mhurhangee/ep-ind-claims huggingface dataset:
An appliance for the orthodontic treatment of one or more anterior teeth in the jaw of a patient, comprising: a removable lingual bow having a medial part for engagement with a lingual side of the anterior teeth, and a pair of distal parts extending in a posterior direction from the medial part; a support structure (12, 14) including a pair of laterally opposed body portions, each body portion being provided with an anchoring device for anchoring the respective body portion to one or more posterior teeth, and a sleeve having an open end for receiving a respective one of the distal parts of the lingual bow; and a pair of biasing members, wherein the biasing members are arranged to bias the lingual bow in an anterior direction when the lingual bow is fitted to the support structure; and characterised in that the biasing members are housed within the sleeves and wherein the biasing members are removable through the open ends of the sleeves when the lingual bow is removed from the support structure. a removable lingual bow having a medial part for engagement with a lingual side of the anterior teeth, and a pair of distal parts extending in a posterior direction from the medial part; a support structure (12, 14) including a pair of laterally opposed body portions, each body portion being provided with an anchoring device for anchoring the respective body portion to one or more posterior teeth, and a sleeve having an open end for receiving a respective one of the distal parts of the lingual bow; and a pair of biasing members, wherein the biasing members are arranged to bias the lingual bow in an anterior direction when the lingual bow is fitted to the support structure; and characterised in that the biasing members are housed within the sleeves and wherein the biasing members are removable through the open ends of the sleeves when the lingual bow is removed from the support structure.
A segmented bipolar transistor, comprising: a substrate having a semiconductor surface; a p-base in the semiconductor surface including at least one p-base finger including a base metal/silicide stack including a base metal that contacts a silicide layer on the semiconductor surface of the p-base finger; an n+ buried layer under the p-base in the semiconductor surface; a collector including an n+ sinker diffusion lateral to the p-base extending from the semiconductor surface to the n+ buried layer including a collector finger including a collector metal/silicide stack including a collector metal that contacts a silicide layer on the semiconductor surface of the collector finger; and an n+ emitter within a portion of the p-base including at least one emitter finger including an emitter metal/silicide stack including an emitter metal that contacts a silicide layer on the semiconductor surface of the emitter finger; wherein the emitter metal/silicide stack includes segmentation including an emitter gap in the emitter metal or in the silicide layer on the semiconductor surface of the emitter, characterised in that the base, collector and emitter metals are metal lines contacting the respective silicide layers, and in that the collector metal/silicide stack includes segmentation including a collector gap in the collector metal line and in the silicide layer on the semiconductor surface of the collector finger. a substrate having a semiconductor surface; a p-base in the semiconductor surface including at least one p-base finger including a base metal/silicide stack including a base metal that contacts a silicide layer on the semiconductor surface of the p-base finger; an n+ buried layer under the p-base in the semiconductor surface; a collector including an n+ sinker diffusion lateral to the p-base extending from the semiconductor surface to the n+ buried layer including a collector finger including a collector metal/silicide stack including a collector metal that contacts a silicide layer on the semiconductor surface of the collector finger; and an n+ emitter within a portion of the p-base including at least one emitter finger including an emitter metal/silicide stack including an emitter metal that contacts a silicide layer on the semiconductor surface of the emitter finger; wherein the emitter metal/silicide stack includes segmentation including an emitter gap in the emitter metal or in the silicide layer on the semiconductor surface of the emitter, characterised in that the base, collector and emitter metals are metal lines contacting the respective silicide layers, and in that the collector metal/silicide stack includes segmentation including a collector gap in the collector metal line and in the silicide layer on the semiconductor surface of the collector finger.
Natural material pad in the form of a layer system with a flat natural material matrix, which is arranged on a carrier and is covered by a coating, wherein the natural material matrix comprises a plant material, a binder and active substances and/or fragrances held on the plant material or otherwise distributed in the natural material matrix, characterised in that the plant material is present as a whole or in cut form in the natural material matrix and the coating is not smooth on the surface but follows the contours of the plant material in the natural material matrix.
A woven shoe with an integrally woven strobel with an upper, the woven shoe comprising: a first woven panel comprising the upper; and a second woven panel comprising the strobel, wherein: the first woven panel and the second woven panel are constructed from a same plurality of filaments; the first woven panel and the second woven panel partially define a cavity; and the first woven panel and the second woven panel are integrally woven together at least a first side and a second side of the woven shoe.
A helmet having a holder for a camera, wherein the holder has a release device which, when a defined load on the camera is exceeded, releases the camera from the holder at a defined point, wherein the holder has a holding part for fastening a camera and a fixing part for fastening the holder on the helmet, wherein the holding part has bracket arms (18, 19) and an arm with three clamping elements (5, 6, 7), between which two gaps (8, 9) are formed and which can be pressed against one another by means of a tensioning screw and wherein the fixing part is formed as a base, characterized in that the base as holding clip comprises two opposite l-shaped holding strips (25, 26) and an interposed rod-shaped guide elevation so that the holding part can be inserted into the base and held securely there, wherein a groove is provided in the underside of the holding part which during insertion of the holding part corresponds with the guide elevation so that during insertion of the holding part into the base the bracket arms (18, 19) are pressed together whilst they slide along the holding strips (25, 26) and characterized in that the holding strips have predetermined breaking points which break when a breaking load between 10 N and 1000 N on the camera is exceeded.
A method for transmitting an aperiodic sounding reference signal, SRS, comprising: a terminal receiving parameters of aperiodic SRS sent by a base station through high layer signaling; the terminal sending aperiodic SRS to the base station according to the parameters of aperiodic SRS upon receiving an aperiodic SRS activation signaling sent by the base station, wherein the parameters of the aperiodic SRS comprise frequency domain configuration information of the SRS, and the method is characterized in that the frequency domain configuration information of the SRS comprises: information configured separately for each of transmission sub-frames of the aperiodic SRS of the terminal in a cycle; or, information configured for all transmission sub-frames of the aperiodic SRS of the terminal. a terminal receiving parameters of aperiodic SRS sent by a base station through high layer signaling; the terminal sending aperiodic SRS to the base station according to the parameters of aperiodic SRS upon receiving an aperiodic SRS activation signaling sent by the base station, wherein the parameters of the aperiodic SRS comprise frequency domain configuration information of the SRS, and the method is characterized in that the frequency domain configuration information of the SRS comprises: information configured separately for each of transmission sub-frames of the aperiodic SRS of the terminal in a cycle; or, information configured for all transmission sub-frames of the aperiodic SRS of the terminal. information configured separately for each of transmission sub-frames of the aperiodic SRS of the terminal in a cycle; or, information configured for all transmission sub-frames of the aperiodic SRS of the terminal.
A battery module, comprising: a battery set comprising a plurality of batteries arranged in an array, each of the batteries comprising an explosion-proof valve; a cover plate disposed on the battery set; and a thermosensitive assembly disposed between the battery set and the cover plate, the thermosensitive assembly being connected with the cover plate, the thermosensitive assembly comprising a thermosensitive wire, and the thermosensitive wire can provide a signal indicating that the explosion-proof valve of the battery is burst, characterized in that the thermosensitive assembly further comprises a covering, a receiving cavity is provided inside the covering, and at least one part of the thermosensitive wire is disposed in the receiving cavity; the covering is connected with the cover plate through a connecting member; and the covering comprises a first surface facing the cover plate and a second surface facing away from the cover plate, the covering is further provided with a connecting hole penetrating the first surface and the second surface of the covering, and the connecting member is inserted into the connecting hole to detachably connect the covering and the cover plate. a battery set comprising a plurality of batteries arranged in an array, each of the batteries comprising an explosion-proof valve; a cover plate disposed on the battery set; and a thermosensitive assembly disposed between the battery set and the cover plate, the thermosensitive assembly being connected with the cover plate, the thermosensitive assembly comprising a thermosensitive wire, and the thermosensitive wire can provide a signal indicating that the explosion-proof valve of the battery is burst, characterized in that the thermosensitive assembly further comprises a covering, a receiving cavity is provided inside the covering, and at least one part of the thermosensitive wire is disposed in the receiving cavity; the covering is connected with the cover plate through a connecting member; and the covering comprises a first surface facing the cover plate and a second surface facing away from the cover plate, the covering is further provided with a connecting hole penetrating the first surface and the second surface of the covering, and the connecting member is inserted into the connecting hole to detachably connect the covering and the cover plate.
A motor vehicle comprising: an engine connected to a transmission and a drive shaft having a universal joint (234A, 234B) at each end connecting the transmission to a differential whereby rotational power of the engine is transmitted to rotate one or more drive wheels; an auxiliary power system comprising a power generator and one or more batteries; a frame supporting the engine; a drive element surrounded on either side by at least one support bearing (252, 254, 652) where the drive element (256 is disposed between the transmission and the differential and coupled to the power generator to transfer rotational power from the drive shaft to the power generator, the power generator being electrically connected to the one or more batteries and producing electrical energy to charge the one or more batteries; wherein the drive element includes a drive pulley and a drive belt or a drive gear and a pinion drive shaft; wherein the support bearing (252, 254, 652) includes a support housing that includes a support bushing and a bearing that includes an inner race mounted to the drive shaft and the drive element is attached to the inner race of the bearing to transfer rotation power from the drive shaft to the power generator, and wherein the support housing is coupled to the frame and an outer race of the bearing is supported by the support bushing within the support housing. an engine connected to a transmission and a drive shaft having a universal joint (234A, 234B) at each end connecting the transmission to a differential whereby rotational power of the engine is transmitted to rotate one or more drive wheels; an auxiliary power system comprising a power generator and one or more batteries; a frame supporting the engine; a drive element surrounded on either side by at least one support bearing (252, 254, 652) where the drive element (256 is disposed between the transmission and the differential and coupled to the power generator to transfer rotational power from the drive shaft to the power generator, the power generator being electrically connected to the one or more batteries and producing electrical energy to charge the one or more batteries; wherein the drive element includes a drive pulley and a drive belt or a drive gear and a pinion drive shaft; wherein the support bearing (252, 254, 652) includes a support housing that includes a support bushing and a bearing that includes an inner race mounted to the drive shaft and the drive element is attached to the inner race of the bearing to transfer rotation power from the drive shaft to the power generator, and wherein the support housing is coupled to the frame and an outer race of the bearing is supported by the support bushing within the support housing.
A suturing device, comprising: a handle; an elongated body coupled to a distal end of the handle; at least one suture snag (348A, 348B) that is moveable between a deployed position in which two distal arm portions (351A, 351B) thereof radially extend away from the elongated body and a retracted position in which the two distal arm portions are disposed within the elongated body, wherein the at least one suture snag is moved between the deployed position and the retracted position via a first actuation mechanism (348A, 348B) of the handle; and at least one pair of needles (356A, 356B) moveable to a deployed position in which the at least one pair of needles distally extend from the distal end of the elongated body and a retracted position in which the at least one pair of needles is disposed within the elongated body, each needle including a distal end configured to penetrate through a vessel wall and defining a lumen sized to slidingly receive a suture therethrough, wherein the at least one pair of needles is movable to the deployed position and the retracted position via a second actuation mechanism (366A, 366B) of the handle, wherein each of the distal arm portions includes an opening formed therethrough, the opening being sized to receive one needle of the pair of needles and configured to grip the suture. a handle; an elongated body coupled to a distal end of the handle; at least one suture snag (348A, 348B) that is moveable between a deployed position in which two distal arm portions (351A, 351B) thereof radially extend away from the elongated body and a retracted position in which the two distal arm portions are disposed within the elongated body, wherein the at least one suture snag is moved between the deployed position and the retracted position via a first actuation mechanism (348A, 348B) of the handle; and at least one pair of needles (356A, 356B) moveable to a deployed position in which the at least one pair of needles distally extend from the distal end of the elongated body and a retracted position in which the at least one pair of needles is disposed within the elongated body, each needle including a distal end configured to penetrate through a vessel wall and defining a lumen sized to slidingly receive a suture therethrough, wherein the at least one pair of needles is movable to the deployed position and the retracted position via a second actuation mechanism (366A, 366B) of the handle, wherein each of the distal arm portions includes an opening formed therethrough, the opening being sized to receive one needle of the pair of needles and configured to grip the suture.
Method of marking according to the following steps: - deposition of marking ink on a substrate with said marking ink comprising: ▪ particles of at least one luminophore; ▪ at least one absorber consisting of metal nanoparticles; ▪ a solvent; ▪ the marking unit does not contain any sintering material; ▪ the ink has a luminophore/absorber mass ratio included between 100 and 1; - attachment of at least one marking ink luminophore by heat treatment. - deposition of marking ink on a substrate with said marking ink comprising: ▪ particles of at least one luminophore; ▪ at least one absorber consisting of metal nanoparticles; ▪ a solvent; ▪ the marking unit does not contain any sintering material; ▪ the ink has a luminophore/absorber mass ratio included between 100 and 1; ▪ particles of at least one luminophore; ▪ at least one absorber consisting of metal nanoparticles; ▪ a solvent; ▪ the marking unit does not contain any sintering material; ▪ the ink has a luminophore/absorber mass ratio included between 100 and 1; - attachment of at least one marking ink luminophore by heat treatment.
A process for preparing urea, comprising: a) preparing formamide on the basis of carbon dioxide, hydrogen and ammonia, with formation of methyl formate or ammonium formate as intermediate in a catalytic reaction, and b) preparing urea by reacting the resultant formamide or the resultant formamide with ammonia in the presence of a catalyst, where the source of carbon dioxide is a liquid laden with chemically and/or physically bound carbon dioxide and selected from a methanol phase or an aqueous ammonia solution which is obtained by gas scrubbing of a syngas for the removal of COz using a scrubbing fluid, where a1) the scrubbing fluid is a methanol phase, or COz is desorbed from the scrubbing fluid laden with chemically and/or physically bound carbon dioxide and absorbed into a methanol phase to give a COz-laden methanol phase, and the COz-laden methanol phase is reacted as CO 2 -containing stream with a hydrogen-containing stream in the presence of a catalyst to form methyl formate, and the resultant methyl formate is reacted with an ammonia-containing stream to form formamide, or a2) the scrubbing fluid is an aqueous ammonia solution, and so COz is bound at least partly in the form of carbonates in the scrubbing fluid, and this scrubbing fluid laden with chemically and/or physically bound CO 2 is reacted as CO 2 -containing stream with a hydrogen-containing stream in the presence of a catalyst and optionally organic solvent to form ammonium formate or to form ammonium formate and formamide, and the resultant ammonium formate is converted into formamide by heat treatment. a) preparing formamide on the basis of carbon dioxide, hydrogen and ammonia, with formation of methyl formate or ammonium formate as intermediate in a catalytic reaction, and b) preparing urea by reacting the resultant formamide or the resultant formamide with ammonia in the presence of a catalyst, a1) the scrubbing fluid is a methanol phase, or COz is desorbed from the scrubbing fluid laden with chemically and/or physically bound carbon dioxide and absorbed into a methanol phase to give a COz-laden methanol phase, and the COz-laden methanol phase is reacted as CO 2 -containing stream with a hydrogen-containing stream in the presence of a catalyst to form methyl formate, and the resultant methyl formate is reacted with an ammonia-containing stream to form formamide, or a2) the scrubbing fluid is an aqueous ammonia solution, and so COz is bound at least partly in the form of carbonates in the scrubbing fluid, and this scrubbing fluid laden with chemically and/or physically bound CO 2 is reacted as CO 2 -containing stream with a hydrogen-containing stream in the presence of a catalyst and optionally organic solvent to form ammonium formate or to form ammonium formate and formamide, and the resultant ammonium formate is converted into formamide by heat treatment.
A high-speed rotational atherectomy device for opening a stenosis in an artery having a given diameter, comprising: a guide wire having a maximum diameter less than the diameter of the artery; a flexible elongated, rotatable drive shaft advanceable over the guide wire, the drive shaft having a rotational axis; and at least one eccentric abrading head, the at least one eccentric abrading head comprising non-flexible single piece unitary construction attached to the drive shaft and comprising a center of mass having a positioning that is radially offset from the rotational axis of the drive shaft, the abrading head comprising proximal, intermediate and distal portions (30, 35, 40), wherein the proximal portion comprises a proximal outer surface, the intermediate portion comprises an intermediate outer surface and the distal portion comprises a distal outer surface, the proximal outer surface having diameters that increase distally, the distal outer surface having diameters that decrease, wherein at least the intermediate outer surface comprise tissue removal sections and wherein the drive shaft at least partially traversing the drive shaft lumen, characterized in that the intermediate outer surface is cylindrical, the proximal outer surface has a rounded proximal radiused edge comprising a radius, the distal outer surface has a rounded distal radiused edge comprising a radius, wherein the radius of the rounded proximal radiused edge and the radius of the rounded distal radiused edge are substantially equivalent, and the abrading head defines a drive shaft lumen therethrough and a hollow chamber. a guide wire having a maximum diameter less than the diameter of the artery; a flexible elongated, rotatable drive shaft advanceable over the guide wire, the drive shaft having a rotational axis; and at least one eccentric abrading head, the at least one eccentric abrading head comprising non-flexible single piece unitary construction attached to the drive shaft and comprising a center of mass having a positioning that is radially offset from the rotational axis of the drive shaft, the abrading head comprising proximal, intermediate and distal portions (30, 35, 40), wherein the proximal portion comprises a proximal outer surface, the intermediate portion comprises an intermediate outer surface and the distal portion comprises a distal outer surface, the proximal outer surface having diameters that increase distally, the distal outer surface having diameters that decrease, wherein at least the intermediate outer surface comprise tissue removal sections and wherein the drive shaft at least partially traversing the drive shaft lumen, characterized in that the intermediate outer surface is cylindrical, the proximal outer surface has a rounded proximal radiused edge comprising a radius, the distal outer surface has a rounded distal radiused edge comprising a radius, wherein the radius of the rounded proximal radiused edge and the radius of the rounded distal radiused edge are substantially equivalent, and the abrading head defines a drive shaft lumen therethrough and a hollow chamber.