mhurhangee/patent-ind-claim-en huggingface dataset:
A set for fastening tissue or a prosthetic element in an opening provided in a human or animal bone, the set comprising a fastener , the fastener comprising a proximal face, a distal end, a fastener axis extending between the proximal face and the distal end and a circumferential surface extending around the fastener axis, and the fastener further comprising at least one first portion of the circumferential surface and at least one second portion different from the first portion of the circumferential surface, wherein the first portion is equipped for anchoring by comprising means for guiding a liquefiable material to the first portion or along the first portion, or by comprising the liquefiable material, the set further comprising at least one anchoring element and an anchoring tool , wherein the anchoring element comprises a liquefiable material and the anchoring tool comprises a distal end adapted to the anchoring element and is capable of transmitting energy to the anchoring element and advancing the anchoring element relative to the fastener , and the set further comprising a guide tool , the guide tool comprising a distal end adapted in cross section to the proximal cross section of the fastener and further comprising a through channel adapted in cross section to a distal portion of the anchoring tool , wherein the distal end of the guide tool is adapted to hold the fastener , wherein the second portion of the fastener comprises at least one pressing sector , said pressing sector being capable of clamping a tissue or prosthetic element against an inside wall of the opening, whereby the fastener is equipped for fastening the tissue or prosthetic element to the inside wall of the opening, characterized by the pressing sector extending essentially along the fastener axis and being flat or comprising a shallow groove for accommodating the soft tissue or prosthetic element or a strand thereof. wherein the anchoring element comprises a liquefiable material and the anchoring tool comprises a distal end adapted to the anchoring element and is capable of transmitting energy to the anchoring element and advancing the anchoring element relative to the fastener , and the guide tool comprising a distal end adapted in cross section to the proximal cross section of the fastener and further comprising a through channel adapted in cross section to a distal portion of the anchoring tool , wherein the distal end of the guide tool is adapted to hold the fastener ,
A spray nozzle chip comprising: a substrate having a spray side and a sieve side , a spray membrane provided on the spray side , a sieve membrane provided on the sieve side , wherein the spray membrane is provided with spray orifices and the sieve membrane is provided with sieve orifices , wherein the substrate has a fluid channel which connects the spray orifices with the sieve orifices , and characterized in that the spray membrane comprises a pressure sensing device configured to measure deformation of the spray membrane to obtain a measure of pressure on the spray membrane . a substrate having a spray side and a sieve side , a spray membrane provided on the spray side , a sieve membrane provided on the sieve side , wherein the spray membrane is provided with spray orifices and the sieve membrane is provided with sieve orifices , wherein the substrate has a fluid channel which connects the spray orifices with the sieve orifices , and characterized in that the spray membrane comprises a pressure sensing device configured to measure deformation of the spray membrane to obtain a measure of pressure on the spray membrane .
A line capture device for an unmanned aerial vehicle (UAV), the line capture device comprising: a line capture body having a line slot , the line slot having an open end and a closed end ; a retainer positioned proximate the line slot and movable between a first position in which the retainer blocks access to the line slot and a second position in which the retainer allows access to the line slot , wherein the retainer includes a flat portion that extends over the line slot when the retainer is in the first position; a spring coupled between the retainer and the line capture body , with the spring biasing the retainer to the first position; a locking device operably coupled between the line capture body and the retainer , and moveable between at least one unlocked position in which the locking device allows movement of the retainer from the first position to the second position, and a locked position in which the locking device blocks movement of the retainer from the first position to the second position; and a release device operably coupled to the locking device and moveable between a secured position with the locking device secured in the locked position, and a released position with the locking device movable between the locked position and the unlocked position, a line capture body having a line slot , the line slot having an open end and a closed end ; a retainer positioned proximate the line slot and movable between a first position in which the retainer blocks access to the line slot and a second position in which the retainer allows access to the line slot , wherein the retainer includes a flat portion that extends over the line slot when the retainer is in the first position; a spring coupled between the retainer and the line capture body , with the spring biasing the retainer to the first position; a locking device operably coupled between the line capture body and the retainer , and moveable between at least one unlocked position in which the locking device allows movement of the retainer from the first position to the second position, and a locked position in which the locking device blocks movement of the retainer from the first position to the second position; and a release device operably coupled to the locking device and moveable between a secured position with the locking device secured in the locked position, and a released position with the locking device movable between the locked position and the unlocked position,
A method performed by a transmitter for transmitting a Radio Link Protocol, RLC, Service Data Unit, SDU, to a receiver in wireless communication with the transmitter , the method comprising: transmitting a plurality of segments to the receiver , each of said segments comprising one or more bytes of the SDU; receiving at least one NACK from the receiver identifying a corresponding negatively acknowledged segment, wherein each negatively acknowledged segment comprises one of the plurality of transmitted segments for which the transmitter received the NACK; identifying a gap segment adjacent to at least one of the negatively acknowledged segments, said gap segment comprising at least one non-negatively acknowledged segment; generating at least one retransmission packet responsive to a size of the gap segment, each of the at least one retransmission packets comprising a header and at least one of the negatively acknowledged segments; and transmitting the at least one retransmission packet to the receiver , characterized in that said generating the at least one retransmission packet comprises generating a retransmission packet comprising two or more negatively acknowledged segments, as well as the gap segment, when a size of the header exceeds the size of the gap segment, wherein two of the two or more negatively acknowledged segments are adjacent to and separated by the gap segment. transmitting a plurality of segments to the receiver , each of said segments comprising one or more bytes of the SDU; receiving at least one NACK from the receiver identifying a corresponding negatively acknowledged segment, wherein each negatively acknowledged segment comprises one of the plurality of transmitted segments for which the transmitter received the NACK; identifying a gap segment adjacent to at least one of the negatively acknowledged segments, said gap segment comprising at least one non-negatively acknowledged segment; generating at least one retransmission packet responsive to a size of the gap segment, each of the at least one retransmission packets comprising a header and at least one of the negatively acknowledged segments; and transmitting the at least one retransmission packet to the receiver , characterized in that said generating the at least one retransmission packet comprises generating a retransmission packet comprising two or more negatively acknowledged segments, as well as the gap segment, when a size of the header exceeds the size of the gap segment, wherein two of the two or more negatively acknowledged segments are adjacent to and separated by the gap segment.
An imaging system comprising: an intra-oral imaging sensor including a housing , an image sensing component at least partially housed within the housing , and a multi-dimensional sensor at least partially housed within the housing , whereby the multi-dimensional sensor is configured to provide information about placement, movement and operation of the imaging sensor ; an electronic processor configured to receive an output of the multi-dimensional sensor indicative of movement of the intra-oral imaging sensor , compare the output to predefined movement criteria indicative of a type of movement, and alter operation of the imaging sensor in response to determining, based on the comparison, that the type of movement of the intra-oral imaging sensor has occurred, whereby the operation of the imaging sensor may be altered into any one of a low-power state, a ready state or an armed state; and wherein the imaging sensor is adapted to be operated in one of said three states. an intra-oral imaging sensor including a housing , an image sensing component at least partially housed within the housing , and a multi-dimensional sensor at least partially housed within the housing , whereby the multi-dimensional sensor is configured to provide information about placement, movement and operation of the imaging sensor ; an electronic processor configured to receive an output of the multi-dimensional sensor indicative of movement of the intra-oral imaging sensor , compare the output to predefined movement criteria indicative of a type of movement, and alter operation of the imaging sensor in response to determining, based on the comparison, that the type of movement of the intra-oral imaging sensor has occurred, whereby the operation of the imaging sensor receive an output of the multi-dimensional sensor indicative of movement of the intra-oral imaging sensor , compare the output to predefined movement criteria indicative of a type of movement, and alter operation of the imaging sensor in response to determining, based on the comparison, that the type of movement of the intra-oral imaging sensor has occurred, whereby the operation of the imaging sensor may be altered into any one of a low-power state, a ready state or an armed state; and wherein the imaging sensor is adapted to be operated in one of said three states.
A device for cleaning a swimming pool, the device comprising; a base member , the base member having a first base portion and a second base portion ; a socket disposed on the base member ; the first base portion and the second base portion each respectively having a hinge end and a distal end; the second base portion hinge end is attached to the first base portion hinge end forming a hinge of the base member ; a microfibre cloth removably mountable to the base member ; and wherein the second base portion is configured to move between a first position and a second position, in which the first position is an operating position and the second position is a cloth removal position; characterized in that the distal end of at least one of the first base portion and the second base portion is curved upwardly, wherein the at least one distal end curved upwardly preferably fits the contours of a swimming pool. a base member , the base member having a first base portion and a second base portion ; a socket disposed on the base member ; the first base portion and the second base portion each respectively having a hinge end and a distal end; the second base portion hinge end is attached to the first base portion hinge end forming a hinge of the base member ; a microfibre cloth removably mountable to the base member ; and wherein the second base portion is configured to move between a first position and a second position, in which the first position is an operating position and the second position is a cloth removal position; characterized in that the distal end of at least one of the first base portion and the second base portion is curved upwardly, wherein the at least one distal end curved upwardly preferably fits the contours of a swimming pool.
A power tool comprising a light emitting device arranged to light up a screw joint on an object to be assembled, whereby the power tool is operative to: - retrieve a signal indicating the position of the power tool in relation to a number of screw joints on an object to be assembled; - provide a first type of light signal from the light emitting device in case the signal indicates that the power tool is positioned in relation to the screw joint next to be tighten, characterized in that the power tool is further operative to provide a second type of light signal in case the signal indicates that the power tool is positioned in another position, and in that the power tool is further arranged to provide a third type of light signal in case the power tool fulfills yet another condition, such as e.g. being positioned perpendicular to the object to be assembled and/or the power tool applying the correct axial force on the screw joint. - retrieve a signal indicating the position of the power tool in relation to a number of screw joints on an object to be assembled; - provide a first type of light signal from the light emitting device in case the signal indicates that the power tool is positioned in relation to the screw joint next to be tighten, characterized in that the power tool is further operative to provide a second type of light signal in case the signal indicates that the power tool is positioned in another position, and in that the power tool is further arranged to provide a third type of light signal in case the power tool fulfills yet another condition, such as e.g. being positioned perpendicular to the object to be assembled and/or the power tool applying the correct axial force on the screw joint. characterized in that the power tool is further operative to provide a second type of light signal in case the signal indicates that the power tool is positioned in another position, and in that the power tool is further arranged to provide a third type of light signal in case the power tool fulfills yet another condition, such as e.g. being positioned perpendicular to the object to be assembled and/or the power tool applying the correct axial force on the screw joint.
A coating composition comprising: (a) a film-forming resin having functional groups reactive with either themselves or a crosslinking agent or both; and (b) optionally a crosslinking agent (c) a catalyst associated with a carrier, wherein the carrier comprises a material that will protect or isolate the catalyst from initiating a curing reaction with the film-forming resin, and will upon exposure to or application of shear force release some or all of the catalyst, and wherein the carrier is compatible with the film-forming resin (a) and is not formed from the film-forming resin (a). (a) a film-forming resin having functional groups reactive with either themselves or a crosslinking agent or both; and (b) optionally a crosslinking agent (c) a catalyst associated with a carrier, wherein the carrier comprises a material that will protect or isolate the catalyst from initiating a curing reaction with the film-forming resin, and will upon exposure to or application of shear force release some or all of the catalyst, and wherein the carrier is compatible with the film-forming resin (a) and is not formed from the film-forming resin (a).
A device for treating a living tissue with magnetic fields, the device comprising: one or more coil applicators , each coil applicator having a face and a stimulating coil housed within the coil applicator adapted to face a tissue being treated , wherein the stimulating coil includes a core and windings , a ferromagnetic reflector plate adjacent to the stimulating coil , the ferromagnetic reflector plate having a plane defining a rear side and a front side of the stimulating coil , the front side , in use, being oriented toward the tissue and the rear side being oriented facing away from the tissue , and a generator configured to drive the stimulating coil , wherein the device is configured to provide a magnetic field in a range of 0.1 T to 5 T at a distance of 1 cm or less from the face of the one or more coil applicators , wherein: each coil applicator comprises a cooling mechanism configured to cool the stimulating coil ; and the generator is configured to generate magnetic pulses having an amplitude of up to about 5T, pulse length of 50 to 2000 μs, frequency of up to 200 pulses/s, and a rate of change of at least 200 T/s. one or more coil applicators , each coil applicator having a face and a stimulating coil housed within the coil applicator adapted to face a tissue being treated , wherein the stimulating coil includes a core and windings , a ferromagnetic reflector plate adjacent to the stimulating coil , the ferromagnetic reflector plate having a plane defining a rear side and a front side of the stimulating coil , the front side , in use, being oriented toward the tissue and the rear side being oriented facing away from the tissue , and a generator configured to drive the stimulating coil , wherein the device is configured to provide a magnetic field in a range of 0.1 T to 5 T at a distance of 1 cm or less from the face of the one or more coil applicators , wherein: each coil applicator comprises a cooling mechanism configured to cool the stimulating coil ; and the generator is configured to generate magnetic pulses having an amplitude of up to about 5T, pulse length of 50 to 2000 μs, frequency of up to 200 pulses/s, and a rate of change of at least 200 T/s. each coil applicator comprises a cooling mechanism configured to cool the stimulating coil ; and the generator is configured to generate magnetic pulses having an amplitude of up to about 5T, pulse length of 50 to 2000 μs, frequency of up to 200 pulses/s, and a rate of change of at least 200 T/s.
Rocker for a current collector of a vehicle, said rocker having at least one first contact strip which is connected to a first lever arrangement , which is coupled to a first bearing device , and to a second lever arrangement , which is coupled to a second bearing device , wherein the first bearing device and the second bearing device are connectable in an articulated manner to a current collector linkage , wherein the rocker has a first torsion spring and wherein the first torsion spring is at the same time the torque transmission device and spring device between the first lever arrangement and the first bearing device , characterised in that the first torsion spring is fixedly connected to a lever of the first lever arrangement as well as non-rotatably via a displaceable bearing to the first bearing device or the first torsion spring is connected non-rotatably via a displaceable bearing to a lever of the first lever arrangement and fixedly to the first bearing device .
A sheave for use in a tension measurement system to measure a tension force in a cable, the sheave comprising a first radius and a second radius , wherein a contact force between the sheave and the cable is measured by a tension sensor to determine the tension force in the cable; wherein the first radius sweeps an arc 20 having a first arc length, as measured from a central plane 24 that is perpendicular to an axis of rotation 26 through a first opening 16 and; wherein said second radius 14 sweeps an arc 22 having a second arc length, as measured from the central plane 24; characterized in that : the sheave is configured to rotate about the axis to orient the first radius or the second radius toward the cable; and the first and second radius form a channel that circles the sheave 10, providing multiple arced grooves upon which a cable can be seated during testing. wherein the first radius sweeps an arc 20 having a first arc length, as measured from a central plane 24 that is perpendicular to an axis of rotation 26 through a first opening 16 and; wherein said second radius 14 sweeps an arc 22 having a second arc length, as measured from the central plane 24; characterized in that : the sheave is configured to rotate about the axis to orient the first radius or the second radius toward the cable; and the first and second radius form a channel that circles the sheave 10, providing multiple arced grooves upon which a cable can be seated during testing. the sheave is configured to rotate about the axis to orient the first radius or the second radius toward the cable; and the first and second radius form a channel that circles the sheave 10, providing multiple arced grooves upon which a cable can be seated during testing.
Household appliance with a housing , in which at least one receiving compartment for food is embodied, with at least one hinge , which is arranged on a front of the housing , and with a door , which is arranged on the hinge and is thus arranged pivotably relative to the housing , wherein the hinge has a bearing bracket , which is fastened to an end face of the front with at least one fastening element , wherein the bearing bracket is constructed symmetrically when viewed from the front side of the household appliance , wherein the hinge has a cable guiding apparatus , with which at least one cable can be or is laid between the door and the housing in accordance with the intended purpose, wherein the bearing bracket has an integrated bearing pin , and the hinge has a separate bushing with an insertion channel , into which the bearing pin engages and wherein the bushing is a component of the cable guiding apparatus and also has a cable passage , in particular a cable channel, for at least one cable , characterised in that the insertion channel of the bushing for the bearing pin is separated from the cable passage in the bushing , so that the insertion channel and the cable passage are separate from one another and the cable is thus mounted in a different channel from the bearing pin .
A system for repairing a component made out of a plastic, comprising: - a frame , - a multiaxial guide device coupled with the frame , with a tool holder arranged thereon, - an optical acquisition device , - a processing device , and - a plastic deposition device , wherein the frame comprises a mounting device for retaining the frame on a component surface , wherein the optical acquisition device , the processing device and the plastic deposition device are arranged on the tool holder , wherein the optical acquisition device is set up to optically inspect a surface area of the component lying in proximity to the frame from at least one viewing angle, so as to acquire the spatial structure of the surface area, wherein the processing device is set up to remove material of a damaged area from the component for generating a base surface with a desired structure and boundary edges, wherein the plastic deposition device is set up to periodically apply plastic onto the base surface in layers by moving the tool holder over the entire base surface in regular webs as a function of acquired model of the base surface , at least until a repair layer generated by the applied plastic comes to abut flush against the adjacent component surface in an undamaged area, wherein the system is configured to apply fibers at the same time that the plastic is deposited. - a frame , - a multiaxial guide device coupled with the frame , with a tool holder arranged thereon, - an optical acquisition device , - a processing device , and - a plastic deposition device ,