mhurhangee/ep-ind-claims huggingface dataset:
Container for receiving, storing and dispensing gaseous, liquid and solid media, with a casing being formed of at least two housing elements (14, 16) that can be fitted and welded together, and at least one separating element that is arranged inside an interior space of the container, having an outer circumferential bulge for mounting to the container and partitioning the interior space of the container into at least two chambers (22, 24) in a sealing manner, in particular in a manner sealing tight against the medium, wherein the at least one separating element can be mounted in a face area or an area adjacent to the face area of one of the at least two housing elements (14, 16) in such a way that its tightness can be verified prior to fitting and welding the at least two housing elements (14, 16) together, characterized in that the separating element with the outer circumferential bulge can be inserted into an axially circumferential pocket of the one of the at least two housing elements (14, 16) and is held within the axially circumferential pocket in a form-locking and/or frictionally engaging manner.
A tunnel finisher for the treatment of textiles, comprising a transport system which can move textile articles through the tunnel finisher in a hanging state, and a nozzle, the nozzle being adapted to directionally conduct a fluid jet onto an upper section of a textile article so that the latter is opened at its lower edges (6', 6"), the nozzle being oriented such that the fluid jet has a flow direction so as to hit an opening of a textile article, in particular a neckline of the textile article, characterized in that the flow direction is between 30 degrees and 90 degrees from the vertical.
A tube bending tool comprising support surfaces (2,2',2") between which a tube, which shall be bent, is placed for bearing on and pressing against portions of the mantle surface of the tube in providing a bend of the tube, said tube bending tool has a pressure exerting unit comprising at least one extension displaceable forwards in its front portion, which is directed towards the tube, where a convex, bent bearing surface is provided in the end of the extension in order to press against the mantle surface of the tube when said extension delivers a force from the pressure exerting unit, said front portion comprises elongated elements (12,12'), which are provided movable in their first ends (13,13') around bolts (17,17'), said elements' (12,12') opposite ends (14,14') being movable around bolts (18,18') comprise displaceable and moveable support elements (15,15') on each side of the bearing surface, which press the force supplied against the opposite mantle surface of the tube when the bearing surface presses against the mantle surface more and more, whereby the tube is bent in desired extent both between and against the support elements (15,15'), characterized in that said elongated elements (12,12') at their first ends (13,13') are cross-laid, so that they during the bending procedure press in a direction, which is directed mainly against the center of the bending radius of the tube at the same time as different radii of the bend can be provided on selected places.
A wireless charging apparatus, comprising: a power amplifier; a plurality of transmit antenna circuits (602A, 602B, 602C, 602D) adjacently located, the plurality of antenna circuits electrically coupled to the power amplifier and each including an antenna to resonate and generate a near field coupling mode region thereabout in response to a driving signal from said power amplifier, each of the plurality of antenna circuits (602A, 602B, 602C, 602D) further comprising a transmitter cloaking circuit (614A, 614B, 614C, 614D) to inhibit resonance of its respective transmit antenna by altering the resonant frequency of said respective transmit antenna when another of the plurality of antenna circuits is activated to resonate; and a processor to control activation of resonance of each of the plurality of antenna circuits (602A, 602B, 602C, 602D). a power amplifier; a plurality of transmit antenna circuits (602A, 602B, 602C, 602D) adjacently located, the plurality of antenna circuits electrically coupled to the power amplifier and each including an antenna to resonate and generate a near field coupling mode region thereabout in response to a driving signal from said power amplifier, each of the plurality of antenna circuits (602A, 602B, 602C, 602D) further comprising a transmitter cloaking circuit (614A, 614B, 614C, 614D) to inhibit resonance of its respective transmit antenna by altering the resonant frequency of said respective transmit antenna when another of the plurality of antenna circuits is activated to resonate; and a processor to control activation of resonance of each of the plurality of antenna circuits (602A, 602B, 602C, 602D).
A computer-implemented method performed by a server, the method comprising: receiving a first request for hosted services associated with a first domain name that designates a network domain; if the hosted services are not already being provided for the first domain name, responding to the first request by: designating the first request as pending and providing a limited set of the hosted services in association with the first request, and providing a complete set of the hosted services requested in the first request if it can be established that an applicant of the first request has appropriate authority to make administrative changes for the network domain designated by the first domain name, wherein the limited set of the hosted services comprises a subset of the services requested by an applicant of the first request; characterized in that the limited set of the hosted services provided in association with the first request includes: enabling an applicant of the first request to create a set of user accounts associated with the network domain designated by the domain name; and enabling a user associated with one of the user accounts to log into the user account and view digital contents associated with the user account. receiving a first request for hosted services associated with a first domain name that designates a network domain; if the hosted services are not already being provided for the first domain name, responding to the first request by: designating the first request as pending and providing a limited set of the hosted services in association with the first request, and providing a complete set of the hosted services requested in the first request if it can be established that an applicant of the first request has appropriate authority to make administrative changes for the network domain designated by the first domain name, designating the first request as pending and providing a limited set of the hosted services in association with the first request, and providing a complete set of the hosted services requested in the first request if it can be established that an applicant of the first request has appropriate authority to make administrative changes for the network domain designated by the first domain name, wherein the limited set of the hosted services comprises a subset of the services requested by an applicant of the first request; characterized in that the limited set of the hosted services provided in association with the first request includes: enabling an applicant of the first request to create a set of user accounts associated with the network domain designated by the domain name; and enabling a user associated with one of the user accounts to log into the user account and view digital contents associated with the user account. enabling an applicant of the first request to create a set of user accounts associated with the network domain designated by the domain name; and enabling a user associated with one of the user accounts to log into the user account and view digital contents associated with the user account.
Absorber system, having an absorber mass carrier with a plurality of absorber mass carrier elements (5a to 5c) which are arranged axially adjacently with respect to one another and are provided to receive absorber mass units (8a, 8b) which are likewise arranged adjacently with respect to one another, characterized in that at least one absorber mass carrier element of the absorber mass carrier elements (5a to 5c) is provided to receive in each case two absorber mass units (8a, 8b) which are arranged axially adjacently with respect to one another, with in each case twice the number of guide tracks (13a, 13b) in comparison with those absorber mass carrier elements (5a, 5c) which receive merely in each case only at least one absorber mass unit (8a, 8b), namely firstly the guide tracks for the at least one absorber mass unit on one side and secondly the guide tracks for the at least one absorber mass unit on the opposite side.
Assembly of a first and second constructional part, wherein the first constructional part has a first end and an opposite second end connected by a central part (5;5a,5b) extending substantially perpendicularly to a surface of the second constructional part, wherein the first end of the first constructional part is connected to said surface of the second constructional part by means of an encapsulating material at least partly surrounding said first end and adhering to said surface of the second constructional part and wherein the first constructional part between its first and second ends is provided with at least one protruding part (6;12;14;15), characterized in that the first constructional part in contact with the encapsulating material is provided with a flange of which the vertical projection on said surface of the second constructive part completely covers the vertical projection of the protruding part (6;12;14;15) on said surface, and wherein the flange is shaped such that it, during manufacture of the assembly, in a sealing manner can be engaged by a sealing tool for defining therewith and with the first constructional part a sealed receiving cavity for the encapsulating material.
Use of an agent that enhances down-regulation of a donor tissue-activated HLA-E + T cell by an HLA-E-restricted CD8 + T cell for the manufacture of a medicament for preventing rejection of a tissue transplanted from a donor subject into a recipient subject, wherein said medicament is to be administered to the recipient subject, subsequent to transplantation o of the tissue and wherein said recipient subject has been administered, prior to transplantation of the tissue and so as to inhibit activation of allo-reactive T cells in the recipient subject, with (i) a plurality of peripheral blood mononuclear cells (PBMCs) from the donor subject, wherein the PBMCs have been irradiated such that they cannot proliferate in vivo, and (ii) a monoclonal antibody which specifically binds CD40 ligand, so as to inhibit activation of allo-reactive T cells in the recipient subject, wherein the agent is selected from the group consisting of an HLA-E/IgG fusion protein, an HLA-E/Hsp60sp tetramer, a dendritic cell-derived, HLA-E-bearing exosome loaded with a type B self peptide, a dendritic cell-derived, HLA-E-bearing exosome loaded with Hsp60sp peptide, and autologous dendritic cells loaded with Hsp60sp peptide.
A gear unit with an input shaft mounted in a flange part by means of a bearing, wherein the input shaft is formed to be hollow, wherein the input shaft has an axially continuous cutout arranged centrally in the input shaft, wherein the cutout of the input shaft is sealed off by means of a cover part, wherein the bearing is received in the flange part, wherein the flange part has at least one cutout which passes through the flange part, wherein an axial region covered by the through-cutout of the flange part at least overlaps with an axial region covered by the bearing, characterised in that internal gearing of a coupling sleeve is engaged with external gearing of the input shaft and with gearing of a sun wheel of the gear unit, wherein the cover part has a metal base body provided with a plastics-material coating.
A compound of formula: wherein: - R represents a linear or branched alkyl group, comprising from 8 to 27 carbon atoms, said alkyl group being substituted with at least two hydroxyl groups, and may optionally contain one unsaturation; and - R' is selected from sugars or sugar-alcohols, notably from the group consisting of threose, erythrose, deoxyribose, ribose, xylose, ribulose, lyxose, glucose, methyl glucoside, mannose, fructose, idose, sorbose, galactose, allose, maltose, lactose, isomaltose, isomaltulose, cellobiose, saccharose, raffinose, melezitose, sorbitol, isomalt, xylitol, mannitol and arabinitol. - R represents a linear or branched alkyl group, comprising from 8 to 27 carbon atoms, said alkyl group being substituted with at least two hydroxyl groups, and may optionally contain one unsaturation; and - R' is selected from sugars or sugar-alcohols, notably from the group consisting of threose, erythrose, deoxyribose, ribose, xylose, ribulose, lyxose, glucose, methyl glucoside, mannose, fructose, idose, sorbose, galactose, allose, maltose, lactose, isomaltose, isomaltulose, cellobiose, saccharose, raffinose, melezitose, sorbitol, isomalt, xylitol, mannitol and arabinitol.
An apparatus for monitoring and treating cataracts, the apparatus comprising: a monitoring light source configured to monitor cataracts by emitting monitoring light in the wavelength range of 350 to 410 nm to excite fluorescence light in the cataracts a treating light source configured to treat cataracts by emitting treating light in the wavelength range of 400 to 570 nm to irradiate the cataracts a wavelength selection system configured to monitor cataracts by selecting wavelengths of the excited fluorescence light in the cataracts and a dichroic beam splitter configured to reflect the monitoring light and the treating light towards the cataracts and the excited fluorescence light in the cataracts towards the wavelength selection system wherein the monitoring light, the treating light and the excited fluorescence light are reflected by the dichroic beam splitter along a common optical axis and wherein the dichroic beam splitter is arranged at 45 degrees to the common optical axis to transmit wavelengths longer than wavelengths of the monitoring light, the treating light and the excited fluorescence light towards an operator of the apparatus. a monitoring light source configured to monitor cataracts by emitting monitoring light in the wavelength range of 350 to 410 nm to excite fluorescence light in the cataracts a treating light source configured to treat cataracts by emitting treating light in the wavelength range of 400 to 570 nm to irradiate the cataracts a wavelength selection system configured to monitor cataracts by selecting wavelengths of the excited fluorescence light in the cataracts and a dichroic beam splitter configured to reflect the monitoring light and the treating light towards the cataracts and the excited fluorescence light in the cataracts towards the wavelength selection system wherein the monitoring light, the treating light and the excited fluorescence light are reflected by the dichroic beam splitter along a common optical axis and wherein the dichroic beam splitter is arranged at 45 degrees to the common optical axis to transmit wavelengths longer than wavelengths of the monitoring light, the treating light and the excited fluorescence light towards an operator of the apparatus.
A method implemented by a wireless transmit/receive unit, WTRU, the method comprising: receiving a new carrier type, NCT, transmission in a subframe on a NCT carrier, wherein: the NCT carrier utilizes a physical layer protocol different from a conventional carrier, the NCT transmission includes: (i) from a first demodulation reference signal, DMRS, antenna port, a first physical broadcast channel transmission and a first DMRS, and (ii) from a second DMRS antenna port, a second physical broadcast channel transmission and a second DMRS, each of the first and second physical broadcast channel transmissions has a resource structure different from a conventional physical broadcast channel transmission, and no cell-specific reference signals are present in the subframe; responsive to the NCT transmission being received, performing joint detection of (i) the first physical broadcast channel transmission and the first DMRS from the first DMRS antenna port and (ii) the second physical broadcast channel transmission and the second DMRS from the second DMRS antenna port; and demodulating the first and second physical broadcast channel transmissions using the first and second DMRS, respectively. receiving a new carrier type, NCT, transmission in a subframe on a NCT carrier, wherein: the NCT carrier utilizes a physical layer protocol different from a conventional carrier, the NCT transmission includes: (i) from a first demodulation reference signal, DMRS, antenna port, a first physical broadcast channel transmission and a first DMRS, and (ii) from a second DMRS antenna port, a second physical broadcast channel transmission and a second DMRS, each of the first and second physical broadcast channel transmissions has a resource structure different from a conventional physical broadcast channel transmission, and no cell-specific reference signals are present in the subframe; the NCT carrier utilizes a physical layer protocol different from a conventional carrier, the NCT transmission includes: (i) from a first demodulation reference signal, DMRS, antenna port, a first physical broadcast channel transmission and a first DMRS, and (ii) from a second DMRS antenna port, a second physical broadcast channel transmission and a second DMRS, (i) from a first demodulation reference signal, DMRS, antenna port, a first physical broadcast channel transmission and a first DMRS, and (ii) from a second DMRS antenna port, a second physical broadcast channel transmission and a second DMRS, each of the first and second physical broadcast channel transmissions has a resource structure different from a conventional physical broadcast channel transmission, and no cell-specific reference signals are present in the subframe; responsive to the NCT transmission being received, performing joint detection of (i) the first physical broadcast channel transmission and the first DMRS from the first DMRS antenna port and (ii) the second physical broadcast channel transmission and the second DMRS from the second DMRS antenna port; and demodulating the first and second physical broadcast channel transmissions using the first and second DMRS, respectively.
A valve (1, 20, 40) having a housing (6, 25, 45) with a fluid inlet (7, 26, 46) and a fluid outlet (8, 27, 47), wherein the fluid inlet (7, 26, 46) is in fluid communication with the fluid outlet (8, 27, 47) via a flow chamber (9, 28, 48) in the interior of the housing (6, 25, 45) and the fluid throughput through the flow chamber (9, 28, 48) can be influenced by a piston (2, 21, 41) which is movably mounted in the interior of the housing (6, 25), wherein a first actuator (4, 23, 43) acting along its main movement direction (9, 29, 49) contacts a first contact surface of the piston (2, 21, 41) and a second actuator (3, 22, 42) acting along its main movement direction (9, 29, 49) contacts a second contact surface of the piston (2, 21, 41), wherein the direction of action of the first actuator (4, 23, 43) and the direction of action of the second actuator (3, 22, 42) are opposite, and wherein the first actuator (4, 23, 43) is formed from a shape memory alloy, wherein the housing (6, 25, 45) has a first heating element (5, 24, 44) which is arranged inside and/or on the housing (6, 25, 45) in the region of the first actuator (4, 23, 43) and the first actuator (4, 23, 43) can be heated by the heating element (5, 24, 44), characterised in that the heating element (5, 24, 44) is a PTC heating element and the PTC heating element has a maximum power of > 20 Watts, wherein the resistance is highly raised in case of temperatures above the phase transition temperature and in case of temperatures of > 120°C, no more heat can be transferred to the first actuator (4, 23, 43).
Method for monitoring an electrical system having at least one measuring station, in particular an electrical energy transmission system, in particular a high-voltage DC transmission system, having the following steps: - a mathematical model (Ppi) is produced for each state of the system, wherein each model (Ppi) assigns a dedicated model-specific value of at least one output variable to each value of at least one input variable, wherein the input variable is a voltage and the output variable is an electric current at the respective measuring station, - for the respective measuring station, storing, carried out by means of storage devices, the models (Ppi) of the system that describe a respective state of the system in a respective estimation device, wherein these estimation devices are integrated in a bank of estimation devices; - using the respective bank of estimation devices by comparing values measured by the respective measuring station with values of the respective produced mathematical models (Ppi); - determining the model (Pp*) with the smallest difference between the measured values and the values of the respective model (Ppi), wherein the determined model (Pp*) indicates the current state of the system. - a mathematical model (Ppi) is produced for each state of the system, wherein each model (Ppi) assigns a dedicated model-specific value of at least one output variable to each value of at least one input variable, wherein the input variable is a voltage and the output variable is an electric current at the respective measuring station, - for the respective measuring station, storing, carried out by means of storage devices, the models (Ppi) of the system that describe a respective state of the system in a respective estimation device, wherein these estimation devices are integrated in a bank of estimation devices; - using the respective bank of estimation devices by comparing values measured by the respective measuring station with values of the respective produced mathematical models (Ppi); - determining the model (Pp*) with the smallest difference between the measured values and the values of the respective model (Ppi), wherein the determined model (Pp*) indicates the current state of the system.