mhurhangee/ep-ind-claims huggingface dataset:
An occlusion device, comprising: an outer elongate tubular body having proximal and distal portions (20a, 20b), the proximal portion having a plurality of proximal slits formed therein and configured to allow the proximal portion to expand to form proximal wings, and the distal portion having a plurality of distal slits formed therein and configured to allow the distal portion to expand to form distal wings; an elongate guide member extending distally from a distal end of the outer elongate tubular body and configured such that a proximal end of the guide member is disposed within the outer elongate tubular body prior to, during and after the proximal and distal wings are formed; and a slide tube disposed within the proximal portion of the outer elongate tubular body and having a proximal end fixedly mated to a proximal end of the outer elongate tubular body, the outer elongate tubular body being configured to move along an outer surface of the slide tube as the proximal and distal portions (20a, 20b) expand to form proximal and distal wings (24a, 24b), wherein a distal end of the slide tube abuts the proximal end of the guide member after the proximal and distal portions of the outer tubular body are expanded to form the proximal and distal wings. an outer elongate tubular body having proximal and distal portions (20a, 20b), the proximal portion having a plurality of proximal slits formed therein and configured to allow the proximal portion to expand to form proximal wings, and the distal portion having a plurality of distal slits formed therein and configured to allow the distal portion to expand to form distal wings; an elongate guide member extending distally from a distal end of the outer elongate tubular body and configured such that a proximal end of the guide member is disposed within the outer elongate tubular body prior to, during and after the proximal and distal wings are formed; and a slide tube disposed within the proximal portion of the outer elongate tubular body and having a proximal end fixedly mated to a proximal end of the outer elongate tubular body, the outer elongate tubular body being configured to move along an outer surface of the slide tube as the proximal and distal portions (20a, 20b) expand to form proximal and distal wings (24a, 24b), wherein a distal end of the slide tube abuts the proximal end of the guide member after the proximal and distal portions of the outer tubular body are expanded to form the proximal and distal wings.
A cavity filter comprising: a printed circuit board, PCB, substrate comprising a micro band layer; metal layers for grounding, which are arranged on both surfaces of the PCB substrate, having the micro band layer interposed therebetween; a plurality of standard cavity modules which are arranged on the both surfaces of the PCB substrate, in each of which an open side surface is fixed and sealed onto the metal layer; and a plurality of coupling windows, in which, respectively, parts of the metal layers for grounding are removed to expose parts of the PCB substrate, wherein the standard cavity module is fixed onto the metal layers for grounding by soldering, wherein the standard cavity module is a mono-standard cavity module, and the mono-standard cavity module comprises: a cavity body which comprises an opening in an end thereof, the cavity body having a shape of a pipe extending in a direction away from the opening; and a protruding column extending to a cavity resonance space of the cavity body from the other end of the cavity body, which faces the opening of the cavity body, and comprising a screw hole in the center of an end portion of the protruding column. a printed circuit board, PCB, substrate comprising a micro band layer; metal layers for grounding, which are arranged on both surfaces of the PCB substrate, having the micro band layer interposed therebetween; a plurality of standard cavity modules which are arranged on the both surfaces of the PCB substrate, in each of which an open side surface is fixed and sealed onto the metal layer; and a plurality of coupling windows, in which, respectively, parts of the metal layers for grounding are removed to expose parts of the PCB substrate, wherein the standard cavity module is fixed onto the metal layers for grounding by soldering, wherein the standard cavity module is a mono-standard cavity module, and the mono-standard cavity module comprises: a cavity body which comprises an opening in an end thereof, the cavity body having a shape of a pipe extending in a direction away from the opening; and a protruding column extending to a cavity resonance space of the cavity body from the other end of the cavity body, which faces the opening of the cavity body, and comprising a screw hole in the center of an end portion of the protruding column. a cavity body which comprises an opening in an end thereof, the cavity body having a shape of a pipe extending in a direction away from the opening; and a protruding column extending to a cavity resonance space of the cavity body from the other end of the cavity body, which faces the opening of the cavity body, and comprising a screw hole in the center of an end portion of the protruding column.
A signal recording/reproducing apparatus comprising: feature vector generation means for extracting a feature quantity from a video signal and/or an audio signal and forming its vector to generate a feature vector; recording means for recording the video signal and/or the audio signal and the feature vector generated by the feature vector generation means; registration means for registering at least a part of the feature vectors recorded in the recording means; coincidence detection means for detecting a feature vector substantially coincident with at least one of feature vectors registered by the registration means, from the feature vector recorded in the recording means; reproduction point setting means for setting a reproduction start point based on the detected feature vector; and reproduction means for reproducing the video signal and/or the audio signal from the reproduction start point set by the reproduction point setting means. feature vector generation means for extracting a feature quantity from a video signal and/or an audio signal and forming its vector to generate a feature vector; recording means for recording the video signal and/or the audio signal and the feature vector generated by the feature vector generation means; registration means for registering at least a part of the feature vectors recorded in the recording means; coincidence detection means for detecting a feature vector substantially coincident with at least one of feature vectors registered by the registration means, from the feature vector recorded in the recording means; reproduction point setting means for setting a reproduction start point based on the detected feature vector; and reproduction means for reproducing the video signal and/or the audio signal from the reproduction start point set by the reproduction point setting means.
An apparatus for forming a tissue fold, comprising: an elongate tubular member having a proximal end, a distal end, and a length therebetween; an engagement member having a distal end adapted to engage tissue; a first stabilizing member and a second stabilizing member positioned at the tubular member distal end and adapted to stabilize tissue therebetween; and a delivery tube, characterised in that: the first and second stabilizing members are further adapted to be angled relative to a longitudinal axis of the elongate tubular member; and the delivery tube is adapted to pivot about the first stabilizing member. an elongate tubular member having a proximal end, a distal end, and a length therebetween; an engagement member having a distal end adapted to engage tissue; a first stabilizing member and a second stabilizing member positioned at the tubular member distal end and adapted to stabilize tissue therebetween; and a delivery tube, characterised in that: the first and second stabilizing members are further adapted to be angled relative to a longitudinal axis of the elongate tubular member; and the delivery tube is adapted to pivot about the first stabilizing member. the first and second stabilizing members are further adapted to be angled relative to a longitudinal axis of the elongate tubular member; and the delivery tube is adapted to pivot about the first stabilizing member.
Apparatus for forming an edge of a concrete floor slab panel to be laid on a subbase, the apparatus comprising: a divider plate for bounding a side of the slab panel, the divider plate having first and second faces; and an elongate extension, securable along the first face of the divider plate, for sliding extension to an extended position in which the extension bridges a gap between the divider plate and the subbase in use, wherein the longitudinal axis of the elongate extension is, in use, positioned substantially parallel to the longitudinal axis of the divider plate; wherein the apparatus contains no component which, in use, attaches directly to the second face of the divider plate and which can extend beyond a lower edge of the divider plate into the gap between the divider plate and the subbase; and wherein the extension is movable between a stowed position and the extended position, characterized in that, in the stowed position, the extension cooperates with the divider plate to provide a frictional resistance to sliding extension, wherein the extension is movable between the stowed position and the extended position along a movement path and wherein the divider plate and the extension are arranged to cooperate such that the frictional resistance varies along the movement path. a divider plate for bounding a side of the slab panel, the divider plate having first and second faces; and an elongate extension, securable along the first face of the divider plate, for sliding extension to an extended position in which the extension bridges a gap between the divider plate and the subbase in use, wherein the longitudinal axis of the elongate extension is, in use, positioned substantially parallel to the longitudinal axis of the divider plate; wherein the apparatus contains no component which, in use, attaches directly to the second face of the divider plate and which can extend beyond a lower edge of the divider plate into the gap between the divider plate and the subbase; and wherein the extension is movable between a stowed position and the extended position, characterized in that, in the stowed position, the extension cooperates with the divider plate to provide a frictional resistance to sliding extension, wherein the extension is movable between the stowed position and the extended position along a movement path and wherein the divider plate and the extension are arranged to cooperate such that the frictional resistance varies along the movement path.
Collecting container for a document shredder, which is removably arranged in an interior space open at one side, the space being provided below a cutting mechanism in the housing of the document shredder or like apparatus, wherein a profiled front part is associated with the front wall of the collecting container and is connected with the wall at least in a section, characterised in that at least a lefthand edge region and a righthand edge region, preferably also an upper edge region, of the front part protrudes laterally beyond the front wall and arranged at the inner side of the front part are at least two mutually spaced-apart strips (19, 20) between which the front longitudinal edges of the front wall of the collecting container as well as regions of the side walls (5 and 6) near the edges are positioned and preferably also mechanically positively retained.
Elevator system (10; 40; 60) having a plurality of elevator cars (26, 28), which elevator cars comprise several first cars and at least one second car, which second car differs from the first cars in its size and/or technical configuration, whereby the first cars and the second car run together within one and the same elevator shaft, which elevator system comprises an elevator control comprising a call allocation control having a first part connected to at least one call input device for allocating the first elevator cars and a second part connected to at least one call issuing means for the call allocation of the second car, whereby the first and second part of the call allocation control are configured to work independently of each other, characterized in that the second car is parked in a park position (30, 32; 50; 74) when no call is issued by the call issuing means.
An electric module for a drink preparation machine, comprising at least a first electric member intended to be connected to at least a second electric member by at least one electric connector, characterized in that: a) the electric connector is provided with four portions connected to one another and consisting of: - a first and a second contact zones (3, 4) that can be elastically applied against the first and second electric members respectively, - a fastening part provided with means for fastening same in a housing in the module, with the fastening part having one free end and one end connected to the first contact zone, - a connecting part connecting the first contact zone and the second contact zone so as to form a continuous assembly which, except for the fastening part, can be elastically deformed, b) the housing includes: - an upper end beyond which the second contact zone protrudes to elastically contact the second electric member, - a base end at which the first contact zone is so configured as to provide an elastic support on the first electric member. a) the electric connector is provided with four portions connected to one another and consisting of: - a first and a second contact zones (3, 4) that can be elastically applied against the first and second electric members respectively, - a fastening part provided with means for fastening same in a housing in the module, with the fastening part having one free end and one end connected to the first contact zone, - a connecting part connecting the first contact zone and the second contact zone so as to form a continuous assembly which, except for the fastening part, can be elastically deformed, - a first and a second contact zones (3, 4) that can be elastically applied against the first and second electric members respectively, - a fastening part provided with means for fastening same in a housing in the module, with the fastening part having one free end and one end connected to the first contact zone, - a connecting part connecting the first contact zone and the second contact zone so as to form a continuous assembly which, except for the fastening part, can be elastically deformed, b) the housing includes: - an upper end beyond which the second contact zone protrudes to elastically contact the second electric member, - a base end at which the first contact zone is so configured as to provide an elastic support on the first electric member. - an upper end beyond which the second contact zone protrudes to elastically contact the second electric member, - a base end at which the first contact zone is so configured as to provide an elastic support on the first electric member.
A luggage scooter device comprising: a shell structure comprising a container for storing luggage, said container including a door with hinges and a closing mechanism; at least one front wheel rotatably connected to said shell structure; a driving stick (2, 4) that can be telescopically pulled out in a vertical manner from said shell structure, said driving stick (2, 4) being connected to said at least one front wheel through a fork so that said at least one front wheel can be steered; a horizontal standing platform shaped as a skateboard platform that can be telescopically pulled out in a horizontal manner from said shell structure; said luggage scooter device being characterized in that it further comprises: a skateboard axle mechanism that is attached to said standing platform and is rotatably connected to a pair of rear wheels (8, 9), the skateboard axle mechanism comprising tilting elements adapted to steer said pair of rear wheels (8, 9) in the direction of the tilt. a shell structure comprising a container for storing luggage, said container including a door with hinges and a closing mechanism; at least one front wheel rotatably connected to said shell structure; a driving stick (2, 4) that can be telescopically pulled out in a vertical manner from said shell structure, said driving stick (2, 4) being connected to said at least one front wheel through a fork so that said at least one front wheel can be steered; a horizontal standing platform shaped as a skateboard platform that can be telescopically pulled out in a horizontal manner from said shell structure; said luggage scooter device being characterized in that it further comprises: a skateboard axle mechanism that is attached to said standing platform and is rotatably connected to a pair of rear wheels (8, 9), the skateboard axle mechanism comprising tilting elements adapted to steer said pair of rear wheels (8, 9) in the direction of the tilt. a skateboard axle mechanism that is attached to said standing platform and is rotatably connected to a pair of rear wheels (8, 9), the skateboard axle mechanism comprising tilting elements adapted to steer said pair of rear wheels (8, 9) in the direction of the tilt.
Connecting means for connecting a discharge pipe to a discharge opening of a sanitary installation, whereby the connecting means comprise at least the following elements: - a longitudinal cover plate in which is provided a connecting opening capable of connecting to the discharge pipe or a trap or the like, the connecting opening forming the far end of a tube piece, wherein the cover plate thus forms a flange of said tube piece; wherein the length (L') of the longitudinal cover plate is substantially larger than the length of the discharge opening in the sanitary installation in order to make it possible to position the connecting opening by a shift of the cover plate between two extreme positions in the discharge opening, more specifically in the vicinity of both longitudinal ends of said discharge opening 2; - a guide to permit the movement of the cover plate to and fro within the guide according to a length (L') of the cover plate; and, - a seal to directly or indirectly seal the movable cover plate in relation to the discharge opening of the sanitary installation. - a longitudinal cover plate in which is provided a connecting opening capable of connecting to the discharge pipe or a trap or the like, the connecting opening forming the far end of a tube piece, wherein the cover plate thus forms a flange of said tube piece; wherein the length (L') of the longitudinal cover plate is substantially larger than the length of the discharge opening in the sanitary installation in order to make it possible to position the connecting opening by a shift of the cover plate between two extreme positions in the discharge opening, more specifically in the vicinity of both longitudinal ends of said discharge opening 2; - a guide to permit the movement of the cover plate to and fro within the guide according to a length (L') of the cover plate; and, - a seal to directly or indirectly seal the movable cover plate in relation to the discharge opening of the sanitary installation.
A method performed by a user equipment, UE, in a wireless communication system, the method comprising: when a radio link failure happens because beam failure recovery by the UE has failed, performing a radio resource control, RRC, connection establishment procedure or an RRC connection re-establishment procedure with a gNB; receiving,, from a central unit, CU, of the gNB via a distributed unit, DU, of the gNB, a UE Information Request message; transmitting,, to the CU of the gNB via the DU of the gNB, a UE Information Response message including i) radio link failure, RLF, related information and ii) random access channel, RACH, related information, wherein the RLF related information informs that an RLF caused by a failure of a beam failure recovery occurs for the UE and includes a cell identity, ID, of a cell at which the beam failure recovery for the UE has failed; and wherein the RACH related information includes i) information related to variables used for a random access procedure performed by the UE when the beam failure recovery has failed, and ii) information related to a preamble transmission counter; and receiving, from the DU of the gNB, a RACH configuration for the cell. when a radio link failure happens because beam failure recovery by the UE has failed, performing a radio resource control, RRC, connection establishment procedure or an RRC connection re-establishment procedure with a gNB; receiving,, from a central unit, CU, of the gNB via a distributed unit, DU, of the gNB, a UE Information Request message; transmitting,, to the CU of the gNB via the DU of the gNB, a UE Information Response message including i) radio link failure, RLF, related information and ii) random access channel, RACH, related information, wherein the RLF related information informs that an RLF caused by a failure of a beam failure recovery occurs for the UE and includes a cell identity, ID, of a cell at which the beam failure recovery for the UE has failed; and wherein the RACH related information includes i) information related to variables used for a random access procedure performed by the UE when the beam failure recovery has failed, and ii) information related to a preamble transmission counter; and receiving, from the DU of the gNB, a RACH configuration for the cell.
A non-reclining passenger seat comprising: a tray table pivotally coupled to a seat back frame with at least one pivot bar; wherein the tray table comprises at least one tray table arm comprising an aperture; wherein the at least one pivot bar comprises a protrusion comprising a narrowed dimension across the protrusion that is narrower than an opening of the aperture so as to allow the protrusion to fit through the aperture from a direction perpendicular to the axis of rotation of the tray table arm about the protrusion in an installation position, wherein the opening of the aperture is narrower than all other dimensions across the protrusion, when those dimensions are aligned substantially parallel to the opening of the aperture, so as to prevent the protrusion from sliding through the aperture when the tray table arm is rotated away from the installation position; wherein the at least one pivot bar comprises a projection on the protrusion that is positioned to contact an edge of the aperture so as to prevent further rotation of the tray table in that direction and serve as a load bearing surface to prevent additional rotation of the tray table arm when a load is applied to the tray table. a tray table pivotally coupled to a seat back frame with at least one pivot bar; wherein the tray table comprises at least one tray table arm comprising an aperture; wherein the at least one pivot bar comprises a protrusion comprising a narrowed dimension across the protrusion that is narrower than an opening of the aperture so as to allow the protrusion to fit through the aperture from a direction perpendicular to the axis of rotation of the tray table arm about the protrusion in an installation position, wherein the opening of the aperture is narrower than all other dimensions across the protrusion, when those dimensions are aligned substantially parallel to the opening of the aperture, so as to prevent the protrusion from sliding through the aperture when the tray table arm is rotated away from the installation position; wherein the at least one pivot bar comprises a projection on the protrusion that is positioned to contact an edge of the aperture so as to prevent further rotation of the tray table in that direction and serve as a load bearing surface to prevent additional rotation of the tray table arm when a load is applied to the tray table.