a third port of the four ports connects with a suction port of the compressor by a third pipeline, and a fourth port of the four ports connects with an in-vehicle heat exchanger by a fourth pipeline; the outside-vehicle heat exchanger and the in-vehicle heat exchanger are connected in series by a fifth pipeline to form a refrigerant loop; the heat pump air conditioning system further comprises a defrosting branch and a defrosting electromagnetic valve; one end of the defrosting branch connects with the fifth pipeline, and the other end of the defrosting branch connects with the third pipeline; the defrosting electromagnetic valve is arranged on the defrosting branch, and configured to control an on-off of the defrosting branch; the in-vehicle heat exchanger is located in the HVAC box body; the auxiliary heater is also arranged in the HVAC box body; the auxiliary heater is located at a leeward side of the in-vehicle heat exchanger; and when the heat pump air conditioning system is in a defrosting mode, the defrosting electromagnetic valve is turned on, the HVAC box body supplies air to the vehicle, and the auxiliary heater is turned on, characterized in that the in-vehicle heat exchanger comprises a first in-vehicle heat exchanger and a second in-vehicle heat exchanger connected in parallel; wherein the first in-vehicle heat exchanger connects with the fifth pipeline by a first inflow branch and connects with the fourth pipeline by a first outflow branch; the second in-vehicle heat exchanger connects with the fifth pipeline by a second inflow branch and connects with the fourth pipeline by a second outflow branch; the first inflow branch is provided with a first throttling element; and the second inflow branch is provided with a second throttling element.
A holding device for supporting one or more glass sheets which form a balustrade railing on a substructure in the form of a wall, a stair tread or a ceiling, consisting of: - a carrier rail enclosing and supporting the glass sheets in areas, - a holding section attached to a substructure on which the carrier rail is held by means of a hook-in pocket projecting from the holding section and having a U-shaped design and - a connecting rail facing towards the underside of the carrier rail and connected to it, characterised in that, a rail guide with an I-shaped cross section running in the lengthways direction of the carrier rail is provided on the underside of the carrier rail and the rail guide forms two undercuts, that the connecting rail has an inner contour which is based on the outer contour of the rail guide, that the inner contour of the connecting rail engages in the undercuts of the rail guide in areas, that the connecting rail is pushed sideways onto the rail guide of the carrier rail or is clipped onto it from underneath, that the distance from the connecting rail to the holding section or substructure can be adjusted by means of one or more regulating grub screws which pass through the connecting rail and are connected to the substructure or the holding section in such a way that the carrier rail is located at a distance from the substructure or the holding section and is supported in a vertical as well as horizontal direction. - a carrier rail enclosing and supporting the glass sheets in areas, - a holding section attached to a substructure on which the carrier rail is held by means of a hook-in pocket projecting from the holding section and having a U-shaped design and - a connecting rail facing towards the underside of the carrier rail and connected to it,
A server, wherein the server comprises: a housing that at least partially defines a sled channel and a cable channel defined between the sled channel and a side of the housing along a longitudinal axis; a sled configured to be inserted into the sled channel of the housing at a first end of the housing and travel along the longitudinal axis; a cable positioned within a cable sleeve, the cable sleeve being mounted to the sled; and an obstruction positioned at the first end of the housing and aligned with the cable channel and the cable sleeve along the longitudinal axis, the cable channel being defined between the obstruction and a second end of the housing away from the first end of the housing along the longitudinal axis, wherein during insertion of the sled into the housing, contact between the cable sleeve and the obstruction causes the cable sleeve to move from a first position relative to the sled to a second position relative to the sled, the cable sleeve in the second position being positioned at least partially within the sled channel, the cable sleeve in the first position being at least partially aligned with the obstruction, wherein the cable sleeve is positioned in the cable channel when the sled is fully inserted into the housing. a housing that at least partially defines a sled channel and a cable channel defined between the sled channel and a side of the housing along a longitudinal axis; a sled configured to be inserted into the sled channel of the housing at a first end of the housing and travel along the longitudinal axis; a cable positioned within a cable sleeve, the cable sleeve being mounted to the sled; and an obstruction positioned at the first end of the housing and aligned with the cable channel and the cable sleeve along the longitudinal axis, the cable channel being defined between the obstruction and a second end of the housing away from the first end of the housing along the longitudinal axis, wherein during insertion of the sled into the housing, contact between the cable sleeve and the obstruction causes the cable sleeve to move from a first position relative to the sled to a second position relative to the sled, the cable sleeve in the second position being positioned at least partially within the sled channel, the cable sleeve in the first position being at least partially aligned with the obstruction, wherein the cable sleeve is positioned in the cable channel when the sled is fully inserted into the housing.
A connector, comprising: a connector body that defines a first protrusion; and a sleeve axially surrounding the connector body and moveable relative to the connector body along a mating axis, wherein said sleeve defines a resilient cantilever beam, where a free end of the cantilever beam defines a second protrusion, wherein the second protrusion is configured to engage the first protrusion when a first force is applied to the sleeve as the connector is mated with a corresponding mating connector and characterized in that the second protrusion is configured to slide over the first protrusion and then disengage the first protrusion when a second force, distinct from the first force, is applied to the sleeve, after the connector and corresponding mating connector are fully mated, thereby moving the sleeve from an initial position to a final position, sliding the second protrusion over the first protrusion and producing a vibratory response in the sleeve, wherein the second force is greater than the first force, and wherein the second force is applied to the sleeve in a direction opposite from the first force. a connector body that defines a first protrusion; and a sleeve axially surrounding the connector body and moveable relative to the connector body along a mating axis, wherein said sleeve defines a resilient cantilever beam, where a free end of the cantilever beam defines a second protrusion, wherein the second protrusion is configured to engage the first protrusion when a first force is applied to the sleeve as the connector is mated with a corresponding mating connector and characterized in that the second protrusion is configured to slide over the first protrusion and then disengage the first protrusion when a second force, distinct from the first force, is applied to the sleeve, after the connector and corresponding mating connector are fully mated, thereby moving the sleeve from an initial position to a final position, sliding the second protrusion over the first protrusion and producing a vibratory response in the sleeve, wherein the second force is greater than the first force, and wherein the second force is applied to the sleeve in a direction opposite from the first force.
A mobile communications device comprising: a memory; a transceiver; and a controller coupled with the memory and the transceiver, the controller being capable of receiving first authentication data from a security token via communication with the security token, the first authentication data being associated with an account, transmitting the first authentication data via the transceiver to an authentication server to request provisioning of the mobile device for emulating the security token, receiving, responsive to the first authentication data, second authentication data via the transceiver from the authentication server, the second authentication data being associated with the account, storing the second authentication data in the memory, and initiating a transaction request, without using the security token, by transmitting from the mobile device the transaction request using the second authentication data. a memory; a transceiver; and a controller coupled with the memory and the transceiver, the controller being capable of receiving first authentication data from a security token via communication with the security token, the first authentication data being associated with an account, transmitting the first authentication data via the transceiver to an authentication server to request provisioning of the mobile device for emulating the security token, receiving, responsive to the first authentication data, second authentication data via the transceiver from the authentication server, the second authentication data being associated with the account, storing the second authentication data in the memory, and initiating a transaction request, without using the security token, by transmitting from the mobile device the transaction request using the second authentication data. receiving first authentication data from a security token via communication with the security token, the first authentication data being associated with an account, transmitting the first authentication data via the transceiver to an authentication server to request provisioning of the mobile device for emulating the security token, receiving, responsive to the first authentication data, second authentication data via the transceiver from the authentication server, the second authentication data being associated with the account, storing the second authentication data in the memory, and initiating a transaction request, without using the security token, by transmitting from the mobile device the transaction request using the second authentication data.
A phase-locked loop bandwidth calibration circuit, comprising: a programmable charge pump; a phase-locked loop filter operatively connected to said programmable charge pump; an oscillator, operatively connected to said phase-locked loop filter, to generate a frequency signal based upon a signal received from said phase-locked loop filter; and a control loop operatively connected to said phase-locked loop filter and said programmable charge pump; said control loop configured to control said programmable charge pump to adjust its output current level based on a measured gain of said oscillator, an integer-N divider operatively connected to an output of said oscillator; and a phase and frequency detector operatively connected between said integer-N divider and said programmable charge pump, characterized in that said control loop is configured to control said programmable charge pump to adjust its output current level so that the product of the measured gain and a charge pump current level divided by an average N value, said N value being provided by said integer-N divider, is kept constant. a programmable charge pump; a phase-locked loop filter operatively connected to said programmable charge pump; an oscillator, operatively connected to said phase-locked loop filter, to generate a frequency signal based upon a signal received from said phase-locked loop filter; and a control loop operatively connected to said phase-locked loop filter and said programmable charge pump; said control loop configured to control said programmable charge pump to adjust its output current level based on a measured gain of said oscillator, an integer-N divider operatively connected to an output of said oscillator; and a phase and frequency detector operatively connected between said integer-N divider and said programmable charge pump,
A training device for training a trainee to operate a defibrillator comprising a housing having a shape which imitates a shape of a defibrillator, a defibrillator function emulation device attached to the housing and configured to emulate a predefined subset of functions of a defibrillator, and electrodes attached to the housing, characterised in that the training device cannot produce a defibrillation shock as it is not provided with components of a defibrillator which produce a defibrillation shock. a housing having a shape which imitates a shape of a defibrillator, a defibrillator function emulation device attached to the housing and configured to emulate a predefined subset of functions of a defibrillator, and electrodes attached to the housing, characterised in that the training device cannot produce a defibrillation shock as it is not provided with components of a defibrillator which produce a defibrillation shock.
An apparatus for straightening a catheter shaft, the apparatus comprising: a catheter package (100, 300) shaped to contain a catheter shaft wherein at least a portion of the catheter shaft is curved in a first direction to define a first bend radius; and a catheter shaft pathway physically associated with the catheter package (100, 300), the catheter shaft pathway including at least one reversal configured to bend the catheter shaft in a second direction opposite to the first direction as the catheter shaft is passed through the catheter shaft pathway. a catheter package (100, 300) shaped to contain a catheter shaft wherein at least a portion of the catheter shaft is curved in a first direction to define a first bend radius; and a catheter shaft pathway physically associated with the catheter package (100, 300), the catheter shaft pathway including at least one reversal configured to bend the catheter shaft in a second direction opposite to the first direction as the catheter shaft is passed through the catheter shaft pathway.
A semiconductor device comprising: an emitter region defining an inner boundary in the shape of an obround with parallel sides (304, 306), and the obround having a first hemispherical end and a second hemispherical end each having a radius; a base region having a first end, a second end opposite the first end, and base length (L B), the base region disposed within the obround with the base length parallel to and centered between the parallel sides, the first end spaced apart from the first hemispherical end by a first gap greater than the radius by more than a manufacturing tolerance, and the second end spaced apart from the second hemispherical end by a second gap greater than the radius by more than the manufacturing tolerance. an emitter region defining an inner boundary in the shape of an obround with parallel sides (304, 306), and the obround having a first hemispherical end and a second hemispherical end each having a radius; a base region having a first end, a second end opposite the first end, and base length (L B), the base region disposed within the obround with the base length parallel to and centered between the parallel sides, the first end spaced apart from the first hemispherical end by a first gap greater than the radius by more than a manufacturing tolerance, and the second end spaced apart from the second hemispherical end by a second gap greater than the radius by more than the manufacturing tolerance.
A dispensing apparatus comprising: a frame; a funnel coupled to the frame; a drive member coupled to the frame; a conduit in fluid communication with a water source and the funnel; a container containing a granular or powdered material and having a closure (10E,10F,10G) that selectively dispenses the material from the container via rotation of at least a portion of the closure, the container and closure are supported by the frame and positioned adjacent the funnel, characterized in that the funnel is supported to rotate relative to the frame and in that the drive member is coupled to the funnel, the drive member being actuatable to rotate the funnel relative to the frame and in that the closure and funnel are in rotational engagement such that rotation of the funnel causes rotation of at least a portion of the closure, wherein the closure dispenses the materials into the funnel. a frame; a funnel coupled to the frame; a drive member coupled to the frame; a conduit in fluid communication with a water source and the funnel; a container containing a granular or powdered material and having a closure (10E,10F,10G) that selectively dispenses the material from the container via rotation of at least a portion of the closure, the container and closure are supported by the frame and positioned adjacent the funnel, characterized in that the funnel is supported to rotate relative to the frame and in that the drive member is coupled to the funnel, the drive member being actuatable to rotate the funnel relative to the frame and in that the closure and funnel are in rotational engagement such that rotation of the funnel causes rotation of at least a portion of the closure, wherein the closure dispenses the materials into the funnel.
A booklet page turning apparatus comprising: a conveying device (2a to 2d) that conveys a booklet to a page turning position along a conveying path; upper and lower vacuum pads (10a, 10b) configured to be pressed against and to suck and hold upper and lower surfaces of the booklet conveyed to the page turning position by the conveying device (2a to 2d); a drive device that moves the upper vacuum pad to raise, by a predetermined angle, a page (Ta) of the booklet in a direction for opening the booklet about a stitch (Tb) of the booklet; a contact roller unit (21a, 21b) that moves into a position below the page (Ta) raised by the predetermined angle; and a control device that performs control, such that the contact roller unit (21a, 21b) moves to the position below the page (Ta), thereafter the lower vacuum pad cancels sucking and holding the page and the booklet is conveyed for a predetermined distance, and thereafter the upper vacuum pad cancels sucking and holding the page, so that the page (Ta) is turned, characterized by further comprising: a vacuum pump connected to the upper and lower vacuum pads (10a, 10b) via a vacuum supply circuit; and a single electromagnetic valve provided in the vacuum supply circuit for switching the vacuum supply circuit between a first path, a second path, and a third path, wherein the first path is configured to respectively provide vacuum to the upper and lower vacuum pads (10a, 10b), the second path is configured to stop providing vacuum to the lower vacuum pad and provide vacuum only to the upper vacuum pad, and the third path is configured to stop providing vacuum to the upper and lower vacuum pads (10a, 10b). a conveying device (2a to 2d) that conveys a booklet to a page turning position along a conveying path; upper and lower vacuum pads (10a, 10b) configured to be pressed against and to suck and hold upper and lower surfaces of the booklet conveyed to the page turning position by the conveying device (2a to 2d); a drive device that moves the upper vacuum pad to raise, by a predetermined angle, a page (Ta) of the booklet in a direction for opening the booklet about a stitch (Tb) of the booklet; a contact roller unit (21a, 21b) that moves into a position below the page (Ta) raised by the predetermined angle; and a control device that performs control, such that the contact roller unit (21a, 21b) moves to the position below the page (Ta), thereafter the lower vacuum pad cancels sucking and holding the page and the booklet is conveyed for a predetermined distance, and thereafter the upper vacuum pad cancels sucking and holding the page, so that the page (Ta) is turned, a vacuum pump connected to the upper and lower vacuum pads (10a, 10b) via a vacuum supply circuit; and a single electromagnetic valve provided in the vacuum supply circuit for switching the vacuum supply circuit between a first path, a second path, and a third path, the second path is configured to stop providing vacuum to the lower vacuum pad and provide vacuum only to the upper vacuum pad, and the third path is configured to stop providing vacuum to the upper and lower vacuum pads (10a, 10b).
Snap hinge for furniture, comprising a first and a second articulated quadrilaterals, associated with respective plates (2, 3) for securing it to a wall and to a door of a piece of furniture, each quadrilateral comprising a pair of rocker arms (5, 7; 8, 10), one of which extends beyond the vertex of the respective quadrilateral, thus forming a connecting rod (6, 9) of the other quadrilateral, characterized by also comprising a pair of articulated levers (23, 24) extending between the rocker arms (5, 7) of one of the quadrilaterals, which are subjected to the action of elastic means (20; 27) countering the rotation of the door of the piece of furniture, wherein the rocker arms (5, 7) comprise appendixes (18, 19) from which the articulated levers (23, 24) extend.