mhurhangee/ep-ind-claims huggingface dataset:
Orthosis comprising a base body for placement around a body part, having a first edge and a second edge, and an orthosis closure with which the first edge and the second edge of the base body can be attached tightly to each other, wherein the orthosis closure comprises at least one drawstring which is attached to the first edge and to the second edge of the base body by passing the drawstring through multiple guides on the first edge and on the second edge of the base body, wherein the drawstring is divided into individual string sections (8, 9) by the guides and the drawstring is redirected by the guides in such manner that at least some of the string sections extend between the first edge and the second edge of the base body binding them to each other, at least one gripping strap is associated with the drawstring for securing said drawstring on the base body, and the gripping strap is fastened to the drawstring in such manner as to be displaceable relative to said drawstring; characterized in that the gripping strap engages with the drawstring at a single string section between two adjacent guides for securing the drawstring, that the drawstring can be tightened with the gripping strap for securing said drawstring on the base body in such manner that the first edge and the second edge can be drawn together by means of the drawstring when the orthosis is in place, and that the string sections adjacent to each other and extending from the gripping strap between the first edge and the second edge on both sides of the gripping strap are drawn towards each other in opposite directions when tightening the drawstring in order to secure the drawstring.
A method for controlling a sensor system for a vehicle with at least one or two sensors (11, 12), each of which comprises detection areas (11b, 12b) and records changes in these detection areas (11b, 12b) by taking measurements, and forwards these measurements as measuring signals (11a, 12a), a control unit, in particular in the form of a microprocessor connected with the sensors (11, 12), wherein the control unit evaluates the respective measuring signals (11a, 12a) and generates therefrom at least one control signal, at least one memory, in which at least the last control signal is stored, an interface via which the control unit forwards at least the last control signal to an external control module, characterised in that at least one measuring signal (11a, 12a) of a sensor (11, 12) is divided into several measuring steps (11.1-4, 12.1-4) and recorded by the control unit; and in that the control unit, between individual measuring steps (11.1-4, 12.1-4), sends at least the last control signal via the interface to the external control module, wherein the control unit, after one or each measuring step (11.1-4, 12.1-4), checks whether a request signal from the external control module for a response signal is present at the interface.
A bracket having: a bracket base adapted to attach to a tooth; a bracket body extending from the bracket base; and a pair of spaced apart tie wings extending from said bracket body, each of said pair of tie wings having a tie wing face; characterised in that a first identification mark disposed on one of a gingival margin of said pair of tie wing faces, a gingival side of said bracket body, or a gingival side of said bracket base, and wherein said first identification mark identifies placement of said bracket on a tooth in an upper dental arch or a tooth in said lower dental arch. a bracket base adapted to attach to a tooth; a bracket body extending from the bracket base; and a pair of spaced apart tie wings extending from said bracket body, each of said pair of tie wings having a tie wing face; characterised in that a first identification mark disposed on one of a gingival margin of said pair of tie wing faces, a gingival side of said bracket body, or a gingival side of said bracket base, and wherein said first identification mark identifies placement of said bracket on a tooth in an upper dental arch or a tooth in said lower dental arch.
An LED dimmer control circuit comprising: a first loop comprising a first filter and configured to output a first loop signal (V 1) based on a received dimmer signal; a second loop comprising a second filter and configured to output a second loop signal (V 2) based on a reference signal (V I_REF) representing an LED at full load; and a signal generator configured to generate LED driver signals for the LED based on a loop signal associated with a loop driving the signal generator; wherein the first loop drives the signal generator when the first loop signal is smaller than the second loop signal; wherein the second loop drives the signal generator when the second loop signal is smaller than the first loop signal; wherein the LED dimmer control circuit is characterised in that the first filter comprises a first configurable bandwidth low-pass filter and the second filter comprises a second configurable bandwidth low-pass filter; and wherein the bandwidths of the first and second configurable bandwidth low-pass filters are configurable based on the received dimmer signal. a first loop comprising a first filter and configured to output a first loop signal (V 1) based on a received dimmer signal; a second loop comprising a second filter and configured to output a second loop signal (V 2) based on a reference signal (V I_REF) representing an LED at full load; and a signal generator configured to generate LED driver signals for the LED based on a loop signal associated with a loop driving the signal generator; wherein the first loop drives the signal generator when the first loop signal is smaller than the second loop signal; wherein the second loop drives the signal generator when the second loop signal is smaller than the first loop signal; wherein the LED dimmer control circuit is characterised in that the first filter comprises a first configurable bandwidth low-pass filter and the second filter comprises a second configurable bandwidth low-pass filter; and wherein the bandwidths of the first and second configurable bandwidth low-pass filters are configurable based on the received dimmer signal.
Sanitary system comprising a) a central mixing station which is connected, at the input end, to a hot water line and also to a cold water line and, at the output end, to a plurality of mixing lines (4.1, 4.2, 4.3) which are routed to consumers (5.1, 5.2, 5.3), and wherein the central mixing station has a plurality of controllable mixing units (4.16, 4.15, 4.26, 4.25, 4.36, 4.35) for controllably supplying water from the cold water line and/or the hot water line to the mixing lines (4.1, 4.2, 4.3), b) a respective consumer (5.1, 5.2, 5.3) of an operator control device (10.1, 10.2, 10.3) for inputting parameter values, such as the temperature, the pressure, the throughflow rate and/or the throughflow quantity in particular, and c) a central control station which controls the controllable mixing unit (4.16, 4.26, 4.36, 4.15, 4.25, 4.35) on the basis of the respective parameter value, characterized in that the consumers each have a communications module which is respectively connected to a corresponding communications module of the central control station and by means of which a consumer identification which relates to the consumer is transmitted to the central control station, which consumer identification the central control station takes into consideration in order to control the controllable mixing unit (4.16, 4.15, 4.26, 4.25, 4.36, 4.35), and wherein the central control system has, for this purpose, a data memory and a table for assigning consumer identifications to permissible operating values of the respective consumer. a) a central mixing station which is connected, at the input end, to a hot water line and also to a cold water line and, at the output end, to a plurality of mixing lines (4.1, 4.2, 4.3) which are routed to consumers (5.1, 5.2, 5.3), and wherein the central mixing station has a plurality of controllable mixing units (4.16, 4.15, 4.26, 4.25, 4.36, 4.35) for controllably supplying water from the cold water line and/or the hot water line to the mixing lines (4.1, 4.2, 4.3), b) a respective consumer (5.1, 5.2, 5.3) of an operator control device (10.1, 10.2, 10.3) for inputting parameter values, such as the temperature, the pressure, the throughflow rate and/or the throughflow quantity in particular, and c) a central control station which controls the controllable mixing unit (4.16, 4.26, 4.36, 4.15, 4.25, 4.35) on the basis of the respective parameter value, characterized in that
method of selecting transmission characteristics of a small cell base station operable to support an area of radio coverage within a wireless telecommunications network; said method comprising: receiving an indication of small cell base station pilot signal strength associated with first transmission characteristics from signals received from a plurality of sensors (250, 260) provided at a boundary of a desired area of radio coverage, said plurality of sensors comprising a first set of sensors provided where radio coverage is desired and a second set of sensors provided where it is desired to prevent said small cell base station providing radio coverage; adjusting said transmission characteristics; receiving an indication of said small cell base station pilot signal strength associated with adjusted transmission characteristics from signals received from said plurality of sensors provided at said boundary of said desired area of radio coverage; determining radio coverage from signals from said first set of sensors and leakage of radio coverage from said second set of sensors; selecting which of said first transmission characteristics and said adjusted characteristics are determined to result in an area of radio coverage which is closest to said desired area of radio coverage. receiving an indication of small cell base station pilot signal strength associated with first transmission characteristics from signals received from a plurality of sensors (250, 260) provided at a boundary of a desired area of radio coverage, said plurality of sensors comprising a first set of sensors provided where radio coverage is desired and a second set of sensors provided where it is desired to prevent said small cell base station providing radio coverage; adjusting said transmission characteristics; receiving an indication of said small cell base station pilot signal strength associated with adjusted transmission characteristics from signals received from said plurality of sensors provided at said boundary of said desired area of radio coverage; determining radio coverage from signals from said first set of sensors and leakage of radio coverage from said second set of sensors; selecting which of said first transmission characteristics and said adjusted characteristics are determined to result in an area of radio coverage which is closest to said desired area of radio coverage.
A reel seat provided on a rod of a fishing rod, comprising: a reel seat body having a reel leg setting surface on which a reel leg is to be set; a fixed hood provided on the reel seat body, for accommodating one end of the reel leg set on the reel leg setting surface into an opening formed between the fixed hood and the reel leg setting surface; and a movable hood provided on the reel seat body so as to be movable with respect to the fixed hood and configured to accommodate the other end of the reel leg, characterised in that the reel seat further comprises a fiber-reinforced resin sheet including reinforcement fibers and extending over an inner wall of the fixed hood and the reel leg setting surface forming the opening, wherein the reinforcement fibers in the fiber-reinforced resin sheet extend in a direction slanted or orthogonal with respect to the longitudinal direction of the rod. a reel seat body having a reel leg setting surface on which a reel leg is to be set; a fixed hood provided on the reel seat body, for accommodating one end of the reel leg set on the reel leg setting surface into an opening formed between the fixed hood and the reel leg setting surface; and a movable hood provided on the reel seat body so as to be movable with respect to the fixed hood and configured to accommodate the other end of the reel leg, characterised in that the reel seat further comprises a fiber-reinforced resin sheet including reinforcement fibers and extending over an inner wall of the fixed hood and the reel leg setting surface forming the opening, wherein the reinforcement fibers in the fiber-reinforced resin sheet extend in a direction slanted or orthogonal with respect to the longitudinal direction of the rod.
A use of an electrically conducting joint plate fitted in a building with a concrete floor slab and a concrete wall erected thereon for sealing a construction joint between the floor slab and the concrete wall along the construction joint and transversely bridging the same, at least as a section of a ground cable for foundation grounding of the building through electrically connecting it to a further section of the ground cable and/or to a terminal lug or a ground clip and/or to the earth potential via an earthing rod and/or to at least one metal bar (11, 12) of the floor slab and/or of the concrete wall.
A mobile communication device which is configured to communicate with a base station, the mobile communication device comprising: means for receiving (23, 25), from a neighbour cell, a closed subscriber group, CSG, indicator and first information that identifies a CSG, wherein when the neighbour cell is a hybrid cell, which allows access to both members and non-members of the CSG, the CSG indicator is set to false; and means for transmitting (23, 25), to the base station when the received CSG indicator indicates the neighbour cell is a hybrid cell, a measurement report that comprises second information for indicating that the mobile communication device is not a member of the CSG of the neighbour cell if the neighbour cell is a CSG member cell when the mobile communication device is not a member of the CSG and that the mobile communication device is a member of the CSG of the neighbour cell when the mobile communication device is a member of the CSG. means for receiving (23, 25), from a neighbour cell, a closed subscriber group, CSG, indicator and first information that identifies a CSG, wherein when the neighbour cell is a hybrid cell, which allows access to both members and non-members of the CSG, the CSG indicator is set to false; and means for transmitting (23, 25), to the base station when the received CSG indicator indicates the neighbour cell is a hybrid cell, a measurement report that comprises second information for indicating that the mobile communication device is not a member of the CSG of the neighbour cell if the neighbour cell is a CSG member cell when the mobile communication device is not a member of the CSG and that the mobile communication device is a member of the CSG of the neighbour cell when the mobile communication device is a member of the CSG.
A method for separation of fibers comprising the steps of: a) providing a mixture comprising cellulose fibers and non-cellulose fibers, b) reducing the cellulose chain length of the cellulose fibers so that the limiting viscosity number determined according to ISO 5351 is in the interval 200-900 ml/g, c) subjecting the mixture of fibers to mechanical treatment to break agglomerates of fibers into smaller pieces, d) adjusting the concentration of fibers in the mixture so that it is in the interval 0.1-4 wt% fibers calculated by weight, and e) subjecting the mixture to flotation to remove the non-cellulose fibers. a) providing a mixture comprising cellulose fibers and non-cellulose fibers, b) reducing the cellulose chain length of the cellulose fibers so that the limiting viscosity number determined according to ISO 5351 is in the interval 200-900 ml/g, c) subjecting the mixture of fibers to mechanical treatment to break agglomerates of fibers into smaller pieces, d) adjusting the concentration of fibers in the mixture so that it is in the interval 0.1-4 wt% fibers calculated by weight, and e) subjecting the mixture to flotation to remove the non-cellulose fibers.
A dry-type transformer, comprising: at least a first winding; at least a second winding; cylindrical barriers between the at least first and second windings; one or more insulating modules (200; 320); each insulating module comprising: a dielectric screen (205; 330) and a supporting block (210; 325), the supporting block to support the dielectric screen over the first winding of the transformer, wherein the dielectric screen has a first substantially even portion configured to adapt in a space defined by a corresponding cylindrical barrier arranged between the first and a second winding of the transformer and a second substantially even portion, transversal to the first portion and to the first winding of the transformer and extending outwards from the first portion and beyond the supporting block, characterized in that the dielectric screen partly extends around the second winding along the corresponding cylindrical barrier. at least a first winding; at least a second winding; cylindrical barriers between the at least first and second windings; one or more insulating modules (200; 320); each insulating module comprising: a dielectric screen (205; 330) and a supporting block (210; 325), the supporting block to support the dielectric screen over the first winding of the transformer, wherein the dielectric screen has a first substantially even portion configured to adapt in a space defined by a corresponding cylindrical barrier arranged between the first and a second winding of the transformer and a second substantially even portion, transversal to the first portion and to the first winding of the transformer and extending outwards from the first portion and beyond the supporting block, characterized in that the dielectric screen partly extends around the second winding along the corresponding cylindrical barrier. a dielectric screen (205; 330) and a supporting block (210; 325), the supporting block to support the dielectric screen over the first winding of the transformer, wherein the dielectric screen has a first substantially even portion configured to adapt in a space defined by a corresponding cylindrical barrier arranged between the first and a second winding of the transformer and a second substantially even portion, transversal to the first portion and to the first winding of the transformer and extending outwards from the first portion and beyond the supporting block, characterized in that the dielectric screen partly extends around the second winding along the corresponding cylindrical barrier.
A method comprising: allocating, with a router, neighbor-labels to be used by the router to label switch traffic destined for respective ones of a plurality of neighbor routers directly connected to the router; distributing, with the router to one or more Label Distribution Protocol peer routers of the router, LDP neighbor-label mapping messages indicating mappings between the allocated neighbor-labels and the neighbor routers, wherein each of the LDP peer routers has one of a direct LDP session with the router or a targeted LDP session with the router; receiving, with the router from one of the LDP peer routers, traffic encapsulated with one of the neighbor-labels; and forwarding the traffic to one of the neighbor routers based on the one of the neighbor-labels, wherein forwarding the traffic comprises forwarding the traffic to the one of the neighbor routers regardless of metrics associated with a link between the router and the one of the neighbor routers. allocating, with a router, neighbor-labels to be used by the router to label switch traffic destined for respective ones of a plurality of neighbor routers directly connected to the router; distributing, with the router to one or more Label Distribution Protocol peer routers of the router, LDP neighbor-label mapping messages indicating mappings between the allocated neighbor-labels and the neighbor routers, wherein each of the LDP peer routers has one of a direct LDP session with the router or a targeted LDP session with the router; receiving, with the router from one of the LDP peer routers, traffic encapsulated with one of the neighbor-labels; and forwarding the traffic to one of the neighbor routers based on the one of the neighbor-labels, wherein forwarding the traffic comprises forwarding the traffic to the one of the neighbor routers regardless of metrics associated with a link between the router and the one of the neighbor routers.
A base station configured to implement a modified frame in a wireless communication system, the modified frame comprising: a map IE (810, 820, 1610) that comprises first address information derived from a first connection identifier, CID; and a first Media Access Control Packet Data Unit, MAC PDU, comprising a first header, characterized in that said first header comprises second address information derived from the first CID and said first address information, and in that the size of said first address information is changeable on frame by frame basis. a map IE (810, 820, 1610) that comprises first address information derived from a first connection identifier, CID; and a first Media Access Control Packet Data Unit, MAC PDU, comprising a first header, characterized in that said first header comprises second address information derived from the first CID and said first address information, and in that the size of said first address information is changeable on frame by frame basis.
A decoding apparatus comprising: an acquisition unit that is adapted to acquire a plurality of audio encoded bit streams in which a plurality of pieces of source data with synchronized reproduction timing are each encoded on the basis of frames after Modified Discrete Cosine Transform, MDCT, processing; a selection unit that is adapted to determine a boundary position for switching output of the plurality of audio encoded bit streams and that is adapted to selectively supply one of the plurality of acquired audio encoded bit streams to a decoding processing unit according to the boundary position; and the decoding processing unit that is adapted to apply a decoding process including inverse MDCT, IMDCT, processing corresponding to the MDCT processing to one of the plurality of audio encoded bit streams input through the selection unit, wherein the decoding processing unit is adapted to skip overlap-and-add in the IMDCT processing corresponding to each frame before and after the boundary position. an acquisition unit that is adapted to acquire a plurality of audio encoded bit streams in which a plurality of pieces of source data with synchronized reproduction timing are each encoded on the basis of frames after Modified Discrete Cosine Transform, MDCT, processing; a selection unit that is adapted to determine a boundary position for switching output of the plurality of audio encoded bit streams and that is adapted to selectively supply one of the plurality of acquired audio encoded bit streams to a decoding processing unit according to the boundary position; and the decoding processing unit that is adapted to apply a decoding process including inverse MDCT, IMDCT, processing corresponding to the MDCT processing to one of the plurality of audio encoded bit streams input through the selection unit, wherein the decoding processing unit is adapted to skip overlap-and-add in the IMDCT processing corresponding to each frame before and after the boundary position.