mhurhangee/ep-ind-claims huggingface dataset:
A physiological signal monitoring device comprising: a chopper amplifier configured to receive an input signal and generate a chopper-stabilized amplified version of the input signal based on a chopper frequency; an analog-to-digital converter configured to sample the chopper-stabilized amplified version of the input signal at a sampling rate to generate a sampled signal; and a processor configured to analyze a target frequency band of the sampled signal; and characterised in that one or both of the chopper frequency and the sampling rate are configured such that the following equation is satisfied: F master = n * F S + F S / 2 where F master is the chopper frequency, F S is the sampling rate, and n is a non-negative integer. a chopper amplifier configured to receive an input signal and generate a chopper-stabilized amplified version of the input signal based on a chopper frequency; an analog-to-digital converter configured to sample the chopper-stabilized amplified version of the input signal at a sampling rate to generate a sampled signal; and a processor configured to analyze a target frequency band of the sampled signal; and characterised in that one or both of the chopper frequency and the sampling rate are configured such that the following equation is satisfied: F master = n * F S + F S / 2 where F master is the chopper frequency, F S is the sampling rate, and n is a non-negative integer.
A method for the localization of the characterization of an event in a pipe comprising the steps of: locally detecting an event in a pipe; generating at least one signal, coded according to the detected event; and characterized in that it comprises the step of: detecting a frequency signature of said signal in images generated by a synthetic aperture radar. locally detecting an event in a pipe; generating at least one signal, coded according to the detected event; and characterized in that it comprises the step of: detecting a frequency signature of said signal in images generated by a synthetic aperture radar. detecting a frequency signature of said signal in images generated by a synthetic aperture radar.
A tubeless spoked wheel structure comprising a tubeless spoked wheel and a tire defining an air space, the spoked wheel including a rim, wire spokes and a hub, the spokes connecting the rim to the a hub, the air space being sealed to maintain a pressure of the tire, wherein each spoke includes a head located at a distal end nearer to the rim, the rim and each distal end of spoke are connected with a connection including an internal thread in the rim that is located on a centerline of the rim in a vehicle width direction and is not in communication with the air space, and a connecting member having an outer periphery including an external thread that is screwed into the internal thread, and the connecting member having a hollow (46, 47) receiving the distal end of the spoke, wherein the hollow (46, 47) receives the head of the spoke that is engaged rotatably about a central axis of the connecting member, characterised in that each spoke includes an external thread located at a basal end nearer to the hub, wherein the external thread located at the basal end of the spoke is screwed into a nipple attached to the hub, wherein each internal thread in the rim extends parallel to a radial direction of the rim, and each spoke includes a bend extending from the connecting member rightward or leftward, as seen in the vehicle width direction, toward the hub.
Circular cross-cut saw with upper table with a support, which forms a workpiece support surface for crosscutting, and preferably a rotary disk, in particular with an extension arm, a sawing unit mounted above the support by means of a holding device with a circular saw blade, which can be pivoted about a transversal axis from a raised neutral position into a lowered sawing position and vice versa, an upper table mounted above the sawing unit, which is connected to the sawing unit in a fixed position but preferably with adjustable height and which can be pivoted about the transversal axis, a removable saw blade guard, which can preferably be mounted and removed without tools, and which, when mounted, is positioned on the workpiece support surface when the sawing unit is lowered for table cutting and covers the edge of the circular saw blade of the sawing unit safely against touching, and a locking device for locking the sawing unit in the sawing position on the support for table sawing on the upper table, characterised in that at least one functional part of the locking device is located on the saw blade guard, so that the locking device can only operate with the saw blade guard mounted when the sawing unit is lowered for table sawing, or that all functional parts of the locking device are distributed on the support and on the sawing unit, that at least one functional adjustment part of the locking device can be activated and deactivated and is only functionally activated when the saw blade guard is mounted and that, in addition, an actuator for the adjustment part is arranged or formed on the saw blade guard and the adjustment part is brought directly or indirectly into the activated position when the saw blade guard is mounted with the actuator.
Hinge closure, comprising a frame assembly, which has a pin and is intended for fastening on a door frame, and a hinge assembly, which can be mounted in a rotatable manner on the pin and has a door part for fastening the hinge assembly onto a door, also has a pivoting part, which is mounted on the door part such that it can be pivoted about a pivot pin, and additionally has a slide, which is mounted in a displaceable manner in the door part, wherein in a hinge state, in which the pivoting part has been pivoted into the door part, the hinge assembly is movable exclusively in a rotatable manner about the pin of the frame assembly and in a venting state, in which the pivoting part has been pivoted out of the door part, said hinge assembly can be offset in a translatory manner in a direction transverse to the pin of the frame assembly and is not yet fully removable from the pin of the frame assembly, and wherein, by virtue of the slide being actuated manually counter to spring prestressing, the hinge assembly can be transferred from the venting state into a removal state, in which the hinge assembly is fully removable from the frame assembly, characterized in that the slide is designed and arranged such that, in the hinge state, the slide together with the door part forms a seat for the pin of the frame assembly, and in that the pivoting part is designed and arranged such that, also in the hinge state, the pivot pin of the pivoting part is offset in relation to the pin of the frame assembly, wherein, while being pivoted out of the door part, the pivoting part acts on the slide and, until the venting state is reached, displaces the slide and, for the purpose of reaching the removal state, the slide has to be displaced onwards manually counter to the spring prestressing.
A kit for transferring a prosthetic appliance to the skin of a wearer, said kit comprising: a first transfer portion including a prosthetic appliance and a release film, said prosthetic appliance having an outer surface and an inner surface, said release film having a first side and a second side, said first side being peelably releasably bonded to said inner surface; and a second transfer portion including a transfer substrate, an adhesive layer and a water soluble release coat disposed therebetween. a first transfer portion including a prosthetic appliance and a release film, said prosthetic appliance having an outer surface and an inner surface, said release film having a first side and a second side, said first side being peelably releasably bonded to said inner surface; and a second transfer portion including a transfer substrate, an adhesive layer and a water soluble release coat disposed therebetween.
A vehicle seat, comprising: a seat cushion that supports a hip and thighs of a seated person; a seatback that supports an upper body of the seated person from a rear; a seat cushion support frame stationarily or slidably attached to a vehicle body; wherein the seat cushion is suspended from the seat cushion support frame; characterized in that: rear suspension members (54; 64; 104; 116) are provided at two positions spaced away from each other in a lateral direction on an edge of the seat cushion near the seatback, the rear suspension members (54; 64; 104; 116) supporting the seat cushion while the seat cushion is suspended from the seat cushion support frame so that the seat cushion is movable in the lateral direction; and a front suspension member (60; 76; 92; 112) is provided at one position or at each of two positions spaced away from each other in the lateral direction and ahead of the rear suspension members (54; 64; 104; 116), the front suspension member (60; 76; 92; 112) supporting the seat cushion while the seat cushion is suspended from the seat cushion support frame so that the seat cushion is movable in the lateral direction. a seat cushion that supports a hip and thighs of a seated person; a seatback that supports an upper body of the seated person from a rear; a seat cushion support frame stationarily or slidably attached to a vehicle body; wherein the seat cushion is suspended from the seat cushion support frame; characterized in that: rear suspension members (54; 64; 104; 116) are provided at two positions spaced away from each other in a lateral direction on an edge of the seat cushion near the seatback, the rear suspension members (54; 64; 104; 116) supporting the seat cushion while the seat cushion is suspended from the seat cushion support frame so that the seat cushion is movable in the lateral direction; and a front suspension member (60; 76; 92; 112) is provided at one position or at each of two positions spaced away from each other in the lateral direction and ahead of the rear suspension members (54; 64; 104; 116), the front suspension member (60; 76; 92; 112) supporting the seat cushion while the seat cushion is suspended from the seat cushion support frame so that the seat cushion is movable in the lateral direction. rear suspension members (54; 64; 104; 116) are provided at two positions spaced away from each other in a lateral direction on an edge of the seat cushion near the seatback, the rear suspension members (54; 64; 104; 116) supporting the seat cushion while the seat cushion is suspended from the seat cushion support frame so that the seat cushion is movable in the lateral direction; and a front suspension member (60; 76; 92; 112) is provided at one position or at each of two positions spaced away from each other in the lateral direction and ahead of the rear suspension members (54; 64; 104; 116), the front suspension member (60; 76; 92; 112) supporting the seat cushion while the seat cushion is suspended from the seat cushion support frame so that the seat cushion is movable in the lateral direction.
A method for preparing induced pluripotent stem cell (iPSCs) from somatic cells, comprising: (a) contacting or exposing isolated somatic cells with/to Oct3/4, Sox2, and Parp1; and (b) culturing the somatic cells as obtained in step (a) under appropriate conditions, thereby converting, at least a subset of, the population of somatic cells into iPSCs and maintaining pluripotency and self-renewal ability. (a) contacting or exposing isolated somatic cells with/to Oct3/4, Sox2, and Parp1; and (b) culturing the somatic cells as obtained in step (a) under appropriate conditions, thereby converting, at least a subset of, the population of somatic cells into iPSCs and maintaining pluripotency and self-renewal ability.
A support element for use in combination with a grinding apparatus, wherein the support element is removably attachable to the grinding apparatus, and wherein the support element comprises a removably attached cylindrical support bar for supporting an edge tool to be sharpened during a grinding operation, the cylindrical support bar comprising a first cylindrical leg and a second cylindrical leg, the first cylindrical leg and the second cylindrical leg being parallel to each other and extending outwardly from the cylindrical support bar; wherein the support element comprises: a first support element section removably attachable to an upper surface of a grinding apparatus casing of the grinding apparatus and further configured to extend outwardly from the grinding apparatus casing, when the grinding apparatus is in operation; and a second support element section which is pivotally coupled to the first support element section; wherein the second support element section includes first and second holes (321; 322) configured to simultaneously receive the first and second cylindrical legs (311; 312) of the cylindrical support bar for removably attaching the cylindrical support bar to the support element; and wherein said cylindrical support bar is configured to extend in a direction which is perpendicular to a rotation axis of a cylindrical grindstone of the grinding apparatus when the cylindrical support bar is attached to the support element when in operation in combination with the grinding apparatus in such way that a grinding operation is enabled where the edge tool to be sharpened can be sharpened by means of a parallel side surface (210") of the cylindrical grindstone facing outwardly from the grinding apparatus casing during the grinding operation. a first support element section removably attachable to an upper surface of a grinding apparatus casing of the grinding apparatus and further configured to extend outwardly from the grinding apparatus casing, when the grinding apparatus is in operation; and a second support element section which is pivotally coupled to the first support element section; wherein the second support element section includes first and second holes (321; 322) configured to simultaneously receive the first and second cylindrical legs (311; 312) of the cylindrical support bar for removably attaching the cylindrical support bar to the support element; and wherein said cylindrical support bar is configured to extend in a direction which is perpendicular to a rotation axis of a cylindrical grindstone of the grinding apparatus when the cylindrical support bar is attached to the support element when in operation in combination with the grinding apparatus in such way that a grinding operation is enabled where the edge tool to be sharpened can be sharpened by means of a parallel side surface (210") of the cylindrical grindstone facing outwardly from the grinding apparatus casing during the grinding operation.
An intramedullary nail comprising: a shaft having first and second opposing ends, a length, a constant diameter, and an exterior bone contacting surface; a leading end adjacent to the first opposing end, the leading end progressively tapering from said constant diameter at the first opposing end and terminating in a cup, the cup adapted to receive a tip of a k-wire inserted in a bone, and push out the k-wire upon insertion of the intramedullary nail into the bone; a trailing end adjacent to the second opposing end, the trailing end comprising a flared section and terminating in a fitting adapted for attachment to a driving tool; wherein the shaft, the leading end, and the trailing end are adapted for insertion into the medulla of the bone. a shaft having first and second opposing ends, a length, a constant diameter, and an exterior bone contacting surface; a leading end adjacent to the first opposing end, the leading end progressively tapering from said constant diameter at the first opposing end and terminating in a cup, the cup adapted to receive a tip of a k-wire inserted in a bone, and push out the k-wire upon insertion of the intramedullary nail into the bone; a trailing end adjacent to the second opposing end, the trailing end comprising a flared section and terminating in a fitting adapted for attachment to a driving tool; wherein the shaft, the leading end, and the trailing end are adapted for insertion into the medulla of the bone.
An arrangement comprising a dosing device and an adapter for coupling a movable dosing system (1,2), which can be positioned in a dishwasher, to a water-carrying line of a dishwasher, the adapter comprising • a water inlet and a water outlet, which can each be coupled to the water-carrying line of the dishwasher such that water can flow through the adapter, and • a means for fixing the dosing device on or in the adapter, the dosing device comprising • a control unit, • a sensor unit, • and at least one actuator which is connected to an energy source and to the control unit such that a control signal from the control unit causes the actuator to move, causing or disabling a product release as a result, wherein the adapter can be arranged on one of the inner walls of a washing chamber of the dishwasher, in particular on the inner face of a dishwasher door, and wherein the dosing device and the means for fixing the dosing device on or in the adapter are configured in such a way that, in the coupled state, a liquid-tight connection is formed between the adapter and the dosing device, which connection prevents the entry of water from outside the adapter into the adapter and prevents water which flows through the adaptor from exiting the adaptor into the surroundings of the adapter. • a water inlet and a water outlet, which can each be coupled to the water-carrying line of the dishwasher such that water can flow through the adapter, and • a means for fixing the dosing device on or in the adapter, the dosing device comprising • a control unit, • a sensor unit, • and at least one actuator which is connected to an energy source and to the control unit such that a control signal from the control unit causes the actuator to move, causing or disabling a product release as a result, wherein the adapter can be arranged on one of the inner walls of a washing
A method for dynamically transcoding and delivering variable bit rate media content across a network to a plurality of client systems, the method comprising: receiving, by a server, a content file encoded for a first bit rate; transcoding, by the server, the content file to a plurality of content files of differing bit rates; storing the plurality of content files of differing bit rates in at least one storage device in communication with the server; receiving, by the server, a client request for the content file encoded for a second bit rate that is different from the first bit rate and the bit rates of the plurality of content files of differing bit rates; determining, by the server, a segment of one of the plurality of content files of differing bit rates that has the closest bit rate to the second bit rate to be transcoded to the second bit rate; transcoding, by the server, the segment to the second bit rate; and delivering the transcoded segment to the client. receiving, by a server, a content file encoded for a first bit rate; transcoding, by the server, the content file to a plurality of content files of differing bit rates; storing the plurality of content files of differing bit rates in at least one storage device in communication with the server; receiving, by the server, a client request for the content file encoded for a second bit rate that is different from the first bit rate and the bit rates of the plurality of content files of differing bit rates; determining, by the server, a segment of one of the plurality of content files of differing bit rates that has the closest bit rate to the second bit rate to be transcoded to the second bit rate; transcoding, by the server, the segment to the second bit rate; and delivering the transcoded segment to the client.
A strike tip for a pick tool, comprising a strike structure consisting of polycrystalline diamond material, joined to a substrate comprising carbide material at an interface boundary, the strike tip having a proximate strike end at a free end of the PCD material and a distal end defined by the substrate, and a side connecting the strike and distal ends (117, 118); the strike end including a flat apex area and an outer area extending from the apex area to the side, the outer area comprising a frusto-conical surface arranged concentrically with the side, the frusto-conical surface having a cone angle of 70 ° to 120°, the apex area being less than the outer area and 1 to 25 square millimetres, the apex area being at least partly bounded by an edge formed between the apex area and the outer area, characterised in that the thickness of the strike structure between the apex area and the interface boundary opposite the apex area is 2.5 mm to 10 mm.
A method for controlling a screen state, comprising: transmitting ultrasonic transmission-signals for N times within a preset time period when detecting that an ultrasonic function of a terminal is enabled, N being an integer greater than 1; receiving returned ultrasonic received-signals; determining whether an obstruction exists for the terminal for each of the N times based on the N times of ultrasonic transmission-signals and corresponding ultrasonic received-signals, to obtain N determination results; and determining that an obstruction exists for the terminal and switching a screen state of the terminal from a turned-on state to a turned-off state when at least one of the N determination results indicates that an obstruction exists for the terminal, characterized in that determining whether an obstruction exists for the terminal for each of the N times based on the N times of ultrasonic transmission-signals and corresponding ultrasonic received-signals, to obtain N determination results, comprises: determining N test values of a distance between the terminal and an object based on the N times of ultrasonic transmission-signals and corresponding ultrasonic received-signals; and determining a determination result corresponding to a test value less than a preset threshold as an obstruction existing for the terminal. transmitting ultrasonic transmission-signals for N times within a preset time period when detecting that an ultrasonic function of a terminal is enabled, N being an integer greater than 1; receiving returned ultrasonic received-signals; determining whether an obstruction exists for the terminal for each of the N times based on the N times of ultrasonic transmission-signals and corresponding ultrasonic received-signals, to obtain N determination results; and determining that an obstruction exists for the terminal and switching a screen state of the terminal from a turned-on state to a turned-off state when at least one of the N determination results indicates that an obstruction exists for the terminal, characterized in that determining whether an obstruction exists for the terminal for each of the N times based on the N times of ultrasonic transmission-signals and corresponding ultrasonic received-signals, to obtain N determination results, comprises: determining N test values of a distance between the terminal and an object based on the N times of ultrasonic transmission-signals and corresponding ultrasonic received-signals; and determining a determination result corresponding to a test value less than a preset threshold as an obstruction existing for the terminal. determining N test values of a distance between the terminal and an object based on the N times of ultrasonic transmission-signals and corresponding ultrasonic received-signals; and determining a determination result corresponding to a test value less than a preset threshold as an obstruction existing for the terminal.