mhurhangee/ep-ind-claims huggingface dataset:
A plug connector comprising: a connecting member; a cable including a signal transmission part, the signal transmission part being connected to the connecting member; and a shield case including: first and second shells, combined together in a first direction (Z-Z') so as to form a tube extending in a second direction (Y-Y'), the second direction being the front-and-rear direction of the plug connector and orthogonal to the first direction, the tube at least partially covering the connecting member and the signal transmission part and having a front end, the first shell having a rear end face, and a first retainer being a tube or half tube for retaining the cable, the first retainer being provided on the second shell adjacent to the rear end face of the first shell, characterized in that the first retainer is in contact with at least a part (721a1, 721a2, 721a3) of the rear end face of the first shell. a connecting member; a cable including a signal transmission part, the signal transmission part being connected to the connecting member; and a shield case including: first and second shells, combined together in a first direction (Z-Z') so as to form a tube extending in a second direction (Y-Y'), the second direction being the front-and-rear direction of the plug connector and orthogonal to the first direction, the tube at least partially covering the connecting member and the signal transmission part and having a front end, the first shell having a rear end face, and a first retainer being a tube or half tube for retaining the cable, the first retainer being provided on the second shell adjacent to the rear end face of the first shell, characterized in that the first retainer is in contact with at least a part (721a1, 721a2, 721a3) of the rear end face of the first shell. first and second shells, combined together in a first direction (Z-Z') so as to form a tube extending in a second direction (Y-Y'), the second direction being the front-and-rear direction of the plug connector and orthogonal to the first direction, the tube at least partially covering the connecting member and the signal transmission part and having a front end, the first shell having a rear end face, and a first retainer being a tube or half tube for retaining the cable, the first retainer being provided on the second shell adjacent to the rear end face of the first shell, characterized in that the first retainer is in contact with at least a part (721a1, 721a2, 721a3) of the rear end face of the first shell.
A system for treating the body insertion point of an external fixation device, comprising: a clip comprising a groove comprising a hole to permit pass-through of an external fixation rod; and a bioelectric device comprising one or more biocompatible electrodes configured to generate at least one of a low level electric field (LLEF) or low level micro current (LLMC). a clip comprising a groove comprising a hole to permit pass-through of an external fixation rod; and a bioelectric device comprising one or more biocompatible electrodes configured to generate at least one of a low level electric field (LLEF) or low level micro current (LLMC).
Drapery strip for a textile sheet material such as a drapery, a curtain or similar, with a minimum of one layer of flexible elastic body, that can be arranged on or in the textile sheet material, whereby, on the one hand, the drapery strip is used to weight down the textile sheet material and, on the other hand, to also enable uniform undulation on the textile sheet material, whereby, the flexible elastic body includes a multitude of plastic sections that are arranged on a continuous central core, whereby, the core comprises of two parts (21, 22), characterized in that, the two parts (21,22) mentioned are arranged concentric and can be at least slightly relocated to one another in the axial direction and, whereby, the plastic section on the outer part of the central core can be fixable and, preferably, mechanically coalesce with this.
A styrene based thermoplastic resin composition comprising: 10 to 99 % by weight of a thermoplastic resin including styrenic copolymer resin and rubber-modified vinyl graft copolymer; and 1 to 90 % by weight of a branched styrenic copolymer resin prepared by including a silicon based compound; wherein the branched styrenic copolymer resin prepared by including a silicon based compound is a copolymer or a combination thereof prepared by copolymerizing the following: 10 to 85 % by weight of an aromatic vinyl based monomer; 10 to 85 % by weight of an unsaturated nitrile based monomer; 1 to 50 % by weight of a (meth)acrylic monomer; and 0.1 to 20 % by weight of a silicon based compound having two or more unsaturated functional groups. 10 to 99 % by weight of a thermoplastic resin including styrenic copolymer resin and rubber-modified vinyl graft copolymer; and 1 to 90 % by weight of a branched styrenic copolymer resin prepared by including a silicon based compound; 10 to 85 % by weight of an aromatic vinyl based monomer; 10 to 85 % by weight of an unsaturated nitrile based monomer; 1 to 50 % by weight of a (meth)acrylic monomer; and 0.1 to 20 % by weight of a silicon based compound having two or more unsaturated functional groups.
A method of generating a patient-specific prosthetic, the method comprising: receiving anatomic imaging data representative of a portion of a patient's anatomy; defining a first digital representation of the anatomic imaging data, the first digital representation of the anatomic imaging data being associated with a portion of the patient's anatomy in a first configuration; modifying the first digital representation of the anatomic imaging data to generate a second digital representation of the anatomic imaging data, the second digital representation of the anatomic imaging data being associated with the portion of the patient's anatomy in a second configuration, the portion of the patient's anatomy being transitioned from the first configuration to the second configuration in response to insertion of a prosthetic implant; and generating a patient-specific prosthetic template of the portion of the patient's anatomy based at least in part on the second digital representation of the anatomic imaging data. receiving anatomic imaging data representative of a portion of a patient's anatomy; defining a first digital representation of the anatomic imaging data, the first digital representation of the anatomic imaging data being associated with a portion of the patient's anatomy in a first configuration; modifying the first digital representation of the anatomic imaging data to generate a second digital representation of the anatomic imaging data, the second digital representation of the anatomic imaging data being associated with the portion of the patient's anatomy in a second configuration, the portion of the patient's anatomy being transitioned from the first configuration to the second configuration in response to insertion of a prosthetic implant; and generating a patient-specific prosthetic template of the portion of the patient's anatomy based at least in part on the second digital representation of the anatomic imaging data.
A stent, comprising: a hoselike body braided with a specified longitudinal length from a plurality of thin wires of superelastic metal, of which, alternately, one-half are wound in a shape of helices in one direction around a cylinder, and the other half are wound in a shape of helices in the other direction, with the thin wires in the one direction and the thin wires in the other direction obliquely intersecting like a plain weave, the thin wires intersecting each other and braided along the longitudinal length of the hoselike body to form diamond shaped reticulated gaps, each diamond shaped gap having a first axis along the circumferential direction of the hoselike body and a second axis along the longitudinal direction of the hoselike body, the plurality of thin wires being the same in number along the whole longitudinal length of the hoselike body, wherein: a longitudinally intermediate portion of the hoselike body is formed into a thin wire densely braided hose portion in which mutually neighboring superelastic metal thin wires are in contact with each other or close to each other with a minute interspace capable of blocking inflow of blood into a blood vessel dilation, wherein both side portions of the hoselike body are formed into thin wire coarsely braided hose portions in which mutually neighboring superelastic metal thin wires are provided with an interstice allowing passage of blood flow, the first axis of the diamond shaped gaps being the same in the whole stent while the second axis of the diamond shaped gaps being smaller in the densely braided hose portion than in the coarsely braided hose portion and wherein the hoselike body is capable of causing the individual superelastic metal thin wires to extend and finely gather when pulled in a longitudinal direction and allowing resilient restoration to the original hoselike body when released from pulling. a longitudinally intermediate portion of the hoselike body is formed into a thin wire densely braided hose portion in which mutually neighboring superelastic metal thin wires are in contact with each other or close to each other with a minute interspace capable of blocking inflow of blood into a blood vessel dilation, wherein both side portions of the hoselike body are formed into thin wire coarsely braided hose portions in which mutually neighboring superelastic metal thin wires are provided with an interstice allowing passage of blood flow, the first axis of the diamond shaped gaps being the same in the whole stent while the second axis of the diamond shaped gaps being smaller in the densely braided hose portion than in the coarsely braided hose portion and wherein the hoselike body is capable of causing the individual superelastic metal thin wires to extend and finely gather when pulled in a longitudinal direction and allowing resilient restoration to the original hoselike body when released from pulling.
A balloon catheter system comprising one or more conduits (10, 32, 34) to which a compliant balloon (12, 24) is attached at both of its ends, said conduit(s) (10, 32, 34) being threaded through said balloon (12, 24), wherein said balloon has a non-helical shape in its deflated state, wherein said balloon (12, 24) is capable of adopting a spiral or helical conformation upon inflation without the need for any ancillary structures such as wires, bands or formers, wherein the relative values of the length of the balloon (12, 24) in the deflated state (L 0), the elongation fraction and the inner diameter of said balloon (12, 24) in the deflated state (D 0) are chosen, such that the number of threads of said balloon (12, 24) in said spiral conformation is at least two, in accordance with the following expression: N = L 0 2 π 2 D 0 2 − L 0 2 π 2 D 0 2 1 + E 2 = L 0 2 E 2 + E π 2 D 0 2 1 + E 2 ≥ 2
A method for processing conductor segments of a winding support of an electric machine, in particular of an electric motor, wherein at least two conductor segments are arranged on the winding support, wherein end portions of the conductor segments protrude out of the ends of the winding support, wherein at least two processing units are being jointly led along a guide device, wherein each one of the processing units performs at least one of the following steps: - advancing a processing unit, which can be moved on a circular path along a guide device and comprises at least one first actuator element and at least one second actuator element, to at least one first end portion pair (4a, 4b) having a first end portion and a second end portion, or advancing the first end portion and the second end portion to the processing unit, - bringing together the first actuator element and the second actuator element so that, in a clamping region, a clamping force brings together the first end portion and the second end portion into a welding position, - welding the first end portion and the second end portion, wherein the processing units are controlled such that at least one first processing unit holds an end portion pair (4a, 4b)-in the welding position while at least one second processing unit is moved to an end portion pair (4a, 4b) yet to be welded. - advancing a processing unit, which can be moved on a circular path along a guide device and comprises at least one first actuator element and at least one second actuator element, to at least one first end portion pair (4a, 4b) having a first end portion and a second end portion, or advancing the first end portion and the second end portion to the processing unit, - bringing together the first actuator element and the second actuator element so that, in a clamping region, a clamping force brings together the first end portion and the second end portion into a welding position, - welding the first end portion and the second end portion,
Transverse distributor arrangement for a road finisher, comprising a centre console and augers (4a, 4b) extending in opposite directions, the augers (4a, 4b) each having auger elements mounted thereon and a base shaft extending from the centre console to the outer end region, wherein the base shaft is mounted in an outer bearing, wherein the outer bearing can be mounted at a first attachment point via an outer bearing bracket, wherein a extending shaft can be fitted to the base shaft or the base shaft can be replaced by a replacement base shaft of a different length than the base shaft, characterised in that the outer bearing is detachable from the first attachment point via an outer bearing bracket and attachable to a second attachment point, wherein the base shaft and the outer bearing are detachably connected to each other, wherein the outer bearing in its state detached from the base shaft can be mounted detachably on the extending shaft or on the replacement base shaft.
An electronic assembly, comprising a bracket, a depth element configured to acquire depth image information, a first camera configured to acquire first hue image information, a projector and a second camera configured to acquire second hue image information, wherein the depth element, the first camera, the projector and the second camera are arranged on the bracket together, and the second camera is arranged between the depth element and the first camera, wherein the first camera is located between the depth element and the projector in such a manner that the first camera is arranged closer to the depth element than the projector, and an image acquisition direction of the second camera is opposite to an image acquisition direction of the first camera.
An electrical equipment rack for receiving at least one computer, said rack comprising at least: - a plurality of chassis, each chassis being designed to receive a computer; - a printed circuit provided with connectors to which the computers installed on the chassis are intended to be connected, at least one connector being fixed to each of the chassis; and - a plurality of reinforcing pieces, at least one reinforcing piece being arranged, at least in part, between each chassis and the connector(s) fixed to said chassis, characterised in that said reinforcing pieces are linked together and configured to redirect forces that the computers and/or chassis exert on the connectors, so as not to transmit said forces to the printed circuit. - a plurality of chassis, each chassis being designed to receive a computer; - a printed circuit provided with connectors to which the computers installed on the chassis are intended to be connected, at least one connector being fixed to each of the chassis; and - a plurality of reinforcing pieces, at least one reinforcing piece being arranged, at least in part, between each chassis and the connector(s) fixed to said chassis,
Window spacer, comprising: - a spacer substrate comprising two pane contact surfaces (2,3), an adhesive surface and a glazing interior surface; - a multilayer barrier film being in contact with the adhesive surface of the spacer substrate, wherein said multilayer barrier film comprises: - at least two first polymeric layers (12,22); and - at least two inorganic layers (13,23), said inorganic layers having a thickness between between 10 and 400 nm, preferably between 10 and 200 nm, more preferably between 30 and 100 nm, most preferably between 20 and 100 nm, said inorganic layers being separated by a second polymeric layer, characterised in that said second polymeric layer has a thickness lower than 4 μm, more preferably having a thickness between 1 μm and 4 μm. - a spacer substrate comprising two pane contact surfaces (2,3), an adhesive surface and a glazing interior surface; - a multilayer barrier film being in contact with the adhesive surface of the spacer substrate, wherein said multilayer barrier film comprises: - at least two first polymeric layers (12,22); and - at least two inorganic layers (13,23), said inorganic layers having a thickness between between 10 and 400 nm, preferably between 10 and 200 nm, more preferably between 30 and 100 nm, most preferably between 20 and 100 nm, said inorganic layers being separated by a second polymeric layer, characterised in that said second polymeric layer has a thickness lower than 4 μm, more preferably having a thickness between 1 μm and 4 μm. - at least two first polymeric layers (12,22); and - at least two inorganic layers (13,23), said inorganic layers having a thickness between between 10 and 400 nm, preferably between 10 and 200 nm, more preferably between 30 and 100 nm, most preferably between 20 and 100 nm, said inorganic layers being separated by a second polymeric layer, characterised in that said second polymeric layer has a thickness lower than 4 μm, more preferably having a thickness between 1 μm and 4 μm.
User unit for determining output parameters from respiratory gas analyses, for use in apparatus for ergospirometry, with a preferably replaceable breathing tube and a housing part, wherein the breathing tube, again preferably, can be inserted into the housing part in order to place the user unit in a measuring state, wherein a nose clip connected to the housing part and designed to seal the nose of a user during the determination of the output parameters is provided on the top side of the housing part, and a chin rest connected to the housing part and designed to rest against the chin of a user during the determination of the output parameters is provided on the bottom side of the housing part, characterized in that the nose clip is mounted on the housing part so as to be adjustable in depth in the axial direction of the breathing tube and can be fixed at various positions on the housing part, and in that the chin rest is mounted on the housing part so as to be adjustable in depth in the axial direction of the breathing tube and can be fixed at various points on the housing part.
A chiller system, comprising: a centrifugal compressor assembly for compression of a refrigerant gas including a permanent magnet motor, said permanent magnet motor being housed within a motor housing, said motor housing defining an interior chamber, said permanent magnet motor including a motor shaft being rotatable about a rotational axis, a rotor assembly operatively coupled with a portion of said motor shaft, and characterized by at least two magnetic bearings (158, 160) operatively coupled to said motor shaft, said motor shaft including at least one longitudinal passage and at least one aspiration passage, said at least one longitudinal passage extending substantially parallel with said rotational axis through at least said portion of said motor shaft, said at least one aspiration passage being in fluid communication with said interior chamber and said at least one longitudinal passage; and an evaporator section in fluid communication with said at least one longitudinal passage for supply of said refrigerant gas that cools said motor shaft and said rotor assembly. a centrifugal compressor assembly for compression of a refrigerant gas including a permanent magnet motor, said permanent magnet motor being housed within a motor housing, said motor housing defining an interior chamber, said permanent magnet motor including a motor shaft being rotatable about a rotational axis, a rotor assembly operatively coupled with a portion of said motor shaft, and characterized by at least two magnetic bearings (158, 160) operatively coupled to said motor shaft, said motor shaft including at least one longitudinal passage and at least one aspiration passage, said at least one longitudinal passage extending substantially parallel with said rotational axis through at least said portion of said motor shaft, said at least one aspiration passage being in fluid communication with said interior chamber and said at least one longitudinal passage; and an evaporator section in fluid communication with said at least one longitudinal passage for supply of said refrigerant gas that cools said motor shaft and said rotor assembly. a motor shaft being rotatable about a rotational axis, a rotor assembly operatively coupled with a portion of said motor shaft, and characterized by at least two magnetic bearings (158, 160) operatively coupled to said motor shaft, said motor shaft including at least one longitudinal passage and at least one aspiration passage, said at least one longitudinal passage extending substantially parallel with said rotational axis through at least said portion of said motor shaft, said at least one aspiration passage being in fluid communication with said interior chamber and said at least one longitudinal passage; and an evaporator section in fluid communication with said at least one longitudinal passage for supply of said refrigerant gas that cools said motor shaft and said rotor assembly.
A multi-antenna transmitting apparatus, comprising: a mapping unit configured to map first information data and second information data to packets of a first layer and a second layer, respectively, out of a plurality of layers corresponding to a plurality of antennas, map a part of the first information data and a part of the second information data to a packet of a third layer, and map another part of the first information data and another part of the second information data to a packet of a fourth layer; a coding unit (102-0 to 102-3, 103-0 to 103-3) configured to generate transmission data by performing error detection coding and error correction coding for each of the layers on the first and second information data mapped to the packets by the mapping unit; and a transmitting unit configured to transmit the transmission data for each of the layers generated by the coding unit (102-0 to 102-3, 103-0 to 103-3) from the antennas (106-0 to 106-3) corresponding to the respective layers. a mapping unit configured to map first information data and second information data to packets of a first layer and a second layer, respectively, out of a plurality of layers corresponding to a plurality of antennas, map a part of the first information data and a part of the second information data to a packet of a third layer, and map another part of the first information data and another part of the second information data to a packet of a fourth layer; a coding unit (102-0 to 102-3, 103-0 to 103-3) configured to generate transmission data by performing error detection coding and error correction coding for each of the layers on the first and second information data mapped to the packets by the mapping unit; and a transmitting unit configured to transmit the transmission data for each of the layers generated by the coding unit (102-0 to 102-3, 103-0 to 103-3) from the antennas (106-0 to 106-3) corresponding to the respective layers.