mhurhangee/ep-ind-claims huggingface dataset:
An inductive coil assembly (500, 800a,b) for wireless charging, comprising: an insulating layer (306, 804) comprising a first surface and a second surface opposite the first surface,; a first conductive layer (504, 802) affixed to the first surface of the insulating layer and patterned to form a coil (504, 802) configured to transmit or receive power; a second conductive layer (508, 806) affixed to the second surface of the insulating layer and patterned to form a conductive trace element (508, 806), wherein the coil and the conductive trace element are electrically connected, characterised in that the insulating layer, the patterned first conductive layer, and the patterned second conductive layer have a concave bowl-like geometry. an insulating layer (306, 804) comprising a first surface and a second surface opposite the first surface,; a first conductive layer (504, 802) affixed to the first surface of the insulating layer and patterned to form a coil (504, 802) configured to transmit or receive power; a second conductive layer (508, 806) affixed to the second surface of the insulating layer and patterned to form a conductive trace element (508, 806), wherein the coil and the conductive trace element are electrically connected, characterised in that the insulating layer, the patterned first conductive layer, and the patterned second conductive layer have a concave bowl-like geometry.
Use of a compound of the formula (I-b-1) in combination with beneficial species from the family of the capsid bugs (Miridae) in crops such as cotton, pome fruit, stone fruit, vegetables, ornamental plants, conifers and spices for controlling animal pests.
A regenerative dialysis fluid system (10, 10a, 10b, 10c, 10d, 10e, 10f, 200) comprising: a dialysis unit (30, 30a, 30b, 30c) configured to generate used dialysis fluid including urea; a urea separation unit (20, 220) configured to separate at least a portion of the urea from the used dialysis fluid into a secondary fluid, the urea separation unit including a dialysis fluid chamber (22, 228), a urea chamber (24, 230) and a membrane (26, 224) separating the dialysis fluid chamber (22, 228) from the urea chamber (24, 230), wherein the membrane (26, 224) includes (i) a positive charge to prevent positive ions from transporting across the membrane (26, 224) between the dialysis fluid chamber (22, 228) and the urea chamber (24, 230) and (ii) a negative charge to prevent negative ions from transporting across the membrane (26, 224) between the dialysis fluid chamber (22, 228) and the urea chamber (24, 230), the dialysis fluid chamber (22, 228) receiving the used dialysis fluid generated by the dialysis unit (30, 30a, 30b, 30c), the urea chamber (24, 230) outputting the secondary fluid with urea; and a urea removal unit (40, 240) configured to remove at least a portion of the urea from the secondary fluid and return the secondary fluid to the urea separation unit (20, 220). a dialysis unit (30, 30a, 30b, 30c) configured to generate used dialysis fluid including urea; a urea separation unit (20, 220) configured to separate at least a portion of the urea from the used dialysis fluid into a secondary fluid, the urea separation unit including a dialysis fluid chamber (22, 228), a urea chamber (24, 230) and a membrane (26, 224) separating the dialysis fluid chamber (22, 228) from the urea chamber (24, 230), wherein the membrane (26, 224) includes (i) a positive charge to prevent positive ions from transporting across the membrane (26, 224) between the dialysis fluid chamber (22, 228) and the urea chamber (24, 230) and (ii) a negative charge to prevent negative ions from transporting across the membrane (26, 224) between the dialysis fluid chamber (22, 228) and the urea chamber (24, 230), the dialysis fluid chamber (22, 228) receiving the used dialysis fluid generated by the dialysis unit (30, 30a, 30b, 30c), the urea chamber (24, 230) outputting the secondary fluid with urea; and a urea removal unit (40, 240) configured to remove at least a portion of the urea from the secondary fluid and return the secondary fluid to the urea separation unit (20, 220).
Building closure having an insulating block for the insulating arrangement of the building closure on a building, wherein the insulating block is fastened externally to a frame of the building closure and, when seen in section, has an inner side fastened to the frame, an outer side remote from the frame, as well as an upper side connecting the inner side and the outer side and a lower side connecting the inner side and the outer side on the side remote from the upper side, wherein the lower side is present on the side of the insulating block facing the building, and the upper side is present on the side of the insulating block that is remote from the building, wherein the insulating block comprises a first part-region and a second part-region which, in a delivery state of the building closure, are releasably connected together via a connecting web which runs parallel to the frame and is in the form of a predetermined tear element, wherein there is formed parallel to the connecting web at least one parting line separating the first part-region and the second part-region from one another, characterised in that the parting line - again when seen in section - extends starting from the connecting web in the direction towards the outer side of the insulating block and is angled in the direction towards the lower side.
A method for bus bridging a local control network in chassis based systems that support the module bus communication protocol, the method comprising: providing a bus interface device communicatively coupled between at least one module bus and at least one advanced extensible interface 'AXI' bus for translating bus requests between said module bus and said AXI bus, said bus interface device including logic, wherein said logic is configured to: receive (304, 354) a read/write 'R/W' request that is one of the module bus communication protocol 'module bus protocol R/W request' and an AXI bus protocol 'AXI bus protocol R/W request'; buffer (306, 356) said R/W request to provide a bufered R/W request; translate, said buffered R/W request to a first AXI protocol conforming request if said buffered R/W request is said module bus protocol R/W request and translate, said buffered R/W request to a first module bus protocol conforming request if said buffered R/W request is said AXI bus protocol R/W request,; and transmit (312, 362) said first AXI protocol conforming request to said AXI bus or said first module bus protocol conforming request to said module bus. receive (304, 354) a read/write 'R/W' request that is one of the module bus communication protocol 'module bus protocol R/W request' and an AXI bus protocol 'AXI bus protocol R/W request'; buffer (306, 356) said R/W request to provide a bufered R/W request; translate, said buffered R/W request to a first AXI protocol conforming request if said buffered R/W request is said module bus protocol R/W request and translate, said buffered R/W request to a first module bus protocol conforming request if said buffered R/W request is said AXI bus protocol R/W request,; and transmit (312, 362) said first AXI protocol conforming request to said AXI bus or said first module bus protocol conforming request to said module bus.
A process for applying granular material on at least one outer side of a foodstuff product, comprising the steps of: - providing a mould (2; 102) having a mould cavity (S; S') that is delimited, at least partially, by at least one mobile wall (22B; 106); - positioning the product in said mould cavity by setting said outer side in a position facing and at a distance from said mobile wall (22B, 106); - introducing granular material in the gap (24; 112) comprised between said mobile wall (22B; 106) and said outer side of said product; and - moving said mobile wall (22B; 106) towards said outer side of said product so that it comes to press said granular material against said outer side of said product. - providing a mould (2; 102) having a mould cavity (S; S') that is delimited, at least partially, by at least one mobile wall (22B; 106); - positioning the product in said mould cavity by setting said outer side in a position facing and at a distance from said mobile wall (22B, 106); - introducing granular material in the gap (24; 112) comprised between said mobile wall (22B; 106) and said outer side of said product; and - moving said mobile wall (22B; 106) towards said outer side of said product so that it comes to press said granular material against said outer side of said product.
A method for wireless communication by a user equipment, UE, comprising: receiving a preemption indication, from a base station, indicating one or more code block groups, CBGs, affected by downlink physical resource preemption; receiving a downlink control information, DCI, transmission scheduling a subsequent transmission of the one or more CBGs and including a checksum generated as a function of the preemption indication; reconfirming the one or more CBGs affected by downlink physical resource preemption based on a comparison of the received checksum and a checksum generated based on the received preemption indication; and processing the subsequent transmission of the one or more CBGs based on the reconfirmation. receiving a preemption indication, from a base station, indicating one or more code block groups, CBGs, affected by downlink physical resource preemption; receiving a downlink control information, DCI, transmission scheduling a subsequent transmission of the one or more CBGs and including a checksum generated as a function of the preemption indication; reconfirming the one or more CBGs affected by downlink physical resource preemption based on a comparison of the received checksum and a checksum generated based on the received preemption indication; and processing the subsequent transmission of the one or more CBGs based on the reconfirmation.
A clamping nut for connecting a hose to a hose connector for mounting a spraying device, wherein the clamping nut comprises a ground positioning portion con-figured to position the clamping nut on a surface, particularly a garden surface, wherein the clamping nut is directly attachable to the hose connector, characterized in that the clamping nut has an elongated shape configured such that in a state where said hose is connected to said hose connector, said hose extends longitudinally, particularly substantially parallel, along at least a part of the ground positioning portion of the elongated shaped clamping nut.
A computer-implemented method of processing an image having a first set of pixels, the method comprising: generating a depth map of the image, the depth map including a second set of pixel values representative of distances of objects (53, 55) in the image;identifying a plurality of different depths at which objects are located in the image based on the depth map; using the depth map to determine a relative distance between one identified depth in the plurality of different depths and each of the other identified depths in the plurality of different depths; ordering the second set of pixel values associated with the determined relative distance for each depth in a descending order from a farthest relative distance to a closest relative distance as measured from the identified depth; and blurring pixels in the first set of pixels based on each determined relative distance, wherein the pixels in the first set of pixels are iteratively blurred in the descending order from a farthest relative distance to a closest relative distance, wherein, for each iteration, blurring the pixels in the first set of pixels occurs in pixels associated with one determined relative distance and in pixels having a farther relative distance to the one determined relative distance. generating a depth map of the image, the depth map including a second set of pixel values representative of distances of objects (53, 55) in the image;identifying a plurality of different depths at which objects are located in the image based on the depth map; using the depth map to determine a relative distance between one identified depth in the plurality of different depths and each of the other identified depths in the plurality of different depths; ordering the second set of pixel values associated with the determined relative distance for each depth in a descending order from a farthest relative distance to a closest relative distance as measured from the identified depth; and blurring pixels in the first set of pixels based on each determined relative distance, wherein the pixels in the first set of pixels are iteratively blurred in the descending order from a farthest relative distance to a closest relative distance, wherein, for each iteration, blurring the pixels in the first set of pixels occurs in pixels associated with one determined relative distance and in pixels having a farther relative distance to the one determined relative distance.
A dispensing device for a dental substance, comprising: - a body formed in a single piece connecting a first passageway and a second passageway, the first passageway extending along a first path, and the second passageway extending along a second path, wherein the second passageway forms an undercut with respect to the first passageway; - the body comprising a nozzle having a dispensing end, wherein the second passageway extends into the nozzle and tapers toward the dispensing end, characterized in that - the dispensing device further has a cover layer which is connected to the body. - a body formed in a single piece connecting a first passageway and a second passageway, the first passageway extending along a first path, and the second passageway extending along a second path, wherein the second passageway forms an undercut with respect to the first passageway; - the body comprising a nozzle having a dispensing end, wherein the second passageway extends into the nozzle and tapers toward the dispensing end, characterized in that - the dispensing device further has a cover layer which is connected to the body.
A coating composition comprising a bisphenol A-free microgel, wherein the microgel is prepared by mixing a carboxyl functional polymer and a hybrid crosslinker system and inverting the mixture into water, wherein the hybrid crosslinker system comprises: a) a first crosslinker comprising a bisphenol A-free epoxy resin; and b) a second crosslinker comprising a thermally active crosslinker able to crosslink the coating at heating temperatures ranging from 120 to 275°C, wherein the second crosslinker comprises a phenolic compound which is the reaction product of phenol or a substituted phenol with formaldehyde, urea formaldehyde, an oxazoline compound, a blocked isocyanate, a melamine compound, or a mixture of the foregoing, and wherein the microgel is formed from the reaction of the carboxyl groups of the carboxyl functional polymer and the first crosslinker. a) a first crosslinker comprising a bisphenol A-free epoxy resin; and b) a second crosslinker comprising a thermally active crosslinker able to crosslink the coating at heating temperatures ranging from 120 to 275°C, wherein the second crosslinker comprises a phenolic compound which is the reaction product of phenol or a substituted phenol with formaldehyde, urea formaldehyde, an oxazoline compound, a blocked isocyanate, a melamine compound, or a mixture of the foregoing,
Device, comprising: - a housing; - a shaft mounted rotatably in or on the housing and having at least one shaft end extending through a side wall of the housing; - first discs (31, 32, 33) coupled to the rotatable shaft and comprising radially segmented two or more magnetic segments (41, 42, 43, 44, 45, 46) comprising first magnets; and - second discs (21, 22, 23, 24) coupled to the housing comprising radially segmented second magnetic segments (61, 62, 63, 64, 65, 66) extending between the first magnetic segments in radial direction and which are provided with second magnets, wherein the first magnets are permanent magnetic segments the second magnets are electromagnets, wherein a pole direction between a magnetic north pole and a magnetic south pole of each of the first and second magnets are directed along the rotatable shaft, wherein adjacent magnetic segments (41, 42, 43, 44, 45, 46) of each of the first discs (31, 32, 33) have an opposite polarity, wherein the second magnets of each of the second discs (21, 22, 23, 24) are radially offset relative to second magnets of adjacent second discs (21, 22, 23, 24), characterized in that the first discs (31, 32, 33) and the second discs (21, 22, 23, 24) are alternately placed adjacent of each other along the shaft. - a housing; - a shaft mounted rotatably in or on the housing and having at least one shaft end extending through a side wall of the housing; - first discs (31, 32, 33) coupled to the rotatable shaft and comprising radially segmented two or more magnetic segments (41, 42, 43, 44, 45, 46) comprising first magnets; and - second discs (21, 22, 23, 24) coupled to the housing comprising radially segmented second magnetic segments (61, 62, 63, 64, 65, 66) extending between the first magnetic segments in radial direction and which are provided with second magnets,
A compound represented by a formula: Wherein each of Cy 1, Cy 2, Cy 3, Cy 4, and Cy 5 is p -phenylene independently substituted with H, F, methyl, ethyl, propyl, or isopropyl; Cy 6 is phenyl optionally substituted with H, F, methyl, ethyl, propyl, or isopropyl; Cy 7 is phenyl or naphthalenyl optionally substituted with H, F, methyl, ethyl, propyl, or isopropyl, wherein Cy 6 and Cy 7 optionally link together to form a fused tricyclic ring system comprising the N to which they are attached; and Cy 8 is 1-phenyl-1 H-benzo[d]imidazol-2-yl optionally substituted with H, F, methyl, ethyl, propyl, or isopropyl. Wherein each of Cy 1, Cy 2, Cy 3, Cy 4, and Cy 5 is p -phenylene independently substituted with H, F, methyl, ethyl, propyl, or isopropyl; Cy 6 is phenyl optionally substituted with H, F, methyl, ethyl, propyl, or isopropyl; Cy 7 is phenyl or naphthalenyl optionally substituted with H, F, methyl, ethyl, propyl, or isopropyl, wherein Cy 6 and Cy 7 optionally link together to form a fused tricyclic ring system comprising the N to which they are attached; and Cy 8 is 1-phenyl-1 H-benzo[d]imidazol-2-yl optionally substituted with H, F, methyl, ethyl, propyl, or isopropyl.
An ex vivo method of recellularizing a tissue or organ matrix, comprising the steps of: a) providing a decellularized matrix of a mammalian organ or vascularized tissue, wherein said matrix of said organ comprises an intact organ capsule, wherein said matrix of said organ or tissue comprises a vascular system, wherein when fluid is introduced to one entry point of said vascular system of said decellularized matrix, and exits through a different route; and b) reendothelializing the tissue or organ matrix by perfusing, in antegrade and retrograde directions, the decellularized vascular system of the tissue or organ matrix with a composition comprising a substantially pure population of endothelial cells or endothelial progenitor cells. a) providing a decellularized matrix of a mammalian organ or vascularized tissue, wherein said matrix of said organ comprises an intact organ capsule, wherein said matrix of said organ or tissue comprises a vascular system, wherein when fluid is introduced to one entry point of said vascular system of said decellularized matrix, and exits through a different route; and b) reendothelializing the tissue or organ matrix by perfusing, in antegrade and retrograde directions, the decellularized vascular system of the tissue or organ matrix with a composition comprising a substantially pure population of endothelial cells or endothelial progenitor cells.
Commercial vehicle body comprising a commercial vehicle chassis, at least one corner stanchion fixed to the commercial vehicle chassis, and a sliding tarpaulin unit which is connected to a tarpaulin tensioning profile, in particular a tarpaulin tensioning tube, a securing device having a securing element being associated with the tarpaulin tensioning profile, which securing device can be transferred from a release position into an operating position which secures the tarpaulin tensioning profile in the tensioned state of the sliding tarpaulin unit, the commercial vehicle structure being characterized in that the securing element is designed as a safety body which is immovably connected to the tarpaulin tensioning profile and which, with a movement of the tarpaulin tensioning profile out of the release position, can be automatically transferred into the securing operating position within slot openings (16, 17) formed in the corner stanchion and in a commercial vehicle chassis part, in which position the securing body secures the tarpaulin tensioning profile against an upward movement coaxially to its longitudinal extension, and in that the securing body, in the operating position securing the tarpaulin tensioning profile, is in each case located in a first slot opening, which is located in the commercial vehicle chassis part, and a second slot opening formed in the corner stanchion, and in that the slot opening in the commercial vehicle driver part and the slot opening in the corner stanchion are aligned with one another.
A communication method for a mobile ad-hoc communication network comprising at least one first user having access to a mobile telecommunication network and at least one second user, wherein said first user provides access to the mobile telecommunication network to said second user, and wherein authentication, authorization and accounting tasks are realized within said mobile ad-hoc communication network under the regulation of the mobile telecommunication network.
A method for fermenting stalks of the Poaceae family, said method comprising the steps of: (a) providing stalks of the Poaceae family, wherein said stalks have an average length greater than 100 mm, and wherein said stalks have an average initial moisture content between 25% and 80%; (b) compressing said stalks between rollers while said stalks are submerged in an aqueous reagent solution, wherein said rollers compress the average diameter of said stalks by between 20% and 90%, and wherein said aqueous reagent solution contains one or more fermentation organisms selected from the group consisting of yeasts, lactic acid bacteria, acetic acid bacteria, and combinations thereof; (c) removing said stalks from said aqueous reagent solution, wherein said stalks retain at least a portion of said one or more fermentation organisms; and (d) fermenting said stalks for a fermentation time to produce fermentation products within said stalks. (a) providing stalks of the Poaceae family, wherein said stalks have an average length greater than 100 mm, and wherein said stalks have an average initial moisture content between 25% and 80%; (b) compressing said stalks between rollers while said stalks are submerged in an aqueous reagent solution, wherein said rollers compress the average diameter of said stalks by between 20% and 90%, and wherein said aqueous reagent solution contains one or more fermentation organisms selected from the group consisting of yeasts, lactic acid bacteria, acetic acid bacteria, and combinations thereof; (c) removing said stalks from said aqueous reagent solution, wherein said stalks retain at least a portion of said one or more fermentation organisms; and (d) fermenting said stalks for a fermentation time to produce fermentation products within said stalks.