mhurhangee/ep-ind-claims huggingface dataset:
An artificial urinary sphincter system including a pressure reservoir attachable to a pump and a conduit attachable between the pump and a cuff (108, 208, 308), the cuff (108, 208, 308) comprising: a one-piece monolithic silicone structure that is pre-formed to provide a circular shape in radial cross-section that is sized for placement around a urethra of a user; an interior wall (110, 210, 310) connected by a pair of opposing curved end walls (114, 116) to an exterior wall (112, 212, 312), the interior wall (110, 210, 310) and the exterior wall (112, 212, 312) both smooth and continuous in both a radial direction and an axial direction; means for opening the circular shape of the cuff to allow placing the cuff around the urethra of the user; and a connector that is attached to the exterior wall of the cuff; wherein a closed cavity is located between the interior wall and the exterior wall and between the pair of opposing curved end walls (114, 116), and in that the connector is in communication with the closed cavity, wherein a thickness of the interior wall is less than a thickness of the exterior wall and less than a thickness of each of the pair of opposing curved end walls (114, 116). a one-piece monolithic silicone structure that is pre-formed to provide a circular shape in radial cross-section that is sized for placement around a urethra of a user; an interior wall (110, 210, 310) connected by a pair of opposing curved end walls (114, 116) to an exterior wall (112, 212, 312), the interior wall (110, 210, 310) and the exterior wall (112, 212, 312) both smooth and continuous in both a radial direction and an axial direction; means for opening the circular shape of the cuff to allow placing the cuff around the urethra of the user; and a connector that is attached to the exterior wall of the cuff; wherein a closed cavity is located between the interior wall and the exterior wall and between the pair of opposing curved end walls (114, 116), and in that the connector is in communication with the closed cavity, wherein a thickness of the interior wall is less than a thickness of the exterior wall and less than a thickness of each of the pair of opposing curved end walls (114, 116).
Touch sensing apparatus (100; 300) for a mobile device, comprising a touch sensing section (110; 315, 316) for sensing a force experienced in a touch sensing direction of said touch sensing section and outputting a signal corresponding to said force, an acceleration obtaining section (120; 320) for obtaining an acceleration of said touch sensing apparatus in said touch sensing direction; and a signal correction section (130; 330) for correcting said signal corresponding to said sensed force using said obtained acceleration of said touch sensing apparatus in said touch sensing direction, characterized in that the touch sensing section comprises as a force sensing unit a first winding and a second winding and a cover layer, wherein the second winding is placed between the first winding and the cover layer and overlaps at least partly with the first winding, wherein said touch sensing direction is perpendicular to the cover layer, wherein the first winding and the second winding are spaced apart from each other so as to form a spacing between them, wherein the first winding and the second winding and the cover layer are arranged so that a coupling of a magnetic field generated by a current supplied to the first winding varies in response to said force changing the spacing between the first winding and the second winding.
A method of enabling a wireless communication between a master unit and at least one sensor unit to be executed within a frame, the at least one sensor unit having a data sampling frequency for sampling one or more of its channels and for storing resulting sample in a buffer memory together with a corresponding sample sequence number, characterised in that the at least one sensor unit is adapted to transmit a mathematically integrated sample to the master unit during a portion of the frame, the method comprising the steps of: - wirelessly transmitting at least once by the master unit during a master unit portion of the frame a data update request message comprising an identification of an initial sample sequence number from which mathematical integration by the at least one sensor unit has to be carried out; - mathematically integrating by the at least one sensor unit the sample values from the initial sample sequence number to a current sample sequence number; - wirelessly transmitting during a further portion of the frame by the at least one sensor unit the mathematically integrated sample value and the identification for the current sample sequence number; - receiving by the master unit the mathematically integrated sample value and the identification of the current sample sequence number; - storing in the master unit at least the identification of the current sample sequence number. - wirelessly transmitting at least once by the master unit during a master unit portion of the frame a data update request message comprising an identification of an initial sample sequence number from which mathematical integration by the at least one sensor unit has to be carried out; - mathematically integrating by the at least one sensor unit the sample values from the initial sample sequence number to a current sample sequence number; - wirelessly transmitting during a further portion of the frame by the at least one sensor unit the mathematically integrated sample value and the identification for the current sample sequence number; - receiving by the master unit the mathematically integrated sample value and the identification of the current sample sequence number; - storing in the master unit at least the identification of the current sample sequence number.
An insulated gate bipolar transistor IGBT, comprising a cell region and a termination region within a front surface on a chip, the termination region surrounding the cell region, an IGBT drift region of a first conductivity type under the cell region and the termination region, and an IGBT collector region within a back surface of the chip, wherein: the IGBT collector region is connected to the IGBT drift region and under the IGBT drift region, and the IGBT drift region comprises a first drift region under the cell region and a second drift region under the termination region; and the IGBT collector region comprises a cell collector region of a doped second conductivity type under the first drift region and a non-conductive isolation region adjacent to the cell collector region, wherein a length of the non-conductive isolation region is smaller than a length of the termination region, and a thickness of the non-conductive isolation region is larger than or equal to a thickness of the cell collector region, characterized in that the IGBT collector region further comprises a termination collector region adjacent to the non-conductive isolation region, wherein the termination collector region comprises a first block of a second conductivity type and a second block of a doped first conductivity type under the first block, wherein: a length of the first block is smaller than the length of the termination region, and a thickness of the first block is smaller than a thickness of the second drift region; and a length of the second block is smaller than the length of the termination region, and a thickness of the second block is smaller than the thickness of the non-conductive isolation region, and wherein the termination collector region further comprises a third block of the first conductivity type, which is adjacent to the first block and over the second block, wherein a length of the third block is smaller than the length of the termination region, and a thickness of the third block is equal to the thickness of the first block, and wherein the second block and the third block extend to the edge of the chip.
A bracket device, comprising: a longitudinal wall; and a mounting member movable relative to the longitudinal wall along a height direction of the longitudinal wall to be located at one of a first position and a second position; wherein when the bracket device is rotated a predetermined angle it is flipped upside-down such that it is switched from a first state to a second state, and the mounting member is configured to be moved from the first position to the second position; characterized in that when the bracket device is in the first state, the mounting member is located at the first position and is configured to be mounted to a post; wherein when the bracket device is in the second state, the mounting member is located at the second position and is prevented from being mounted to the post. a longitudinal wall; and a mounting member movable relative to the longitudinal wall along a height direction of the longitudinal wall to be located at one of a first position and a second position; wherein when the bracket device is rotated a predetermined angle it is flipped upside-down such that it is switched from a first state to a second state, and the mounting member is configured to be moved from the first position to the second position;
A strap system having an adjustable length, the strap system comprising: a strap having a first, predetermined length, and defining first and second ends (375, 376), the strap comprising hook-receivable material; a length adjustment system connected to the first end of the strap, the length adjustment system including a belt segment having a first end removably secured to the first end of the strap, the belt segment defining at least one opening at a second end thereof, the belt segment formed from a stretchable plastic material; and a first bracket selectively engageable with the at least one opening of the belt segment; characterised in that the first end of the belt segment is arranged to clamp the strap and the length adjustment system includes first and second flaps (382, 383) arranged to engage a surface of the strap and permanently secured to the belt segment, the belt segment forms an overmold connection with the flaps (382, 383) such that the flaps have a portion extending from the belt segment and include fastener means arranged to engage the hook-receivable material of the strap. a strap having a first, predetermined length, and defining first and second ends (375, 376), the strap comprising hook-receivable material; a length adjustment system connected to the first end of the strap, the length adjustment system including a belt segment having a first end removably secured to the first end of the strap, the belt segment defining at least one opening at a second end thereof, the belt segment formed from a stretchable plastic material; and a first bracket selectively engageable with the at least one opening of the belt segment; characterised in that the first end of the belt segment is arranged to clamp the strap and the length adjustment system includes first and second flaps (382, 383) arranged to engage a surface of the strap and permanently secured to the belt segment, the belt segment forms an overmold connection with the flaps (382, 383) such that the flaps have a portion extending from the belt segment and include fastener means arranged to engage the hook-receivable material of the strap.
A method implemented by a wireless transmit/receive unit, WTRU, wherein the WTRU is capable of operating in an unlicensed spectrum, the method comprising: receiving semi-static configuration information that indicates a plurality of rate matching configurations; receiving a downlink control information, DCI, for a physical downlink shared channel, PDSCH, transmission, wherein the DCI includes an indication to apply a first rate matching configuration of the plurality of rate matching configurations to the PDSCH transmission; determining, based on the indication included in the DCI, which channel resources are to be rate matched around for the PDSCH transmission; determining a transport block size, TBS, for the PDSCH transmission based on a modulation and coding scheme, MCS, index and the first rate matching configuration indicated by the DCI; and receiving, in accordance with the first rate matching configuration included in the DCI, the PDSCH transmission comprising a transport block with the determined TBS. receiving semi-static configuration information that indicates a plurality of rate matching configurations; receiving a downlink control information, DCI, for a physical downlink shared channel, PDSCH, transmission, wherein the DCI includes an indication to apply a first rate matching configuration of the plurality of rate matching configurations to the PDSCH transmission; determining, based on the indication included in the DCI, which channel resources are to be rate matched around for the PDSCH transmission; determining a transport block size, TBS, for the PDSCH transmission based on a modulation and coding scheme, MCS, index and the first rate matching configuration indicated by the DCI; and receiving, in accordance with the first rate matching configuration included in the DCI, the PDSCH transmission comprising a transport block with the determined TBS.
A connection mechanism for the connection of a receiver of a firearm and a shoulder mount, the connection mechanism comprising a closing part of the receiver, the closing part being adapted for the connection to the shoulder mount and containing a latch arranged in a movable way between a locking position, in which in an assembled firearm the latch engages with the receiver and the closing part is prevented from being removed from the receiver, and an unlocking position, in which the closing part can be removed from the receiver, whereby the closing part contains a lever to control the movement of the latch from the locking position to the unlocking position and/or from the unlocking position to the locking position.
A compressor system, comprising: a compression module having an inlet for receiving air; a filter having a sealing feature disposed at a first end of the filter and having an engagement feature disposed at a second end of the filter opposite the first end; and a filter housing in fluid communication with the compression module, wherein the filter housing comprises an enclosure having a plurality of walls constructed to house the filter; characterized in that the filter housing has a trap door disposed in one of the walls constructed to contact the engagement feature, and constructed to drive the engagement feature in a direction parallel to an axis of the filter toward the sealing feature and urge the sealing feature into sealing engagement with the filter housing. a compression module having an inlet for receiving air; a filter having a sealing feature disposed at a first end of the filter and having an engagement feature disposed at a second end of the filter opposite the first end; and a filter housing in fluid communication with the compression module, wherein the filter housing comprises an enclosure having a plurality of walls constructed to house the filter; characterized in that the filter housing has a trap door disposed in one of the walls constructed to contact the engagement feature, and constructed to drive the engagement feature in a direction parallel to an axis of the filter toward the sealing feature and urge the sealing feature into sealing engagement with the filter housing.
An aircraft engine assembly (10, 210, 310) comprising: an engine core including at least one internal combustion engine in driving engagement with an engine shaft; a first casing (21; 321'); a turbine module including a second casing located outside of the first casing, the second casing containing a turbine section, the turbine section having an inlet in fluid communication with an outlet of the engine core, the turbine section including at least one turbine rotor (26', 27') connected to a turbine shaft, the turbine shaft extending into the first casing; and a compressor module including a third casing located outside of the first and second casings, the third casing containing a compressor having an outlet in fluid communication with an inlet of the engine core, the compressor including at least one compressor rotor in driving engagement with at least one of the turbine shaft and the engine shaft; wherein each casing defines an enclosure independently of the other casings; wherein the first casing is part of a gearbox module (20; 220; 320; 320') and contains at least part of a gear train (68; 368, 368'), and the turbine shaft is in driving engagement with the engine shaft through the gear train; characterised in that the turbine shaft is rotationally supported by a plurality of bearings all contained within the first casing; and the turbine shaft is free of rotational support within the second casing. an engine core including at least one internal combustion engine in driving engagement with an engine shaft; a first casing (21; 321'); a turbine module including a second casing located outside of the first casing, the second casing containing a turbine section, the turbine section having an inlet in fluid communication with an outlet of the engine core, the turbine section including at least one turbine rotor (26', 27') connected to a turbine shaft, the turbine shaft extending into the first casing; and a compressor module including a third casing located outside of the first and second casings, the third casing containing a compressor having an outlet in fluid communication with an inlet of the engine core, the compressor including at least one compressor rotor in driving engagement with at least one of the turbine shaft and the engine shaft; wherein each casing defines an enclosure independently of the other casings; wherein the first casing is part of a gearbox module (20; 220; 320; 320') and contains at least part of a gear train (68; 368, 368'), and the turbine shaft is in driving engagement with the engine shaft through the gear train; characterised in that the turbine shaft is rotationally supported by a plurality of bearings all contained within the first casing; and the turbine shaft is free of rotational support within the second casing.
A refrigerant flow path switching unit arranged between an outdoor unit and each of multiple indoor units to control a refrigerant flow, comprising: a housing; a refrigerant flow path switching circuit assembly arranged in the housing and having multiple refrigerant flow path switching circuits, each refrigerant flow path switching circuit including a high/low pressure gas pipe, a low pressure gas pipe, a high/low pressure electric valve provided at the high/low pressure gas pipe, and a low pressure electric valve provided at the low pressure gas pipe; and a liquid pipe assembly arranged in the housing and having multiple liquid pipes connected to the multiple indoor units; a first divider plate provided between adjacent ones of the refrigerant flow path switching circuits in the housing and configured to divide an internal space of the housing, wherein a space divided by the first divider plate is in a substantially cubic shape, and the divided space is filled with a foaming agent; and a second divider plate provided in the housing and configured to separate the refrigerant flow path switching circuit assembly and the liquid pipe assembly, wherein the internal space of the housing is divided in a substantially cubic shape by the first divider plate and the second divider plate, and a divided space is filled with the foaming agent. a housing; a refrigerant flow path switching circuit assembly arranged in the housing and having multiple refrigerant flow path switching circuits, each refrigerant flow path switching circuit including a high/low pressure gas pipe, a low pressure gas pipe, a high/low pressure electric valve provided at the high/low pressure gas pipe, and a low pressure electric valve provided at the low pressure gas pipe; and a liquid pipe assembly arranged in the housing and having multiple liquid pipes connected to the multiple indoor units; a first divider plate provided between adjacent ones of the refrigerant flow path switching circuits in the housing and configured to divide an internal space of the housing, wherein a space divided by the first divider plate is in a substantially cubic shape, and the divided space is filled with a foaming agent; and a second divider plate provided in the housing and configured to separate the refrigerant flow path switching circuit assembly and the liquid pipe assembly, wherein the internal space of the housing is divided in a substantially cubic shape by the first divider plate and the second divider plate, and a divided space is filled with the foaming agent.
Fish stunning apparatus, comprising - a fish feed-in device, which is configured for conveying fish head first, - a fish receiving space which is loadable by the fish feed-in device with fish in the head first position, - a fish positioning device having a fish positioning means engaging on the fish head which for the purpose of stunning the fish in the fish receiving space, defines a temporary stop position of the fish which is releasable after stunning for discharging the fish, - a stunning means which for stunning acts on the head-end region of the fish in its temporary stop position in the fish receiving space, - a trigger device by means of which the temporary stop position is determinable and operation of the stunning means can be activated for acting on the head-end fish region, and - an apparatus control device which for controlling operation is operatively connected to the fish positioning device, the stunning means and the trigger device, wherein the fish positioning device is configured with a fish-size determining device determining the fish size and with a fish-position actuating element controllable by means of said fish-size determining device, which is connected to the fish positioning means for local adjustment thereof, as a result of which any fish head can be moved automatically, according to the size of the fish, into a consistent position in relation to the stunning means to bring about the temporary fish stop position, characterised in that the fish position actuating element forms a part of the trigger device, wherein the trigger device can be activated, depending on local positions of the position actuating element which are displaceable and fixable on said trigger device, said local positions being controllable by means of the fish size controlling. - a fish feed-in device, which is configured for conveying fish head first, - a fish receiving space which is loadable by the fish feed-in device with fish in the head first position, - a fish positioning device having a fish positioning means engaging on the fish head which for the purpose of stunning the fish in the fish receiving space, defines a temporary stop position of the fish which is releasable after stunning for discharging the fish, - a stunning means which for stunning acts on the head-end region of the fish in its temporary stop position in the fish receiving space, - a trigger device by means of which the temporary stop position is determinable and operation of the stunning means can be activated for acting on the head-end fish region, and - an apparatus control device which for controlling operation is operatively connected to the fish positioning device, the stunning means and the trigger device,