mhurhangee/ep-ind-claims huggingface dataset:
A coupling arrangement for fluid coupling a work tool to a machine comprising: a plurality of coupler assemblies slideably mounted for coupling a machine fluid circuit and a work tool fluid circuit at a connect position wherein the coupler assemblies are slidable in a plurality of cavities; an actuation circuit connected to the plurality of cavities for actuation of the coupler assemblies from a disconnect position to the connect position by actuation of a pressurized fluid line on a surface of each of the coupler assemblies; and a sensor to detect presence of the work tool for activation of the actuation circuit; characterised in that the actuation circuit further comprises at least one actuator, the at least one actuator being connected to the coupler assemblies and being arranged to effect a corresponding extension of the coupler assemblies from the disconnect position to the connect position, and the sensor is further arranged to actuate a valve to permit the pressurised fluid to flow to the at least one actuator, the plurality of cavities and the coupler assemblies in the presence of the work tool. a plurality of coupler assemblies slideably mounted for coupling a machine fluid circuit and a work tool fluid circuit at a connect position wherein the coupler assemblies are slidable in a plurality of cavities; an actuation circuit connected to the plurality of cavities for actuation of the coupler assemblies from a disconnect position to the connect position by actuation of a pressurized fluid line on a surface of each of the coupler assemblies; and a sensor to detect presence of the work tool for activation of the actuation circuit; characterised in that the actuation circuit further comprises at least one actuator, the at least one actuator being connected to the coupler assemblies and being arranged to effect a corresponding extension of the coupler assemblies from the disconnect position to the connect position, and the sensor is further arranged to actuate a valve to permit the pressurised fluid to flow to the at least one actuator, the plurality of cavities and the coupler assemblies in the presence of the work tool.
A method for determining an offset to be used to extend a range of a first base station in a mobile communication network, the method comprising: receiving an offset component from the mobile communication network that is to be used by a mobile device in respect of the first base station; determining (101, 111) one or more characteristics of the mobile device; determining an additional offset component based on the one or more characteristics; determining the offset to be used by the mobile device to extend the range of the first base station in the mobile communication network by combining the received offset component and the additional offset component; applying the offset to downlink signal quality measurements to give an adjusted signal quality measurement; and using the adjusted signal quality measurement in a cell selection/reselection procedure, wherein the method is performed in the mobile device. receiving an offset component from the mobile communication network that is to be used by a mobile device in respect of the first base station; determining (101, 111) one or more characteristics of the mobile device; determining an additional offset component based on the one or more characteristics; determining the offset to be used by the mobile device to extend the range of the first base station in the mobile communication network by combining the received offset component and the additional offset component; applying the offset to downlink signal quality measurements to give an adjusted signal quality measurement; and using the adjusted signal quality measurement in a cell selection/reselection procedure, wherein the method is performed in the mobile device.
Semifinished fibre-matrix products comprising from 1 to 100 semifinished-fibre-product plies made of continuous fibres, where the weight per unit area of the respective semifinished-fibre-product plies is in the range from 5 g/m 2 to 3000 g/m 2, and the entirety of all of the semifinished-fibre-product plies has been impregnated with, as matrix polymer, a compound material comprising, as component A), at least one polyamide with relative solution viscosity in m-cresol in the range from 2.0 to 4.0, determined in accordance with DIN EN ISO 307 at 25°C, and the semifinished fibre-matrix product has a proportion by volume of fibre materials, defined in accordance with DIN 1310, in the range from 25 to 65%, and a proportion by volume of air or gas of less than 15%, and where the compound material additionally comprises, as component B), based on 100 parts by weight of component A), from 5 to 100 parts by weight of at least one organic phosphinic salt of the Formula and/or of a diphosphinic salt of the Formula and/or polymers thereof where R 1 and R 2 are identical or different and are linear or branched C 1 -C 6 -alkyl and/or are C 6 -C 10 -aryl, R 3 is linear or branched C 1 -C 10 -alkylene or C 6 -C 10 -arylene or is C 1 -C 6 -alkylarylene or aryl-C 1 -C 6 -alkylene, M is aluminium, zinc or titanium and/or a protonated nitrogen base, m is an integer from 1 to 4; n is an integer from 1 to 3, x is 1 and 2, and n, x and m in Formula can assume simultaneously only integers such that the diphosphinic salt of the Formula in its entirety has no charge, and the semifinished-fibre-product plies comprise the continuous fibres in the form of a material from the group of woven fabric, laid scrim, multiaxial laid scrim, knitted fabrics, braided fabrics, nonwoven fabrics, felts, mats and unidirectional fibre strands and mixtures of these materials, and the compound material additionally comprises component D) zinc borate. R 1 and R 2 are identical or different and are linear or branched C 1 -C 6 -alkyl and/or are C 6 -C 10 -aryl, R 3 is linear or branched C 1 -C 10 -alkylene or C 6 -C 10 -arylene or is C 1 -C 6 -alkylarylene or aryl-C 1 -C 6 -alkylene, M is aluminium, zinc or titanium and/or a protonated nitrogen base, m is an integer from 1 to 4; n is an integer from 1 to 3, x is 1 and 2, and n, x and m in Formula can assume simultaneously only integers such that the diphosphinic salt of the Formula in its entirety has no charge, and the semifinished-fibre-product plies comprise the continuous fibres in the form of a material from the group of woven fabric, laid scrim, multiaxial laid scrim, knitted fabrics, braided fabrics, nonwoven fabrics, felts, mats and unidirectional fibre strands and mixtures of these materials, and the compound material additionally comprises component D) zinc borate.
A composition, which is an anthocyanin-based colorant composition comprising 50-90 mol-%, based on the total amount of anthocyanins, of pelargonidin-based anthocyanins, and wherein (i) ≥ 70 mol-% of all anthocyanins are acylated with at least one benzoic acid; and (ii) ≥ 20 mol-% of all anthocyanins are acylated with at least one hydroxycinnamic acid; wherein the composition has a red color with a hue value H in the L*C*h* color system in the range of 10-30, measured at an L*-value of (70.0 ± 0.1) in a 0.1 mol/l trisodium citrate dihydrate buffer at pH 3 in a 1 cm-length quartz cell using Spectraflash 650 (Datacolor) in transmission mode under D65 illuminant 10 Deg, wherein the composition contains no or only trace amounts of sulfur compounds, wherein the composition comprises, based on the total amount of anthocyanins, 5-55 mol-% of an acylated pelargonidin derivative of the following formula (shown in the protonized and thus positively charged form): Wherein the composition comprises, based on the total amount of anthocyanins, 3-60 mol-% of an acylated pelargonidin derivative of the following formula (shown in the protonized and thus positively charged form): (i) ≥ 70 mol-% of all anthocyanins are acylated with at least one benzoic acid; and (ii) ≥ 20 mol-% of all anthocyanins are acylated with at least one hydroxycinnamic acid; wherein the composition has a red color with a hue value H in the L*C*h* color system in the range of 10-30, measured at an L*-value of (70.0 ± 0.1) in a 0.1 mol/l trisodium citrate dihydrate buffer at pH 3 in a 1 cm-length quartz cell using Spectraflash 650 (Datacolor) in transmission mode under D65 illuminant 10 Deg, wherein the composition contains no or only trace amounts of sulfur compounds, wherein the composition comprises, based on the total amount of anthocyanins, 5-55 mol-% of an acylated pelargonidin derivative of the following formula (shown in the protonized and thus positively charged form): Wherein the composition comprises, based on the total amount of anthocyanins, 3-60 mol-% of an acylated pelargonidin derivative of the following formula (shown in the protonized and thus positively charged form):
An electrical contact device of the contact finger type for high nominal current between a first part that is conductive and a conductive surface of a second part, said device comprising a flexible rod connected to a first connection element for mechanical and electrical connection to the first part, a contact portion applied on the conductive surface of the second part, and at least one metal contact blade placed at a first end between a first end of the flexible rod and the first part, the flexible rod being conductive, the at least one metal blade being connected at its second end to the second end of the flexible rod by means of a second mechanical and electrical connection element, so that to form an additional section for passing a high nominal current, and characterized in that the flexible rod and the contact portion form a single piece.
A method for preventing aggregation of detection particles in a test for detecting a multi-epitope target analyte comprising two or more similar or identical epitopes in a sample and/or for determining the concentration of said multi-epitope target analyte in a sample, the method comprising the step of: providing a detection particle; applying a first capture entity which can specifically bind to at least one epitope on said multi-epitope analyte, characterized in that said first capture entity blocks the at least one epitope from binding to the detection particle leaving only a small portion of single epitopes left; and using a second capture entity, which can specifically bind to the same or similar epitope of said multi-epitope target analyte as the first capture entity, the second capture entity being capable to interact with the detection particle. providing a detection particle; applying a first capture entity which can specifically bind to at least one epitope on said multi-epitope analyte, characterized in that said first capture entity blocks the at least one epitope from binding to the detection particle leaving only a small portion of single epitopes left; and using a second capture entity, which can specifically bind to the same or similar epitope of said multi-epitope target analyte as the first capture entity, the second capture entity being capable to interact with the detection particle.
A method performed in a first communication node (120, 122, 124, 131) for activation of a positioning procedure for a target device in a wireless communication network comprising: determining whether the target device has moved; and activating a positioning procedure for the target device when the movement is larger than a threshold, characterized in that said activating a positioning procedure for the target device comprises: sending (224a, 224b) a request from the first communication node (120,122, 124, 131) to the target device to perform a positioning task. determining whether the target device has moved; and activating a positioning procedure for the target device when the movement is larger than a threshold, characterized in that said activating a positioning procedure for the target device comprises: sending (224a, 224b) a request from the first communication node (120,122, 124, 131) to the target device to perform a positioning task.
An assembly for repairing damage in a gas turbine engine, said assembly comprising: a gas turbine engine component, said component having a bore and a machined area disposed on an outside surface of said component contiguous to said bore, said machined area having a first depth equal to or greater than a depth of damage to said component; and a shim having a body having a first side and a second side and a thickness therebetween that is equal to said first depth, wherein said body fits within said machined area and is flush with said surface, said machined area encompasses an attachment hole for joining to said gas turbine engine component, and said shim comprises an opening to align with said attachment hole. a gas turbine engine component, said component having a bore and a machined area disposed on an outside surface of said component contiguous to said bore, said machined area having a first depth equal to or greater than a depth of damage to said component; and a shim having a body having a first side and a second side and a thickness therebetween that is equal to said first depth, wherein said body fits within said machined area and is flush with said surface, said machined area encompasses an attachment hole for joining to said gas turbine engine component, and said shim comprises an opening to align with said attachment hole.
A light source unit comprising: a plurality of light sources emitting light with two or more kinds of wavelengths and with first and second polarization directions being different from each other, wherein the plurality of light sources include two or more lasers among red-color, green-color, and blue-color lasers; a microlens section including a plurality of microlenses (116a, 116b, 116c) each of which is disposed to oppose each of the light sources; a microprism performing optical path conversion for each incident light beam incoming from the plurality of light sources via the microlens section to shorten a distance between optical paths of the light beams, wherein micro refers to micro-order scaled, milli-order scaled and any other scaled lenses or prisms; and a retardation plate provided on the microprism and configured to substantially match the polarization states of light beams incoming from the microlens section side, wherein the plurality of light sources are integrated on a base material and housed within a single package (110, 114, 115), wherein the package further comprises a sealing member, on the base material, sealing the plurality of light sources, while having an opening on a light emitting side of the plurality of light sources; and a holding member holding the microlens section and the microprism, while being fitted to the opening of the sealing member. a plurality of light sources emitting light with two or more kinds of wavelengths and with first and second polarization directions being different from each other, wherein the plurality of light sources include two or more lasers among red-color, green-color, and blue-color lasers; a microlens section including a plurality of microlenses (116a, 116b, 116c) each of which is disposed to oppose each of the light sources; a microprism performing optical path conversion for each incident light beam incoming from the plurality of light sources via the microlens section to shorten a distance between optical paths of the light beams, wherein micro refers to micro-order scaled, milli-order scaled and any other scaled lenses or prisms; and a retardation plate provided on the microprism and configured to substantially match the polarization states of light beams incoming from the microlens section side, wherein the plurality of light sources are integrated on a base material and housed within a single package (110, 114, 115), wherein the package further comprises a sealing member, on the base material, sealing the plurality of light sources, while having an opening on a light emitting side of the plurality of light sources; and a holding member holding the microlens section and the microprism, while being fitted to the opening of the sealing member.
Method for motion estimation between two images of an environmental region of a motor vehicle captured by a camera of the motor vehicle, wherein the following steps are performed: a) determining at least two image areas of a first image as at least two first blocks in a block grid in the first image, b) for each first block, defining a respective search region in a second image for searching the respective search region in the second image for a second block corresponding to the respective first block using block matching; c) determining a cost surface for each first blocks and its respective search region; d) determining an averaged cost surface for one of the at least two first blocks based on the cost surfaces; e) identifying from the averaged cost surface a motion vector (v) for the one of the first blocks describing a motion of a location of the first block in the first image and the corresponding second block in the second image. a) determining at least two image areas of a first image as at least two first blocks in a block grid in the first image, b) for each first block, defining a respective search region in a second image for searching the respective search region in the second image for a second block corresponding to the respective first block using block matching; c) determining a cost surface for each first blocks and its respective search region; d) determining an averaged cost surface for one of the at least two first blocks based on the cost surfaces; e) identifying from the averaged cost surface a motion vector (v) for the one of the first blocks describing a motion of a location of the first block in the first image and the corresponding second block in the second image.
A tray (1; 1'; 1") configured to be provided on a base station of a bioreactor system, said tray (1; 1': 1") comprising a bottom (7; 7') and surrounding side walls (9; 9') and being configured to hold a bioreactor bag, said bottom (7; 7') comprising at least two bottom parts (7a, 7b; 8a, 8b, 8c; 8a', 8b', 8c'), whereof one is a middle part (7a; 8b: 8b') of the bottom, wherein at least one of the bottom parts (7a, 7b; 8a, 8b, 8c; 8a', 8b', 8c') is movable into at least a first and a second position, wherein said first position provides the bottom parts (7a, 7b; 8a, 8b, 8c; 8a', 8b', 8c') substantially flush with each other providing a substantially plane bottom (7; 7') of the tray (1; 1'; 1") and said second position provides a bottom (7; 7') of the tray having a recessed middle part (7a; 8b; 8b').
Method for manufacturing inserts provided with an electronic module bearing a chip and an antenna, comprising the steps consisting in: - providing lower and upper support sheets for several inserts, said supports being provided with cavities for the subsequent insertion of an electronic module in each cavity; - providing an antenna for each insert; - providing at least one layer of adhesive; - providing an electronic module for each insert; - superimposing and assembling by lamination a support sheet, a first layer of adhesive, a plurality of antennas, a second layer of adhesive and another support sheet; - cutting out the laminated assembly in such a way as to obtain inserts each provided with an antenna; - inserting the electronic modules into the cavities after the step of lamination of the support sheets, the antennas and the layers of adhesive, characterized in that it furthermore comprises a step consisting in printing, on the inside face of at least one of the support sheets, a thickness-compensation layer, outside of the area of the support intended for receiving the antenna. - providing lower and upper support sheets for several inserts, said supports being provided with cavities for the subsequent insertion of an electronic module in each cavity; - providing an antenna for each insert; - providing at least one layer of adhesive; - providing an electronic module for each insert; - superimposing and assembling by lamination a support sheet, a first layer of adhesive, a plurality of antennas, a second layer of adhesive and another support sheet; - cutting out the laminated assembly in such a way as to obtain inserts each provided with an antenna; - inserting the electronic modules into the cavities after the step of lamination of the support sheets, the antennas and the layers of adhesive,
A lamp assembly comprising: first and second truncated reflector cups (402, 404); at least one base plate disposed between the first and second truncated reflector cups (402, 404); and a light engine disposed on a top surface of the at least one base plate, the light engine configured to emit light to be reflected by one of the first and second truncated reflector cups; wherein the first truncated reflector cup has a first reflector cup side surface intersecting first and second associated end surfaces (424, 426) and a first interior surface configured to reflect light from a light engine towards the second associated end surface, wherein the first interior surface terminates at the first side surface, and the second truncated reflector cup has a second truncated reflector cup side surface intersecting first and second associated end surfaces (428, 430) and a second interior surface configured to reflect light from a light engine towards the second associated end surface, wherein the second interior surface terminates at the second side surface; wherein the first end surface of the first truncated reflector cup or the first end surface of the second truncated reflector cup is configured to receive at least a portion of the light engine, the light emitted therefrom, or one or more electrical leads therefor; wherein light emitted by the light engine is cast from the lamp from the second end surface of the first truncated reflector cup or the second end surface of the second truncated reflector cup; and wherein the at least one base plate is disposed between the first reflector cup side surface and the second reflector cup side surface. first and second truncated reflector cups (402, 404); at least one base plate disposed between the first and second truncated reflector cups (402, 404); and a light engine disposed on a top surface of the at least one base plate, the light engine configured to emit light to be reflected by one of the first and second truncated reflector cups;
The product for facilitation bone ossification of bone defect on the basis of native bone composite which contains the hydroxyapatite structure and modified collagen component, characterized by the fact that the hydroxyapatite structure comprising purified bone mash and collagen contained in the native bone composite is modified, at least partially devoid of the terminal antigenic telopeptides.