mhurhangee/ep-ind-claims huggingface dataset:
A vaginal insert device for use in improving symptoms associated with pelvic organ prolapse, urinary incontinence, or both pelvic organ prolapse and urinary incontinence, comprising: an upper portion, which is made of an elastic and non-absorbent material, having a cone-shaped body, having a circular transverse cross-section throughout a length of the upper portion, having a wall with an interior side and an exterior side, an upper open end, a lower end, and a hollow interior, wherein a circumference of the upper portion decreases from the upper open end to the lower end, wherein the upper open end of the upper portion is the innermost portion of the vaginal insert device during insertion, and wherein the wall of the upper portion is configured to be squeezed to make the upper portion into a more compact shape for easier insertion of the vaginal insert device, and wherein said wall expands back to its original shape after the insertion; an exterior rim surrounding and protruding from the exterior side of the wall of the upper portion, the exterior rim being adjacent to said upper open end; a plurality of ridges surrounding and protruding from the exterior side of the wall of the upper portion, the plurality of ridges being spaced apart from the upper open end to the lower end; wherein said upper portion, with said exterior rim and said plurality of ridges, holds the vaginal insert device securely in place to impose pressure on the urethral sphincter, or to support pelvic organs, or to both impose pressure on the urethral sphincter and support pelvic organs, when the device is inserted. an upper portion, which is made of an elastic and non-absorbent material, having a cone-shaped body, having a circular transverse cross-section throughout a length of the upper portion, having a wall with an interior side and an exterior side, an upper open end, a lower end, and a hollow interior, wherein a circumference of the upper portion decreases from the upper open end to the lower end, wherein the upper open end of the upper portion is the innermost portion of the vaginal insert device during insertion, and wherein the wall of the upper portion is configured to be squeezed to make the upper portion into a more compact shape for easier insertion of the vaginal insert device, and wherein said wall expands back to its original shape after the insertion; an exterior rim surrounding and protruding from the exterior side of the wall of the upper portion, the exterior rim being adjacent to said upper open end; a plurality of ridges surrounding and protruding from the exterior side of the wall of the upper portion, the plurality of ridges being spaced apart from the upper open end to the lower end; wherein said upper portion, with said exterior rim and said plurality of ridges, holds the vaginal insert device securely in place to impose pressure on the urethral sphincter, or to support pelvic organs, or to both impose pressure on the urethral sphincter and support pelvic organs, when the device is inserted.
Sliding door system, in particular a vehicle sliding door system for transport vehicles, like a van, a railway train or bus car, comprising a framework and at least one door leaf having a front edge and a rear edge which door leaf is displaceable relative to the framework by a sliding motion in a transversal direction of the door leaf from a closed position to an open position to provide a doorway in the framework and which door leaf is suspended from the framework by a support guidance, wherein the support guidance comprises: - a swing shaft with a swing arm which swing shaft is swingable about a swing axis to enable a plug out motion of the door leaf with respect to the framework; - a slide bar which extends in the transversal direction of the door leaf and which slide bar is mounted to the door leaf; - a sliding carriage slidably mounted to the slide bar and pivotally about a carriage pivot axis connected to a distal end of the swing arm; wherein the sliding door system further comprises a steer guidance for guiding the sliding motion of the door leaf in which the steer guidance includes a steering track extending in the transversal direction and in which the front edge of the door leaf is coupled to the steering track by a front lever, characterised in that the steering track is fixedly mounted to the framework. - a swing shaft with a swing arm which swing shaft is swingable about a swing axis to enable a plug out motion of the door leaf with respect to the framework; - a slide bar which extends in the transversal direction of the door leaf and which slide bar is mounted to the door leaf; - a sliding carriage slidably mounted to the slide bar and pivotally about a carriage pivot axis connected to a distal end of the swing arm;
Electrically heatable media line having a fluid line and at least one line connector, which comprises a fluid connector, which is connected to one end of the fluid line and the at least one connection portion for media-tight connection to the end of the fluid line, and also comprises an outer housing, wherein the fluid line and the line connector each have electrical heating means (18, 22), and wherein the fluid connector, at least in the region of its heating means and together with an end portion of the fluid line, is enclosed by the housing, wherein the housing has fixing means for accommodating, with mechanical fixing action, the fluid connector with the connected line end and also electrical conductors (20, 24, 26) and conductor connections of the heating means (18, 22), wherein the fluid line, together with its heating means, is enclosed by a sheath, wherein the fixing means also accommodates an end region of the sheath with fixing action, and wherein the sheath of the fluid line, in its end region within the housing, is sealed relative to the fluid line via sealing means, wherein the housing comprises two interconnectable housing parts (8a, 8b) and, as fixing means for the electrical conductor connections, has two accommodating chambers, which are located diametrically opposite one another on either side in relation to the connected fluid line and the connection portion and are arranged parallel alongside the line region, characterized in that the electrical conductor connections are each formed by a connector element, wherein each connector element, for fixing purposes and strain relief of the conductors, is inserted in a force-fitting and form-fitting manner in the accommodating chambers of the housing, wherein the housing comprises two half-shell-like housing parts - a lower part and an upper part - such that, in an open state, all the inner constituent parts can be inserted into the housing part, which is designed in the form of a lower part, and can be fixed therein, wherein the diametrically opposite accommodating chambers are delimited in the inward direction by partition walls, which are spaced apart from one another such that they also fix between them, in a force-fitting manner, the connection portion with the fluid line.
A laundry washing machine comprising: - a cabinet supporting a washing drum adapted to receive laundry and a washing tub external to said washing drum; - a treating agents dispenser (20; 120; 220; 320; 420) comprising one or more compartments (23a; 323a; 423) adapted to be filled with at least one treating agent, said treating agents dispenser (20; 120; 220; 320; 420) being provided with one or more water conveying lines for conveying water to said one or more compartments (23a; 323a; 423); - a supply line, fluidly connecting said treating agents dispenser (20; 120; 220; 320; 420) and said washing tub; - a control unit for controlling functioning of said laundry washing machine; - an interface unit by means of which the user may select and/or set parameters; characterized in that at least a first one of said one or more compartments (23a; 323a; 423) is suited to receive a unit dose package comprising a pre-measured amount of treating agent incorporated into a water-soluble pouch and wherein at least a first one of said one or more water conveying lines comprises at least one nozzle (41, 42, 43; 341, 342, 343; 441) for generating at least one water jet (51, 52, 53; 451) into said first compartment (23a; 323a; 423) so that said at least one water jet (51, 52, 53; 451) hits said unit dose package and breaks said water-soluble pouch, wherein said treating agents dispenser (20; 120; 220; 320; 420) further comprises a stopping device associated to said first compartment (23a; 323a; 423) adapted for stopping said unit dose package in a predefined zone inside said first compartment (23a; 323a; 423). - a cabinet supporting a washing drum adapted to receive laundry and a washing tub external to said washing drum; - a treating agents dispenser (20; 120; 220; 320; 420) comprising one or more compartments (23a; 323a; 423) adapted to be filled with at least one treating agent, said treating agents dispenser (20; 120; 220; 320; 420) being provided with one or more water conveying lines for conveying water to said one or more compartments (23a; 323a; 423); - a supply line, fluidly connecting said treating agents dispenser (20; 120; 220; 320; 420) and said washing tub; - a control unit for controlling functioning of said laundry washing machine; - an interface unit by means of which the user may select and/or set parameters;
A cartridge (400, 500, 800, 900, 1000) for use with an apparatus for generating an inhalable medium, the cartridge (400, 500, 800, 900) comprising: a container (401, 501, 801, 901, 1001) for holding a liquid (402, 502, 802, 902, 1002); a receptacle (403, 503, 803, 903, 1003) for receiving a solid material (404, 504, 804, 904, 1004); and a shell (405, 505, 805) around the outside of the liquid container (401, 501, 801, 901, 1001); wherein the shell (405, 505, 805) and the liquid container (401, 501, 801, 901, 1001) define between them a channel (406, 506, 806); and the cartridge (400, 500, 800, 900, 1000) being arranged such that in use liquid exiting the container (401, 501, 801, 901, 1001) can flow, in the form of at least one of a vapour and an aerosol, through the channel (406, 505, 806) to the receptacle (403, 503, 803, 903, 1003) and through solid material (404, 504, 804, 904, 1004) received by the receptacle (403, 503, 803, 903, 1003) in use. a container (401, 501, 801, 901, 1001) for holding a liquid (402, 502, 802, 902, 1002); a receptacle (403, 503, 803, 903, 1003) for receiving a solid material (404, 504, 804, 904, 1004); and a shell (405, 505, 805) around the outside of the liquid container (401, 501, 801, 901, 1001); wherein the shell (405, 505, 805) and the liquid container (401, 501, 801, 901, 1001) define between them a channel (406, 506, 806); and the cartridge (400, 500, 800, 900, 1000) being arranged such that in use liquid exiting the container (401, 501, 801, 901, 1001) can flow, in the form of at least one of a vapour and an aerosol, through the channel (406, 505, 806) to the receptacle (403, 503, 803, 903, 1003) and through solid material (404, 504, 804, 904, 1004) received by the receptacle (403, 503, 803, 903, 1003) in use.
Coil positioning device for a wireless charging system, the coil positioning device comprising a supporting element configured to support an energy transfer coil; a lower linear guide arranged movably in a first direction and configured to slidingly guide the supporting element in a second direction substantially perpendicular to the first direction, an upper linear guide arranged movably in the second direction and configured to slidingly guide the supporting element in the first direction, wherein the supporting element is slidingly engaged with the upper linear guide at an upper coupling section thereof, wherein the supporting element is slidingly engaged with the lower linear guide at a lower coupling section thereof, wherein the upper linear guide comprises an elongate opening extending in the second direction, and wherein the supporting element is partially accommodated in the elongate opening.
Autonomous cardiovascular implant comprising: an inlet on a high-pressure side, intended to be in fluid communication with an artery of a cardiovascular system; an outlet on a low-pressure side, intended to be in fluid communication with a vein, in particular with a vein of the myocardial muscle, of the cardiovascular system; a flow path from the inlet on the high-pressure side to the outlet on the low-pressure side; a pipe section starting from the inlet on the high-pressure side, located upstream and with an expandable bubble-like region and a pipe section leading to the outlet on the low-pressure side, located downstream and having a flow cross-section, characterized in that the pipe section located upstream and with the expandable bubble-like region is either arranged next to the pipe section located downstream, or in the inside of the pipe section located downstream; wherein the expandable bubble-like region is movable back and forth between a relaxed state with an at-rest cross section and an expanded state with a working cross section greater than the at-rest cross section; so that in the relaxed state of the expandable bubble-like region the flow cross-section of the pipe section located downstream is free; and in the expanded state of the expandable bubble-like region the flow cross-section of the pipe section located downstream is at least approximately completely shrunk. an inlet on a high-pressure side, intended to be in fluid communication with an artery of a cardiovascular system; an outlet on a low-pressure side, intended to be in fluid communication with a vein, in particular with a vein of the myocardial muscle, of the cardiovascular system; a flow path from the inlet on the high-pressure side to the outlet on the low-pressure side; a pipe section starting from the inlet on the high-pressure side, located upstream and with an expandable bubble-like region and a pipe section leading to the outlet on the low-pressure side, located downstream and having a flow cross-section, characterized in that the pipe section located upstream and with the expandable bubble-like region is either arranged next to the pipe section located downstream, or in the inside of the pipe section located downstream; wherein the expandable bubble-like region is movable back and forth between a relaxed state with an at-rest cross section and an expanded state with a working cross section greater than the at-rest cross section; so that in the relaxed state of the expandable bubble-like region the flow cross-section of the pipe section located downstream is free; and in the expanded state of the expandable bubble-like region the flow cross-section of the pipe section located downstream is at least approximately completely shrunk.
Vacuum packaging arrangement comprising a drawer configured to cooperate with a kitchen cabinet, and a vacuum packaging device configured for vacuum packaging items in vacuum bags, wherein the vacuum packaging device is functionally integrated in a ready-to-operate configuration within the drawer and provides, within the drawer, an operational interface configured to receive a minor first section of a vacuum bag that comprises an open end of a vacuum bag, and to vacuum the vacuum bag upon activation of the vacuum packaging device, wherein the vacuum packaging device is implemented such that a major second section of the vacuum bag that comprises a closed end of the vacuum bag is arranged outside of the vacuum packaging device, wherein the vacuum packaging device is accommodated in a first section (13, 21) of the inner of the drawer, and wherein a second section (14, 22) of the drawer, different from the first section (13, 21), is configured to accommodate and support the vacuum bag while being vacuum packaged, characterized in that the second section (14, 22) is at a lower level relative to the first section (13, 21).
A full-duplex radio system comprising: an analog transmission circuit comprising a power amplifier to output an analog TX signal; and a feedback receiver circuit operatively coupled to the analog TX circuit to receive a feedback cancellation signal and the analog TX signal, the feedback receiver circuit being configured to cancel a portion of the analog TX signal based on the feedback cancellation signal and to generate a digital representation of a remaining portion of the analog TX signal, wherein the digital representation of the remaining portion of the analog TX signal is used to digitally cancel in a digital domain at least a transmitter noise component of a self-interference signal associated with a transmission of the analog TX signal in the full-duplex radio system. an analog transmission circuit comprising a power amplifier to output an analog TX signal; and a feedback receiver circuit operatively coupled to the analog TX circuit to receive a feedback cancellation signal and the analog TX signal, the feedback receiver circuit being configured to cancel a portion of the analog TX signal based on the feedback cancellation signal and to generate a digital representation of a remaining portion of the analog TX signal, wherein the digital representation of the remaining portion of the analog TX signal is used to digitally cancel in a digital domain at least a transmitter noise component of a self-interference signal associated with a transmission of the analog TX signal in the full-duplex radio system.
A heat recovery apparatus comprising: a molten carbonate fuel cell (MCFC); a condensed tank storing a fluid; a heat exchanger heating a water from the condensed tank with the heat from the MCFC; a first switching unit introducing heat generated by the MCFC into a heat exchanger or blocking the introduction of the heat into the heat exchanger; a second switching unit discharging the heat through a discharge hole or blocking the discharge of heat through the discharge hole; a tube through which the fluid passes between the condensed tank and the heat exchanger; a third switching unit introducing the fluid stored in the condensed tank into a fluid circulating unit or blocking the introduction of the fluid into the fluid circulating unit; the fluid circulating unit circulating the fluid introduced by the third switching unit; a state sensing unit measuring a temperature of the heat generated by the MCFC, a flow rate within the tube through which the fluid passes, and a temperature and water level within the condensed tank; and a control unit controlling each of the units according to an operating or stopping algorithm, wherein, the control unit is adapted, when a standby state is performed, to open all the first and second switching units, close the first switching unit after a first critical time elapses, maintain the fluid circulating unit in a stopped state, and maintain the third switching unit in a closed state. a molten carbonate fuel cell (MCFC); a condensed tank storing a fluid; a heat exchanger heating a water from the condensed tank with the heat from the MCFC; a first switching unit introducing heat generated by the MCFC into a heat exchanger or blocking the introduction of the heat into the heat exchanger; a second switching unit discharging the heat through a discharge hole or blocking the discharge of heat through the discharge hole; a tube through which the fluid passes between the condensed tank and the heat exchanger; a third switching unit introducing the fluid stored in the condensed tank into a fluid circulating unit or blocking the introduction of the fluid into the fluid circulating unit; the fluid circulating unit circulating the fluid introduced by the third switching unit; a state sensing unit measuring a temperature of the heat generated by the MCFC, a flow rate within the tube through which the fluid passes, and a temperature and water level within the condensed tank; and a control unit controlling each of the units according to an operating or stopping algorithm, wherein, the control unit is adapted, when a standby state is performed, to open all the first and second switching units, close the first switching unit after a first critical time elapses, maintain the fluid circulating unit in a stopped state, and maintain the third switching unit in a closed state.
A wiring module to be mounted on a stacked device formed by stacking a plurality of units each including an identically shaped fitting portion for a connector, comprising: a wiring harness including a plurality of wires and connectors fixed to ends of the respective wires and fittable into the fitting portions; and a positioning member fixed to the wiring harness and capable of being positioned at a predetermined position with respect to the stacked device; wherein: the wiring harness is so fixed to the positioning member that parts of the respective wires are freely guidable; the freely guidable parts have predetermined lengths from the connectors; and the wires of the wiring harness are accommodated in a channel-like wire accommodating passage formed on the positioning member; wherein: the positioning member is formed with a wire restricting portion, the wire accommodating passage and the positioning portion (23h, 23l); and characterized by a wire restricting member fixed to each wire; wherein the wire restricting portion is a slit, by engaging the wire restricting member with the slit, the length of the freely guidable part of each wire is so set that the connector is not fittable into the fitting portion other than the corresponding ones out of a plurality of fitting portions in a state where the positioning member is positioned at the predetermined position with respect to the stacked device. a wiring harness including a plurality of wires and connectors fixed to ends of the respective wires and fittable into the fitting portions; and a positioning member fixed to the wiring harness and capable of being positioned at a predetermined position with respect to the stacked device; wherein: the wiring harness is so fixed to the positioning member that parts of the respective wires are freely guidable; the freely guidable parts have predetermined lengths from the connectors; and the wires of the wiring harness are accommodated in a channel-like wire accommodating passage formed on the positioning member; the wiring harness is so fixed to the positioning member that parts of the respective wires are freely guidable; the freely guidable parts have predetermined lengths from the connectors; and the wires of the wiring harness are accommodated in a channel-like wire accommodating passage formed on the positioning member; wherein: the positioning member is formed with a wire restricting portion, the wire accommodating passage and the positioning portion (23h, 23l); and the positioning member is formed with a wire restricting portion, the wire accommodating passage and the positioning portion (23h, 23l); and characterized by a wire restricting member fixed to each wire; wherein the wire restricting portion is a slit, by engaging the wire restricting member with the slit, the length of the freely guidable part of each wire is so set that the connector is not fittable into the fitting portion other than the corresponding ones out of a plurality of fitting portions in a state where the positioning member is positioned at the predetermined position with respect to the stacked device.