mhurhangee/ep-ind-claims huggingface dataset:
A first node comprising: at least one physical layer device; a first transceiver comprising a first analog front end connected to a first transmission line, wherein the first analog front end is configured to transfer first data between the at least one physical layer device and a second node via the first transmission line; and a second transceiver comprising a second analog front end connected to a second transmission line, wherein the second analog front end is configured to transfer second data between the at least one physical layer device and a third node via the second transmission line, wherein a first type of the second transmission line is different than a second type of the first transmission line, wherein the first node is configured to perform as a repeater using data repeating functions at a link layer control level, wherein the first transceiver is configured to transmit at least a first portion of the first data to the second node via the first transmission line while the second transceiver transmits a second portion of the first data to the second node via the second transmission line or, alternatively, the first transceiver is configured to receive at least a first portion of the first data from the second node via the first transmission line while the second transceiver receives a second portion of the first data from the second node via the second transmission line. at least one physical layer device; a first transceiver comprising a first analog front end connected to a first transmission line, wherein the first analog front end is configured to transfer first data between the at least one physical layer device and a second node via the first transmission line; and a second transceiver comprising a second analog front end connected to a second transmission line, wherein the second analog front end is configured to transfer second data between the at least one physical layer device and a third node via the second transmission line,
Drinking vessel for receiving a liquid suitable for consumption, composed of a drink container with a body that compensates changes of the liquid level in the drink container, wherein - the compensating body comprises an elastic component which, under the weight force of a liquid volume, enlarges its shape, and which, when the acting weight force ceases, returns the compensating body to its smaller original shape, and - the compensating body is composed at least of the elastic component and of a fastening component for retaining the compensating body in the drink container, characterized in that the drinking vessel has a ventilation device, - wherein the ventilation device connects an interior, created by the compensating body, to the ambient air, such that air can flow into and out of the interior as soon as the compensating body changes its shape, - and wherein the ventilation device is designed as - ventilation grooves formed only on the inner wall of the drink container - and as ventilation grooves of the fastening component, on the underside of the fastening component, as a result of which the air in the interior of the drink container can escape through the ventilation grooves of the fastening component and through the ventilation grooves of the inner wall of the drink container during the filling process and drinking process. - the compensating body comprises an elastic component which, under the weight force of a liquid volume, enlarges its shape, and which, when the acting weight force ceases, returns the compensating body to its smaller original shape, and - the compensating body is composed at least of the elastic component and of a fastening component for retaining the compensating body in the drink container, - wherein the ventilation device connects an interior, created by the compensating body, to the ambient air, such that air can flow into and out of the interior as soon as the compensating body changes its shape, - and wherein the ventilation device is designed as - ventilation grooves formed only on the inner wall of the drink container - and as ventilation grooves of the fastening component, on the underside of the fastening component, as a result of which the air in the interior of the drink container can escape through the ventilation grooves of the fastening component and through the ventilation grooves of the inner wall of the drink container during the filling process and drinking process. - ventilation grooves formed only on the inner wall of the drink container - and as ventilation grooves of the fastening component, on the underside of the fastening component,
A system for transmitting data between a first device and a second device, the system comprising: a first network having a first latency characteristic defining a first packet size for data transmission over the first network, the first device operating on the first network; a second network having a second latency characteristic defining a second packet size for data transmission over the second network, the second device operating on the second network; and a gateway intermediate between the first network and second network; wherein the gateway is configured to intercept data transmissions sent from the first device to the second device in the first packet size, to convert the data transmissions from the first packet size to the second packet size, and to deliver the data transmissions to the second device in the second packet size wherein the gateway is further configured to receive a request from the first device for a maximum packet size available to the second device, to forward the request for the maximum packet size available to the second device unaltered from how the request was received from the first device, to receive a response from the second device indicating that the maximum packet size available to the second device is a second packet size, to send to the first device a response indicating that the maximum packet size available to the second device is a first packet size. a first network having a first latency characteristic defining a first packet size for data transmission over the first network, the first device operating on the first network; a second network having a second latency characteristic defining a second packet size for data transmission over the second network, the second device operating on the second network; and a gateway intermediate between the first network and second network; wherein the gateway is configured to intercept data transmissions sent from the first device to the second device in the first packet size, to convert the data transmissions from the first packet size to the second packet size, and to deliver the data transmissions to the second device in the second packet size wherein the gateway is further configured to receive a request from the first device for a maximum packet size available to the second device, to forward the request for the maximum packet size available to the second device unaltered from how the request was received from the first device, to receive a response from the second device indicating that the maximum packet size available to the second device is a second packet size, to send to the first device a response indicating that the maximum packet size available to the second device is a first packet size.
A computer-implemented method comprising: receiving a plurality of images depicting a survey point (415a-415c), wherein the survey point (415a-415c) has a known physical location; for each image of the plurality of images, determining meta-data associated with an image capture sensor system used to capture said each image, wherein the meta-data comprise sensor system pose data and sensor system technical parameters, and wherein the sensor system pose data indicates at least a capture location of the image capture sensor system when said each image was captured; generating a ray from the capture location through a pixel location of the survey point (415a-415c) on an image plane of said each image based on the sensor system pose data and the sensor system technical parameters; calculating an error between the ray generated for said each image and the known physical location; characterized in that the method further comprises: training a machine learning model to predict a pose error from image data captured using the image capture sensor system based on the calculated error in combination with a plurality of features extracted from at least one of said each image and the meta-data; and providing the trained machine learning model as an output. receiving a plurality of images depicting a survey point (415a-415c), wherein the survey point (415a-415c) has a known physical location; for each image of the plurality of images, determining meta-data associated with an image capture sensor system used to capture said each image, wherein the meta-data comprise sensor system pose data and sensor system technical parameters, and wherein the sensor system pose data indicates at least a capture location of the image capture sensor system when said each image was captured; generating a ray from the capture location through a pixel location of the survey point (415a-415c) on an image plane of said each image based on the sensor system pose data and the sensor system technical parameters; calculating an error between the ray generated for said each image and the known physical location; training a machine learning model to predict a pose error from image data captured using the image capture sensor system based on the calculated error in combination with a plurality of features extracted from at least one of said each image and the meta-data; and providing the trained machine learning model as an output.
An axle shaft assembly for a vehicle, the assembly comprising: a first shaft having a first end, a second end, and a central portion, wherein the first shaft is formed from a first material having a first modulus of elasticity for providing the first shaft with a flexibility adapted to withstand shock loads associated with side impacts and resist deformation, wherein the axle shaft assembly further comprises a first splined end member and a hub flange the first splined end member engaged with the first end of the first shaft, and wherein the first splined end member is adapted to withstand a first rotational force from a drive system and transfer the first rotational force to the first shaft; and the hub flange engaged with the second end of the first shaft, and wherein the hub flange is adapted to withstand the first rotational force transferred from the first shaft; characterised in that the first splined end member and the hub flange are both formed from a second material having a second modulus of elasticity greater than the first modulus of elasticity. a first shaft having a first end, a second end, and a central portion, wherein the first shaft is formed from a first material having a first modulus of elasticity for providing the first shaft with a flexibility adapted to withstand shock loads associated with side impacts and resist deformation, wherein the axle shaft assembly further comprises a first splined end member and a hub flange the first splined end member engaged with the first end of the first shaft, and wherein the first splined end member is adapted to withstand a first rotational force from a drive system and transfer the first rotational force to the first shaft; and the hub flange engaged with the second end of the first shaft, and wherein the hub flange is adapted to withstand the first rotational force transferred from the first shaft; characterised in that the first splined end member and the hub flange are both formed from a second material having a second modulus of elasticity greater than the first modulus of elasticity.
Arrangement, comprising: a first turbomachine element having a first turbomachine element through-opening which comprises a slot; a second turbomachine element; a sliding element having a sliding element through-opening, which element is at least partially arranged in the first turbomachine element through-opening and is movably guided in the slot along an axis of movement perpendicular to the through-axis; a sleeve which passes through the sliding element through-opening along a through-axis; and a fastener, which passes through the sleeve, in order to fasten the sleeve to the second turbomachine element. a first turbomachine element having a first turbomachine element through-opening which comprises a slot; a second turbomachine element; a sliding element having a sliding element through-opening, which element is at least partially arranged in the first turbomachine element through-opening and is movably guided in the slot along an axis of movement perpendicular to the through-axis; a sleeve which passes through the sliding element through-opening along a through-axis; and a fastener, which passes through the sleeve, in order to fasten the sleeve to the second turbomachine element.
A coating composition, the coating composition comprising: (a) a first polyester material; (b) a second polyester material different from the first polyester material, wherein the second polyester material comprises the reaction product of a reaction mixture comprising: (i) a polyacid; (ii) a polyol; and (iii) a phosphorous acid; and (c) an acid-functional acrylic material, wherein the coating composition comprises at least 5 wt% of the acid-functional acrylic material based on the total solid weight of the coating composition. (a) a first polyester material; (b) a second polyester material different from the first polyester material, wherein the second polyester material comprises the reaction product of a reaction mixture comprising: (i) a polyacid; (ii) a polyol; and (iii) a phosphorous acid; and (i) a polyacid; (ii) a polyol; and (iii) a phosphorous acid; and (c) an acid-functional acrylic material,
A method of calculating an envelope amplitude in a fill level measurement by a level sensor, the method comprising the steps of: forming a bandpass-filtered intermediate frequency signal from a received signal of the level sensor; sampling at least a portion of the intermediate frequency signal at discrete points in time; converting the samples of the sampled intermediate frequency signal to digital samples; calculating a new value for a first digital sample of the digital samples by rotating the phase of the sample of the sampled portion of the intermediate frequency signal by a predetermined angle; calculating the envelope amplitude from the first digital sample and the new value calculated by rotating the phase. forming a bandpass-filtered intermediate frequency signal from a received signal of the level sensor; sampling at least a portion of the intermediate frequency signal at discrete points in time; converting the samples of the sampled intermediate frequency signal to digital samples; calculating a new value for a first digital sample of the digital samples by rotating the phase of the sample of the sampled portion of the intermediate frequency signal by a predetermined angle; calculating the envelope amplitude from the first digital sample and the new value calculated by rotating the phase.
A display device comprising: a display panel; a module cover disposed behind the display panel; a printed cricuit board, PCB, mounted on a rear surface of the module cover; a side bracket connected to a side of the PCB and restricted by the rear surface of the module cover; and a restriction member (70, 70') restricting the PCB and the side bracket to the module cover and grounding the PCB to the module cover, wherein the restriction member (70, 70') includes a head portion (71, 71') which is in contact with the PCB and restricts the side bracket; and a fastening portion extending from the head portion (71, 71') and fastened to the module cover; wherein a fixing recess in which a portion of the fastening portion is located is formed in the PCB; and wherein the side bracket includes a bracket body having a terminal hole corresponding to a terminal provided in the PCB; and a PCB connector protruding from the bracket body and restricted by the head portion (71, 71'). a display panel; a module cover disposed behind the display panel; a printed cricuit board, PCB, mounted on a rear surface of the module cover; a side bracket connected to a side of the PCB and restricted by the rear surface of the module cover; and a restriction member (70, 70') restricting the PCB and the side bracket to the module cover and grounding the PCB to the module cover, wherein the restriction member (70, 70') includes a head portion (71, 71') which is in contact with the PCB and restricts the side bracket; and a fastening portion extending from the head portion (71, 71') and fastened to the module cover; a head portion (71, 71') which is in contact with the PCB and restricts the side bracket; and a fastening portion extending from the head portion (71, 71') and fastened to the module cover; wherein a fixing recess in which a portion of the fastening portion is located is formed in the PCB; and wherein the side bracket includes a bracket body having a terminal hole corresponding to a terminal provided in the PCB; and a PCB connector protruding from the bracket body and restricted by the head portion (71, 71'). a bracket body having a terminal hole corresponding to a terminal provided in the PCB; and a PCB connector protruding from the bracket body and restricted by the head portion (71, 71').
A straightening apparatus for straightening body panels of a vehicle, which straightening apparatus includes a support beam, a straightening fastener fastened to the support beam which fastener is fastenable on the body panel of the vehicle, a transfer device for transferring the straightening fastener in relation to the vehicle to straighten the body panel, and at least two support elements (5, 6) to support the support beam during the straightening work, wherein the support beam includes a vertical beam and an extension beam telescopically and movably fastened to the vertical beam in its longitudinal direction, and the first support element is movably fastened to the vertical beam and the second support element is fastened to the extension beam, and the vertical beam is provided with wheels.
A synchronous spacing-changing conveyor device, comprising a base, wherein a first slideway and a second slideway are provided side by side on the base; a plurality of first sliding seats are slidably provided on the first slideway; a first tray is provided on each of the first sliding seats; a plurality of second sliding seats are slidably provided on the second slideway; a second tray is provided on each of the second sliding seats; one of the first sliding seats is connected to a first transmission belt; the first transmission belt is in transmission connection with a first power source; one of the second sliding seats is connected to a second transmission belt; and the second transmission belt is in transmission connection with a second power source; characterized in that the first sliding seat is connected to a first hinge shaft with a rotation axis provided on the first sliding seat; two cross-connecting rods are hinged crosswise on the first hinge shaft; the second sliding seat is connected to a second hinge shaft with a rotation axis provided on the second sliding seat; two cross-connecting rods are hinged crosswise on the second hinge shaft; cross-connecting rods on two adjacent first sliding seat and second sliding seat are hinged crosswise in one-to-one correspondence.
A tent frame for carrying a tent cloth comprising • at least five rods (2, 22, 32, 42, 52) each configured to have one end resting on a ground, to extend from that end convergingly towards a top of a said tent and to carry a tent cloth bearing outside thereon, and • an arrangement configured to interconnect said rods so as to hold them in a determined mutual position, characterized in that said arrangement comprises non-stretching elements (8, 18, 38, 48, 58) interconnecting every second said rod in the circumferential direction of said frame as seen from above so that each said rod will be internally passed by a said element interconnecting the two adjacent rods (2, 22, 32, 42, 52) on both sides thereof. • at least five rods (2, 22, 32, 42, 52) each configured to have one end resting on a ground, to extend from that end convergingly towards a top of a said tent and to carry a tent cloth bearing outside thereon, and • an arrangement configured to interconnect said rods so as to hold them in a determined mutual position,
An electromagnetic contactor, including an arc extinguishing chamber, inside which a contact mechanism is mounted, said contact mechanism having a pair of fixed contacts (111, 112) and a movable contact that is capable of coming into contact with the pair of fixed contacts (111, 112), wherein the arc extinguishing chamber has a plate-like fixed contact support insulating substrate having a pair of through holes (106, 107) in which the fixed contacts are fixed respectively, the arc extinguishing chamber including a metal rectangular cylindrical body, wherein the plate-like fixed contact support insulating substrate closes off an upper end of the metal rectangular cylindrical body, and wherein an insulating cylindrical body is disposed on the inner peripheral surface of the metal rectangular cylindrical body; characterized in that metal foils are formed on an upper surface side of the plate-like fixed contact support insulating substrate, by a metalizing process, which can be carried out in a condition in which the plate-like fixed contact support insulating substrate is arranged on a flat surface, at least around each of the through holes (106, 107) and in a position on a lower surface side of the plate-like fixed contact support insulating substrate that comes into contact with the metal rectangular cylindrical body, and the arc extinguishing chamber is arranged such that the pair of fixed contacts (111, 112) and the metal rectangular cylindrical body are brazed and joined to the metal foils of the fixed contact support insulating substrate.