mhurhangee/patent-ind-claim-en huggingface dataset:
Chain for a screen device, consisting of a plurality of rigid chain links and of a flexible traction means that connects the chain links , the flexible traction means being a ball string that consists of a string and of balls arranged thereon at intervals, and the balls being received in openings of the chain links , wherein two opposite, unilaterally open slots are provided in the circumference of each opening , in which the string is received, the chain link having two side walls that are connected by a web and form an H shape in cross-section, and the openings being arranged in the web .
Securing device for an anchor rail having a T-head bolt and a retaining plate which is fixed to the T-head bolt and has a plurality of teeth for engagement with a toothing on the anchor rail , and an opening through which a threaded bolt of the T-head bolt is passed, wherein at least one latching web projecting into the opening of the retaining plate is provided on the retaining plate , by means of which the retaining plate can be latched to the threaded bolt of the T-head bolt , wherein the at least one latching web is integrally formed with a plate-shaped latching element with an opening for passing through the threaded bolt of the T-head bolt , wherein the latching element is glued or welded to the retaining plate .
Method for detecting an intention of a driver of a vehicle to implement a lane-changing action and/or a turning-off action of the vehicle , the method including the following steps: - generating an actuation intent signal by means of at least one sensor (212; 308) that is arranged or arrangeable at an operating element , wherein the sensor (212; 308) is embodied to generate the actuation intent signal when a predefined approach threshold for an approach of a hand or a finger to the operating element and/or a predefined pressure threshold for a pressure exerted on the operating element by means of the hand or the finger are/is exceeded; - reading the actuation intent signal , which represents a movement of the hand or of the finger of the driver in relation to the operating element for a direction indicator of the vehicle with the intention of actuating the operating element for the purposes of indicating the intention; and - determining an intention information signal using the actuation intent signal , the intention information signal representing information about the intention of the driver ; characterized in that a threshold exhibiting hysteresis is used as the approach threshold and/or the pressure threshold. - generating an actuation intent signal by means of at least one sensor (212; 308) that is arranged or arrangeable at an operating element , wherein the sensor (212; 308) is embodied to generate the actuation intent signal when a predefined approach threshold for an approach of a hand or a finger to the operating element and/or a predefined pressure threshold for a pressure exerted on the operating element by means of the hand or the finger are/is exceeded; - reading the actuation intent signal , which represents a movement of the hand or of the finger of the driver in relation to the operating element for a direction indicator of the vehicle with the intention of actuating the operating element for the purposes of indicating the intention; and - determining an intention information signal using the actuation intent signal , the intention information signal representing information about the intention of the driver ; characterized in that
An apparatus for monitoring EMG signals of a patient's laryngeal muscles, comprising: an endotracheal tube having an exterior surface; at least one electrode formed on the exterior surface in an electrode region of the endotracheal tube, the at least one electrode configured to receive the EMG signals from the laryngeal muscles when the endotracheal tube is placed in a trachea of the patient; and at least one tube placement marking positioned in the electrode region and configured to facilitate longitudinal and rotational positioning of the at least one electrode within a patient, wherein the at least one tube placement marking includes at least one band that substantially surrounds a circumference of the endotracheal tube, and a vertical line segment that extends in a longitudinal direction along an entire longitudinal dimension of the at least one band. an endotracheal tube having an exterior surface; at least one electrode formed on the exterior surface in an electrode region of the endotracheal tube, the at least one electrode configured to receive the EMG signals from the laryngeal muscles when the endotracheal tube is placed in a trachea of the patient; and at least one tube placement marking positioned in the electrode region and configured to facilitate longitudinal and rotational positioning of the at least one electrode within a patient, wherein the at least one tube placement marking includes at least one band that substantially surrounds a circumference of the endotracheal tube, and a vertical line segment that extends in a longitudinal direction along an entire longitudinal dimension of the at least one band.
An assembly comprising: a double ring axial seal ; a disk ; a blade , wherein the double ring axial seal is for the disk and the blade , wherein the disk includes an array of blade slots at a perimeter of the disk configured to receive a root portion of the blade , the blade includes a platform located between the root portion and an airfoil extending from the platform opposite the root portion , the platform including a receiver with an overhang proximate the root portion and the platform including a hook opposite the receiver proximate the root portion , wherein a disk slot is formed on a first side of the disk proximate the array of blade slots ; a first axial seal ring coupled with said disk slot and said receiver ; and and a second axial seal ring inserted into said hook of said blade platform proximate the array of blade slots adjacent a disk face on a side of the disk opposite the first axial seal ring , characterized in said first axial seal ring comprising a cutout proximate an outer perimeter of said first axial seal ring , said cutout sized to receive the overhang of the blade platform , said receiver comprising a contour configured to redirect the first axial seal ring axially toward the blade and disk for axial sealing. a double ring axial seal ; a disk ; a blade , wherein the double ring axial seal is for the disk and the blade , wherein the disk includes an array of blade slots at a perimeter of the disk configured to receive a root portion of the blade , the blade includes a platform located between the root portion and an airfoil extending from the platform opposite the root portion , the platform including a receiver with an overhang proximate the root portion and the platform including a hook opposite the receiver proximate the root portion , wherein a disk slot is formed on a first side of the disk proximate the array of blade slots ; a first axial seal ring coupled with said disk slot and said receiver ; and and a second axial seal ring inserted into said hook of said blade platform proximate the array of blade slots adjacent a disk face on a side of the disk opposite the first axial seal ring , characterized in said first axial seal ring comprising a cutout proximate an outer perimeter of said first axial seal ring , said cutout sized to receive the overhang of the blade platform , said receiver comprising a contour configured to redirect the first axial seal ring axially toward the blade and disk for axial sealing.
Device for bringing about a material exchange between a liquid and a gas within a rotor having a packing, wherein the liquid is introduced in the centre of the rotor and is forced outwards, through the packing, by the centrifugal force generated by the rotation of the rotor, and wherein the gas surrounds the rotor and is pushed inwards from the outside, through the rotor, by the gas pressure, counter to the flow of liquid in the rotor, characterized in that the packing located in the rotor is divided into individual packing sectors which together form a circular disk, wherein each packing sector , which is in the shape of a sector of a ring, is formed of at least one structured packing which consists of multiple woven, knitted, screen- or grid-shaped superposed structured surfaces made of metal, in particular metal strips, or plastic or glass fibres to which the axis of rotation of the rotor is perpendicular.
Actuator device with at least one stationary unit (10a; 10b), with at least one electromagnetic actuator element (12a-d; 13d) which is movable relative to the stationary unit (10a; 10b), and with at least one shape-memory element (14a-d; 15d), which is implemented at least partly of a shape-shiftable shape-memory material, wherein the shape-memory element (14a-d; 15d) is indirectly or directly connected with the actuator element (12a-d; 13d), wherein the shape-memory element (14a-d; 15d) is configured, in at least one operation state, to at least partly hinder a movement of the actuator element (12a-d; 13d) in a first movement direction and a movement of the actuator element (12a-d; 13d) in a second movement direction that differs from the first movement direction and is opposed to the first movement direction at least via a mechanical deformation of a shape-shiftable shape-memory material of the shape-memory element (14a-d; 15d), thus holding the actuator element (12a-d; 13d) in a set position. with at least one stationary unit (10a; 10b), with at least one electromagnetic actuator element (12a-d; 13d) which is movable relative to the stationary unit (10a; 10b), and with at least one shape-memory element (14a-d; 15d), which is implemented at least partly of a shape-shiftable shape-memory material, wherein the shape-memory element (14a-d; 15d) is indirectly or directly connected with the actuator element (12a-d; 13d), wherein the shape-memory element (14a-d; 15d) is configured, in at least one operation state, to at least partly hinder a movement of the actuator element (12a-d; 13d) in a first movement direction and a movement of the actuator element (12a-d; 13d) in a second movement direction that differs from the first movement direction and is opposed to the first movement direction at least via a mechanical deformation of a shape-shiftable shape-memory material of the shape-memory element (14a-d; 15d), thus holding the actuator element (12a-d; 13d) in a set position.
A blow molding apparatus including: a mold for blow molding; a blow nozzle configured to be disposed above the mold ; a pressurized fluid supply unit configured to supply a pressurized incompressible fluid to the blow nozzle ; and a blow nozzle moving unit configured to cause a relative movement of the blow nozzle between a connected position in which the blow nozzle is connected to a mouth tubular portion (P3) of a preform (P) that has been placed in the mold and a standby position in which the blow nozzle is upward and away from the mouth tubular portion (P3), wherein the preform (P) is molded into a container (C) having a shape corresponding to a cavity of the mold , by supplying the pressurized incompressible fluid into the preform (P) through the blow nozzle which is in the connected position, the blow molding apparatus being characterized in comprising: a drawing member including a drawing port ; a drawing pump configured to be connected to the drawing member ; a drawing member moving unit configured to move the drawing member so that the drawing port is positioned below the blow nozzle , after the container (C) has been molded and the blow nozzle has been moved from the connected position to the standby position and wherein the drawing member is formed of a pipe material including a drawing passage . a mold for blow molding; a blow nozzle configured to be disposed above the mold ; a pressurized fluid supply unit configured to supply a pressurized incompressible fluid to the blow nozzle ; and a blow nozzle moving unit configured to cause a relative movement of the blow nozzle between a connected position in which the blow nozzle is connected to a mouth tubular portion (P3) of a preform (P) that has been placed in the mold and a standby position in which the blow nozzle is upward and away from the mouth tubular portion (P3), wherein the preform (P) is molded into a container (C) having a shape corresponding to a cavity of the mold , by supplying the pressurized incompressible fluid into the preform (P) through the blow nozzle which is in the connected position, the blow molding apparatus being characterized in comprising: a drawing member including a drawing port ; a drawing pump configured to be connected to the drawing member ; a drawing member moving unit configured to move the drawing member so that the drawing port is positioned below the blow nozzle , after the container (C) has been molded and the blow nozzle has been moved from the connected position to the standby position and a drawing member including a drawing port ; a drawing pump configured to be connected to the drawing member ; a drawing member moving unit configured to move the drawing member so that the drawing port is positioned below the blow nozzle , after the container (C) has been molded and the blow nozzle has been moved from the connected position to the standby position and
A carbon fiber wherein the surface of a monofilament has a center line average roughness Ra of 6.0 nm or more and 13 nm or less, and the monofilament has a long diameter/short diameter ratio of 1.11 or more and 1.245 or less.
A method of scheduling maintenance of a medical infusion pump, the method comprising: storing a maintenance schedule on a computing system remote from the infusion pump, the maintenance schedule including a reminder of required maintenance required at a particular time for the infusion pump; and in response to communication from the infusion pump to the computing system, transmitting the reminder from the computing system to the infusion pump at a predetermined time before required maintenance is due on the infusion pump, wherein transmitting the reminder comprises transmitting a triggering signal configured to enable a reminder that is stored on the infusion pump. storing a maintenance schedule on a computing system remote from the infusion pump, the maintenance schedule including a reminder of required maintenance required at a particular time for the infusion pump; and in response to communication from the infusion pump to the computing system, transmitting the reminder from the computing system to the infusion pump at a predetermined time before required maintenance is due on the infusion pump, wherein transmitting the reminder comprises transmitting a triggering signal configured to enable a reminder that is stored on the infusion pump.
An apparatus for physical activity, comprising: a frame ; a plurality of rollers rotatably connected to said frame ; a belt mounted on said plurality of rollers and revolving to define moving belt surfaces comprising: - an activity belt surface being configured for physical activity of at least one user and delimited by a side of said frame wherein said at least one user is a human user; - a return belt surface being configured for revolving said belt in a never-ending loop; characterized in that said return belt surface is elevated with respect to said activity belt surface . a frame ; a plurality of rollers rotatably connected to said frame ; a belt mounted on said plurality of rollers and revolving to define moving belt surfaces comprising: - an activity belt surface being configured for physical activity of at least one user and delimited by a side of said frame wherein said at least one user is a human user; - a return belt surface being configured for revolving said belt in a never-ending loop; - an activity belt surface being configured for physical activity of at least one user and delimited by a side of said frame wherein said at least one user is a human user; - a return belt surface being configured for revolving said belt in a never-ending loop; characterized in that said return belt surface is elevated with respect to said activity belt surface .
An orthopaedic surgical instrument system, comprising: a stem trial component , wherein the stem trial component comprises: an outer sleeve including a proximal end , a distal end , and a passageway extending from an opening defined in the proximal end to an opening defined in the distal end, and a central rod including an elongated body positioned in the passageway of the outer sleeve, an end positioned adjacent to the proximal end of the outer sleeve, a distal tip positioned adjacent to the distal end of the outer sleeve, and an annular shoulder wall defined between the elongated body and the distal tip that is configured to engage a rim wall surrounding the opening defined in the distal end of the outer sleeve, wherein the passageway of the outer sleeve extends along a longitudinal axis, and the central rod is configured to slide along the longitudinal axis to advance the annular shoulder wall into and out of engagement with the rim wall, and characterized in that the end of the central rod is threaded, and in that the threaded end of the central rod is configured to be received in a threaded aperture of a surgical reamer to couple the stem trial component to the surgical reamer. a stem trial component , wherein the stem trial component comprises: an outer sleeve including a proximal end , a distal end , and a passageway extending from an opening defined in the proximal end to an opening defined in the distal end, and a central rod including an elongated body positioned in the passageway of the outer sleeve, an end positioned adjacent to the proximal end of the outer sleeve, a distal tip positioned adjacent to the distal end of the outer sleeve, and an annular shoulder wall defined between the elongated body and the distal tip that is configured to engage a rim wall surrounding the opening defined in the distal end of the outer sleeve, an outer sleeve including a proximal end , a distal end , and a passageway extending from an opening defined in the proximal end to an opening defined in the distal end, and a central rod including an elongated body positioned in the passageway of the outer sleeve, an end positioned adjacent to the proximal end of the outer sleeve, a distal tip positioned adjacent to the distal end of the outer sleeve, and an annular shoulder wall defined between the elongated body and the distal tip that is configured to engage a rim wall surrounding the opening defined in the distal end of the outer sleeve, wherein the passageway of the outer sleeve extends along a longitudinal axis, and the central rod is configured to slide along the longitudinal axis to advance the annular shoulder wall into and out of engagement with the rim wall, and characterized in that the end of the central rod is threaded, and in that the threaded end of the central rod is configured to be received in a threaded aperture of a surgical reamer to couple the stem trial component to the surgical reamer.
A method for contextual heart rate monitoring, the method comprising: detecting an ECG signal using a wireless sensor device in a patch form factor; calculating a heart rate reserve, HRR, using the detected ECG signal ; detecting an activity level ; and generating a warning based upon both the HRR and the activity level, wherein the warning is generated when the HRR is above a first threshold and the activity level is below a fourth threshold, wherein the warning is generated when the HRR is below a second threshold and the activity level is above a third threshold, wherein the first threshold is a high HRR threshold, the second threshold is a low HRR threshold, the third threshold is a high activity level threshold, and the fourth threshold is a low activity level threshold. detecting an ECG signal using a wireless sensor device in a patch form factor; calculating a heart rate reserve, HRR, using the detected ECG signal ; detecting an activity level ; and generating a warning based upon both the HRR and the activity level, wherein the warning is generated when the HRR is above a first threshold and the activity level is below a fourth threshold, wherein the warning is generated when the HRR is below a second threshold and the activity level is above a third threshold, wherein the first threshold is a high HRR threshold, the second threshold is a low HRR threshold, the third threshold is a high activity level threshold, and the fourth threshold is a low activity level threshold.
A method of operating a user agent, UA , in a wireless communication system, the method comprising: receiving, from an access node , a common reference signal, CRS, for channel measurements; and receiving, from the access node , a multicast/broadcast single frequency network, MBSFN, subframe configuration information associated with a relay node, RN , in communication with the UA , wherein the MBSFN subframe configuration information is received using dedicated signaling. receiving, from an access node , a common reference signal, CRS, for channel measurements; and receiving, from the access node , a multicast/broadcast single frequency network, MBSFN, subframe configuration information associated with a relay node, RN , in communication with the UA , wherein the MBSFN subframe configuration information is received using dedicated signaling.
An information transmission method, comprising: generating an orthogonal sequence for each of modulated symbols carrying Uplink Control Information UCI in a Physical Uplink Control Channel PUCCH, wherein a first Reference Signal RS symbol is placed at beginning of the PUCCH, UCI symbols are placed after the first RS symbol, and the UCI symbols comprise m UCI symbols in time, where m is an integer, and greater than or equal to 2, for k= 1 up to or equal to m/2, wherein k is a positive integer; and m is an even integer, greater or equal to 2, for (2 k -1) th and (2 k ) th UCI symbols in time, directly using elements of the generated orthogonal sequences corresponding to the (2 k -1) th and (2 k ) th UCI symbols to build a first set of pairs of Space-Time Block Coding STBC codes, and performing conjugation transformation on the elements of the generated orthogonal sequences corresponding to the (2 k -1) th and (2 k ) th UCI symbols to build a second set of pairs of STBC codes; transmitting the PUCCH with the first set of pairs of STBC codes via a first antenna; and transmitting the PUCCH with the second set of pairs of STBC codes via a second antenna. generating an orthogonal sequence for each of modulated symbols carrying Uplink Control Information UCI in a Physical Uplink Control Channel PUCCH, wherein a first Reference Signal RS symbol is placed at beginning of the PUCCH, UCI symbols are placed after the first RS symbol, and the UCI symbols comprise m UCI symbols in time, where m is an integer, and greater than or equal to 2, for k= 1 up to or equal to m/2, wherein k is a positive integer; and m is an even integer, greater or equal to 2, for (2 k -1) th and (2 k ) th UCI symbols in time, directly using elements of the generated orthogonal sequences corresponding to the (2 k -1) th and (2 k ) th UCI symbols to build a first set of pairs of Space-Time Block Coding STBC codes, and performing conjugation transformation on the elements of the generated orthogonal sequences corresponding to the (2 k -1) th and (2 k ) th UCI symbols to build a second set of pairs of STBC codes; transmitting the PUCCH with the first set of pairs of STBC codes via a first antenna; and transmitting the PUCCH with the second set of pairs of STBC codes via a second antenna.