mhurhangee/ep-ind-claims huggingface dataset:
An organic vapor jet print head device comprising: a first depositor (305, 503) comprising: one or more delivery apertures (301, 401, 701, 1009) surrounded by one or more exhaust apertures (302, 403, 703, 1008), wherein the one or more delivery apertures (301, 401, 701, 1009) and the one or more exhaust apertures (302, 403, 703, 1008) are enclosed within a perimeter of a boss (303, 310, 704) that protrudes from a substrate-facing side of the one or more delivery apertures (301, 401, 701, 1009), wherein delivery channels (407, 1010) for the one or more delivery apertures (301, 401, 701, 1009) and exhaust channels (410, 903, 1204) for the one or more exhaust apertures (302, 403, 703, 1008) are routed orthogonally to each other, wherein the one or more delivery apertures (301, 401, 701, 1009) are configured to permit jets of delivery gas pass through a lower surface of the first depositor (305, 503), and wherein the lower surface of the first depositor (305, 503) includes the one or more exhaust apertures (302, 403, 703, 1008) to remove surplus vapor from a delivery zone. one or more delivery apertures (301, 401, 701, 1009) surrounded by one or more exhaust apertures (302, 403, 703, 1008), wherein the one or more delivery apertures (301, 401, 701, 1009) and the one or more exhaust apertures (302, 403, 703, 1008) are enclosed within a perimeter of a boss (303, 310, 704) that protrudes from a substrate-facing side of the one or more delivery apertures (301, 401, 701, 1009), wherein delivery channels (407, 1010) for the one or more delivery apertures (301, 401, 701, 1009) and exhaust channels (410, 903, 1204) for the one or more exhaust apertures (302, 403, 703, 1008) are routed orthogonally to each other, wherein the one or more delivery apertures (301, 401, 701, 1009) are configured to permit jets of delivery gas pass through a lower surface of the first depositor (305, 503), and wherein the lower surface of the first depositor (305, 503) includes the one or more exhaust apertures (302, 403, 703, 1008) to remove surplus vapor from a delivery zone.
Sheeting system of a trench, the trench comprising in particular two lateral sides (101, 102) and a bottom, said sheeting system comprising: on each lateral side of the trench, at least two piles each provided with a body a lower end portion of which is configured to be pressed into the bottom of the trench so as to hold said pile vertically and in an adjacent manner to said lateral side, the two piles being spaced apart from one another on said lateral side, on each lateral side of the trench, at least two cross members (7 to 11), each cross member being held by the two piles which each include means for receiving this cross member for this purpose, said cross members being held with a spacing with respect to the lateral side of the trench, on each lateral side of the trench, sheeting parts (12 to 14), said sheeting parts being adjacent to each other and positioned in the spacing left between the lateral side of the trench and the two cross members, at least one brace extending transversely and configured to bear against the cross members or against the piles arranged facing on both lateral sides of the trench, said cross brace being placed in upper parts of the lateral sides of the trench, so as to keep these cross members or piles apart, characterised in that the at least two cross members are arranged with a spacing between them at two different heights in the trench and in that the sheeting parts extend vertically over a length greater than the spacing between the two cross members. on each lateral side of the trench, at least two piles each provided with a body a lower end portion of which is configured to be pressed into the bottom of the trench so as to hold said pile vertically and in an adjacent manner to said lateral side, the two piles being spaced apart from one another on said lateral side, on each lateral side of the trench, at least two cross members (7 to 11), each cross member being held by the two piles which each include means for receiving this cross member for this purpose, said cross members being held with a spacing with respect to the lateral side of the trench, on each lateral side of the trench, sheeting parts (12 to 14), said sheeting parts being adjacent to each other and positioned in the spacing left between the lateral side of the trench and the two cross members, at least one brace extending transversely and configured to bear against the cross members or against the piles arranged facing on both lateral sides of the trench, said cross brace being placed in upper parts of the lateral sides of the trench, so as to keep these cross members or piles apart, characterised in that the at least two cross members are arranged with a spacing between them at two different heights in the trench and in that the sheeting parts extend vertically over a length greater than the spacing between the two cross members.
A hydraulic hammering device comprising: a cylinder; a piston slidingly fitted in the cylinder; a piston front chamber and a piston rear chamber which are defined between an outer circumferential surface of the piston and an inner circumferential surface of the cylinder and disposed separately from each other at front and rear, respectively, in an axial direction of the piston; a switching-valve mechanism driving the piston by switching at least one of the piston front chamber and the piston rear chamber into communication with at least one of a high pressure circuit and a low pressure circuit; and a piston control port arranged between the piston front chamber and the piston rear chamber of the cylinder and connected to/disconnected from the high pressure circuit and the low pressure circuit by forward movement/backward movement of the piston, the switching-valve mechanism being driven by pressurized oil supplied/discharged from the piston control port, characterized in that the hydraulic hammering device comprises an urging unit disposed behind the piston and configured to come in contact with the piston during a piston retreat stroke to urge the piston forward, in which a timing where the urging unit starts to come in contact with the piston is set to be earlier than a timing where the piston is braked by the switching-valve mechanism. a cylinder; a piston slidingly fitted in the cylinder; a piston front chamber and a piston rear chamber which are defined between an outer circumferential surface of the piston and an inner circumferential surface of the cylinder and disposed separately from each other at front and rear, respectively, in an axial direction of the piston; a switching-valve mechanism driving the piston by switching at least one of the piston front chamber and the piston rear chamber into communication with at least one of a high pressure circuit and a low pressure circuit; and a piston control port arranged between the piston front chamber and the piston rear chamber of the cylinder and connected to/disconnected from the high pressure circuit and the low pressure circuit by forward movement/backward movement of the piston, the switching-valve mechanism being driven by pressurized oil supplied/discharged from the piston control port, characterized in that the hydraulic hammering device comprises an urging unit disposed behind the piston and configured to come in contact with the piston during a piston retreat stroke to urge the piston forward, in which a timing where the urging unit starts to come in contact with the piston is set to be earlier than a timing where the piston is braked by the switching-valve mechanism.
A vehicle-road collaboration apparatus, comprising: a service system comprising a plurality of microservice modules, each microservice module being configured to process vehicle-road collaboration data, to implement a service function corresponding to each microservice module; and a main control module configured to store registration information of a microservice module, and provide, based on a call request of a certain microservice module in the plurality of microservice modules, registration information of a requested target microservice module to the certain microservice module, wherein the certain microservice module is configured to call the target microservice module based on the registration information of the target microservice module, characterized in that the service system comprises a first microservice module for data standardization processing, the first microservice module being configured to obtain the vehicle-road collaboration data from a road monitoring device, and convert a format of the vehicle-road collaboration data into a data format supported by the service system, wherein the service system further comprises a second microservice module, the second microservice module being configured to receive the data obtained after format conversion by the first microservice module, store the data obtained after the format conversion into a message queue, and based on a subscription request of a message subscriber, select corresponding data from the message queue and return the corresponding data to the message subscriber. a service system comprising a plurality of microservice modules, each microservice module being configured to process vehicle-road collaboration data, to implement a service function corresponding to each microservice module; and a main control module configured to store registration information of a microservice module, and provide, based on a call request of a certain microservice module in the plurality of microservice modules, registration information of a requested target microservice module to the certain microservice module, wherein the certain microservice module is configured to call the target microservice module based on the registration information of the target microservice module, characterized in that the service system comprises a first microservice module for data standardization processing, the first microservice module being configured to obtain the vehicle-road collaboration data from a road monitoring device, and convert a format of the vehicle-road collaboration data into a data format supported by the service system, wherein the service system further comprises a second microservice module, the second microservice module being configured to receive the data obtained after format conversion by the first microservice module, store the data obtained after the format conversion into a message queue, and based on a subscription request of a message subscriber, select corresponding data from the message queue and return the corresponding data to the message subscriber.
A method for providing communication with a mobile station via a first wireless access point, said first wireless access point comprising a first wireless interface for a first type of wireless communication with mobile stations in relation to a first communication network and comprising a second wireless interface for a second type of wireless communication with mobile stations in relation to a second communication network and the mobile station having at least one first identifier provided for use in the first communication network, the method being performed in the first wireless access point and characterized in that the method comprises: - associating (50; 54) the first type of wireless communication for the mobile station with the second type of wireless communication for the mobile station based on said first identifier, and - transporting (52; 58) traffic of the second type of wireless communication for the mobile station through the first communication network based on said association, wherein the mobile station is a dual mode station using the first identifier for communicating with the first communication network and a second identifier for communicating with the second communication network, the associating of the first type of wireless communication for the mobile station comprises associating the second identifier with the first identifier for enabling said transporting. - associating (50; 54) the first type of wireless communication for the mobile station with the second type of wireless communication for the mobile station based on said first identifier, and - transporting (52; 58) traffic of the second type of wireless communication for the mobile station through the first communication network based on said association,
A method of maintaining simultaneous active calls on a multi-SIM wireless device, comprising: receiving an incoming voice call on a first radio frequency RF resource associated with a first SIM; determining whether the wireless device has an active voice call on a second RF resource associated with a second SIM; and initiating a voice/text conversation mode for processing one of the incoming voice call and the active voice call in response to determining that the wireless device has an active voice call on the second RF resource associated with the second SIM, wherein the voice/text conversation mode comprises: converting a caller's speech into text data; displaying the text data on the wireless device; receiving text inputs from a user; converting the text inputs into machine-generated speech; and transmitting the machine-generated speech to the caller. receiving an incoming voice call on a first radio frequency RF resource associated with a first SIM; determining whether the wireless device has an active voice call on a second RF resource associated with a second SIM; and initiating a voice/text conversation mode for processing one of the incoming voice call and the active voice call in response to determining that the wireless device has an active voice call on the second RF resource associated with the second SIM, converting a caller's speech into text data; displaying the text data on the wireless device; receiving text inputs from a user; converting the text inputs into machine-generated speech; and transmitting the machine-generated speech to the caller.
A composition for treatment of a condition in a subject, comprising: an acellular extract of placental tissue, the placental tissue comprising a placental disc, wherein the acellular extract comprises granulocyte chemotactic protein 2 (GCP-2), interleukin 2 (IL-2), interleukin 8 (IL-8), monocyte chemotactic protein 1 (MCP-1), macrophage inhibitory factor, macrophage inflammatory protein 1 (MEP-1 α), macrophage inflammatory protein 3 (MIP-3α), or combinations thereof, and wherein the acellular extract further comprises one or more exogenous protease inhibitors.
A method for determining a wheel load acting on a tire of a vehicle, comprising: a) determining a footprint of the tire, b) receiving a tire information (ti) that identifies a type of the tire and/or characterizes physical properties of the tire as such, c) receiving tire operation conditions (toc) based on a measurement, d) selecting one of a plurality of predetermined calculation models based on the received tire information (ti), wherein each of the predetermined calculation models defines the wheel load as a function of the footprint and the tire operation conditions (toc) for a respective tire type and/or respective physical properties of the tire as such, e) calculating the wheel load based on the determined footprint and the received tire operation conditions (toc), using the selected calculation model, characterized in that the tire information (ti) received in step b) comprises data related to tread depth. a) determining a footprint of the tire, b) receiving a tire information (ti) that identifies a type of the tire and/or characterizes physical properties of the tire as such, c) receiving tire operation conditions (toc) based on a measurement, d) selecting one of a plurality of predetermined calculation models based on the received tire information (ti), wherein each of the predetermined calculation models defines the wheel load as a function of the footprint and the tire operation conditions (toc) for a respective tire type and/or respective physical properties of the tire as such, e) calculating the wheel load based on the determined footprint and the received tire operation conditions (toc), using the selected calculation model,
Chainsaw protection trousers comprising at least one multilayer lining fabric comprising at least two warp-knitted fabric layers of at least one polymer thread material having a weight of ≥ 100 g/m 2, wherein the number of weft threads per centimeter of length of the fabric layers is larger than the number of warp threads per centimeter of width of the fabric layers, and wherein the layers are fixed together loosely at their edges to form stack of loosely twisted layers, characterised in that the stack comprises at least five warp knitted fabric layers, wherein an angle α of twist of the direction of warp threads of one layer with respect to the direction of warp threads of each adjacent layer is within a range of 50° ≤ α ≤ 110°, wherein the stack is stitched to the inner side of the trousers shell layer without additionally stitchingly fixing the twisted layers to the shell layer and wherein the warp threads of adjacent layers are symmetrically arranged to the longitudinal axis of the trousers' legs.
A method of processing a video, said method performed by a user terminal and said method comprising: controlling an image capture device on-board an aerial vehicle to capture a video at a first definition during a flight of the aerial vehicle; receiving a first set of video data at the user terminal, wherein the first set of video data is provided from the image capture device remote to the user terminal, wherein the first set of video data at the user terminal is received at a second definition editing the received first set of video data at the second definition and tracking the edits made to thereby form a video edit request, wherein the video edit request includes data that permits the image capture device to provide a second set of video data in accordance with the edits made at the user terminal using the first set of video data; transmitting the video edit request to the image capture device; and receiving, from the image capture device, the second set of video data at a third definition, wherein the second definition is lower than the first definition and the third definition, and wherein the second set of video data corresponds to edited video data that complies with the video edit request. controlling an image capture device on-board an aerial vehicle to capture a video at a first definition during a flight of the aerial vehicle; receiving a first set of video data at the user terminal, wherein the first set of video data is provided from the image capture device remote to the user terminal, wherein the first set of video data at the user terminal is received at a second definition editing the received first set of video data at the second definition and tracking the edits made to thereby form a video edit request, wherein the video edit request includes data that permits the image capture device to provide a second set of video data in accordance with the edits made at the user terminal using the first set of video data; transmitting the video edit request to the image capture device; and receiving, from the image capture device, the second set of video data at a third definition, wherein the second definition is lower than the first definition and the third definition, and wherein the second set of video data corresponds to edited video data that complies with the video edit request.
A method of manufacturing an optoelectronic device (100, 300, 500), comprising the steps of: forming, on a first surface of a first wafer comprising assemblies of electronic components, a stack of first insulating layers (104, 106) and of conductive tracks; forming, on a second wafer, assemblies of three-dimensional light-emitting diodes, each comprising first and second ends; forming a first metal layer on at least a portion of the first surface of the first wafer and a second metal layer on at least a portion of a first surface of the second wafer, the second metal layer being electrically coupled to the first end of each light-emitting diode; placing into contact the first and second metal layers (110, 142) to bond them by molecular bonding; forming at least one insulated conductive via (152, 154) connecting a second surface of the first wafer to one of the conductive tracks; and forming, after putting into contact the first and second metal layers, insulated conductive trenches surrounding each assembly of light-emitting diodes and laterally insulating from one another portions of the first and second metal layers (110, 142), each portion being connected to one of the assemblies of light-emitting diodes. forming, on a first surface of a first wafer comprising assemblies of electronic components, a stack of first insulating layers (104, 106) and of conductive tracks; forming, on a second wafer, assemblies of three-dimensional light-emitting diodes, each comprising first and second ends; forming a first metal layer on at least a portion of the first surface of the first wafer and a second metal layer on at least a portion of a first surface of the second wafer, the second metal layer being electrically coupled to the first end of each light-emitting diode; placing into contact the first and second metal layers (110, 142) to bond them by molecular bonding; forming at least one insulated conductive via (152, 154) connecting a second surface of the first wafer to one of the conductive tracks; and forming, after putting into contact the first and second metal layers, insulated conductive trenches surrounding each assembly of light-emitting diodes and laterally insulating from one another portions of the first and second metal layers (110, 142), each portion being connected to one of the assemblies of light-emitting diodes.
A card comprising: a first end part configured to be adjacent to another card in a predetermined direction; and a second end part configured to be on an opposite side of the first end part and adjacent to another card different from the first end part; characterized in that the card comprises: a surface printed with a pattern in which are coded coordinates indicating a positional relation relative to a reference line extended in the predetermined direction indicative of a region in which a self-propelled device is to travel, wherein each of the first and the second end parts has a positioning part regulating how the other card adjacent to the end part is to be placed, and the positioning parts and the reference line have a predetermined positional relation. a first end part configured to be adjacent to another card in a predetermined direction; and a second end part configured to be on an opposite side of the first end part and adjacent to another card different from the first end part; characterized in that the card comprises: a surface printed with a pattern in which are coded coordinates indicating a positional relation relative to a reference line extended in the predetermined direction indicative of a region in which a self-propelled device is to travel, wherein each of the first and the second end parts has a positioning part regulating how the other card adjacent to the end part is to be placed, and the positioning parts and the reference line have a predetermined positional relation. a surface printed with a pattern in which are coded coordinates indicating a positional relation relative to a reference line extended in the predetermined direction indicative of a region in which a self-propelled device is to travel, wherein each of the first and the second end parts has a positioning part regulating how the other card adjacent to the end part is to be placed, and the positioning parts and the reference line have a predetermined positional relation.
Preserved foodstuff comprising a preservative composition, the preservative composition consisting of at least 3 compounds selected from: hexanal, E-2-hexenal, E-2-hexenol, E-linalool oxide, methanol and methyl salicylate, wherein the preserved foodstuff comprises less than 60 ppm linalool.