mhurhangee/ep-ind-claims huggingface dataset:
Travel adapter comprising a housing, at least one receptacle of a first standard and at least one plug of a second standard, wherein the receptacle of the first standard has at least one first contact socket and one second contact socket, and the at least one plug of the second standard has at least one first contact pin and one second contact pin, wherein the first contact pin is electrically connected to the first contact socket and the second contact pin is electrically connected to the second contact socket, and the first contact pin and the second contact pin are movably arranged on the housing and can be pivoted out of the housing, characterized in that a extension element is arranged on the housing which can be moved sideways into an activation position by means of a slide guide.
A source core network node comprising a processor configured to: receive a handover required message from a radio access network node; derive a key during handover procedure of a terminal from the source core network node to a target core network node after receiving the handover required message; and transfer UE Security Capabilities of the terminal and the key to the target core network node during the handover procedure so that a new NAS security context is established and Security Mode Command, SMC, procedure is initiated. receive a handover required message from a radio access network node; derive a key during handover procedure of a terminal from the source core network node to a target core network node after receiving the handover required message; and transfer UE Security Capabilities of the terminal and the key to the target core network node during the handover procedure so that a new NAS security context is established and Security Mode Command, SMC, procedure is initiated.
A reading device configured to detect an edge position of a target object to be conveyed in a conveyance direction, the edge position being a position of an edge of the target object in a width direction intersecting the conveyance direction, the reading device comprising: a sensor device including a pixel array (212r, 212g, 212b), the pixel array including a plurality of elements arranged in the width direction and configured to output detection signals, the sensor device disposed to read the edge position; an adder configured to add the detection signals output from the plurality of elements of the pixel array (212r, 212g, 212b) at respective positions in the width direction; an edge position detector configured to detect the edge position of the target object in the width direction of the target object on basis of a position at which an output of the adder changes to a value larger than a first threshold; and a pixel detector (308h, 308i) configured to detect a pixel corresponding to a foreign object in a region where the sensor device is configured to read the edge position of the target object, the pixel having a value larger than a second threshold in the output of the adder and being preliminary detected in a state where the target object is not present in the region where the sensor device is configured to read the edge position of the target object; wherein each of the plurality of elements is configured to output a detection signal based on a reception amount of light in a corresponding one of a plurality of different wavelength bands. a sensor device including a pixel array (212r, 212g, 212b), the pixel array including a plurality of elements arranged in the width direction and configured to output detection signals, the sensor device disposed to read the edge position; an adder configured to add the detection signals output from the plurality of elements of the pixel array (212r, 212g, 212b) at respective positions in the width direction; an edge position detector configured to detect the edge position of the target object in the width direction of the target object on basis of a position at which an output of the adder changes to a value larger than a first threshold; and a pixel detector (308h, 308i) configured to detect a pixel corresponding to a foreign object in a region where the sensor device is configured to read the edge position of the target object, the pixel having a value larger than a second threshold in the output of the adder and being preliminary detected in a state where the target object is not present in the region where the sensor device is configured to read the edge position of the target object; wherein each of the plurality of elements is configured to output a detection signal based on a reception amount of light in a corresponding one of a plurality of different wavelength bands.
Solar module fastening system with at least one rail, which can be fastened to a substrate, in particular a roof, for fastening elements of a solar system, wherein the rail has a wall with a through opening, through which a securing bolt can be inserted, characterized in that - a U-shaped retaining groove is arranged underneath the through opening, said U-shaped retaining groove - has a groove wall which extends approximately parallel to the wall and which is connected to the wall via a groove bottom, - is open in the direction of the through opening, - the securing bolt has a shaft and a head, which are arranged and designed in such a way that - in a starting position, in which the shaft is inserted into the through opening up to the stop of the head on the wall, the head is arranged outside of the retaining groove, - in a second securing position, in which the securing bolt is rotated, in relation to the starting position, about a longitudinal axis of the shaft, the head projects in sections into the retaining groove. - a U-shaped retaining groove is arranged underneath the through opening, said U-shaped retaining groove - has a groove wall which extends approximately parallel to the wall and which is connected to the wall via a groove bottom, - is open in the direction of the through opening, - has a groove wall which extends approximately parallel to the wall and which is connected to the wall via a groove bottom, - is open in the direction of the through opening, - the securing bolt has a shaft and a head, which are arranged and designed in such a way that - in a starting position, in which the shaft is inserted into the through opening up to the stop of the head on the wall, the head is arranged outside of the retaining groove, - in a second securing position, in which the securing bolt is rotated, in relation to the starting position, about a longitudinal axis of the shaft, the head projects in sections into the retaining groove. - in a starting position, in which the shaft is inserted into the through opening up to the stop of the head on the wall, the head is arranged outside of the retaining groove, - in a second securing position, in which the securing bolt is rotated, in relation to the starting position, about a longitudinal axis of the shaft, the head projects in sections into the retaining groove.
A printed circuit board (482, 492) comprising: a multi-layer body sandwiched between a top surface and a bottom surface; and at least one tapered surface interconnect (485; 495) mechanically drilled on the top layer into one or more layers of the printed circuit board (482, 492), wherein the at least one tapered surface interconnect (485, 495): has a flared entrance aperture, has a bottom surface (486, 496), has one or more tapered side walls with a concave inclination, such that the tapered surface interconnect is tapered towards the bottom surface, wherein the one or more tapered side walls is concave with respect to said tapered surface interconnect towards the printed circuit board; or has one or more tapered side walls, such that the tapered surface interconnect is tapered towards the bottom surface and has a rounded intersection between the bottom surface and the one or more tapered side walls thereof, and is sized and configured to accept a tapered compliant pin (481, 491) and solder such that the tapered surface interconnect (485, 495) is suitable for soldering the tapered compliant pin (481, 491) therein. a multi-layer body sandwiched between a top surface and a bottom surface; and at least one tapered surface interconnect (485; 495) mechanically drilled on the top layer into one or more layers of the printed circuit board (482, 492), wherein the at least one tapered surface interconnect (485, 495): has a flared entrance aperture, has a bottom surface (486, 496), has one or more tapered side walls with a concave inclination, such that the tapered surface interconnect is tapered towards the bottom surface, wherein the one or more tapered side walls is concave with respect to said tapered surface interconnect towards the printed circuit board; or has one or more tapered side walls, such that the tapered surface interconnect is tapered towards the bottom surface and has a rounded intersection between the bottom surface and the one or more tapered side walls thereof, and has a flared entrance aperture, has a bottom surface (486, 496), has one or more tapered side walls with a concave inclination, such that the tapered surface interconnect is tapered towards the bottom surface, wherein the one or more tapered side walls is concave with respect to said tapered surface interconnect towards the printed circuit board; or has one or more tapered side walls, such that the tapered surface interconnect is tapered towards the bottom surface and has a rounded intersection between the bottom surface and the one or more tapered side walls thereof, and is sized and configured to accept a tapered compliant pin (481, 491) and solder such that the tapered surface interconnect (485, 495) is suitable for soldering the tapered compliant pin (481, 491) therein.
An article comprising: a nonwoven web of fibers comprising a working surface; a base coating comprising a first color dispersed in a first binder, wherein the base coating penetrates into the web to cover the working surface and structurally secures the fibers together; a surface coating comprising a second color, different than the first color, dispersed in a second binder, wherein the surface coating covers the base coating: wherein the surface coating wears causing exposure of the first color to indicate wearing of the web. a nonwoven web of fibers comprising a working surface; a base coating comprising a first color dispersed in a first binder, wherein the base coating penetrates into the web to cover the working surface and structurally secures the fibers together; a surface coating comprising a second color, different than the first color, dispersed in a second binder, wherein the surface coating covers the base coating: wherein the surface coating wears causing exposure of the first color to indicate wearing of the web.
Wall which comprises at least one first plate consisting of at least one block of thermally insulating material, at least one second plate consisting of at least one square of plaster, at least one spacer having a given length between its two ends (31, 32), means for joining the two ends of said spacer to said two first and second plates, respectively, so as to define an inter-plate space therebetween, and a mixture comprising at least cement and water, said mixture being poured into said inter-plate space, characterized in that, with each of the means for joining the two ends (31, 32) of said spacer to the first and second plates (11, 22), respectively, being formed such that one of these ends is fixed in the first plate, the other end being pressed against the second plate, the materials of the mixture and of the second plate are joined together.
An actuation device for a cistern with a mounting frame and an actuation plate fixed thereto, which comprises at least one initiation means, in particular at least one actuation button, characterized in that the actuation plate is pivotably connected to the mounting frame via a holding frame, in that the actuation plate is detachably fixed to the holding frame, and in that this holding frame is pivotably connected to the mounting frame.
A method carried out by a user equipment, UE, connected with a base station in a wireless network, the method comprising: selecting an uplink, UL, contention-based, CB, data channel, wherein the UL data channel is selected from a set of preconfigured UL CB data channels; generating an UL data transmission, wherein the UL data transmission includes at least an identification, ID, of the UE and UL data contents; sending the UL data transmission on the selected UL CB data channel to the base station; and receiving a response for the UL data transmission from the base station, characterized in that the method further comprises, prior to sending the UL data transmission, obtaining (411, 512) a set of demodulation reference signal, DMRS, seeds; selecting (412, 522) a transmission DMRS seed from the set of DMRS seeds; and generating a DMRS using the selected transmission DMRS seed; and in that sending (541,414) the UL data transmission comprises using the generated DMRS on the selected UL CB data channel. selecting an uplink, UL, contention-based, CB, data channel, wherein the UL data channel is selected from a set of preconfigured UL CB data channels; generating an UL data transmission, wherein the UL data transmission includes at least an identification, ID, of the UE and UL data contents; sending the UL data transmission on the selected UL CB data channel to the base station; and receiving a response for the UL data transmission from the base station, characterized in that the method further comprises, prior to sending the UL data transmission, obtaining (411, 512) a set of demodulation reference signal, DMRS, seeds; selecting (412, 522) a transmission DMRS seed from the set of DMRS seeds; and generating a DMRS using the selected transmission DMRS seed; and in that sending (541,414) the UL data transmission comprises using the generated DMRS on the selected UL CB data channel.
A excreta disposal device comprising: a main body which is formed with a first disposal space opened in a hip direction of a human body to receive excreta discharged from the human body, and has a storage space formed therein; a male module in which a second disposal space configured to receive urine discharged from the human body is formed inside, an opening unit opened to face the human body of the user is formed on one side of the second disposal space and formed to be capable of inserting at least a part of male genitalia and provided in the main body; a suction port which is provided in the storage space and communicates with at least one of the first disposal space and the second disposal space to discharge excreta to the outside of the main body; characterized in that the male module further comprises a genitals fixing unit which is exposed to the second disposal space and crimps and fixes the male unit inserted into the second disposal space, and the genitals fixing unit is formed so as to be able to adjust the length exposed to the second disposal space; and wherein the genitals fixing unit comprises: an adjustment member in which one side thereof is exposed to the second disposal space and the other side thereof is exposed to the outside of the male module so that the length exposed to the second disposal space can be adjusted in accordance with external manipulation. a main body which is formed with a first disposal space opened in a hip direction of a human body to receive excreta discharged from the human body, and has a storage space formed therein; a male module in which a second disposal space configured to receive urine discharged from the human body is formed inside, an opening unit opened to face the human body of the user is formed on one side of the second disposal space and formed to be capable of inserting at least a part of male genitalia and provided in the main body; a suction port which is provided in the storage space and communicates with at least one of the first disposal space and the second disposal space to discharge excreta to the outside of the main body; characterized in that the male module further comprises a genitals fixing unit which is exposed to the second disposal space and crimps and fixes the male unit inserted into the second disposal space, and the genitals fixing unit is formed so as to be able to adjust the length exposed to the second disposal space; and
Luminescence diode chip comprising a radiation-emitting epitaxial layer sequence on the basis of GaN, which comprises an n-conducting epitaxial layer and a p-conducting epitaxial layer; wherein - the p-conducting epitaxial layer, on its main surface facing away from the n-conducting epitaxial layer, is provided with a reflective, bondable p-type contact layer over the whole area, - the p-type contact layer consists of a transparent first layer, which is applied directly to the p-side, and a specularly reflective second layer, which is applied directly on said first layer, and the first layer comprises Pt or Pd and the second layer comprises Ag or Al; wherein - the luminescence diode chip is provided with an n-type contact layer on its main surface (8, 10) facing away from the p-conducting epitaxial layer, said n-type contact layer covering only part of said main surface, and - light is coupled out from the chip via the free region of the main surface (8, 10) and via the chip sidewalls; and - the main surface (8, 10) is a main surface of an electrically conductive substrate facing away from the epitaxial layer sequence, said electrically conductive substrate being transmissive to radiation emitted by the epitaxial layer sequence and the epitaxial layer sequence being applied to said electrically conductive substrate by the n-conducting side, or - the main surface (8, 10) is a main surface of the n-conducting epitaxial layer facing away from the p-conducting epitaxial layer. - the p-conducting epitaxial layer, on its main surface facing away from the n-conducting epitaxial layer, is provided with a reflective, bondable p-type contact layer over the whole area, - the p-type contact layer consists of a transparent first layer, which is applied directly to the p-side, and a specularly reflective second layer, which is applied directly on said first layer, and the first layer comprises Pt or Pd and the second layer comprises Ag or Al; - the luminescence diode chip is provided with an n-type contact layer on its main surface (8, 10) facing away from the p-conducting epitaxial layer, said n-type contact layer covering only part of said main surface, and - light is coupled out from the chip via the free region of the main surface (8, 10) and via the chip sidewalls; and - the main surface (8, 10) is a main surface of an electrically conductive substrate facing away from the epitaxial layer sequence, said electrically conductive substrate being transmissive to radiation emitted by the epitaxial layer sequence and the epitaxial layer sequence being applied to said electrically conductive substrate by the n-conducting side, or - the main surface (8, 10) is a main surface of the n-conducting epitaxial layer facing away from the p-conducting epitaxial layer.
Body comprising an oxide of lanthanide, preferably in the form of particles, supported on a sulphur containing carbon based particle, wherein said body comprises lanthanide to sulphur in an atomic ratio ranging from 1: 0.01 to 1: 10, for use as - a medicament, preferably for treating a cancer, in particular a cancer of the brain, pancreas, lymph, lung, head and neck, prostate, breast, liver, intestines, thyroid, stomach, or kidney; and/or - a diagnostic agent, preferably for detecting a cancer, in particular a cancer of the brain, pancreas, lymph, lung, head and neck, prostate, breast, liver, intestines, thyroid, stomach, or kidney. - a medicament, preferably for treating a cancer, in particular a cancer of the brain, pancreas, lymph, lung, head and neck, prostate, breast, liver, intestines, thyroid, stomach, or kidney; and/or - a diagnostic agent, preferably for detecting a cancer, in particular a cancer of the brain, pancreas, lymph, lung, head and neck, prostate, breast, liver, intestines, thyroid, stomach, or kidney.
A bushing for a power system, comprising: a conductor, and a condenser core, wherein the condenser core comprises a dielectric sheet and a plurality of disjoint regions (9a, 9b, 9c) of electrically conducting material provided on the dielectric sheet, wherein the dielectric sheet and the electrically conducting material form a wound structure around the conductor, wherein in at least one region the electrically conducting material is a semiconducting material, wherein the semiconducting material extends more than one turn around the conductor, whereby the at least one region has overlapping edges (15, 17) in the radial direction, and wherein the dielectric sheet extends between the overlapping edges (15, 17) whereby a capacitance is formed between the overlapping edges (15, 17), which capacitance is partly defined by an overlap length of the overlapping edges (15, 17) and which capacitance forms part of a resonance circuit of the at least one region together with the inductance associated with an azimuthal current which in operation of the bushing flows in the azimuth or circumferential direction along the region of electrically conducting material, wherein the overlap length is such that the resonance circuit has a resonance frequency contained in a very fast transient, VFT, spectrum wherein the resonance frequency is in a range of 0.5 MHz to 10 MHz. a conductor, and a condenser core, wherein the condenser core comprises a dielectric sheet and a plurality of disjoint regions (9a, 9b, 9c) of electrically conducting material provided on the dielectric sheet, wherein the dielectric sheet and the electrically conducting material form a wound structure around the conductor, wherein in at least one region the electrically conducting material is a semiconducting material, wherein the semiconducting material extends more than one turn around the conductor, whereby the at least one region has overlapping edges (15, 17) in the radial direction, and wherein the dielectric sheet extends between the overlapping edges (15, 17) whereby a capacitance is formed between the overlapping edges (15, 17), which capacitance is partly defined by an overlap length of the overlapping edges (15, 17) and which capacitance forms part of a resonance circuit of the at least one region together with the inductance associated with an azimuthal current which in operation of the bushing flows in the azimuth or circumferential direction along the region of electrically conducting material, wherein the overlap length is such that the resonance circuit has a resonance frequency contained in a very fast transient, VFT, spectrum wherein the resonance frequency is in a range of 0.5 MHz to 10 MHz.
An implantable medical device, which device includes a longitudinal dimension and at least first and second stent elements disposed in series along the longitudinal dimension of the device, the first and second stent elements being generally annular and at least one being at least partially curved in a direction transverse to said longitudinal dimension, said curvature delimiting a frame between the first and second stent elements; and a coil of radiopaque material wound around substantially the whole of said frame; wherein said frame provides a fenestration in the device.
A pouch packaging of a pouch-type secondary battery, comprising an upper pouch and a lower pouch, the upper pouch and the lower pouch each formed by laminating an outer insulating layer, a metal layer, and an inner insulating layer in a sequential order, and the upper pouch and the lower pouch having a sealing part formed along each outer peripheral surface, wherein the inner insulating layer includes a moisture adsorbent material, and the moisture adsorbent material includes an oxazolidine-based compound.