mhurhangee/ep-ind-claims huggingface dataset:
An interventional device, comprising: an elongated member having a wall and an interior lumen, the elongated member including a plurality of fenestrations extending through the wall and exposing the lumen, the plurality of fenestrations defining a plurality of axially extending beams and a plurality of circumferentially extending rings, wherein the beams are arranged along a length of the elongated member to form a non-helical and non-linear pattern that includes a distributed pattern, the distributed pattern including a first beam pair of the elongated member defined as being positioned at a zero degree position and wherein successive beam pairs are rotationally offset from the first beam pair to maximize the radial distribution of beam positions without surpassing a rotational offset limit, the rotational offset limit limiting the allowable rotation from one segment to the next. an elongated member having a wall and an interior lumen, the elongated member including a plurality of fenestrations extending through the wall and exposing the lumen, the plurality of fenestrations defining a plurality of axially extending beams and a plurality of circumferentially extending rings, wherein the beams are arranged along a length of the elongated member to form a non-helical and non-linear pattern that includes a distributed pattern, the distributed pattern including a first beam pair of the elongated member defined as being positioned at a zero degree position and wherein successive beam pairs are rotationally offset from the first beam pair to maximize the radial distribution of beam positions without surpassing a rotational offset limit, the rotational offset limit limiting the allowable rotation from one segment to the next.
Miniaturised, microsystem device with electrical, and/or optical, and/or mechanical, components, in a housing that is not hermetic, or not hermetically sealed, against air humidity, or in an encapsulation that is not hermetic against air humidity, in which the housing or the encapsulation contains a desiccant, characterised in that, a measurement transducer is provided in the housing, or in the encapsulation, for the measurement of a degree of absorption of the desiccant, which measurement transducer is designed for the conversion of water absorption of the desiccant into an electrical signal by means of impedance spectroscopy.
An apparatus (104, 204), comprising: a host bus adapter (234, 334); and a serial attachment programming compliant device (236, 336) coupled to the HBA (234, 334) via a function-specific interconnect configured to simultaneously transfer a command, a response, and other information between the HBA (234, 334) and the SA programming compliant device (236, 336). a host bus adapter (234, 334); and a serial attachment programming compliant device (236, 336) coupled to the HBA (234, 334) via a function-specific interconnect configured to simultaneously transfer a command, a response, and other information between the HBA (234, 334) and the SA programming compliant device (236, 336).
A controller of a rotary electric machine performing rotation control of the rotary electric machine, comprising: - current detection means configured to detect rotary electric machine currents flowing to the rotary electric machine; - position estimation means configured to estimate a rotor position in accordance with the rotary electric machine currents detected by the current detection means; - control means configured to output voltage commands in accordance with the rotor position estimated by the position estimation means; - pulse-width modulation means configured to output logic signals which are pulse-width modulated based on the voltage commands from the control means and on a switching cycle used for pulse-width modulation control; and - voltage application means configured to apply AC voltages for driving the rotary electric machine in accordance with the logic signals output by the pulse-width modulation means, - wherein the voltage commands output by the control means are obtained by superimposing, on fundamental voltages for driving the rotary electric machine, position detection voltages which each have a cycle equal to m times (m is an integer of three or more) of the switching cycle and which are different in phase among respective phases. - current detection means configured to detect rotary electric machine currents flowing to the rotary electric machine; - position estimation means configured to estimate a rotor position in accordance with the rotary electric machine currents detected by the current detection means; - control means configured to output voltage commands in accordance with the rotor position estimated by the position estimation means; - pulse-width modulation means configured to output logic signals which are pulse-width modulated based on the voltage commands from the control means and on a switching cycle used for pulse-width modulation control; and - voltage application means configured to apply AC voltages for driving the rotary electric machine in accordance with the logic signals output by the pulse-width modulation means, - wherein the voltage commands output by the control means are obtained by superimposing, on fundamental voltages for driving the rotary electric machine, position detection voltages which each have a cycle equal to m times (m is an integer of three or more) of the switching cycle and which are different in phase among respective phases.
Method of manufacturing a painted plastic body part comprising a first area consisting at least partially of a first material and comprising at least one transparent or translucent second zone consisting of a second material, the process comprising a molding step consisting of injecting into a mold the first material to form the first zone and a second material to form the second zone and a step of painting on at least the first zone, characterized in that the process comprises the following steps: - painting the entire body part; - removing the paint located in a predefined area on all or part of the body part by means of a laser beam. - painting the entire body part; - removing the paint located in a predefined area on all or part of the body part by means of a laser beam.
A square baler which comprises at least one baler ram, which is movably disposed between end positions in a pressing channel, and a cutting rotor, wherein the square baler comprises a drive train which is configured to drive at least the baler ram and the cutting rotor together, wherein the drive train comprises a torque input connection by means of which a torque can be supplied to the drive train, wherein the drive train comprises a first power distributor, preferably a bevel gear stage, which is connected to the torque input connection, wherein the drive train comprises at least one reduction gear associated with the baler ram, wherein the reduction gear associated with the baler ram and the cutting rotor are connected to the first power distributor in parallel with each other, characterized in that at least one side gear is connected between the first power distributor and the at least one reduction gear associated with the baler ram and at least one flywheel is connected between the at least one reduction gear associated with the baler ram and the at least one side gear.
A method for observing stem cells, comprising: placing stem cells in a transparent member; mounting the transparent member on a light guide member via an optical medium; emitting illumination light into the light guide member and emitting the illumination light to the stem cells in the transparent member containing a solution via the optical medium; and detecting scattered light, the scattered light being the illumination light emitted to the stem cells that is scattered by the stem cells and has passed through the light guide member. placing stem cells in a transparent member; mounting the transparent member on a light guide member via an optical medium; emitting illumination light into the light guide member and emitting the illumination light to the stem cells in the transparent member containing a solution via the optical medium; and detecting scattered light, the scattered light being the illumination light emitted to the stem cells that is scattered by the stem cells and has passed through the light guide member.
Orthosis comprising a tubular sleeve having an inlet opening, the tubular sleeve being formed of a stretchable, textile based material such that the tubular sleeve as such is radially collapsible when being in a non-worn condition and is circumferentially stretchable to adapt to a shape of a limb of a user when being worn thereon, characterized in that the orthosis further comprises a circumferentially expandable reinforcement member arranged at the inlet opening and circumscribing at least 135 ° of the inlet opening, wherein the reinforcement member is resilient and provides a radially outwardly directed force onto the tubular sleeve and thereby retains the inlet opening in an open shape facilitating insertion of the limb through the inlet opening into the orthosis.
A guide image generation device comprising: a guide image generation unit configured to generate a guide image for guiding an image correction process of a multi-projection theater, using parameters representing a structure of the multi-projection theater; wherein the guide image comprises a front region corresponding to a front surface of the theater, a left region corresponding to a left wall surface of the theater, and a right region corresponding to a right wall surface of the theater; and wherein the front region comprises a screen area, characterized in that the left region or the right region comprises a masking area, wherein the masking area is defined by using at least a parameter representing a length from back seats of the multi-projection theater to a rear side, and a parameter representing a height of the back seat of the multi-projection theater. a guide image generation unit configured to generate a guide image for guiding an image correction process of a multi-projection theater, using parameters representing a structure of the multi-projection theater; wherein the guide image comprises a front region corresponding to a front surface of the theater, a left region corresponding to a left wall surface of the theater, and a right region corresponding to a right wall surface of the theater; and wherein the front region comprises a screen area, characterized in that the left region or the right region comprises a masking area, wherein the masking area is defined by using at least a parameter representing a length from back seats of the multi-projection theater to a rear side, and a parameter representing a height of the back seat of the multi-projection theater.
A steering device for a vehicle comprising a steering axis about which the steering device is rotatable, a cover for triggering a horn signal, an air-filled chamber adjacent to the cover, a pressure sensor communicated with the chamber for detecting pressure variations within the chamber, and an electronic control unit electrically connected to the pressure sensor for activating a vehicle horn in response to the pressure variations detected, characterized in that the pressure sensor detects pressure waves caused by an external stroke onto the cover within the chamber, the cover showing maximum deformation of less than 1 mm during the stroke.
Method to adjust at least one session parameter (sp) of an active multi media service session (se) that is executed by a communication connection between a user entity and at least one network entity of a telecommunication system, wherein the user entity comprises a service application or a service application and a user application (app), wherein the network entity comprises an application function network entity, wherein the session parameter (sp) of the active service session (se) is correlated with at least one service requirement (sr), comprising the following steps: - Determining at least one connection information (ci), wherein the connection information (ci) is specific for a transmission capability of the communication connection, - Sending the connection information (ci) directly to the application function network entity by the service application via a signaling path or by the user application (app) via a communication path, - Comparing, by the application function network entity, the at least one connection information (ci) with the at least one service requirement (sr) of the active service session (se), - Adjusting the at least one session parameter (sp) of the active service session (se) based on the result of the comparison, wherein the connection information (ci) comprises at least one of the following information: - an information about a bearer change of the communication connection, - an information about a bandwidth change of the communication connection, - an information about a handover of the communication connection, an information about a backhauling bearer change and/or a bandwidth change in backhauling, wherein the step of adjusting the at least one session parameter (sp) is carried out at least partially by the application function network entity, wherein the application function network entity effects the adjusting of the at least one session parameter (sp) for the active service session (se) based on a policy information and/or based on the connection information (ci), and the comparison is performed by the network entity or the user entity. - Determining at least one connection information (ci), wherein the connection information (ci) is specific for a transmission capability of the communication connection, - Sending the connection information (ci) directly to the application function network entity by the service application via a signaling path or by the user application (app) via a communication path, - Comparing, by the application function network entity, the at least one connection information (ci) with the at least one service requirement (sr) of the active service session (se), - Adjusting the at least one session parameter (sp) of the active service session (se) based on the result of the comparison, - an information about a bearer change of the communication connection, - an information about a bandwidth change of the communication connection, - an information about a handover of the communication connection, an information about a backhauling bearer change and/or a bandwidth change in backhauling,
A coffee machine for wirelessly driving a coffee filter cup to rotate, comprising a machine body and a cup holder, wherein an annular frame is provided on the cup holder, an annular bracket for supporting a coffee filter cup is provided in the annular frame, and the annular bracket is rotatable relative to the annular frame; the machine body is provided with a charging coil, the cup holder is provided with a power receiving coil, and the power receiving coil is provided corresponding to the charging coil; a motor is provided on the cup holder, and the motor is capable of obtaining power through the power receiving coil to drive the annular bracket to rotate, thereby driving the coffee filter cup to rotate.
A lighted inflatable device, comprising: a wall comprising a first inflatable chamber; at least one lighting element disposed within the wall such that the at least one lighting element is sealed inside the first inflatable chamber and isolated from an external environment, the at least one lighting element configured to emit light; and a control box connected to the at least one lighting element, the control box configured to control one or more emission states of the at least one lighting element, wherein the control box comprises: a main housing; a power button; and a switch operatively connected to the power button and sealed from the power button, the switch being configured to alter an operating mode of the control box, and wherein the control box further comprises a seal disposed between the power button and the switch, and wherein the control box further comprises a filler between an edge of the seal and the main housing. a wall comprising a first inflatable chamber; at least one lighting element disposed within the wall such that the at least one lighting element is sealed inside the first inflatable chamber and isolated from an external environment, the at least one lighting element configured to emit light; and a control box connected to the at least one lighting element, the control box configured to control one or more emission states of the at least one lighting element, wherein the control box comprises: a main housing; a power button; and a switch operatively connected to the power button and sealed from the power button, the switch being configured to alter an operating mode of the control box, and wherein the control box further comprises a seal disposed between the power button and the switch, and wherein the control box further comprises a filler between an edge of the seal and the main housing. a main housing; a power button; and a switch operatively connected to the power button and sealed from the power button, the switch being configured to alter an operating mode of the control box, and wherein the control box further comprises a seal disposed between the power button and the switch, and wherein the control box further comprises a filler between an edge of the seal and the main housing.
A fishing rod, comprising: a molded rod section (3, 5, 7) having a surface; and a fitting (9, 10A, 10B, 10C) having a securing portion, the fitting being placed and secured on the surface of the rod section with a prepreg sheet wound on the securing portion of the fitting, the prepreg sheet being formed of plain-woven reinforcement fibers impregnated with a thermosetting resin, wherein the prepreg sheet is disposed so that the reinforcement fibers are in oblique directions with respect to an axial direction, characterized in that the prepreg sheet is wound and secured so that intersecting angles of the reinforcement fibers (F1', F2') with respect to the axial direction in a winding region on a part of the rod section located beyond a distal end of the securing portion are smaller than intersecting angles of the reinforcement fibers (F1, F2) with respect to the axial direction in a winding region on the securing portion. a molded rod section (3, 5, 7) having a surface; and a fitting (9, 10A, 10B, 10C) having a securing portion, the fitting being placed and secured on the surface of the rod section with a prepreg sheet wound on the securing portion of the fitting, the prepreg sheet being formed of plain-woven reinforcement fibers impregnated with a thermosetting resin, wherein the prepreg sheet is disposed so that the reinforcement fibers are in oblique directions with respect to an axial direction, characterized in that the prepreg sheet is wound and secured so that intersecting angles of the reinforcement fibers (F1', F2') with respect to the axial direction in a winding region on a part of the rod section located beyond a distal end of the securing portion are smaller than intersecting angles of the reinforcement fibers (F1, F2) with respect to the axial direction in a winding region on the securing portion.
A method comprising: receiving, by a wireless device, radio resource control, RRC, messages comprising parameters of a multicast and broadcast service, MBS, wherein the parameters comprise: a discontinuous reception, DRX, hybrid automatic repeat request, HARQ, round trip time, RTT, timer; and a feedback indicator indicating whether HARQ feedback is enabled; receiving a group common downlink control information, DCI, scheduling a transport block, TB, of the MBS; in response to the feedback indicator indicating that HARQ feedback is enabled: transmitting a HARQ feedback with a negative value based on the TB being unsuccessfully decoded; starting the DRX HARQ RTT timer after transmitting the HARQ feedback; and starting monitoring, in response to the DRX HARQ RTT timer expiring, a physical downlink control channel, PDCCH, for a retransmission of the TB. a discontinuous reception, DRX, hybrid automatic repeat request, HARQ, round trip time, RTT, timer; and a feedback indicator indicating whether HARQ feedback is enabled; receiving a group common downlink control information, DCI, scheduling a transport block, TB, of the MBS; in response to the feedback indicator indicating that HARQ feedback is enabled: transmitting a HARQ feedback with a negative value based on the TB being unsuccessfully decoded; starting the DRX HARQ RTT timer after transmitting the HARQ feedback; and starting monitoring, in response to the DRX HARQ RTT timer expiring, a physical downlink control channel, PDCCH, for a retransmission of the TB. transmitting a HARQ feedback with a negative value based on the TB being unsuccessfully decoded; starting the DRX HARQ RTT timer after transmitting the HARQ feedback; and starting monitoring, in response to the DRX HARQ RTT timer expiring, a physical downlink control channel, PDCCH, for a retransmission of the TB.
An anti-NMDA receptor monoclonal antibody or a fragment thereof, wherein said antibody or fragment thereof inhibits the interaction between the NMDA receptor and t-PA, and wherein said antibody or fragment thereof is capable of binding an epitope consisting in an amino acid sequence selected from the group consisting of SEQ ID NOs:15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28 and the peptide fragments: - LVSDDHEGRAAQKRL, - DDHEGRAAQKRLETL, - EGRAAQKRLETLLEE, and - AAQKRLETLLEERES - LVSDDHEGRAAQKRL, - DDHEGRAAQKRLETL, - EGRAAQKRLETLLEE, and - AAQKRLETLLEERES
A green area maintenance system having: - a motor scythe, - a scythe position determining device for determining scythe position coordinates (x1, y1), the scythe position determining device being attached to the motor scythe, and - a position recording device, the position recording device being designed for the purpose of recording a series of scythe position coordinates of a delimiting border while the motor scythe is being guided together with the scythe position determining device along the delimiting border of an area to be maintained. - a motor scythe, - a scythe position determining device for determining scythe position coordinates (x1, y1), the scythe position determining device being attached to the motor scythe, and - a position recording device, the position recording device being designed for the purpose of recording a series of scythe position coordinates of a delimiting border while the motor scythe is being guided together with the scythe position determining device along the delimiting border of an area to be maintained.