mhurhangee/ep-ind-claims huggingface dataset:
Fixing arrangement for fixing concrete guardrail elements to each other, which fixing arrangement comprises: anchorage parts that is fittable onto the face-to-face ends of the guardrail elements to be joined, and a joint part that is fittable into the anchorage parts, wherein each anchorage part comprises two side walls, between which a joint part is fittable, and a roof connecting the side walls, on the underside of which roof is arranged a support member, behind which the joint part is fittable, and which anchorage part comprises a front wall to which the side walls are connected, which front wall has an aperture via which the joint part is fittable into the anchorage part between the side walls, characterized in that the joint part comprises a hole, into which a pin is fittable, the pin being fitted to rest on the front wall when the joint part is pushed into the anchorage part.
Method for recognizing a passage water through or a high water level for a vehicle which, for its drive, has an internal combustion engine with an exhaust train, in which the functionality of an exhaust purification system is monitored or controlled with at least one exhaust sensor, and the exhaust sensor is operated at high temperatures, at least at times, and, because of the design, exhibits thermal shock sensitivity, characterized in that a wading recognition criterion is determined on the basis of one or more distance sensors and, at critical values of the water level which are predicted or have already been reached, protective measures for the exhaust purification system of the vehicle or for the exhaust sensor(s) arranged in the exhaust duct are initiated, and in that, as a protective measure, switching off or reducing sensor heating of the exhaust sensor or engine-internal measures for lowering the temperature in the exhaust tract of the internal combustion engine are initiated.
A refrigerator comprising: a cabinet having a storage chamber therein; a pair of guide members respectively mounted to opposite sides of the storage chamber, each guide member includes a guide slot and a guide groove, wherein the guide slot is vertically elongate, and the guide groove includes a vertical portion and a horizontal portion at an end of the vertical portion; a shelf mounted between the guide members to be vertically movable; a rotating shaft rotatably mounted beneath the shelf and arranged to be received by the guide slots such that the rotating shaft is guidable along the guide slots of the guide members; pinions respectively provided at opposite ends of the rotating shaft the pinions arranged to rotate with the rotating shaft; rack gears vertically mounted on the guide members and arranged to couple to the pinions, respectively; and a connecting device arranged to transmit a force, to vertically move a front half portion of the shelf, to a rear half portion of the shelf such that the shelf is vertically movable while being maintained in a horizontal state, characterized in that a pair of switch members respectively mounted at opposite sides of the shelf, to be movable in a forward direction and a rearward direction with respect to the shelf, each of the switch members including a body and a first protrusion protruding from the body and arranged to insert into the guide groove of a corresponding guide member such that each switch member is guidable along the guide groove of the corresponding guide member; and the connecting device includes: a second protrusion protruding from a rear portion of the body of each switch member, and a second guide groove at a rear portion of the guide member corresponding to the switch member. a cabinet having a storage chamber therein; a pair of guide members respectively mounted to opposite sides of the storage chamber, each guide member includes a guide slot and a guide groove, wherein the guide slot is vertically elongate, and the guide groove includes a vertical portion and a horizontal portion at an end of the vertical portion; a shelf mounted between the guide members to be vertically movable; a rotating shaft rotatably mounted beneath the shelf and arranged to be received by the guide slots such that the rotating shaft is guidable along the guide slots of the guide members; pinions respectively provided at opposite ends of the rotating shaft the pinions arranged to rotate with the rotating shaft; rack gears vertically mounted on the guide members and arranged to couple to the pinions, respectively; and a connecting device arranged to transmit a force, to vertically move a front half portion of the shelf, to a rear half portion of the shelf such that the shelf is vertically movable while being maintained in a horizontal state, a second protrusion protruding from a rear portion of the body of each switch member, and a second guide groove at a rear portion of the guide member corresponding to the switch member.
A camera unit comprising: a housing; a pan stage disposed inside the housing and rotatable relative to the housing about a pan axis; a camera lens assembly coupled to the pan stage; and a slip ring assembly having a slip ring stator fixedly coupled to the pan stage at a location offset from the pan axis, wherein the slip ring assembly further includes a slip ring rotor, a carrier element, and a track, the slip ring rotor fixedly coupled to the carrier element and the carrier element slidably coupled to the track, wherein the track is pivotally coupled to the housing, and wherein the carrier element is slidably disposed in a linear direction along the track. a housing; a pan stage disposed inside the housing and rotatable relative to the housing about a pan axis; a camera lens assembly coupled to the pan stage; and a slip ring assembly having a slip ring stator fixedly coupled to the pan stage at a location offset from the pan axis, wherein the slip ring assembly further includes a slip ring rotor, a carrier element, and a track, the slip ring rotor fixedly coupled to the carrier element and the carrier element slidably coupled to the track, wherein the track is pivotally coupled to the housing, and wherein the carrier element is slidably disposed in a linear direction along the track.
Device for synchronising at least two variable frequency DC/DC converters (5A, 5B), the device for synchronising comprising: • receiving means (21A, 21B, 23A, 23B) for receiving a switching signal generated by each one of the converters; • means for detecting a transition type of the received switching signals including an OR circuit; • means for generating a synchronisation signal when a transition is detected; and • means (27, S1, S2) for supplying the synchronisation signal to one of the converters (5A, 5B), characterised by the fact that said means (27, S1, S2) are configured to supply the synchronisation signal to a different converter (5A, 5B) and in an order of succession each time a positive transition is detected. • receiving means (21A, 21B, 23A, 23B) for receiving a switching signal generated by each one of the converters; • means for detecting a transition type of the received switching signals including an OR circuit; • means for generating a synchronisation signal when a transition is detected; and • means (27, S1, S2) for supplying the synchronisation signal to one of the converters (5A, 5B), characterised by the fact that said means (27, S1, S2) are configured to supply the synchronisation signal to a different converter (5A, 5B) and in an order of succession each time a positive transition is detected.
A cleansing bar comprising a) clay and talc, wherein a total amount of clay and talc is present in an amount that is greater than any other material in the cleansing bar, b) surfactant, and c) a binder present in an amount to structure the cleansing bar into a bar, wherein the binder comprises hydrogenated soybean oil and palm kernel oil, d) optionally wherein the cleansing bar comprises: 40 to 60 weight% clay, 10 to 15 weight% talc, 12 to 20 weight % surfactant, 4 to 5 weight % hydrogenated soybean oil, and 2 to 3 weight% palm kernel oil. a) clay and talc, wherein a total amount of clay and talc is present in an amount that is greater than any other material in the cleansing bar, b) surfactant, and c) a binder present in an amount to structure the cleansing bar into a bar, wherein the binder comprises hydrogenated soybean oil and palm kernel oil, d) optionally wherein the cleansing bar comprises: 40 to 60 weight% clay, 10 to 15 weight% talc, 12 to 20 weight % surfactant, 4 to 5 weight % hydrogenated soybean oil, and 2 to 3 weight% palm kernel oil.
An article comprising: a substrate comprising a ceramic or a ceramic matrix composite; a diffusion barrier layer on the substrate, wherein the diffusion barrier comprises at least one metal selected from the group consisting of molybdenum metal, tantalum metal, tungsten metal, and niobium metal; a bond layer on the diffusion barrier layer, wherein the bond layer comprises silicon metal; and a stabilizing layer comprising at least one silicide selected from the group consisting of MoSi 2, TaSi 2, WSi 2, and NbSi 2, wherein the stabilizing layer is between the diffusion barrier layer and the bond layer. a substrate comprising a ceramic or a ceramic matrix composite; a diffusion barrier layer on the substrate, wherein the diffusion barrier comprises at least one metal selected from the group consisting of molybdenum metal, tantalum metal, tungsten metal, and niobium metal; a bond layer on the diffusion barrier layer, wherein the bond layer comprises silicon metal; and a stabilizing layer comprising at least one silicide selected from the group consisting of MoSi 2, TaSi 2, WSi 2, and NbSi 2, wherein the stabilizing layer is between the diffusion barrier layer and the bond layer.
A surgical instrument (10, 110) comprising: a shaft (12, 112) extending axially between a proximal end and a distal end, said shaft including a vibration conversion mechanism; and an ultrasonic tip (16, 116) coupled to the distal end of said shaft (12, 112) and configured for delivering at least torsional vibration to a target site, said ultrasonic tip having a head portion (32, 132) extending axially along an axial axis (37, 137) to a distal end (38, 138), said head portion including inner and outer circumferential surfaces and a plurality of teeth (34, 134) separated by a plurality of slots (36, 136) extending between said inner and outer circumferential surfaces, characterized in that: each tooth (34, 134) comprises a side cutting edge (40, 140) having a positive rake angle, said side cutting edge (40, 140) defined between said outer circumferential surface of said head portion (32, 132) and a side surface of said slot (36, 136), said side surface of said slot (36, 136) extending between said inner and outer circumferential surfaces of the head portion (32, 132). a shaft (12, 112) extending axially between a proximal end and a distal end, said shaft including a vibration conversion mechanism; and an ultrasonic tip (16, 116) coupled to the distal end of said shaft (12, 112) and configured for delivering at least torsional vibration to a target site, said ultrasonic tip having a head portion (32, 132) extending axially along an axial axis (37, 137) to a distal end (38, 138), said head portion including inner and outer circumferential surfaces and a plurality of teeth (34, 134) separated by a plurality of slots (36, 136) extending between said inner and outer circumferential surfaces, characterized in that: each tooth (34, 134) comprises a side cutting edge (40, 140) having a positive rake angle, said side cutting edge (40, 140) defined between said outer circumferential surface of said head portion (32, 132) and a side surface of said slot (36, 136), said side surface of said slot (36, 136) extending between said inner and outer circumferential surfaces of the head portion (32, 132).
A crop management system for processing crop material positioned on a field, the crop management system comprising: a first field sensor in a fixed location relative to the field and configured to detect one or more parameters of the crop material at a first location and to output a first signal representative of the detected one or more parameters at the first location; a second field sensor in a fixed location relative to the field and configured to detect one or more parameters of the crop material at a second location different than the first location and to output a second signal representative of the detected one or more parameters at the second location; and a data processor in operable communication with the first sensor and the second sensor and configured to receive the first signal and the second signal, and wherein the data processor is also configured to compile the data representative of the one or more parameters of the crop material at the first and second locations with corresponding position data to determine the timing and location of a processing process. a first field sensor in a fixed location relative to the field and configured to detect one or more parameters of the crop material at a first location and to output a first signal representative of the detected one or more parameters at the first location; a second field sensor in a fixed location relative to the field and configured to detect one or more parameters of the crop material at a second location different than the first location and to output a second signal representative of the detected one or more parameters at the second location; and a data processor in operable communication with the first sensor and the second sensor and configured to receive the first signal and the second signal, and wherein the data processor is also configured to compile the data representative of the one or more parameters of the crop material at the first and second locations with corresponding position data to determine the timing and location of a processing process.
A method of controlling a printer comprising: receiving a plurality of contone values for an image to be formed by the printer; receiving data identifying malfunctioning inkjets in the printer; modifying (220, 224) contone values within the plurality of contone values that are positioned about each contone pixel corresponding to one of the malfunctioning inkjets identified by the received data to produce modified contone values for the image to be formed by the printer; rendering the modified contone values and the contone values in the plurality of contone values to produce rendered data; and operating inkjets within the printer with reference to the rendered data to eject ink and form the image, characterised in that the method further comprising: identifying a compensation level for each contone pixel corresponding to one of the malfunctioning inkjets, the identification of the compensation level for each contone pixel corresponding to one of the malfunctioning inkjets further comprising: identifying a contone value for each color space component in the compensation level for each contone pixel corresponding to one of the malfunctioning inkjets with reference to a contone value corresponding to the contone values positioned about the contone pixel corresponding to one of the malfunctioning inkjets. receiving a plurality of contone values for an image to be formed by the printer; receiving data identifying malfunctioning inkjets in the printer; modifying (220, 224) contone values within the plurality of contone values that are positioned about each contone pixel corresponding to one of the malfunctioning inkjets identified by the received data to produce modified contone values for the image to be formed by the printer; rendering the modified contone values and the contone values in the plurality of contone values to produce rendered data; and operating inkjets within the printer with reference to the rendered data to eject ink and form the image, characterised in that the method further comprising: identifying a compensation level for each contone pixel corresponding to one of the malfunctioning inkjets, the identification of the compensation level for each contone pixel corresponding to one of the malfunctioning inkjets further comprising: identifying a contone value for each color space component in the compensation level for each contone pixel corresponding to one of the malfunctioning inkjets with reference to a contone value corresponding to the contone values positioned about the contone pixel corresponding to one of the malfunctioning inkjets.
Apparatus for treating a condition of a human, comprising: an appendage chamber having an upper portion, a lower portion, and an appendage opening; a thermal exchange member disposed within the lower portion of the appendage chamber; a pressure sensor for measuring a pressure of an appendage against the thermal exchange member where the pressure sensor is disposed under the thermal exchange member; a vacuum source coupled to the appendage chamber being adapted to create a vacuum in the appendage chamber using the vacuum source to induce vasodilation within the appendage; a heating or cooling source coupled to the thermal exchange member; and a programmable controller configured to monitor the pressure measured using the pressure sensor, to control the application of vacuum to the appendage chamber, and to control heating or cooling of the thermal exchange member to effect normothermic heating or cooling responsive to a preselected therapy regime. an appendage chamber having an upper portion, a lower portion, and an appendage opening; a thermal exchange member disposed within the lower portion of the appendage chamber; a pressure sensor for measuring a pressure of an appendage against the thermal exchange member where the pressure sensor is disposed under the thermal exchange member; a vacuum source coupled to the appendage chamber being adapted to create a vacuum in the appendage chamber using the vacuum source to induce vasodilation within the appendage; a heating or cooling source coupled to the thermal exchange member; and a programmable controller configured to monitor the pressure measured using the pressure sensor, to control the application of vacuum to the appendage chamber, and to control heating or cooling of the thermal exchange member to effect normothermic heating or cooling responsive to a preselected therapy regime.
A method for producing a Wnt protein-afamin complex-containing culture supernatant, the method comprising the steps of: a) culturing Wnt protein-expressing cells in a culture medium containing a purified afamin or a recombinant afamin; or co-culturing Wnt protein-expressing cells and recombinant afamin-expressing cells; or culturing cells expressing both a Wnt protein and afamin; and b) obtaining the culture supernatant, wherein a serum-free culture medium is used for the culturing or the co-culturing. a) culturing Wnt protein-expressing cells in a culture medium containing a purified afamin or a recombinant afamin; or co-culturing Wnt protein-expressing cells and recombinant afamin-expressing cells; or culturing cells expressing both a Wnt protein and afamin; and co-culturing Wnt protein-expressing cells and recombinant afamin-expressing cells; or culturing cells expressing both a Wnt protein and afamin; and b) obtaining the culture supernatant, wherein a serum-free culture medium is used for the culturing or the co-culturing.
A split control unit (100, 200) to provide a continuous cooling flow in a distributed flow system, wherein the split control unit controls a split of an inlet flow by metering a portion of the inlet flow to a first fuel manifold and passing a remainder of the inlet flow to a second manifold, wherein the first manifold (102, 202) has flow lines to supply fuel to one or more primary nozzles (106, 206) and the second manifold has flow lines to supply fuel to one or more secondary nozzles, the split control unit comprising: a flow inlet configured to receive the inlet fuel flow, wherein the flow inlet is in fluid communication with the second manifold to pass the remainder of the inlet flow to the second manifold; a metering valve (118, 218) having a first, inlet port in fluid communication with the flow inlet and with the second manifold, the metering valve configured to supply a metered fuel flow to the first manifold; and a flow passage in fluid communication with, and running between, a flow line of the flow lines of the first manifold and a flow line of the flow lines of the second manifold to allow for a continuous cooling flow of fuel in the second manifold to the first manifold when all of the one or more secondary nozzles are closed. a flow inlet configured to receive the inlet fuel flow, wherein the flow inlet is in fluid communication with the second manifold to pass the remainder of the inlet flow to the second manifold; a metering valve (118, 218) having a first, inlet port in fluid communication with the flow inlet and with the second manifold, the metering valve configured to supply a metered fuel flow to the first manifold; and a flow passage in fluid communication with, and running between, a flow line of the flow lines of the first manifold and a flow line of the flow lines of the second manifold to allow for a continuous cooling flow of fuel in the second manifold to the first manifold when all of the one or more secondary nozzles are closed.
A cathode active material comprising: (a) lithium-containing composite oxide particles capable of lithium intercalation/deintercalation; and (b) a multinary oxide coating layer partially or totally formed on the surface of the lithium-containing composite oxide particles, wherein the multinary oxide coating layer comprises a compound represented by the following formula 1: [Formula 1] Al 1-a P a X b O 4-b wherein X is Br, 0<a<1 and 0<b<1. (a) lithium-containing composite oxide particles capable of lithium intercalation/deintercalation; and (b) a multinary oxide coating layer partially or totally formed on the surface of the lithium-containing composite oxide particles, wherein the multinary oxide coating layer comprises a compound represented by the following formula 1: [Formula 1] Al 1-a P a X b O 4-b wherein X is Br, 0<a<1 and 0<b<1.
A method for transmitting a backhaul subframe control channel on a backhaul link, comprising: arranging control resources for at least one receiver, the control resources comprising fixed position control resources and time-varying control resources; sorting the control resources and remaining null resources after arranging the control resource, in a control channel region for a relay; changing positions of the fixed position control resources and the null resources through deinterleaving in advance, and separating the control resources and the null resources through interleaving; and rearranging the control resources to be mapped in a first region of the control channel region and the null resources to be mapped in a second region of the control channel region separated from the first region at the edge of the control channel region, the second region being usable for other receivers. arranging control resources for at least one receiver, the control resources comprising fixed position control resources and time-varying control resources; sorting the control resources and remaining null resources after arranging the control resource, in a control channel region for a relay; changing positions of the fixed position control resources and the null resources through deinterleaving in advance, and separating the control resources and the null resources through interleaving; and rearranging the control resources to be mapped in a first region of the control channel region and the null resources to be mapped in a second region of the control channel region separated from the first region at the edge of the control channel region, the second region being usable for other receivers.