mhurhangee/ep-ind-claims huggingface dataset:
Escape route securing device for securing a door in an escape route, having a locking device capable of being switched by an emergency button, wherein the emergency button has a housing or is arranged in or on a housing, and a displaceable display is installed in the housing, said display being impinged into a neutral position by a spring and being able to be pushed into the housing contrary to the force of the spring in order to release the locking device and/or generate an alarm, characterised in that the housing has linear guides which guide the display laterally, wherein the linear guides have guide surfaces that are inclined against the displacement path of the display, said guide surfaces holding the display in the neutral position in an accurately fitting manner and having a greater spacing apart from the display in a position of the display being pushed into the housing.
A system comprising: an elongated delivery tube configured to traverse vasculature and extending along a longitudinal axis of the system; an embolic implant comprising a detachment feature, the detachment feature comprising a distal extension and a proximal opening; a loop wire affixed to the delivery tube and extending through the proximal opening of the detachment feature; and a pull wire extending through the delivery tube, extending through an opening in the loop wire, and characterised in that the pull wire is inhibited from moving distally by the distal extension of the detachment feature, and wherein the distal extension is configured to engage a distal end of the pull wire. an elongated delivery tube configured to traverse vasculature and extending along a longitudinal axis of the system; an embolic implant comprising a detachment feature, the detachment feature comprising a distal extension and a proximal opening; a loop wire affixed to the delivery tube and extending through the proximal opening of the detachment feature; and a pull wire extending through the delivery tube, extending through an opening in the loop wire, and characterised in that the pull wire is inhibited from moving distally by the distal extension of the detachment feature, and wherein the distal extension is configured to engage a distal end of the pull wire.
An electronic apparatus comprising: a display; a window member disposed on or above the display in a first direction, the window member comprising a first window member, and a second window member configured to interlock with a first groove formed on a lateral portion of the first window member; a sensor disposed on or above the window member in the first direction; a driving module disposed on or below the display in the first direction; a flexible connector, disposed between the first window member and the second window member, and configured to electrically connect the sensor and the driving module; and a waterproof member surrounding an edge portion of the window member and being elastically deformable. a display; a window member disposed on or above the display in a first direction, the window member comprising a first window member, and a second window member configured to interlock with a first groove formed on a lateral portion of the first window member; a sensor disposed on or above the window member in the first direction; a driving module disposed on or below the display in the first direction; a flexible connector, disposed between the first window member and the second window member, and configured to electrically connect the sensor and the driving module; and a waterproof member surrounding an edge portion of the window member and being elastically deformable.
Electrical contact terminal (200; 300) made from bend and cut sheet metal, comprising: a longitudinally extending cavity (232; 332) for receiving an electrical contact pin (210; 310) therein; at least one contact beam (220; 320), having a contact face (224; 324) arranged at least partially inside the cavity, wherein the contact beam (220; 320) is adapted to be deflected by the electrical contact pin (210; 310) to apply a contact force (F N) to the contact pin (210; 310), when the electrical contact pin (210; 310) is received in the cavity (232, 332), and a flat support wall (250; 350) being oriented substantially parallel to an insertion direction of the electrical contact pin (210; 310) into the cavity (232; 332), wherein at least one aperture (252, 352) is formed in proximity to an edge of the flat support wall (250; 350) to form at least one support spring element (240; 340) in the flat support wall (250; 350), wherein the at least one support spring element (240; 340) is adapted to engage with the contact beam (220; 320), when the same is deflected, to increase the contact force (F N), wherein the contact beam (220; 320) comprises an engaging face (226; 326), and wherein the at least one support spring element (240; 340) is adapted to engage with the engaging face (226; 326) of the corresponding contact beam (220; 320) to increase the contact force (F N), wherein the engaging face (226; 326) is arranged opposite to the contact face (224; 324) of the corresponding contact beam (220; 320); characterized in that the contact beam (220; 320) is adapted to be deflected by the electrical contact pin (210; 310) in a deflection plane, and wherein the flat support wall (250; 350) is oriented parallel to the deflection plane. a longitudinally extending cavity (232; 332) for receiving an electrical contact pin (210; 310) therein; at least one contact beam (220; 320), having a contact face (224; 324) arranged at least partially inside the cavity, wherein the contact beam (220; 320) is adapted to be deflected by the electrical contact pin (210; 310) to apply a contact force (F N) to the contact pin (210; 310), when the electrical contact pin (210; 310) is received in the cavity (232, 332), and a flat support wall (250; 350) being oriented substantially parallel to an insertion direction of the electrical contact pin (210; 310) into the cavity (232; 332), wherein
Method for the management, by a device, of a matrix of keys comprising at least one row (LG0 to LG3) and at least two columns (COL0 to COL2), each key making it possible, when it is pressed, to short-circuit a row and a column of said matrix, the method comprising at least one iteration of a scan phase comprising the following steps for each of the rows processed successively: - writing a predetermined logic value to the row; and - for each column, reading a logic value on the column to determine whether the column is short-circuited with the row, by comparison between the logic value read and the predetermined logic value, characterized in that, for each of the rows processed successively: - the step for writing the predetermined logic value to the row is performed during a predetermined time slot); - during said predetermined time slot, a step for explorating simultaneously all the keys associated with a same row comprising, for each of said columns: * the step for reading a logic value on the column is performed during a first part of said predetermined time slot; * the scan phase comprises an additional step for writing the predetermined logic value to the column during a second part of said predetermined time slot, the duration of said predetermined time slot being equal to the sum of the durations of the first and second parts. - writing a predetermined logic value to the row; and - for each column, reading a logic value on the column to determine whether the column is short-circuited with the row, by comparison between the logic value read and the predetermined logic value, - the step for writing the predetermined logic value to the row is performed during a predetermined time slot); - during said predetermined time slot, a step for explorating simultaneously all the keys associated with a same row comprising, for each of said columns: * the step for reading a logic value on the column is performed during a first part of said predetermined time slot; * the scan phase comprises an additional step for writing the predetermined logic value to the column during a second part of said predetermined time slot, the duration of said predetermined time slot being equal to the sum of the durations of the first and second parts. * the step for reading a logic value on the column is performed during a first part of said predetermined time slot; * the scan phase comprises an additional step for writing the predetermined logic value to the column during a second part of said predetermined time slot, the duration of said predetermined time slot being equal to the sum of the durations of the first and second parts.
A method comprising: receiving, by an optical network unit, ONU, a plurality of downstream frames from an optical line terminal, OLT,, wherein each of the downstream frames comprises a plurality of forward error correction, FEC, codewords and a plurality of additional bytes; the plurality of additional bytes comprising physical synchronization sequence, Psync, and at least one header error control, HEC, code; the HEC code is configured to protect at least some data for synchronization, and the FEC codewords are encoded using a Reed Solomon, RS, (248,x) FEC encoding, where x is equal to 216 or 232. receiving, by an optical network unit, ONU, a plurality of downstream frames from an optical line terminal, OLT,, wherein each of the downstream frames comprises a plurality of forward error correction, FEC, codewords and a plurality of additional bytes; the plurality of additional bytes comprising physical synchronization sequence, Psync, and at least one header error control, HEC, code; the HEC code is configured to protect at least some data for synchronization, and the FEC codewords are encoded using a Reed Solomon, RS, (248,x) FEC encoding, where x is equal to 216 or 232.
On a first device comprising a host processor and a radio controller, a method comprising: transmitting a first power control command to a second device indicating a power level at which the second device is to transmit; making a first request for the second device to report its transmit power; receiving a first reported transmit power from the second device in response to the first request; transmitting a second power control command to the second device indicating one or more power steps by which the second device is to change its transmit power; making a second request for the second device to report its transmit power; receiving a second reported transmit power from the second device in response to the second request; and creating a data structure that maps the power level indicated by the first power control command to the first reported transmit power; and the one or more power steps indicated by the second power control command to the second reported transmit power; referencing the data structure to estimate a transmit power of the second device; using the estimated transmit power to compute a value; comparing, by the radio controller, the value with one or more trigger points; based on the comparison, the radio controller waking the host processor; and the host processor carrying out a function with respect to the first device upon being woken up by the radio controller. transmitting a first power control command to a second device indicating a power level at which the second device is to transmit; making a first request for the second device to report its transmit power; receiving a first reported transmit power from the second device in response to the first request; transmitting a second power control command to the second device indicating one or more power steps by which the second device is to change its transmit power; making a second request for the second device to report its transmit power; receiving a second reported transmit power from the second device in response to the second request; and creating a data structure that maps the power level indicated by the first power control command to the first reported transmit power; and the one or more power steps indicated by the second power control command to the second reported transmit power; the power level indicated by the first power control command to the first reported transmit power; and the one or more power steps indicated by the second power control command to the second reported transmit power; referencing the data structure to estimate a transmit power of the second device; using the estimated transmit power to compute a value; comparing, by the radio controller, the value with one or more trigger points; based on the comparison, the radio controller waking the host processor; and the host processor carrying out a function with respect to the first device upon being woken up by the radio controller.
An offshore structure such as a floating structure, including at least one fairlead for guiding an anchoring element thereof at an anchoring point, said fairlead comprising guide means that are able to guide the anchoring element in translation between the structure and the anchoring point, means for moving the anchoring element in translation in the guide means in order to place said anchoring element under tension, and locking means able to prevent the anchoring element from moving in translation in the guide means, for mooring the structure to the anchoring point, the means for moving the anchoring element in translation in the guide means are integrated into a distinct part (13, 14) separate from the rest of the structure of the fairlead, and this part and the rest of the structure of the fairlead comprise retractable coupling means (15, 16, 17, 18, 19, 20) thereof, the distinct part in which the movement means of the anchoring element are incorporated includes a support frame for said movement means, suitable for being engaged on the rest of the guide fairlead, and characterized in that the support frame includes means for centering (15, 16) this part and locking (17, 18, 19, 20) it in position on the rest of the fairlead, the locking means being movable by the first actuators, between an active coupling position of the frame on the rest of the guide fairlead, and a retracted position releasing this part to allow it to be detached from the rest of the fairlead, and in that the centering means comprise centering lugs able to cooperate with centering elements complementary to the rest of the fairlead allowing the alignment and the centering of the locking means, and the locking means comprise locking pins movable by the first actuators, between an active locking position, protruding in corresponding locking holes of the rest of the fairlead, and a released retracted position.
A soluble composition capable of targeted delivery of a complement modulator to sites of complement system activation comprising a construct, wherein the construct comprises: (a) a complement receptor 2 portion of said construct comprising at least the first two N-terminal short consensus repeat domains of the CR2 protein; and (b) a complement modulator portion of said construct; wherein the CR2 portion contains at least one amino acid substitution that decreases binding affinity of the CR2 portion for EBV gp350 relative to a construct in which the CR2 portion has the sequence of SEQ ID NO: 2, and wherein the at least one amino acid substitution is selected from the group consisting of N11 or Y64 of SEQ ID NO: 2. (a) a complement receptor 2 portion of said construct comprising at least the first two N-terminal short consensus repeat domains of the CR2 protein; and (b) a complement modulator portion of said construct;
A pulse generator, comprising: an oscillation circuit configured to generate a burst signal oscillated for ultrawideband band; a signal generation circuit configured to generate a control signal to control an oscillation state of the oscillation circuit, and a trigger generation circuit configured to generate a trigger signal that causes oscillation by the oscillation circuit to be started, wherein the oscillation circuit is configured to enter a state in which oscillation is stopped when the control signal is a first level, and enter a state in which oscillation is possible when the control signal is a second level that is different from the first level, wherein the trigger generation circuit is configured to generate the trigger signal with a polarity that inverts when the control signal changes from the first level to the second level, but not when the control signal changes from the second level to the first level, characterized in that the phase of the burst signal is inverted with inversion of the polarity of the trigger signal. an oscillation circuit configured to generate a burst signal oscillated for ultrawideband band; a signal generation circuit configured to generate a control signal to control an oscillation state of the oscillation circuit, and a trigger generation circuit configured to generate a trigger signal that causes oscillation by the oscillation circuit to be started, wherein the oscillation circuit is configured to enter a state in which oscillation is stopped when the control signal is a first level, and enter a state in which oscillation is possible when the control signal is a second level that is different from the first level, wherein the trigger generation circuit is configured to generate the trigger signal with a polarity that inverts when the control signal changes from the first level to the second level, but not when the control signal changes from the second level to the first level, characterized in that the phase of the burst signal is inverted with inversion of the polarity of the trigger signal.
A Voice Over Internet Protocol, VOIP, phone (50, 100), comprising: a network interface (58, 102); a control module (54, 104) adapted to communicate with said network interface and to control operation of said VOIP phone; a coder/decoder module (62, 112) adapted to communicate with said control module; a microphone (70, 120) adapted to output audio signals to said coder/decoder module; an audio output device (66, 116) adapted to receive audio signals from said coder/decoder module; and an input/output interface (74, 124) adapted to receive user input, wherein said control module is further adapted to provide a list of available network appliances (80, 130, 200, 204) and, upon selection of multiple network appliances, to transmit in a multicast manner said user input as packets to the multiple network appliances to adjust an operating parameter (218, 238) of the multiple network appliances. a network interface (58, 102); a control module (54, 104) adapted to communicate with said network interface and to control operation of said VOIP phone; a coder/decoder module (62, 112) adapted to communicate with said control module; a microphone (70, 120) adapted to output audio signals to said coder/decoder module; an audio output device (66, 116) adapted to receive audio signals from said coder/decoder module; and an input/output interface (74, 124) adapted to receive user input, wherein said control module is further adapted to provide a list of available network appliances (80, 130, 200, 204) and, upon selection of multiple network appliances, to transmit in a multicast manner said user input as packets to the multiple network appliances to adjust an operating parameter (218, 238) of the multiple network appliances.
A honeycomb structure comprising: a honeycomb segment joined body having a plurality of honeycomb segments joined integrally at respective joining surfaces via a joining material layer (9, 20); and an outer peripheral coating layer covering an outer peripheral surface of the honeycomb segment joined body, the honeycomb structure having such a structure that a plurality of cells acting as fluid passageways are disposed in parallel to each other in a direction of a center axis; wherein sides of a cross-sectional shape of said plurality of honeycomb segments taken in a direction perpendicular to the center axis direction have a curvature or a plurality of curvatures, and the curvature radius of the curvature or curvatures falls within the range of 300 to 700mm; and wherein said sides of the honeycomb segments adjacent to each other are formed of a recess and a projection so that said sides of the honeycomb segments adjacent to each other are complementary to each other. a honeycomb segment joined body having a plurality of honeycomb segments joined integrally at respective joining surfaces via a joining material layer (9, 20); and an outer peripheral coating layer covering an outer peripheral surface of the honeycomb segment joined body, the honeycomb structure having such a structure that a plurality of cells acting as fluid passageways are disposed in parallel to each other in a direction of a center axis;
Method for non-intrusively collecting function trace data of a software application running on a processor-core, the method comprising translating a source code of the software application which comprises traceable function source code into executable code and, when executing the executable code: allocating the executable code of more than one traceable function within one pre-defined code memory region, said pre-defined code memory region being defined by its start and end addresses; checking each function call or jump instruction for its target address; and, if the target address is located within the pre-defined code memory region, logging the execution of the traceable function. allocating the executable code of more than one traceable function within one pre-defined code memory region, said pre-defined code memory region being defined by its start and end addresses; checking each function call or jump instruction for its target address; and, if the target address is located within the pre-defined code memory region, logging the execution of the traceable function.
A variable geometry compressor housing comprising an inlet, a volute, and a shroud groove provided in said inlet, characterized by a diffuser plate a radially inner portion of which at least partly defines said shroud groove, and a backplate being attached to said compressor housing by crimping.
Use of an oligonucleotide which suppresses midkine gene expression for the preparation of a pharmaceutical composition for preventing post-laparotomy adhesions.
A dental system comprising: a dental superstructure (1, 31, 41); a dental implant (4, 34, 44); an attachment device (2, 32, 42), connected to, or arranged at, said dental superstructure; and an anchoring element (3, 43), connected to, or arranged at, said dental implant, wherein said attachment device (2, 32, 42) and said anchoring element (3, 43) are removably securable to each other, wherein said attachment device (2, 32, 42) is provided with a matrix and the anchoring element (3, 43) with a patrix, wherein said matrix and patrix are arranged to be removably secured to each other by an engagement of at least one rib or stud arranged on the matrix or patrix, and at least one recess on the other one of said matrix and patrix, such that the matrix and the patrix may be pushed into engagement and pulled out of engagement, characterized in that the attachment device (2, 32, 42) is adapted to be screwed into cooperation with the dental superstructure (1, 31, 41) by the aid of a separate screw member.