mhurhangee/ep-ind-claims huggingface dataset:
A handling device for removing, from a plate-like material, a workpiece part which has been produced by separating machining, the device comprising - a housing having at least one handle, - a gripping element arranged at the lower end of the handle, - a gripping surface arranged at an end face of the gripping element, the gripping surface being designed to contact the workpiece part to be gripped, - a rechargeable battery arranged on the housing, the battery providing energy to the gripping element, - a control element for activating and deactivating the gripping element, characterized in that - a control device is provided on or in the housing of the handling device, the control device actuating a data interface for transmitting information to an external data processing device, wherein the control device comprises a tracking system by means of which the location and/or position of the handling device can be detected. - a housing having at least one handle, - a gripping element arranged at the lower end of the handle, - a gripping surface arranged at an end face of the gripping element, the gripping surface being designed to contact the workpiece part to be gripped, - a rechargeable battery arranged on the housing, the battery providing energy to the gripping element, - a control element for activating and deactivating the gripping element, characterized in that - a control device is provided on or in the housing of the handling device, the control device actuating a data interface for transmitting information to an external data processing device, wherein the control device comprises a tracking system by means of which the location and/or position of the handling device can be detected.
An impingement cooling arrangement for a gas turbine, comprising an impingement cooling system and a contoured surface, the impingement cooling system comprising: an impingement plenum (80, 110); an impingement plate facing the contoured surface; the impingement plate comprising a linear shape; the impingement plate comprising a plurality of projected areas thereon; wherein the plurality of projected areas comprises a plurality of impingement holes with varying sizes and varying spacings, wherein the contoured surface comprises a plurality of contoured areas and wherein the plurality of contoured areas are positioned at a plurality of distances from the impingement plate, characterized in that the size and the spacing of the plurality of impingement holes in each of the plurality of projected areas varies with the distance to an opposed contoured area. an impingement plenum (80, 110); an impingement plate facing the contoured surface; the impingement plate comprising a linear shape; the impingement plate comprising a plurality of projected areas thereon; wherein the plurality of projected areas comprises a plurality of impingement holes with varying sizes and varying spacings, wherein the contoured surface comprises a plurality of contoured areas and wherein the plurality of contoured areas are positioned at a plurality of distances from the impingement plate, characterized in that the size and the spacing of the plurality of impingement holes in each of the plurality of projected areas varies with the distance to an opposed contoured area.
A method of crowning a band saw pulley wheel (3,4) comprising: - mounting a base fixture (10,11,12) to the frame of the band saw, - mounting a CNC x-y table (13,14,15) to said base fixture, - mounting a tool piece to said CNC x-y table, - aligning said CNC x-y table and said tool piece with the pulley wheel to be crowned, - programming the CNC x-y table such that once the crowning operation is started said tool piece is brought into contact with the surface of the pulley wheel and then follows a specific path such that the pulley wheel is crowned with a specific profile, - driving the pulley wheel, and - starting the crowning operation. - mounting a base fixture (10,11,12) to the frame of the band saw, - mounting a CNC x-y table (13,14,15) to said base fixture, - mounting a tool piece to said CNC x-y table, - aligning said CNC x-y table and said tool piece with the pulley wheel to be crowned, - programming the CNC x-y table such that once the crowning operation is started said tool piece is brought into contact with the surface of the pulley wheel and then follows a specific path such that the pulley wheel is crowned with a specific profile, - driving the pulley wheel, and - starting the crowning operation.
A cylindrical rack bushing for a vehicle steering apparatus that is configured to be interposed between a tubular housing and a rack shaft coaxially inserted through the housing, and configured to support the rack shaft so that the rack shaft is slidable in an axial direction, the rack bushing comprising: an inner periphery on which an inward protruding portion that protrudes inward in a radial direction is formed, characterized in that the inward protruding portion includes a top portion that is configured to be in sliding contact with the rack shaft in line contact manner or point contact manner. an inner periphery on which an inward protruding portion that protrudes inward in a radial direction is formed, characterized in that the inward protruding portion includes a top portion that is configured to be in sliding contact with the rack shaft in line contact manner or point contact manner.
A computer-implemented method comprising: capturing one or more images of a reference part; processing the one or more images of the reference part to generate an inspection model of the reference part; identifying components of the reference part using the inspection model; associating one or more regions of the inspection model with one or more analysis parameters, based on identified components in the region; generating, by a processing device an inspection plan based on the inspection model and the one or more analysis parameters; capturing, based on the inspection plan, one or more images of a part to be inspected; processing the one or more images of the part in relation to the analysis parameters to compute one or more determinations of at least one defect with respect to the part; automatically adjusting the inspection plan in response to the one or more determinations; again performing the capturing and processing, according to the adjusted inspection plan, to compute one or more modified determinations of the defect with respect to the part; and providing one or more outputs based on the one or more modified determinations. capturing one or more images of a reference part; processing the one or more images of the reference part to generate an inspection model of the reference part; identifying components of the reference part using the inspection model; associating one or more regions of the inspection model with one or more analysis parameters, based on identified components in the region; generating, by a processing device an inspection plan based on the inspection model and the one or more analysis parameters; capturing, based on the inspection plan, one or more images of a part to be inspected; processing the one or more images of the part in relation to the analysis parameters to compute one or more determinations of at least one defect with respect to the part; automatically adjusting the inspection plan in response to the one or more determinations; again performing the capturing and processing, according to the adjusted inspection plan, to compute one or more modified determinations of the defect with respect to the part; and providing one or more outputs based on the one or more modified determinations.
Method wherein an untraceability feature of a first near-field communication device (101, DEV1) is deactivated by an action on a hardware switch, this action modifying a state of the hardware switch from a native state to a second state in which the first device is visible in near field, characterized in that when the hardware switch is in the native state, the first device is in a state of lack of response to all near-field polling requests, except for a request from a second device (102, DEV2) according to a proprietary mode, the access in proprietary mode being performed after the authentication of the second device (101, DEV1) by the first device.
A method of quantitatively screening for the methylation of a DNA region of interest in a biological sample, said method comprising: (i) contacting DNA from said biological sample with two or more methylation-sensitive restriction endonucleases and digesting said DNA at 4-6 pg of said DNA per unit of said endonucleases per hour; (ii) quantitatively amplifying the digested DNA sample of step (i) using one or more forward primers and one or more reverse primers, which primers are directed to DNA sequences flanking one or more of the methylation specific restriction endonuclease recognition sequence regions of the endonucleases of step (i); and (iii) quantifying the level of said methylated DNA region of interest wherein said quantification does not require determining the ratio of the amplified DNA of step (ii) relative to a corresponding undigested sample. (i) contacting DNA from said biological sample with two or more methylation-sensitive restriction endonucleases and digesting said DNA at 4-6 pg of said DNA per unit of said endonucleases per hour; (ii) quantitatively amplifying the digested DNA sample of step (i) using one or more forward primers and one or more reverse primers, which primers are directed to DNA sequences flanking one or more of the methylation specific restriction endonuclease recognition sequence regions of the endonucleases of step (i); and (iii) quantifying the level of said methylated DNA region of interest wherein said quantification does not require determining the ratio of the amplified DNA of step (ii) relative to a corresponding undigested sample.
Computer assembly with a screen and a base part which can be detachably connected to one another via a pivoting rail, wherein a hinge arrangement and a securing device are provided, and the screen and the base part can be secured in position with respect to one another by means of a setting device, wherein at least one pair of electrical contacts, comprised from a first and a second contact element (26, 28) and at least one plug-type connection comprised of a plug component and of a receptacle opening are provided, and in a state in which the screen is coupled to the base part they perform both an electrical and a mechanical connection, wherein the base part is connected via the hinge arrangement to the pivoting rail which has at least two plug components and at least a first contact element on a longitudinal side directed towards the screen, and wherein the screen has at least two plug components and at least a second contact element on a longitudinal side directed towards the pivoting rail, characterized in that the screen is embodied as a tablet part, wherein the electrical contact pair is embodied as a connector connection with a connector element as a first contact element and a socket element as a second contact element, wherein the plug part and the connector element are provided on the pivoting rail, and the receptacle opening and the socket element are provided on the tablet part, wherein the hinge arrangement has two toothing systems and at least one setting device which is assigned to a toothing system pair and is embodied as a friction hinge arrangement with two friction elements (38, 40), wherein the toothing system pairs each form two toothing system elements (34, 36) which are arranged symmetrically with respect to a transverse axis and can engage one in the other, wherein in each case a friction hinge arrangement is assigned to at least one toothing system pair, wherein the friction element (38, 40) has in each case a friction cylinder, wherein a pin element. of the first toothing system element of the pivoting rail engages in the friction cylinder of the first friction element, and a pin element of the second toothing system element of the base part engages in the friction cylinder of the second friction element wherein the friction elements (38, 40) are fixedly connected to one another by means of a web element.
A composition comprising sustained release naltrexone, or a pharmaceutically acceptable salt thereof, and sustained release bupropion, or a pharmaceutically acceptable salt thereof for use in treating a subject for overweight or obesity, wherein said subject has an increased risk of an adverse cardiovascular outcome.
A display device comprising: a display part with an operation surface on which a touch operation is performed by a user; a rear cover; a sensor that detects a displacement of the display part by the touch operation; an actuator that vibrates the display part; and a control device configured to control the actuator, the control device vibrating the display part by the actuator when the displacement of the display part by the touch operation is detected, the display part being displaceable between a restriction position for restricting the relative displacement of the display part to the rear cover and an allowance position for allowing the relative displacement of the display part to the rear cover, by the actuator, characterized in that the control device is configured to hold the display part in the restriction position for preventing an external force due to an outside vibration to be input to the display part and act on the sensor, and to locate the display part in the allowance position only when a user operation for the touch operation is detected. a display part with an operation surface on which a touch operation is performed by a user; a rear cover; a sensor that detects a displacement of the display part by the touch operation; an actuator that vibrates the display part; and a control device configured to control the actuator, the control device vibrating the display part by the actuator when the displacement of the display part by the touch operation is detected, the display part being displaceable between a restriction position for restricting the relative displacement of the display part to the rear cover and an allowance position for allowing the relative displacement of the display part to the rear cover, by the actuator,
A method for image processing of intensity images having a ring-like structure for the purpose of measuring the position, shape deviation and/or radius of the ring-like structure, in particular for evaluating interferograms and/or for the exact localisation of objects, comprising the steps: a) defining N sectors of the intensity image with sector tips that respectively lie at a common, approximately defined sector origin within the ring-like structure, with N being a natural number where N>1; b) detecting a distance of an intensity extremum from the respective sector tip of each sector of at least one group of the sectors, in order to obtain a distance vector containing the distances from all sectors of at least the group of sectors; c) performing a Fourier transform of the distance vector in order to generate a first Fourier vector V=(v0,v1,...,vn-1); and d) determining d1) a centre of the ring-like structure using the component v1 of the first Fourier vector V obtained by means of the Fourier transform. a) defining N sectors of the intensity image with sector tips that respectively lie at a common, approximately defined sector origin within the ring-like structure, with N being a natural number where N>1; b) detecting a distance of an intensity extremum from the respective sector tip of each sector of at least one group of the sectors, in order to obtain a distance vector containing the distances from all sectors of at least the group of sectors; c) performing a Fourier transform of the distance vector in order to generate a first Fourier vector V=(v0,v1,...,vn-1); and d) determining d1) a centre of the ring-like structure using the component v1 of the first Fourier vector V obtained by means of the Fourier transform. d1) a centre of the ring-like structure
Reservoir handle for a cleaning element at the bottom such as a brush, wiper or similar, whereby this reservoir handle is provided with a handle that is formed as a refillable reservoir for liquid with a lateral filler opening at the top and an outlet (16, 33) more at the bottom that is closed by an operable valve and an operating button that is connected to the valve, and which is affixed movably in the axial direction on the handle and can be pushed in axially to open the valve to let liquid out of the reservoir, characterised in that the operating button comprises a stopper for the reservoir that is axially movable on or in the handle or an extension piece thereof, between a closed position in which the reservoir is closed off from the environment when the operating button is not pressed in and a filling position in which the reservoir is connected to the environment via the filler opening in order to be able to fill the reservoir.
A belt for an elevator system, comprising: a plurality of tension members arranged along a belt width and extending longitudinally along a length of the belt, each tension member including: a core member formed from a composite material; a plurality of second fibers to enhance temperature resistance of the tension member; and a jacket material at least partially encapsulating the plurality of tension members; wherein the plurality of second fibers are a plurality of basalt fibers characterized in that the plurality of second fibers are disposed between the core member and the jacket material. a core member formed from a composite material; a plurality of second fibers to enhance temperature resistance of the tension member; and a jacket material at least partially encapsulating the plurality of tension members; wherein the plurality of second fibers are a plurality of basalt fibers characterized in that the plurality of second fibers are disposed between the core member and the jacket material.
A method performed by a first wireless communication apparatus, the method comprising: constructing a transmission frame (500; 820) comprising a VHTsupported modulation-coding-scheme field, wherein the VHT supported modulation-coding-scheme field includes a receiver modulation-coding scheme map (400; 802), Rx MCS map, which maps to respective numbers Nss of spatial streams a corresponding maximum modulation-coding scheme, MCS, supported by the first wireless communication apparatus for receiving that number Nss of spatial streams, and wherein the Rx MCS map (400; 802) includes, for each number Nss of spatial streams between Nss = 1 and Nss = 8, a subfield (402; 804; 808) that indicates the maximum MCS that can be received by the first wireless communication apparatus for that number Nss of spatial streams, wherein the Rx MCS map comprises 32 bits and each of said subfields comprises a 4-bit-value; and transmitting the constructed frame (500; 820) to a second wireless communication apparatus. constructing a transmission frame (500; 820) comprising a VHTsupported modulation-coding-scheme field, wherein the VHT supported modulation-coding-scheme field includes a receiver modulation-coding scheme map (400; 802), Rx MCS map, which maps to respective numbers Nss of spatial streams a corresponding maximum modulation-coding scheme, MCS, supported by the first wireless communication apparatus for receiving that number Nss of spatial streams, and wherein the Rx MCS map (400; 802) includes, for each number Nss of spatial streams between Nss = 1 and Nss = 8, a subfield (402; 804; 808) that indicates the maximum MCS that can be received by the first wireless communication apparatus for that number Nss of spatial streams, wherein the Rx MCS map comprises 32 bits and each of said subfields comprises a 4-bit-value; and transmitting the constructed frame (500; 820) to a second wireless communication apparatus.
A delivery system for a self-expanding implant to line a bodily lumen, which includes a sheath to hold the implant in a radially compressed configuration prior to deployment in the lumen, when the sheath is withdrawn along the axis of the lumen, the system comprising a confining element to surround the sheath during a storage period between placement of the implant within the sheath and said withdrawal of the sheath, the confining element comprising a sleeve, serving to reduce the hoop stress in the sheath during said storage period and being removable from the sheath prior to advancement of the sheath into the said bodily lumen, the system being characterized by an elongate pull element, running along the length of the sleeve from one end of the sleeve to the other within the sleeve and being looped about the other end of the sleeve so as to run along the outside of the sleeve toward the one end, that can be employed to part the sleeve progressively, from the other end of the sleeve towards the one end, to release the sheath from the surrounding sleeve.
A process for preparing a two-layer laminate comprising the steps of providing a first nonwoven layer comprising thermoplastic fibers, which is subsequently pre-consolidated and pre-shrunk by heat and/or pressure treatment at temperatures between 80° and 240°C, providing a second nonwoven layer, i.e. a mat, and no grid or scrim, comprising glass fibers, bonding said first and second nonwoven layer together by means of at least one thermoplastic binder and the application of heat, characterized in that prior to bonding said first and second nonwoven layer together, said second nonwoven layer is pre-consolidated and that said thermoplastic binder is provided only within said second nonwoven layer.
A method for reconstructing a session of streaming video content from a server to a client over a channel via a network, said server offering said video content as a set of consecutive fragments, each fragment of said set of consecutive fragments being offered in a plurality of quality levels corresponding to respective encoded data rates, said method comprising a session of at least: - transmitting via the network from said client to said server one or more of requests for fragments with target quality levels of said video content to be displayed at said client; and - receiving via the network one or more replies to the requests containing fragments with target quality levels at said client, wherein one or more fragments are displayed at said client, wherein the method further comprises capturing requests and/or replies to the requests of the session at a node in the network and reconstructing at least part of the session as experienced, QoE, at the client. - transmitting via the network from said client to said server one or more of requests for fragments with target quality levels of said video content to be displayed at said client; and - receiving via the network one or more replies to the requests containing fragments with target quality levels at said client,
A medical device, comprising: a structural element comprising an outer surface; and a material on the outer surface of the structural element, where the material dissolves in physiological fluid, the material defining void spaces containing a gas entrained within the void spaces, wherein, upon contact with physiological fluid, the material is configured to release the gas in an amount sufficient for the released gas to be imaged by extracorporeal ultrasound. a structural element comprising an outer surface; and a material on the outer surface of the structural element, where the material dissolves in physiological fluid, the material defining void spaces containing a gas entrained within the void spaces, wherein, upon contact with physiological fluid, the material is configured to release the gas in an amount sufficient for the released gas to be imaged by extracorporeal ultrasound.