mhurhangee/patent-ind-claim-en huggingface dataset:
An automobile trouble diagnosis method, characterized by comprising: obtaining at least two diagnostic trouble codes, DTCs; determining whether there are associated DTCs in the at least two DTCs according to a mapping relationship in a preset association list; if there are associated DTCs in the at least two DTCs, grouping the at least two DTCs to obtain DTC groups according to a DTC association; ranking the DTCs in each DTC group respectively; whereby the ranking comprises: determining DTCs from each DTC group that are ranked within a preset ranking range as main DTCs; ranking the main DTCs according to a first priority of a system to which each of the at least two DTCs belongs and a second priority of each of the main DTCs in the system to obtain a first ranking result; and outputting the first ranking result to an electronic device. obtaining at least two diagnostic trouble codes, DTCs; determining whether there are associated DTCs in the at least two DTCs according to a mapping relationship in a preset association list; if there are associated DTCs in the at least two DTCs, grouping the at least two DTCs to obtain DTC groups according to a DTC association; ranking the DTCs in each DTC group respectively; whereby the ranking comprises: determining DTCs from each DTC group that are ranked within a preset ranking range as main DTCs; ranking the main DTCs according to a first priority of a system to which each of the at least two DTCs belongs and a second priority of each of the main DTCs in the system to obtain a first ranking result; and outputting the first ranking result to an electronic device. determining DTCs from each DTC group that are ranked within a preset ranking range as main DTCs; ranking the main DTCs according to a first priority of a system to which each of the at least two DTCs belongs and a second priority of each of the main DTCs in the system to obtain a first ranking result; and outputting the first ranking result to an electronic device.
Capsule for beverages comprising a casing in turn comprising: a base wall and a side wall defining a cavity suitable for containing an initial product (P) to be combined with a fluid (F) to obtain an end product, and moreover an edge extending from said side wall ; wherein said capsule further comprises a cover element fixed to said edge to close said cavity hermetically, said cover element being perforable by extracting means of a dispensing machine in which said capsule is usable, said casing being made by forming a sheet of thermoformable plastic material and said edge comprising a sealing element comprising at least one protrusion facing said base wall which is also obtainable by said forming and defines at least one further cavity characterised in that said further cavity is open in a direction opposite said base wall and in that a thickness of a bottom of said cavity , consisting of a base wall of said protrusion , is comprised between 0.15 mm and 0.90 mm.
An electrical component module attachable to a machine section provided behind a service panel arranged on a front side of an outdoor unit of an air conditioner including a refrigerant pipe , the electrical component module comprising: a control unit that controls the air conditioner; a fixed plate on which the control unit is mounted, the fixed plate being arranged to have a front surface facing a direction toward the service panel ; a cooler that is attachable to a part of the refrigerant pipe and is arranged on a back surface side of the fixed plate ; wherein the control unit includes a printed circuit board on which a power device is mounted, and the power device is thermally coupled with the cooler , the electrical component module further comprises a partition plate for being attached to the outdoor unit to partition between the machine section and a heat exchange section , U characterized in that a first frame is attached to one end portion of the fixed plate ; and a second frame is attached to another end portion of the fixed plate , and the cooler is attached to bridge between the first frame and the second frame , and one end of the first frame and one end of the second frame are attached to the partition plate and another end of the first frame and another end of the second frame are attached to the cooler . a control unit that controls the air conditioner; a fixed plate on which the control unit is mounted, the fixed plate being arranged to have a front surface facing a direction toward the service panel ; a cooler that is attachable to a part of the refrigerant pipe and is arranged on a back surface side of the fixed plate ; wherein the control unit includes a printed circuit board on which a power device is mounted, and the power device is thermally coupled with the cooler , the electrical component module further comprises a partition plate for being attached to the outdoor unit to partition between the machine section and a heat exchange section , U characterized in that a first frame is attached to one end portion of the fixed plate ; and a second frame is attached to another end portion of the fixed plate , and the cooler is attached to bridge between the first frame and the second frame , and one end of the first frame and one end of the second frame are attached to the partition plate and another end of the first frame and another end of the second frame are attached to the cooler .
A clamping die for engagement with a cylindrical body , which clamping die includes a clamping face that is arranged to be able to extend in parallel with the centre axis of the cylindrical body , said clamping face being concavely curved, wherein the clamping die further comprises two lateral surfaces adjacent to the clamping face and in close proximity to the clamping face , wherein a first lateral surface of the two lateral surfaces includes a first groove provided longitudinally along the first lateral surface and a second lateral surface of the two lateral surfaces includes a second groove provided longitudinally along the second lateral surface; and wherein the first and second grooves are provided longitudinally along the entire length of the two lateral surfaces and extend substantially in parallel with the clamping face , and the first and second grooves and said clamping face form a flexible clamping die lip therebetween along a lateral edge of the clamping face such that the flexible clamping die lip yields when the clamping die engages a cylindrical body having a diameter larger than that of the diameter of curvature of the clamping die and that the area of engagement between the cylindrical body and the clamping die thus increases, characterized in that each flexible clamping die lip has a substantially gradually tapering thickness from the bottom to the opening of the groove .
Fasoracetam for use in a method of treating conduct disorder in a subject comprising administering an effective amount of fasoracetam to a subject that has at least one copy number variation (CNV) in a metabotropic glutamate receptor (mGluR) network gene.
Impregnating system for an active part of an electric machine , wherein the active part has a plurality of grooves which extend over a groove length (L) in a direction which is consistent for the grooves , wherein windings of a winding system of the active part are arranged in the grooves , which windings protrude from the grooves at groove ends in the form of winding heads , - wherein the impregnating system has at least one nozzle , by means of which an impregnating solution is sprinkled on the windings of the winding system, - wherein the impregnating system has a mixing level which precedes the nozzle to which mixing level components (K1, K2, K3) of the impregnating solution are supplied via conveying lines , in which the components (K1, K2, K3) are mixed to form the impregnating solution and from which the impregnating solution is then supplied to the nozzle , - wherein the conveying lines are assigned conveying facilities , by means of which the components (K1, K2, K3) are conveyed in the conveying lines , and - wherein the impregnating system has a control facility , by which the conveying facilities are controlled such that ratios of the components (K1, K2, K3) conveyed by the conveying lines are set depending on the groove length (L) of the grooves and/or a fill level (G) of the grooves , - wherein the mixing level has a pre-mixer and a post-mixer , - wherein a first and a second component (K1, K2) of the impregnating solution are supplied to the pre-mixer and are mixed by the pre-mixer to form an intermediate solution (Z), and - wherein the intermediate solution (Z) and at least a third component (K3) of the impregnating solution are supplied to the secondary mixer and are mixed by the secondary mixer to form the impregnating solution . - wherein the impregnating system has at least one nozzle , by means of which an impregnating solution is sprinkled on the windings of the winding system, - wherein the impregnating system has a mixing level which precedes the nozzle to which mixing level components (K1, K2, K3) of the impregnating solution are supplied via conveying lines , in which the components (K1, K2, K3) are mixed to form the impregnating solution and from which the impregnating solution is then supplied to the nozzle , - wherein the conveying lines are assigned conveying facilities , by means of which the components (K1, K2, K3) are conveyed in the conveying lines , and - wherein the impregnating system has a control facility , by which the conveying facilities are controlled such that ratios of the components (K1, K2, K3) conveyed by the conveying lines are set depending on the groove length (L) of the grooves and/or a fill level (G) of the grooves , - wherein the mixing level has a pre-mixer and a post-mixer , - wherein a first and a second component (K1, K2) of the impregnating solution are supplied to the pre-mixer and are mixed by the pre-mixer to form an intermediate solution (Z), and - wherein the intermediate solution (Z) and at least a third component (K3) of the impregnating solution are supplied to the secondary mixer and are mixed by the secondary mixer to form the impregnating solution .
A turbine wheel comprising: a rotor disk ; a plurality of turbine blades , wherein each turbine blade is operatively connected to the rotor disk through a blade mount , wherein the blade mount is bonded to the rotor disk, wherein the blade mount and the rotor disk have a fore surface on a higher pressure side thereof, an aft surface on a lower pressure side thereof, wherein the blade mount comprises a blade attachment surface extending between and connecting the fore surface and the aft surface thereof, and wherein the turbine blade extends from the blade attachment surface; characterized in that : a gap is defined between adjacent blade mounts, separating the blade mounts and extending into the rotor disk, and wherein the gap comprises a pocket defined by and within adjacent blade mounts and having a fore opening in the fore surface; a rotor relief hole is defined by and within the rotor disk and having a rotor relief opening in the fore surface; and a pocket seal is disposed in the pocket. a rotor disk ; a plurality of turbine blades , wherein each turbine blade is operatively connected to the rotor disk through a blade mount , wherein the blade mount is bonded to the rotor disk, wherein the blade mount and the rotor disk have a fore surface on a higher pressure side thereof, an aft surface on a lower pressure side thereof, wherein the blade mount comprises a blade attachment surface extending between and connecting the fore surface and the aft surface thereof, and wherein the turbine blade extends from the blade attachment surface; a gap is defined between adjacent blade mounts, separating the blade mounts and extending into the rotor disk, and wherein the gap comprises a pocket defined by and within adjacent blade mounts and having a fore opening in the fore surface; a rotor relief hole is defined by and within the rotor disk and having a rotor relief opening in the fore surface; and a pocket seal is disposed in the pocket.
A User Equipment, UE, of a wireless communication network , the UE comprising: a transmitter configured to: generate physical resource blocks of a sidelink signal for transmission, each physical resource block comprising twelve subcarriers in a frequency domain and seven single-carrier frequency division multiple access, SC-FDMA, symbols in a time domain corresponding to a slot for a normal cyclic prefix length, wherein a respective resource element of each physical resource block corresponds to one symbol and one subcarrier; and generate demodulation reference signals, DMRS, for insertion in the resource elements of the physical resource blocks of the sidelink signal for transmission, wherein a pattern of the demodulation reference signals spans a sub-frame of two contiguous slots comprising SC-FDMA symbols each indexed from 0 to 6, a last SC-FDMA symbol of the sub-frame being a guard symbol, and wherein all twelve subcarriers of each of at least two SC-FDMA symbols of the sub-frame in the time domain is allocated to demodulation reference signals such that a number of symbols between adjacent demodulation reference signals, DMRSs, in the time domain of the subframe is at least one and less than five SC-FDMA symbols. generate physical resource blocks of a sidelink signal for transmission, each physical resource block comprising twelve subcarriers in a frequency domain and seven single-carrier frequency division multiple access, SC-FDMA, symbols in a time domain corresponding to a slot for a normal cyclic prefix length, wherein a respective resource element of each physical resource block corresponds to one symbol and one subcarrier; and generate demodulation reference signals, DMRS, for insertion in the resource elements of the physical resource blocks of the sidelink signal for transmission, wherein a pattern of the demodulation reference signals spans a sub-frame of two contiguous slots comprising SC-FDMA symbols each indexed from 0 to 6, a last SC-FDMA symbol of the sub-frame being a guard symbol, and wherein all twelve subcarriers of each of at least two SC-FDMA symbols of the sub-frame in the time domain is allocated to demodulation reference signals such that a number of symbols between adjacent demodulation reference signals, DMRSs, in the time domain of the subframe is at least one and less than five SC-FDMA symbols.
Method for removing coatings from surfaces , comprising the steps of: - applying, over a large area, a suitably selected stripping agent to the coating to be detached for the purpose of producing a cohesive bond, such that the bond between stripping agent and coating to be detached is stronger than the bond between coating to be detached and the surface , wherein the stripping agent is an at least one-sidedly self-adhesive areal stripping compound , the stripping compound is deformable in the pressing-on direction and, for being applied, is pressed with a self-adhesive side onto the coating to be detached, and wherein the coating to be stripped off has a micro-structured surface; and - stripping off the stripping agent together with the coating to be detached adhering thereto. - applying, over a large area, a suitably selected stripping agent to the coating to be detached for the purpose of producing a cohesive bond, such that the bond between stripping agent and coating to be detached is stronger than the bond between coating to be detached and the surface , wherein the stripping agent is an at least one-sidedly self-adhesive areal stripping compound , the stripping compound is deformable in the pressing-on direction and, for being applied, is pressed with a self-adhesive side onto the coating to be detached, and wherein the coating to be stripped off has a micro-structured surface; and - stripping off the stripping agent together with the coating to be detached adhering thereto.
A method, comprising: performing by a plurality of computing nodes, each of which comprises at least one processor core and a memory: beginning execution of a multithreaded application that comprises one or more operations to increment a shared counter, wherein the shared counter is implemented as a data structure that is accessible by a plurality of threads of the multithreaded application that are executing on the plurality of computing nodes, wherein the data structure comprises a count value portion and a node identifier portion; initiating, by a given thread of the application, an increment operation targeting the shared counter ; and determining whether to attempt to perform the increment operation or delay performance of the increment operation , wherein said determining is dependent, at least in part, on a value stored in the node identifier portion of the data structure, wherein said determining comprises determining whether the value stored in the node identifier portion of the data structure identifies a computing node other than the one on which the given thread is executing; wherein the value stored in the node identifier portion of the data structure indicates whether one or more threads on a particular one of the plurality of computing nodes have priority to increment the shared counter or have requested priority to increment the shared counter. beginning execution of a multithreaded application that comprises one or more operations to increment a shared counter, wherein the shared counter is implemented as a data structure that is accessible by a plurality of threads of the multithreaded application that are executing on the plurality of computing nodes, wherein the data structure comprises a count value portion and a node identifier portion; initiating, by a given thread of the application, an increment operation targeting the shared counter ; and determining whether to attempt to perform the increment operation or delay performance of the increment operation , wherein said determining is dependent, at least in part, on a value stored in the node identifier portion of the data structure, wherein said determining comprises determining whether the value stored in the node identifier portion of the data structure identifies a computing node other than the one on which the given thread is executing; wherein the value stored in the node identifier portion of the data structure indicates whether one or more threads on a particular one of the plurality of computing nodes have priority to increment the shared counter or have requested priority to increment the shared counter.
An ink jet head , comprising: a head substrate including thereon: a plurality of ink jet elements configured to cause ink to be ejected from a plurality of nozzles ; and a common wire extending from an edge of the head substrate and electrically connected to the ink jet elements in common; a printed board with a reference potential wire through which a reference potential is provided to the inkjet head ; and a plurality of flexible substrates connected in parallel to each other between the head substrate and the printed board , wherein a first one of the flexible substrates at a first end of an arrangement of the plurality of flexible substrates and a second one of the flexible substrates at a second end of the arrangement of the plurality of flexible substrates each has a common connection wire electrically connected between the common wire and the reference potential wire , wherein the plurality of flexible substrates includes at least three flexible substrates in total, wherein a third one of the flexible substrates is between the first one of the flexible substrates and the second one of the flexible substrates in the arrangement of the plurality of flexible substrates , characterised in that : the third one of the flexible substrates has no common connection wire electrically connected between the common wire and the reference potential wire . a head substrate including thereon: a plurality of ink jet elements configured to cause ink to be ejected from a plurality of nozzles ; and a common wire extending from an edge of the head substrate and electrically connected to the ink jet elements in common; a plurality of ink jet elements configured to cause ink to be ejected from a plurality of nozzles ; and a common wire extending from an edge of the head substrate and electrically connected to the ink jet elements in common; a printed board with a reference potential wire through which a reference potential is provided to the inkjet head ; and a plurality of flexible substrates connected in parallel to each other between the head substrate and the printed board , wherein a first one of the flexible substrates at a first end of an arrangement of the plurality of flexible substrates and a second one of the flexible substrates at a second end of the arrangement of the plurality of flexible substrates each has a common connection wire electrically connected between the common wire and the reference potential wire , wherein the plurality of flexible substrates includes at least three flexible substrates in total, wherein a third one of the flexible substrates is between the first one of the flexible substrates and the second one of the flexible substrates in the arrangement of the plurality of flexible substrates , characterised in that : the third one of the flexible substrates has no common connection wire electrically connected between the common wire and the reference potential wire .
A method of plugging a hydrocarbon well, comprising: a) deploying a downhole tool to remove at least a portion of a casing at a section of well to be plugged; characterized by : b) deploying a blocking device downhole to block a bottom of the section of well to be plugged; c) deploying a plugging material downhole onto the blocking device to fill an area to be plugged; d) deploying an exothermic fluid downhole, wherein activation of the exothermic material liquefies the plugging material ; and e) allowing the plugging material and the exothermic fluid to solidify form a cast-in-place plug that fills the section of well to be plugged. a) deploying a downhole tool to remove at least a portion of a casing at a section of well to be plugged; characterized by : b) deploying a blocking device downhole to block a bottom of the section of well to be plugged; c) deploying a plugging material downhole onto the blocking device to fill an area to be plugged; d) deploying an exothermic fluid downhole, wherein activation of the exothermic material liquefies the plugging material ; and e) allowing the plugging material and the exothermic fluid to solidify form a cast-in-place plug that fills the section of well to be plugged.