mhurhangee/ep-ind-claims huggingface dataset:
A rotating machine comprising: a stationary subassembly (24; 124) including a casing and a plurality of stator elements (30; 130) disposed proximate an inner circumference of a portion of the stationary subassembly, the casing having a first portal; a rotating subassembly (22; 122) including a plurality of rotor elements (28; 128) disposed proximate an outer circumference of a portion of the rotating subassembly, the rotating subassembly being aligned coaxially within the stationary subassembly and adapted to be rotatable relative to the stationary subassembly without the aid of support bearings; and a first circumferential track defined by a first rotor track portion on the rotating subassembly and a first stator track portion on the stationary subassembly, the first track being in communication with the first portal; wherein the first portal and the first circumferential track are such as to allow the insertion and removal of a first fixture band into the first circumferential track via the first portal to substantially maintain axial and radial alignment of the rotating subassembly relative to the stationary subassembly. a stationary subassembly (24; 124) including a casing and a plurality of stator elements (30; 130) disposed proximate an inner circumference of a portion of the stationary subassembly, the casing having a first portal; a rotating subassembly (22; 122) including a plurality of rotor elements (28; 128) disposed proximate an outer circumference of a portion of the rotating subassembly, the rotating subassembly being aligned coaxially within the stationary subassembly and adapted to be rotatable relative to the stationary subassembly without the aid of support bearings; and a first circumferential track defined by a first rotor track portion on the rotating subassembly and a first stator track portion on the stationary subassembly, the first track being in communication with the first portal; wherein the first portal and the first circumferential track are such as to allow the insertion and removal of a first fixture band into the first circumferential track via the first portal to substantially maintain axial and radial alignment of the rotating subassembly relative to the stationary subassembly.
A thrust bearing comprising cylindrical rollers (1, 2) arranged circumferentially in a bearing race with their rotational axes pointing radially to the central axis of the thrust bearing and each having a contact surface (4A, 4B, 5) extending around and lengthwise of the cylindrical roller, the cylindrical rollers comprising at least pairs of radially adjacent first rollers with a radially inner first roller of each pair arranged with its rotational axis in alignment with the rotational axis of a radially outer first roller of the pair, and the cylindrical rollers comprising second rollers with at least one such second roller being arranged between adjacent pairs of first rollers in the circumferential direction, the at least one second roller being offset in the radial direction relative to the radially outer first rollers between which it is circumferentially arranged, characterised in that the radial offset is such that a halfway line located halfway along the length of the contact surface of each radially outer first roller is in circumferential alignment with a quarter-way line located one quarter along the length of the contact surface of the at least one second roller from a lengthwise end of the contact surface thereof, within plus or minus 5% of the length of the contact surfaces of the radially outer first roller.
A rosin press for pressing and collecting extracted rosin, comprising: a) A lower platen having a flat and rectangular pressing area on the top surface of the lower platen; and b) the lower platen having a rosin collection area surrounding the pressing area, characterised in that the rosin collection area comprises a series of peaks (66a-d) and, extending from each side of each of the peaks, sloping rails (68a-h) that are at a lower depth relative to the pressing area and configured such that extracted rosin flows into the rosin collection area during pressing. a) A lower platen having a flat and rectangular pressing area on the top surface of the lower platen; and b) the lower platen having a rosin collection area surrounding the pressing area, characterised in that the rosin collection area comprises a series of peaks (66a-d) and, extending from each side of each of the peaks, sloping rails (68a-h) that are at a lower depth relative to the pressing area and configured such that extracted rosin flows into the rosin collection area during pressing.
A travel control device comprising: a subject vehicle information acquisition unit configured to acquire subject vehicle information including a position of a subject vehicle; an object information acquisition unit configured to acquire object information including a position of a first avoidance object (V2 to V5) which the subject vehicle should avoid; a planning unit configured to plan a target route for avoiding the first avoidance object (V2 to V5) in accordance with the position of the subject vehicle and the position of the first avoidance object (V2 to V5); a control unit configured to output command information for driving the subject vehicle on the target route; and a margin distance information acquisition unit configured to acquire information on a margin distance, the margin distance being a distance between the subject vehicle and a lane marker (Lm) on a road on which the subject vehicle is traveling, the margin distance being along a width direction of the road, characterized in that the planning unit, when planning the target route, reduces a distance from the subject vehicle to a turning point (P A) as the margin distance decreases, the turning point (P A) being a point at which avoidance of the first avoidance object (V2 to V5) starts in a direction of deviating from the first avoidance object (V2 to V5) along the width direction. a subject vehicle information acquisition unit configured to acquire subject vehicle information including a position of a subject vehicle; an object information acquisition unit configured to acquire object information including a position of a first avoidance object (V2 to V5) which the subject vehicle should avoid; a planning unit configured to plan a target route for avoiding the first avoidance object (V2 to V5) in accordance with the position of the subject vehicle and the position of the first avoidance object (V2 to V5); a control unit configured to output command information for driving the subject vehicle on the target route; and a margin distance information acquisition unit configured to acquire information on a margin distance, the margin distance being a distance between the subject vehicle and a lane marker (Lm) on a road on which the subject vehicle is traveling, the margin distance being along a width direction of the road,
A method of determining a position of a mobile device, the method comprising: receiving a positioning signal at a two-way communication circuit of the mobile device; and sending the received positioning signal from the two-way communication circuit, prior to a communication modem of the two-way communication circuit, to a position-determining module of the mobile device to determine the position of the mobile device from the positioning signal. receiving a positioning signal at a two-way communication circuit of the mobile device; and sending the received positioning signal from the two-way communication circuit, prior to a communication modem of the two-way communication circuit, to a position-determining module of the mobile device to determine the position of the mobile device from the positioning signal.
A method comprising: receiving, by a wireless device (110, 2303), a capability request message comprising a request for capability parameters of the wireless device; sending, based on the capability request message, a capability response message comprising a capability parameter indicating that uplink preemption is supported; receiving, after sending the capability response message, a control message comprising a radio network temporary identifier, RNTI, for reception of an uplink preemption indication; and receiving downlink control information, DCI, associated with the RNTI, wherein the DCI indicates uplink preemption of at least one uplink resource. receiving, by a wireless device (110, 2303), a capability request message comprising a request for capability parameters of the wireless device; sending, based on the capability request message, a capability response message comprising a capability parameter indicating that uplink preemption is supported; receiving, after sending the capability response message, a control message comprising a radio network temporary identifier, RNTI, for reception of an uplink preemption indication; and receiving downlink control information, DCI, associated with the RNTI, wherein the DCI indicates uplink preemption of at least one uplink resource.
A method for wireless communication comprising: a first user equipment, UE, receiving a multicast signal from a wireless network over a first spectrum band, the multicast signal comprising downlink information targeted to a second UE; characterized by the first UE performing a contention procedure for a sidelink transmission opportunity, TXOP, in a second spectrum band in accordance with group listen-before-talk, LBT, parameters configured for a cluster of UEs that includes at least the first UE and the second UE; and if the contention procedure has acquired a TXOP in the second spectrum band for the cluster, the first UE making sidelink communication containing at least a portion of the downlink information to the second UE over the second spectrum band during the TXOP. a first user equipment, UE, receiving a multicast signal from a wireless network over a first spectrum band, the multicast signal comprising downlink information targeted to a second UE; characterized by the first UE performing a contention procedure for a sidelink transmission opportunity, TXOP, in a second spectrum band in accordance with group listen-before-talk, LBT, parameters configured for a cluster of UEs that includes at least the first UE and the second UE; and if the contention procedure has acquired a TXOP in the second spectrum band for the cluster, the first UE making sidelink communication containing at least a portion of the downlink information to the second UE over the second spectrum band during the TXOP.
A method for connecting to a wireless local area network, WLAN, by a user equipment, UE, in a wireless communication system, the method comprising: receiving, from a cellular base station connected with the UE, a first message including first information on a connectable WLAN access point, AP, list; attempting to connect to a first WLAN AP in the WLAN AP list based on the first information; transmitting, to the cellular base station, a second message including second information indicating failure of connection to the first WLAN AP; receiving, from the cellular base station, a third message including third information on an updated WLAN AP list; and attempting to connect to a second WLAN AP based on the third information. receiving, from a cellular base station connected with the UE, a first message including first information on a connectable WLAN access point, AP, list; attempting to connect to a first WLAN AP in the WLAN AP list based on the first information; transmitting, to the cellular base station, a second message including second information indicating failure of connection to the first WLAN AP; receiving, from the cellular base station, a third message including third information on an updated WLAN AP list; and attempting to connect to a second WLAN AP based on the third information.
A micro-electromechanical system, MEMS, apparatus for determining inertial change, comprising: a laser arrangement configured to generate a light beam; a first waveguide configured to receive and output a first portion of the light beam; and a second waveguide having a section that is evanescently coupled to the first waveguide, the second waveguide configured to receive and output a second portion of the light beam, wherein the section of the second waveguide is configured to be movable substantially parallel to the first waveguide, wherein a movement of the section of the second waveguide causes a detectable change in light intensity between the first and second portions of the light beam. a laser arrangement configured to generate a light beam; a first waveguide configured to receive and output a first portion of the light beam; and a second waveguide having a section that is evanescently coupled to the first waveguide, the second waveguide configured to receive and output a second portion of the light beam, wherein the section of the second waveguide is configured to be movable substantially parallel to the first waveguide, wherein a movement of the section of the second waveguide causes a detectable change in light intensity between the first and second portions of the light beam.
An ultraviolet -curable coating composition comprising (in weight %) 5-50% cycloaliphatic crosslinker of the formula wherein R is wherein X is a C 1-4 straight chain, 20-55% of a summed amount of an oxetane crosslinker and 3-ethyl-3-hydroxymethyl oxetane, 35-45% epoxy functionalized silicon nanoparticles, 1-5% epoxy silane adhesion promoter and 0.5-2% photoinitiator.
Elastic seal element for sealing off a fluid passage, passing through the seal element, between a first component and a second component from the surroundings, having a first sealing line, in order to make sealing contact with the first component all around the fluid passage, having a first bead, which provides the first sealing line, and having a second sealing line, in order to make sealing contact with the second component all around the fluid passage, wherein a tubular configuration of the elastic seal element with the first bead at its first end, with a second bead, which provides the second sealing line, at its second end, and with a tubular sheath extending from the first bead to the second bead, said tubular sheath allowing a transverse offset of the second bead relative to the first bead in order to seal off the fluid passage by means of the elastic seal element even when the second component is in a transversely offset orientation relative to the first component, characterized in that the first bead has at least one first axial groove (14, 14', 14", 14'"), preferably a plurality of first axial grooves, in particular four first axial grooves, which, in order to avoid an axial sealing line, breaks through the axial rim of the first bead in the radial direction, and/or the second bead has at least one second axial groove (18, 18', 18", 18'"), preferably a plurality of second axial grooves, in particular four second axial grooves, which, in order to avoid an axial sealing line, breaks through the axial rim of the second bead in the radial direction.
Ammonia synthesis converter which comprises the following components: a pressure vessel, a first catalyst bed which is arranged within the pressure vessel; a second catalyst bed which is arranged within the pressure vessel beneath the first catalyst bed; a first heat exchanger, which is arranged in such a way that a product fluid exiting from the first catalyst bed can be introduced into the first heat exchanger for outward transfer of heat and after the outward transfer of heat in the first heat exchanger can be introduced into the second catalyst bed, where the first heat exchanger is configured as plate heat exchanger and the first heat exchanger is arranged above the first catalyst bed, characterized in that the first heat exchanger comprises a plate stack of plates which are arranged parallel to one another, where first flow channels for a first fluid which run in the transverse direction or in the radial direction are arranged between the plates, and a flow tube for a second fluid which is arranged running along the longitudinal axis in such a way that the plates concentrically surround the flow tube. a pressure vessel, a first catalyst bed which is arranged within the pressure vessel; a second catalyst bed which is arranged within the pressure vessel beneath the first catalyst bed; a first heat exchanger, which is arranged in such a way that a product fluid exiting from the first catalyst bed can be introduced into the first heat exchanger for outward transfer of heat and after the outward transfer of heat in the first heat exchanger can be introduced into the second catalyst bed, where the first heat exchanger is configured as plate heat exchanger and the first heat exchanger is arranged above the first catalyst bed, characterized in that the first heat exchanger comprises a plate stack of plates which are arranged parallel to one another, where first flow channels for a first fluid which run in the transverse direction or in the radial direction are arranged between the plates, and a flow tube for a second fluid which is arranged running along the longitudinal axis in such a way that the plates concentrically surround the flow tube.
An antibody, which specifically recognizes an epitope within either the C-terminal or the N-terminal IGFBP-4 fragment originated by PAPP-A-dependent cleavage of human IGFBP-4 protein at position M135/K136, wherein said epitope is absent from native IGFBP-4 before said cleavage.
A non-oxidative hair dye composition comprising the following components (a) and (b): (a) one or two or more kinds of a glycylglycine derivative represented by the following formula and having two or three amino acid residues, or salts thereof: wherein X represents a bivalent hydrocarbon group having 1 to 4 carbon atoms which may be substituted with a hydroxyl group, or an amino acid residue; Y represents an amino acid residue, or a bivalent group represented by the following formula: wherein symbol -* represents a bond that binds to an adjacent carbonyl group or oxygen atom; R represents a hydrogen atom, or a monovalent hydrocarbon group having 1 to 4 carbon atoms which may be substituted with a hydroxyl group; and m and n each represent 0 or 1, provided that when both m and n represent 1, X cannot be an amino acid residue; and (b) a direct dye. (a) one or two or more kinds of a glycylglycine derivative represented by the following formula and having two or three amino acid residues, or salts thereof: wherein X represents a bivalent hydrocarbon group having 1 to 4 carbon atoms which may be substituted with a hydroxyl group, or an amino acid residue; Y represents an amino acid residue, or a bivalent group represented by the following formula: wherein symbol -* represents a bond that binds to an adjacent carbonyl group or oxygen atom; R represents a hydrogen atom, or a monovalent hydrocarbon group having 1 to 4 carbon atoms which may be substituted with a hydroxyl group; and m and n each represent 0 or 1, provided that when both m and n represent 1, X cannot be an amino acid residue; and wherein X represents a bivalent hydrocarbon group having 1 to 4 carbon atoms which may be substituted with a hydroxyl group, or an amino acid residue; Y represents an amino acid residue, or a bivalent group represented by the following formula: wherein symbol -* represents a bond that binds to an adjacent carbonyl group or oxygen atom; R represents a hydrogen atom, or a monovalent hydrocarbon group having 1 to 4 carbon atoms which may be substituted with a hydroxyl group; and m and n each represent 0 or 1, provided that when both m and n represent 1, X cannot be an amino acid residue; and wherein symbol -* represents a bond that binds to an adjacent carbonyl group or oxygen atom; R represents a hydrogen atom, or a monovalent hydrocarbon group having 1 to 4 carbon atoms which may be substituted with a hydroxyl group; and m and n each represent 0 or 1, provided that when both m and n represent 1, X cannot be an amino acid residue; and (b) a direct dye.
A vacuum insulation panel having insulation performance, comprising a core material having a plate shape, a gas adsorbent for adsorbing a gas, and an outer covering material, the core material and the gas adsorbent being arranged in the outer covering material, wherein the gas adsorbent has gas desorption capability of desorbing a gas at 400 °C or more, characterized in that the vacuum insulation panel further comprises a gas adsorption pack in which the gas adsorbent is covered with an insulation material having a hot shrinkage temperature of 400 °C or more comprising inorganic fibers, wherein the insulation material is separated from the core material.
Synthesis of an injectable hyaluronic acid based gel wherein the formulation of a biphasic gel consists of the mixing of hyaluronic acid 1 million daltons with hyaluronic acid 2 million daltons and of hydroxyapatite with a solution consisting of BDDE (1,4-butanediol diglycidyl ether), NaOH and water as solubilizer in a mixer at a temperature of between 20° and 25° C for about 60 minutes at a speed of around 30 rpm and, after heating the mixed mass for about 3 hours up to 45°- 50° C with mixing every 30 minutes, hydrochloric acid is added to stop the reaction and adjust the pH, and then the polymer produced is mechanically crushed so as to obtain particles of approx. 100-200 microns and finally purification by dialysis is carried out, and wherein the formulation of the monophasic gel is obtained by the mixing of hyaluronic acid 1 million daltons with hyaluronic acid 2 million daltons with a solution consisting of BDDE (1,4-butanediol diglycidyl ether), NaOH and water as solubilizer in a mixer at a temperature of between 20° and 25° C, mixing everything together for about 15 hours at a speed of around 30 rpm, and adding hydrochloric acid to stop the reaction and adjust the pH and finally carrying out purification by dialysis and wherein it is mixed in the following proportions: = from 50 to 70% biphasic hyaluronic acid solution and from 50 to 30% monophasic hyaluronic acid solution for bone replacement products; = from 5 to 20% biphasic hyaluronic acid solution and from 80 to 95% monophasic hyaluronic acid solution for tissue augmentation products and wherein it is mixed with: = a gelatinous solution consisting of water and free hyaluronic acid 500 k daltons prepared separately at 10% of the final weight, = microencapsulated hyaluronidase inhibitor (ascorbic acid 6-hexadecanoate); = lidocaine with final homogenization. = from 50 to 70% biphasic hyaluronic acid solution and from 50 to 30% monophasic hyaluronic acid solution for bone replacement products; = from 5 to 20% biphasic hyaluronic acid solution and from 80 to 95% monophasic hyaluronic acid solution for tissue augmentation products and wherein = a gelatinous solution consisting of water and free hyaluronic acid 500 k daltons prepared separately at 10% of the final weight, = microencapsulated hyaluronidase inhibitor (ascorbic acid 6-hexadecanoate); = lidocaine with final homogenization.
Method for the preparation of a cell population from a sample originating from bone marrow or blood, comprising the steps a) dividing the sample into a first fraction containing 50 to 99 % of the cells of the sample and a second fraction containing 50 to 1 % of the cells of the sample, b) labeling the cells of the first fraction with a first marker against TCR alpha/beta, c) labeling the cells of the second fraction with a second marker against CD45RA, d) removing the labeled cells from the first and second fraction and combining the remaining cells to a cell population.