mhurhangee/ep-ind-claims huggingface dataset:
A method for routing of data packets in a multi-access communication network, the method comprising: transmitting, by a network connection engine in a network server, network parameters indicative of application support capabilities of the network server to an application server, wherein the application server hosts an application; based on the network parameters, receiving a prioritized list of application parameters from the application server, for routing data packets to and from the application server, wherein, the prioritized list of application parameters indicates a list of preferential parameters, in an order of priority, that is used for routing the data packets to and from the application server; and storing the prioritized list of application parameters to use while routing the data packets to and from the application server. transmitting, by a network connection engine in a network server, network parameters indicative of application support capabilities of the network server to an application server, wherein the application server hosts an application; based on the network parameters, receiving a prioritized list of application parameters from the application server, for routing data packets to and from the application server, wherein, the prioritized list of application parameters indicates a list of preferential parameters, in an order of priority, that is used for routing the data packets to and from the application server; and storing the prioritized list of application parameters to use while routing the data packets to and from the application server.
A heat sink for an electronic device, comprising: a laminate constituted of at least one Cr-Cu alloy layer including a Cu matrix and more than 30 mass % and not more than 80 mass % of Cr, and at least one Cu layer, which layers are alternately laminated, wherein the outmost layer of each of top and rear surfaces of the laminate is constituted of a Cu layer. a laminate constituted of at least one Cr-Cu alloy layer including a Cu matrix and more than 30 mass % and not more than 80 mass % of Cr, and at least one Cu layer, which layers are alternately laminated, wherein the outmost layer of each of top and rear surfaces of the laminate is constituted of a Cu layer.
A light emitting device, comprising: a laser light source (11, 21, 31), including a first laser array (111, 211, 311) and a second laser array (112, 212, 312), for respectively generating a first light and a second light; and a light collecting system (12, 22), for collecting the lights generated by the laser arrays, characterized in that the first light and the second light have different wavelength ranges, and a ratio of a divergence angle of the second light after the collecting system to a divergence angle of the first light after the collecting system is less than a predetermined value, wherein the predetermined value is 0.7. a laser light source (11, 21, 31), including a first laser array (111, 211, 311) and a second laser array (112, 212, 312), for respectively generating a first light and a second light; and a light collecting system (12, 22), for collecting the lights generated by the laser arrays, characterized in that the first light and the second light have different wavelength ranges, and a ratio of a divergence angle of the second light after the collecting system to a divergence angle of the first light after the collecting system is less than a predetermined value, wherein the predetermined value is 0.7.
A portable laparoscope system comprising: a housing; an elongated tube comprising a first end and a second end, the second end of the elongated tube coupled to the housing, the elongated tube configured for at least partial insertion into a body cavity; an image capture device disposed at the first end of the elongated tube, the image capture device configured to capture an image within a field of view of the image capture device; a light source disposed at the first end of the elongated tube, the light source configured to emit a light proximate to an area within the field of view of the image capture device; an insufflator configured to supply and provide a gas for inflating a body cavity into which the elongated tube is inserted, said insufflator comprising a portable gas supply; a gas tube for transporting gas from the portable gas supply; and a gas regulator disposed between the portable gas supply and the gas tube; and said insufflator being cartridge-based, gas cylinder-based or infusion balloon-based; an image display apparatus disposed of the housing and coupled with the image capture device for at least one of displaying or transmitting an image of a body cavity captured by the image capture device; a power source disposed in the housing and coupled to the light source, the image capture device, the insufflator, and the image display apparatus, the power source configured to provide a sufficient operational power to the light source, the image capture device, the insufflator, and the image display apparatus; and wherein the power source comprises a battery. a housing; an elongated tube comprising a first end and a second end, the second end of the elongated tube coupled to the housing, the elongated tube configured for at least partial insertion into a body cavity; an image capture device disposed at the first end of the elongated tube, the image capture device configured to capture an image within a field of view of the image capture device; a light source disposed at the first end of the elongated tube, the light source configured to emit a light proximate to an area within the field of view of the image capture device; an insufflator configured to supply and provide a gas for inflating a body cavity into which the elongated tube is inserted, said insufflator comprising a portable gas supply; a gas tube for transporting gas from the portable gas supply; and a gas regulator disposed between the portable gas supply and the gas tube; and said insufflator being cartridge-based, gas cylinder-based or infusion balloon-based; an image display apparatus disposed of the housing and coupled with the image capture device for at least one of displaying or transmitting an image of a body cavity captured by the image capture device; a power source disposed in the housing and coupled to the light source, the image capture device, the insufflator, and the image display apparatus, the power source configured to provide a sufficient operational power to the light source, the image capture device, the insufflator, and the image display apparatus; and wherein the power source comprises a battery.
A lifting system for vertically sliding an object in a linear guide formed in a panel of a door, comprising: • a first rigid element articulated at a first end of said first element at a first pivot point placeable on a lower edge of said panel and underneath said object; characterized in that the lifting system further comprises: • a second rigid element articulated at a second pivot point to said object and at a third pivot point placed at a second end of said first rigid element; • a jack comprising a main body and a rod configured to exit the main body, the end of the rod is articulated at said second pivot point and the opposing end of the main body is articulated at a fourth pivot point which is placed between said first pivot point and said third pivot point (A, C) on said first rigid element, said second rigid element connecting the second pivot point and the third pivot point in such a way that a vertical movement of the second pivot point causes a vertical movement of the third pivot point. • a first rigid element articulated at a first end of said first element at a first pivot point placeable on a lower edge of said panel and underneath said object; • a second rigid element articulated at a second pivot point to said object and at a third pivot point placed at a second end of said first rigid element; • a jack comprising a main body and a rod configured to exit the main body, the end of the rod is articulated at said second pivot point and the opposing end of the main body is articulated at a fourth pivot point which is placed between said first pivot point and said third pivot point (A, C) on said first rigid element,
A method of manufacturing a wall or floor element by pouring a material capable of flowing first and hardening then, wherein a line arrangement is manufactured prior to said pouring, comprising an attachment piece which comprises a contact-section and a keeping-clear-section, an insertion piece and a line which is the medium guiding line itself, namely a tube piece with a sleeve at the one end and an insertion end at the opposite end, said attachment piece being, in said line arrangement, placed on an outer surface of said line in a region at said insertion end and contacting said outer surface of said line with said contact-section, wherein said contact-section is pressed with a tensioning member onto said outer surface of said line, and wherein said keeping-clear-section is spaced to said outer surface of said line and defines a distance volume together with said outer surface of said line in which said insertion piece is inserted for stabilizing said attachment piece during said pouring, wherein further then, after said pouring of said wall or floor element and the hardening of said material capable of flowing first, said insertion piece is removed from said insertion end of said line and a further tube piece having a sleeve is placed on said insertion end. an attachment piece which comprises a contact-section and a keeping-clear-section, an insertion piece and a line which is the medium guiding line itself, namely a tube piece with a sleeve at the one end and an insertion end at the opposite end, said attachment piece being, in said line arrangement, placed on an outer surface of said line in a region at said insertion end and contacting said outer surface of said line with said contact-section, wherein said contact-section is pressed with a tensioning member onto said outer surface of said line, and wherein said keeping-clear-section is spaced to said outer surface of said line and defines a distance volume together with said outer surface of said line in which said insertion piece is inserted for stabilizing said attachment piece during said pouring,
A method performed by a second radio network node for enabling communication for a wireless device in a communication network, which communication network comprises a first network and a second network, which second radio network node is associated with the second network and a first radio network node is associated with the first network, wherein the first network is virtually sliced into a number of network slices and each network slice supports a different set of functionalities out of a total set of functionalities in the first network, wherein a first set of functionalities belongs to a first network slice supporting the wireless device, and wherein the first set of functionalities is separated from another set of functionalities out of the total set of functionalities in the first network, the method comprising: - receiving an indication from the first radio network node, which indication indicates identity of the first network slice supporting the wireless device; - determining to serve the wireless device jointly with the first radio network node; - acknowledging the first radio network node to serve the wireless device jointly with the first radio network node; - reconfiguring the wireless device so that the wireless device is served by the first and second radio network nodes (15, 12) jointly and in accordance to the resource policy of the slice identified by the indication; and - handling (703, 802, 1008) data to and/or from the wireless device using the received indication. - receiving an indication from the first radio network node, which indication indicates identity of the first network slice supporting the wireless device; - determining to serve the wireless device jointly with the first radio network node; - acknowledging the first radio network node to serve the wireless device jointly with the first radio network node; - reconfiguring the wireless device so that the wireless device is served by the first and second radio network nodes (15, 12) jointly and in accordance to the resource policy of the slice identified by the indication; and - handling (703, 802, 1008) data to and/or from the wireless device using the received indication.
A method for obtaining a bonding surface of a sintered metal support substrate adapted to a direct bonding comprising the steps consisting of: a) Providing a sintered metal base substrate having a base surface including an RMS roughness less than 6 nanometers and a PV roughness less than 100 nanometers, b) Bombarding said base surface with ionic species, c) Depositing a metal layer on said base surface, the stack of said base substrate and said metal layer forming the sintered metal support substrate, and d) Performing a mechanical and/or chemical polishing of an exposed surface of the metal layer so as to obtain the bonding surface adapted to the direct bonding. a) Providing a sintered metal base substrate having a base surface including an RMS roughness less than 6 nanometers and a PV roughness less than 100 nanometers, b) Bombarding said base surface with ionic species, c) Depositing a metal layer on said base surface, the stack of said base substrate and said metal layer forming the sintered metal support substrate, d) Performing a mechanical and/or chemical polishing of an exposed surface of the metal layer so as to obtain the bonding surface adapted to the direct bonding.
Garment holding device comprising: - a main sheet of material rollable in a rolling direction R, - a tube, present at the end of the main sheet where rolling is started, wherein the tube is for rolling up the device with a larger radius, and - at least one cloth attachment means (3, 4) attached to said main sheet, wherein the main sheet is provided with at least two elongated elevated zones (5, 5') on the front side of the main sheet, essentially mutually parallel arranged at or near the edges of said main sheet and parallel to said rolling direction, for creating a curved spacing in which a suit suits and in which a the garment is held without substantial forces being exerted thereto, without sharp bends, and wherein the main sheet is continuously bendable in a rolling direction, wherein the elongated elevated zones are somewhat compressible, characterised in that the elongated elevated zones have heights that vary in the rolling direction of the main sheet, the device facilitating in making the rolled device that holds the garment closed for dust and water, etc. - a main sheet of material rollable in a rolling direction R, - a tube, present at the end of the main sheet where rolling is started, wherein the tube is for rolling up the device with a larger radius, and - at least one cloth attachment means (3, 4) attached to said main sheet,
A hydraulic steering device with translation ratio, which comprises a control valve and a metering pump with a plurality of displacement chambers, wherein the control valve includes a control piston, controllable by a steering wheel, and a control sleeve, mechanically connected to a rotor of the metering pump, wherein the control piston and the control sleeve are furnished with channels which cooperate and communicate with each other and with the metering pump, and which connect the displacement chambers of the metering pump via a feed line having a plurality of parallel feed throttles with a steering cylinder and connect the steering cylinder via a return line with a plurality of parallel return throttles having a return connector, wherein, in servo steering operation, at least one level of the feed throttles is constantly connected to the steering cylinder and a further level of the feed throttles can be connected by means of a switching unit, controllable by the pressure difference upstream and downstream of the metering pump, with a feed connector which is connected to a supply pump, or a discharge connector which is connected to a tank, characterized in that a fluid connection between the control sleeve and the switching unit comprises at least one pressure relief connection to a tank connection.
A method comprising: obtaining, at data processing hardware of a distributed computing system, data associated with a parent job that has executed on the distributed computing system and that has created one or more child jobs distributed across two or more processing zones (104, 106, 108) of the distributed computing system; detecting, from the data associated with the parent job, identifying information, which uniquely identifies each one of the one or more child jobs distributed across two or more processing zones of the distributed computing system; determining, by the data processing hardware, the one or more child jobs associated with and created by the parent job based on the identifying information; identifying, by the data processing hardware, performance data for the one or more child jobs associated with the parent job, the performance data comprising a status of each of the one or more child jobs; receiving, at the data processing hardware, from a user of the distributed computing system, a user selection selecting performance data of at least one of the one or more child jobs; and displaying, by the data processing hardware, at a display in communication with the data processing hardware, the performance data of the at least one of the one or more child jobs selected by the user selection. obtaining, at data processing hardware of a distributed computing system, data associated with a parent job that has executed on the distributed computing system and that has created one or more child jobs distributed across two or more processing zones (104, 106, 108) of the distributed computing system; detecting, from the data associated with the parent job, identifying information, which uniquely identifies each one of the one or more child jobs distributed across two or more processing zones of the distributed computing system; determining, by the data processing hardware, the one or more child jobs associated with and created by the parent job based on the identifying information; identifying, by the data processing hardware, performance data for the one or more child jobs associated with the parent job, the performance data comprising a status of each of the one or more child jobs; receiving, at the data processing hardware, from a user of the distributed computing system, a user selection selecting performance data of at least one of the one or more child jobs; and displaying, by the data processing hardware, at a display in communication with the data processing hardware, the performance data of the at least one of the one or more child jobs selected by the user selection.
A method of transmitting pilot in a communication system, comprising: selecting, from a set of terminals serviced by a same servicing apparatus, a subset for pilot transmission on a reverse link, the subset consisting of at least one terminal, wherein the at least one terminal is candidate for data transmission on a forward link; assigning each of the at least one terminal with a time-frequency allocation for pilot transmission on the reverse link; sending to each of the at least one terminal a request for pilot transmission on the reverse link; processing pilot transmission from each of the at least one terminal; deriving a channel estimate for each of the at least one terminal based on the pilot transmission from the terminal; and transmitting data on the forward link to each terminal scheduled for data transmission using the channel estimate for the terminal; the method further comprising: scheduling terminals for data transmission on the forward link based on the channel estimate derived for the at least one terminal, and/or performing spatial processing for the data transmission to each scheduled terminal based on the channel estimate for the scheduled terminal. selecting, from a set of terminals serviced by a same servicing apparatus, a subset for pilot transmission on a reverse link, the subset consisting of at least one terminal, wherein the at least one terminal is candidate for data transmission on a forward link; assigning each of the at least one terminal with a time-frequency allocation for pilot transmission on the reverse link; sending to each of the at least one terminal a request for pilot transmission on the reverse link; processing pilot transmission from each of the at least one terminal; deriving a channel estimate for each of the at least one terminal based on the pilot transmission from the terminal; and transmitting data on the forward link to each terminal scheduled for data transmission using the channel estimate for the terminal; the method further comprising: scheduling terminals for data transmission on the forward link based on the channel estimate derived for the at least one terminal, and/or performing spatial processing for the data transmission to each scheduled terminal based on the channel estimate for the scheduled terminal.
A loom comprising a pair of support shafts each provided to each of a pair of side frames and configured to rock, a rocking shaft connected to both the support shafts and bridged between the support shafts, at least one bearing structure comprising a bearing configured to rotatably support the rocking shaft, and a support body having at least one attaching surface, which is a surface to which the bearing structure is attached, and provided to extend in a weaving width direction, the loom being characterized in that the support body has a position adjusting surface parallel to the attaching surface, the position adjusting surface being formed on at least one of both ends of the support body in a length direction, the length direction being a direction parallel to the weaving width direction, so that the center of the bearing of the bearing structure mounted on the attaching surface of the support body matches the shaft center of the support shaft in the mounted state, as seen in the weaving width direction.