mhurhangee/ep-ind-claims huggingface dataset:
A method for improving the surface of an aluminum alloy article comprising: manufacturing the aluminum alloy article using an additive manufacturing technique, wherein the article as-manufactured comprises one or more of cracks, roughness, or porosity at a surface of the article; coating the surface of the aluminum alloy article with an encapsulating element, which may or may not also be a diffusion element, to facilitate HIP response; coating the surface of the aluminum alloy article with a diffusion element wherein the diffusion element comprises zinc and wherein coating the surface comprises a zincate plating process, the diffusion element being capable of diffusing at least 0.2 mils (5 microns) into the article; heating the aluminum alloy article coated with the diffusion element at a temperature between 350 °C to 475 °C for a time period of 2 to 20 hours to cause the diffusion element to diffuse the at least 0.2 mils (5 microns) into the article, thereby forming a diffusion layer of at least 0.2 mils (5 microns) in thickness comprising both aluminum alloy and diffusion element; removing the diffusion layer from the aluminum alloy article using a chemical solvent of ferric chloride or nitric acid, whereby upon the removing, a resulting improved surface of the article comprises fewer or smaller cracks, reduced roughness, or reduced porosity. manufacturing the aluminum alloy article using an additive manufacturing technique, wherein the article as-manufactured comprises one or more of cracks, roughness, or porosity at a surface of the article; coating the surface of the aluminum alloy article with an encapsulating element, which may or may not also be a diffusion element, to facilitate HIP response; coating the surface of the aluminum alloy article with a diffusion element wherein the diffusion element comprises zinc and wherein coating the surface comprises a zincate plating process, the diffusion element being capable of diffusing at least 0.2 mils (5 microns) into the article; heating the aluminum alloy article coated with the diffusion element at a temperature between 350 °C to 475 °C for a time period of 2 to 20 hours to cause the diffusion element to diffuse the at least 0.2 mils (5 microns) into the article, thereby forming a diffusion layer of at least 0.2 mils (5 microns) in thickness comprising both aluminum alloy and diffusion element; removing the diffusion layer from the aluminum alloy article using a chemical solvent of ferric chloride or nitric acid, whereby upon the removing, a resulting improved surface of the article comprises fewer or smaller cracks, reduced roughness, or reduced porosity.
A method for wireless communication performed by a user equipment, UE, comprising: receiving a discovery reference signal, DRS, including a skipping signal identifying one or more UEs that are to skip frequency hopping for a duration indicated by the skipping signal; staying on an anchor channel when the skipping signal identifies the UE; and switching from the anchor channel to a first downlink, DL, hopping channel of a DL frequency hopping pattern when the signal does not identify the UE. receiving a discovery reference signal, DRS, including a skipping signal identifying one or more UEs that are to skip frequency hopping for a duration indicated by the skipping signal; staying on an anchor channel when the skipping signal identifies the UE; and switching from the anchor channel to a first downlink, DL, hopping channel of a DL frequency hopping pattern when the signal does not identify the UE.
A method of processing a transaction based on a blockchain integrated station, wherein the blockchain integrated station comprises a Central Processing Unit, CPU, and a smart network card and is any node of a blockchain network, and the method comprises: when the blockchain integrated station receives a transaction through the smart network card, writing, by the smart network card, the received transaction into a network card cache, sending, by the smart network card, the received transaction to the CPU and writing, by the CPU, the received transaction into a CPU cache; performing, by the smart network card, a consensus interaction with other nodes of the blockchain network based on the transaction in the network card cache in a process that the blockchain integrated station participates in a blockchain consensus; determining and sending, by the smart network card, a to-be-executed transaction list to the CPU based on a result of the blockchain consensus, wherein the to-be-executed transaction list comprises a transaction identifier of each to-be-executed transaction determined based on the present blockchain consensus; and executing, by the CPU, transaction based on the to-be-executed transaction list and completing transaction chaining. when the blockchain integrated station receives a transaction through the smart network card, writing, by the smart network card, the received transaction into a network card cache, sending, by the smart network card, the received transaction to the CPU and writing, by the CPU, the received transaction into a CPU cache; performing, by the smart network card, a consensus interaction with other nodes of the blockchain network based on the transaction in the network card cache in a process that the blockchain integrated station participates in a blockchain consensus; determining and sending, by the smart network card, a to-be-executed transaction list to the CPU based on a result of the blockchain consensus, wherein the to-be-executed transaction list comprises a transaction identifier of each to-be-executed transaction determined based on the present blockchain consensus; and executing, by the CPU, transaction based on the to-be-executed transaction list and completing transaction chaining.
A method for processing a manufacturer usage description, MUD, file performed by a MUD control management device, wherein the method comprises: • receiving (S 301) a MUD uniform resource locator, URL, request message from a terminal device; • obtaining (S 302) at least one MUD file from a plurality of MUD file servers based on a target obtaining policy corresponding to the terminal device, and • processing the at least one MUD file to obtain a target MUD file, wherein the target MUD file is for constraining network behavior of the terminal device, ∘ characterized in that the at least one MUD file comprises a first MUD file and a second MUD file, the first MUD file comprises a first device description entry of the terminal device, the second MUD file comprises a second device description entry of the terminal device, the first device description entry is different from the second device description entry, and the target MUD file comprises the first device description entry and the second device description entry. • receiving (S 301) a MUD uniform resource locator, URL, request message from a terminal device; • obtaining (S 302) at least one MUD file from a plurality of MUD file servers based on a target obtaining policy corresponding to the terminal device, and • processing the at least one MUD file to obtain a target MUD file, wherein the target MUD file is for constraining network behavior of the terminal device, ∘ characterized in that the at least one MUD file comprises a first MUD file and a second MUD file, the first MUD file comprises a first device description entry of the terminal device, the second MUD file comprises a second device description entry of the terminal device, the first device description entry is different from the second device description entry, and the target MUD file comprises the first device description entry and the second device description entry. ∘ characterized in that
Façade construction comprising: - a basic profile made of metal which is designed to be integral with a base frame profile or is attached to a base frame profile made of wood or metal; - infill elements (20; 40) which rest against inner sealing strips which are attached to the basic profile; wherein - the infill elements (20; 40) comprise at least one insulating glass unit; characterised in that - the inner sealing strips have a width of at least 5 mm and a height of at least 3 mm; and - the material of the inner sealing strips has a thermal conductivity of λ D ≤ 0.25 W/mK; - the insulating glass unit has spacer with a hot edge; and - a total thickness of at least 24 mm; wherein - the product of wall thickness (d) of the spacer and thermal conductivity does not exceed 0.0070 W/K; and - the heat transfer coefficient U f is ≤ 2.5 W/m 2 K so that the linear heat transfer coefficient Ψ of the infill element in the clamping region of the façade construction does not exceed the value of 0.08 W/mK. - a basic profile made of metal which is designed to be integral with a base frame profile or is attached to a base frame profile made of wood or metal; - infill elements (20; 40) which rest against inner sealing strips which are attached to the basic profile; wherein - the infill elements (20; 40) comprise at least one insulating glass unit; characterised in that - the inner sealing strips have a width of at least 5 mm and a height of at least 3 mm; and - the material of the inner sealing strips has a thermal conductivity of λ D ≤ 0.25 W/mK; - the insulating glass unit has spacer with a hot edge; and - a total thickness of at least 24 mm; wherein - the product of wall thickness (d) of the spacer and thermal conductivity does not exceed 0.0070 W/K; and - the heat transfer coefficient U f is ≤ 2.5 W/m 2 K so that the linear heat transfer coefficient Ψ of the infill element in the clamping region of the façade construction does not exceed the value of 0.08 W/mK.
Device selected from organic photovoltaic devices, organic solar cells, photodetectors, or a component thereof, or an assembly comprising it, which comprises a layer comprising an organic salt, wherein the organic salt comprises a first ionic entity and a second counterionic entity, wherein said layer is an electron transport layer in the device and wherein - the first and second entities are small molecules, and - the first entity is an organic entity, comprising - a charged organic core comprising a single charged moiety or a plurality of charged moieties, and - optionally one or more substituents attached to the charged organic core, at least one of said substituents comprising a charged moiety having a charge that is opposite in sign to, or of the same sign as, the charged moieties of the charged organic core, and - the second entity is an organic, inorganic or organometallic entity, and - the net charge of the first entity is opposite in sign to the net charge of the second entity, characterised in that the first entity comprises a moiety selected from the group consisting of dialkylpyrrolidinium, trialkylsulfonium, carbazolium, indolium, piperidinium, morpholinium, pyrimidinium, pyridazinium, pyrazinium, pyrazolium, pyrrolinium, pyrimidinium, pyrazinium, thiazolium, oxazolium, triazolium, triazinium, guanidinium, uranium, sulfonium, phosphonium. - the first and second entities are small molecules, and - the first entity is an organic entity, comprising - a charged organic core comprising a single charged moiety or a plurality of charged moieties, and - optionally one or more substituents attached to the charged organic core, at least one of said substituents comprising a charged moiety having a charge that is opposite in sign to, or of the same sign as, the charged moieties of the charged organic core, and - a charged organic core comprising a single charged moiety or a plurality of charged moieties, and - optionally one or more substituents attached to the charged organic core, at least one of said substituents comprising a charged moiety having a charge that is opposite in sign to, or of the same sign as, the charged moieties of the charged organic core, and - the second entity is an organic, inorganic or organometallic entity, and - the net charge of the first entity is opposite in sign to the net charge of the second entity,
An isolated antibody, or antigen-binding fragment thereof, specific for folate receptor alpha (FRα) comprising a light chain CDR1 having the amino acid sequence of SEQ ID NO: 26, a light chain CDR2 having the amino acid sequence of SEQ ID NO: 27, a light chain CDR3 having the amino acid sequence of SEQ ID NO: 28, a heavy chain CDR1 having the amino acid sequence of SEQ ID NO: 30, a heavy chain CDR2 having the amino acid sequence of SEQ ID NO: 31, and a heavy chain CDR3 having the amino acid sequence of SEQ ID NO: 32.
A method for solar array (28a, 28b) deployment, the method characterised by deploying a first portion of solar cells of a solar array (28a, 28b) responsive to a first drag condition; charging a battery with the first portion of solar cells; activating an electric thruster at a first power level using the first portion of solar cells; deploying a second portion of solar cells of the solar array (28a, 28b) responsive to a second drag condition, wherein the second drag condition is lower than the first drag condition; and activating the electric thruster at a second power level using the first portion of solar cells and the second portion of solar cells, wherein the second power level is higher than the first power level.
A computer-implemented method for detecting three dimensional gaze, the computer-implemented method comprising: generating, by an eye tracking system based on a two dimensional image, a warped image centered around a user eye from the 2D image, wherein the 2D image is generated by a camera associated with the eye tracking system; inputting, by the eye tracking system to a neural network, the warped image, wherein the neural network predicts a distance correction (c) for a distance between the camera and the user eye, a 2D gaze origin of the user eye in the warped image, and a 2D gaze direction of the user eye in the warped image based on the warped image; generating, by the eye tracking system, a corrected distance between the user eye and the camera by at least updating an estimated distance between the camera and the user eye based on the distance correction (c); and generating, by the eye tracking system, 3D gaze information for the user eye based on the 2D gaze origin, the 2D gaze direction, and the corrected distance. generating, by an eye tracking system based on a two dimensional image, a warped image centered around a user eye from the 2D image, wherein the 2D image is generated by a camera associated with the eye tracking system; inputting, by the eye tracking system to a neural network, the warped image, wherein the neural network predicts a distance correction (c) for a distance between the camera and the user eye, a 2D gaze origin of the user eye in the warped image, and a 2D gaze direction of the user eye in the warped image based on the warped image; generating, by the eye tracking system, a corrected distance between the user eye and the camera by at least updating an estimated distance between the camera and the user eye based on the distance correction (c); and generating, by the eye tracking system, 3D gaze information for the user eye based on the 2D gaze origin, the 2D gaze direction, and the corrected distance.
Rim for a cycle wheel, comprising: - a body consisting of a composite material and having, in radial section, a hollow box-section form delimiting a volume and comprising two lateral flanks (31a, 31b), a bridge which links the flanks and which is situated facing an axis of rotation of the wheel, and a transverse wall which links the lateral flanks (31a, 31b) opposite the bridge, - a core arranged in the volume, characterized in that it further comprises metal inserts arranged in notches of the core, in contact with the bridge of the body, each comprising a tapped hole for fixing a spoke (10a1, 10a2, 10b1) of the wheel prolonged through the bridge, in that each insert comprises a notch and two lateral parts (55a, 55b) extending on either side of the notch, in contact with the body of the rim, and in that the surface (S5a) of each insert which is in contact with the body of the rim comprises relief elements which consist of ridges extending lengthwise along the circumference of the rim, when the inserts are mounted in the rim. - a body consisting of a composite material and having, in radial section, a hollow box-section form delimiting a volume and comprising two lateral flanks (31a, 31b), a bridge which links the flanks and which is situated facing an axis of rotation of the wheel, and a transverse wall which links the lateral flanks (31a, 31b) opposite the bridge, - a core arranged in the volume, characterized in that it further comprises metal inserts arranged in notches of the core, in contact with the bridge of the body, each comprising a tapped hole for fixing a spoke (10a1, 10a2, 10b1) of the wheel prolonged through the bridge, in that each insert comprises a notch and two lateral parts (55a, 55b) extending on either side of the notch, in contact with the body of the rim, and in that the surface (S5a) of each insert which is in contact with the body of the rim comprises relief elements which consist of ridges extending lengthwise along the circumference of the rim, when the inserts are mounted in the rim.
An image forming apparatus, comprising: a communication means to communicate with a portable information device; an operation accepting means into which an operation by a user is inputted; a display means to display an image; an operation screen transmission means to transmit, in response to a request being received from said portable information device, an operation screen corresponding to said request received among a plurality of operation screens for accepting an operation to said portable information device via said communication means; and a display control means to display at said display means in response to transmission of said operation screen, a help screen for assisting the user to operate in the operation screen being displayed on a display means of the portable information device, the help screen being provided to assist the input of the same user as the user who inputs on the operation screen displayed on the portable information device. a communication means to communicate with a portable information device; an operation accepting means into which an operation by a user is inputted; a display means to display an image; an operation screen transmission means to transmit, in response to a request being received from said portable information device, an operation screen corresponding to said request received among a plurality of operation screens for accepting an operation to said portable information device via said communication means; and a display control means to display at said display means in response to transmission of said operation screen, a help screen for assisting the user to operate in the operation screen being displayed on a display means of the portable information device, the help screen being provided to assist the input of the same user as the user who inputs on the operation screen displayed on the portable information device.
A ventilating protective jacket made of a wind and waterproof material having a ventilation opening in the back area, a ventilation opening cover and means for opening and closing the cover, wherein the ventilation opening cover has two side zippers (2, 3), separately connecting the cover to the jacket, characterized in that the ventilation opening cover is controlled by two opening-closing cords (5, 6) of the zippers (2, 3), fixed to the ends (7, 8) of the zippers (2, 3) of the cover by their midpoints, wherein the first ends (9, 10) of the cords (5, 6) pierced through loops (11, 12) arranged above the zippers (2, 3) are led through openings (13, 14) into the front pockets (15, 16) of the jacket, and the second ends (17, 18) of the cords (5, 6) are led into the back pocket of the jacket through the openings (19, 20) below the zippers (2, 3).
A user equipment handover method, characterized in comprising: sending, by a user equipment, first information to a control network device, wherein the first information is a measurement report, MR, which is used to request a handover of the user equipment from a source network device to a destination network device; and receiving, by the user equipment, second information from the control network device, wherein the second information is used to notify the user equipment of a first uplink resource allocated to the user equipment by a destination network device, and the first uplink resource is a discontinuous, i.e. non-consecutive, physical uplink shared channel, PUSCH, resource; wherein, after completing a downlink synchronization with the destination network according to a synchronization signal sent by the destination network device, the method further comprises: sending, by the user equipment, a buffer status report or a data packet to the destination network device using the PUSCH resource. sending, by a user equipment, first information to a control network device, wherein the first information is a measurement report, MR, which is used to request a handover of the user equipment from a source network device to a destination network device; and receiving, by the user equipment, second information from the control network device, wherein the second information is used to notify the user equipment of a first uplink resource allocated to the user equipment by a destination network device, and the first uplink resource is a discontinuous, i.e. non-consecutive, physical uplink shared channel, PUSCH, resource; wherein, after completing a downlink synchronization with the destination network according to a synchronization signal sent by the destination network device, the method further comprises: sending, by the user equipment, a buffer status report or a data packet to the destination network device using the PUSCH resource.