mhurhangee/patent-ind-claim-en huggingface dataset:
A water treatment cartridge (1;1') comprising: a mounting part arranged to cooperate with a hopper in use to allow the cartridge to be secured so as to depend downwardly from an outlet opening of the hopper , wherein the mounting part comprises mounting lugs that enable the cartridge (1;1') to be rotated into position; a sealing surface arranged radially inwardly of the mounting lugs ; one or more inlet(s) (6; 6') in the upper surface of the cartridge, the inlet(s) provided radially inward of the mounting part and radially inward of the sealing surface such that, once the cartridge is mounted in position below the outlet opening of the hopper , all of the water from the hopper must pass through the inlet(s) (6; 6') into the cartridge in order to escape; and a seal on an outwardly facing surface of the cartridge spaced from the mounting part , below the mounting part, and arranged to cooperate with a hopper in use to allow the cartridge to be secured therein wherein the seal extends around the whole periphery of the cartridge, and wherein the seal is arranged below the one or more inlet(s) (6;6') and above one or more outlet(s) provided in a lower part (8:8') of the cartridge. a mounting part arranged to cooperate with a hopper in use to allow the cartridge to be secured so as to depend downwardly from an outlet opening of the hopper , wherein the mounting part comprises mounting lugs that enable the cartridge (1;1') to be rotated into position; a sealing surface arranged radially inwardly of the mounting lugs ; one or more inlet(s) (6; 6') in the upper surface of the cartridge, the inlet(s) provided radially inward of the mounting part and radially inward of the sealing surface such that, once the cartridge is mounted in position below the outlet opening of the hopper , all of the water from the hopper must pass through the inlet(s) (6; 6') into the cartridge in order to escape; and a seal on an outwardly facing surface of the cartridge spaced from the mounting part , below the mounting part, and arranged to cooperate with a hopper in use to allow the cartridge to be secured therein wherein the seal extends around the whole periphery of the cartridge, and wherein the seal is arranged below the one or more inlet(s) (6;6') and above one or more outlet(s) provided in a lower part (8:8') of the cartridge.
A hand-guided apparatus for setting a setting element in a component, comprising a handle for holding the apparatus ; a carriage which is movable relative to the handle and which carries a rotationally supported drive shaft at whose one end a mount for the setting element is formed; a support part ; a force accumulator which is connected between the handle and the carriage and which serves for storing a defined feed force with which the force accumulator can be loaded by a relative movement between the handle and the carriage ; and a force limiter for limiting the feed force stored in the force accumulator , wherein the force accumulator is configured to exert the stored feed force onto the setting element via the carriage , characterized in that the force limiter is formed by two corresponding force limitation abutments , with the first force limitation abutment being provided at the support part and with the second force limitation abutment being provided at the handle . a handle for holding the apparatus ; a carriage which is movable relative to the handle and which carries a rotationally supported drive shaft at whose one end a mount for the setting element is formed; a support part ; a force accumulator which is connected between the handle and the carriage and which serves for storing a defined feed force with which the force accumulator can be loaded by a relative movement between the handle and the carriage ; and a force limiter for limiting the feed force stored in the force accumulator , wherein the force accumulator is configured to exert the stored feed force onto the setting element via the carriage , characterized in that the force limiter is formed by two corresponding force limitation abutments , with the first force limitation abutment being provided at the support part and with the second force limitation abutment being provided at the handle .
A computer-implemented method, comprising: identifying input comprising one or more machine learning models that each include a graph of operators; mining the one or more machine learning models based on one or more operational parameters to determine one or more fusion candidates , each of the one or more fusion candidates comprising a subgraph of at least one graph of operators, wherein each subgraph includes two or more operators, and wherein the one or more operational parameters include one or more of a frequency of utilization , a computational cost , and a memory cost ; extracting a feature set from each of the one or more fusion candidates ; utilizing a machine learning classifier to evaluate the one or more fusion candidates based on the feature sets extracted from each of the one or more fusion candidates ; and identifying a proposed candidate of the one or more fusion candidates to fuse based on evaluation of the one or more fusion candidates , wherein each feature set comprises one or more core features and one or more uncore features, wherein the one or more core features comprise one or more of instructions retired, elapsed core clock ticks, core frequency, L2 cache hits and misses, and L3 cache hits and misses, and wherein the one or more uncore features comprise one or more of read bytes from memory controllers, bytes written to memory controllers, and data traffic transferred via interconnect links. identifying input comprising one or more machine learning models that each include a graph of operators; mining the one or more machine learning models based on one or more operational parameters to determine one or more fusion candidates , each of the one or more fusion candidates comprising a subgraph of at least one graph of operators, wherein each subgraph includes two or more operators, and wherein the one or more operational parameters include one or more of a frequency of utilization , a computational cost , and a memory cost ; extracting a feature set from each of the one or more fusion candidates ; utilizing a machine learning classifier to evaluate the one or more fusion candidates based on the feature sets extracted from each of the one or more fusion candidates ; and identifying a proposed candidate of the one or more fusion candidates to fuse based on evaluation of the one or more fusion candidates , wherein each feature set comprises one or more core features and one or more uncore features, wherein the one or more core features comprise one or more of instructions retired, elapsed core clock ticks, core frequency, L2 cache hits and misses, and L3 cache hits and misses, and wherein the one or more uncore features comprise one or more of read bytes from memory controllers, bytes written to memory controllers, and data traffic transferred via interconnect links.
An electrolyte for a lithium-ion battery comprising: a lithium salt, and a non-aqueous organic solvent which includes a carbonate-based solvent, a flame retardant, a film former and a stabilizing medium, wherein the flame retardant comprises PYR 1R PF 6 (N-Methyl- N- alkylpyrrolidinium hexafluorophosphate salt) at the amount of 1 to 15 wt. % of the electrolyte, wherein in PYR 1R PF 6 , PYR represents pyrrolidinium, subscript 1 indicates the methyl group, and subscript R indicates the number of carbon atoms in the alkyl side chain, in which R is selected from any one of 2 to 10, wherein the stabilizing medium includes first and second stabilizers, which are different from each other and wherein the first stabilizer comprises an ionic liquid with PYR 1R + cation and a boron-based anion other than BF 4 - , wherein the second stabilizer comprises an ionic liquid with PYR 1R + cation and/or with an anion selected from a group consisting of TFSI - and FSI - . a lithium salt, and a non-aqueous organic solvent which includes a carbonate-based solvent, a flame retardant, a film former and a stabilizing medium, wherein the flame retardant comprises PYR 1R PF 6 (N-Methyl- N- alkylpyrrolidinium hexafluorophosphate salt) at the amount of 1 to 15 wt. % of the electrolyte, wherein in PYR 1R PF 6 , PYR represents pyrrolidinium, subscript 1 indicates the methyl group, and subscript R indicates the number of carbon atoms in the alkyl side chain, in which R is selected from any one of 2 to 10, wherein the stabilizing medium includes first and second stabilizers, which are different from each other and wherein the first stabilizer comprises an ionic liquid with PYR 1R + cation and a boron-based anion other than BF 4 - , wherein the second stabilizer comprises an ionic liquid with PYR 1R + cation and/or with an anion selected from a group consisting of TFSI - and FSI - . wherein the flame retardant comprises PYR 1R PF 6 (N-Methyl- N- alkylpyrrolidinium hexafluorophosphate salt) at the amount of 1 to 15 wt. % of the electrolyte, wherein in PYR 1R PF 6 , PYR represents pyrrolidinium, subscript 1 indicates the methyl group, and subscript R indicates the number of carbon atoms in the alkyl side chain, in which R is selected from any one of 2 to 10, wherein the stabilizing medium includes first and second stabilizers, which are different from each other and wherein the first stabilizer comprises an ionic liquid with PYR 1R + cation and a boron-based anion other than BF 4 - , wherein the second stabilizer comprises an ionic liquid with PYR 1R + cation and/or with an anion selected from a group consisting of TFSI - and FSI - .
A method for determining an antibody repertoire score in a biological sample obtained from a subject comprising: (i) evaluating the repertoire of the anti-Neu5Gc antibodies in the biological sample obtained from the subject; and (ii) calculating a ratio of antibodies against Neu5Gcα2-3-linked glycans to antibodies against Neu5Gcα2-6-linked glycans, wherein the calculated ratio is the antibody repertoire score and wherein the antibody repertoire score value above a control value is indicative to increased likelihood of developing a Neu5Gc related disease or disorder, preferably wherein evaluating the repertoire of the anti-Neu5Gc antibodies in the biological sample comprises determining the amount of antibodies against a set of Neu5Gcα2-3-linked glycans and the amount of antibodies against a set of Neu5Gcα2-6-linked glycans in said biological sample. (i) evaluating the repertoire of the anti-Neu5Gc antibodies in the biological sample obtained from the subject; and (ii) calculating a ratio of antibodies against Neu5Gcα2-3-linked glycans to antibodies against Neu5Gcα2-6-linked glycans,
Method for producing thermoplastic preforms , wherein a fibrous material is impregnated with a reactive thermoplastic matrix material , wherein the method comprises at least the following steps: a) feeding the fibrous material into an impregnating device ; and b) impregnating the fibrous material with the matrix material within the impregnating device while supplying heat, at a temperature below the melting temperature of the end product, that is to say the fibre-reinforced plastic component ; and c) depositing the fibrous material impregnated with the matrix material on a preform tool ; and d) cooling the fibrous material impregnated with the matrix material and deposited on the preform tool until the matrix material has solidified. a) feeding the fibrous material into an impregnating device ; and b) impregnating the fibrous material with the matrix material within the impregnating device while supplying heat, at a temperature below the melting temperature of the end product, that is to say the fibre-reinforced plastic component ; and c) depositing the fibrous material impregnated with the matrix material on a preform tool ; and d) cooling the fibrous material impregnated with the matrix material and deposited on the preform tool until the matrix material has solidified.
A glazing panel repair device , the device comprising a coupling arranged to couple with a single pneumatic line to deliver suction and/or positive pneumatic pressure to the device from a pump arrangement remote from the device, wherein the coupling provides: i) holding suction to secure the device to the glazing panel; and ii) pressure cycling to a repair zone ; wherein the device comprises a manifold or duct arrangement communicating between the coupling and i) a suction zone to apply suction to secure the device to the glazing panel and ii) the repair zone ; and wherein the manifold or duct arrangement comprises separate branches communicating with the suction zone and the repair zone . i) holding suction to secure the device to the glazing panel; and ii) pressure cycling to a repair zone ;
A method for licensed-assisted access based communication between a terminal device and a network device, wherein a to-be-transmitted symbol comprises a preset cyclic prefix and an information segment, wherein the preset cyclic prefix extends from a start time point of the symbol to a second time point, and the information segment extends from the second time point to an end time point of the to-be-transmitted symbol, the method comprising: determining , by a terminal device, in a listen-before-talk resource contention manner, that permission to use a channel in an unlicensed spectrum is obtained at a first time point, wherein the first time point is any time point within a time window, wherein a start time point of the time window coincides with the start time point of the to-be-transmitted symbol or is prior to the start time point of the to-be-transmitted symbol, an end time point of the time window coincides with the second time point or is prior to the second time point; and transmitting , by the terminal device, an actual symbol, wherein the actual symbol comprises an actual cyclic prefix and the information segment, wherein the actual cyclic prefix and the information segment are temporally continuous, the actual cyclic prefix is prior to the information segment, and the actual cyclic prefix is the preset cyclic prefix from the first time point to the second time point; wherein the duration of the actual cyclic prefix is greater than or equal to a second duration, wherein the second duration is greater than or equal to a sum of a maximum round-trip duration of signal transmission between the terminal device and the network device and a maximum possible channel delay spread. determining , by a terminal device, in a listen-before-talk resource contention manner, that permission to use a channel in an unlicensed spectrum is obtained at a first time point, wherein the first time point is any time point within a time window, wherein a start time point of the time window coincides with the start time point of the to-be-transmitted symbol or is prior to the start time point of the to-be-transmitted symbol, an end time point of the time window coincides with the second time point or is prior to the second time point; and transmitting , by the terminal device, an actual symbol, wherein the actual symbol comprises an actual cyclic prefix and the information segment, wherein the actual cyclic prefix and the information segment are temporally continuous, the actual cyclic prefix is prior to the information segment, and the actual cyclic prefix is the preset cyclic prefix from the first time point to the second time point; wherein the duration of the actual cyclic prefix is greater than or equal to a second duration, wherein the second duration is greater than or equal to a sum of a maximum round-trip duration of signal transmission between the terminal device and the network device and a maximum possible channel delay spread.
Telescopic drive , in particular of a storage and retrieval unit , - having a base , - wherein the base comprises a firmly attached toothed rack , extending in a first horizontal direction (Z), of the base ; - and having at least one first carriage arranged on the base , - wherein the first carriage is supported on the base so as to be movable in the first horizontal direction (Z) by means of a linear guide , - characterized in that the first carriage comprises a toothed-belt drive made up of at least - an electric motor and - a circulating and at least externally toothed toothed belt that is driven by means of the electric motor , is tensioned in the first horizontal direction (Z) and is positioned on the toothed rack of the base . - having a base , - wherein the base comprises a firmly attached toothed rack , extending in a first horizontal direction (Z), of the base ; - wherein the base comprises a firmly attached toothed rack , extending in a first horizontal direction (Z), of the base ; - and having at least one first carriage arranged on the base , - wherein the first carriage is supported on the base so as to be movable in the first horizontal direction (Z) by means of a linear guide , - characterized in that the first carriage comprises a toothed-belt drive made up of at least - an electric motor and - a circulating and at least externally toothed toothed belt that is driven by means of the electric motor , is tensioned in the first horizontal direction (Z) and is positioned on the toothed rack of the base . - wherein the first carriage is supported on the base so as to be movable in the first horizontal direction (Z) by means of a linear guide , - characterized in that the first carriage comprises a toothed-belt drive made up of at least - an electric motor and - a circulating and at least externally toothed toothed belt that is driven by means of the electric motor , is tensioned in the first horizontal direction (Z) and is positioned on the toothed rack of the base . - an electric motor and - a circulating and at least externally toothed toothed belt that is driven by means of the electric motor , is tensioned in the first horizontal direction (Z) and is positioned on the toothed rack of the base .
A water circulation system for a pool, comprising: a water outlet assembly mounted to an inner wall of the pool and in fluid communication with an external pump through a water outlet pipe , said external pump drawing water out of the pool through the water outlet assembly ; an air inlet assembly mounted to the pool at a preset distance from the water outlet assembly ; an air outlet assembly attached to the water outlet assembly and in fluid communication with the water outlet assembly ; and an air inlet passage connecting the air inlet assembly to the air outlet assembly , wherein fluid can enter the air inlet assembly and be introduced to the water outlet assembly through the air outlet assembly when the water outlet assembly is blocked. a water outlet assembly mounted to an inner wall of the pool and in fluid communication with an external pump through a water outlet pipe , said external pump drawing water out of the pool through the water outlet assembly ; an air inlet assembly mounted to the pool at a preset distance from the water outlet assembly ; an air outlet assembly attached to the water outlet assembly and in fluid communication with the water outlet assembly ; and an air inlet passage connecting the air inlet assembly to the air outlet assembly , wherein fluid can enter the air inlet assembly and be introduced to the water outlet assembly through the air outlet assembly when the water outlet assembly is blocked.
A method for extruding a sheet of expanded polymer, such as an expanded polyolefin made of polyethylene or polypropylene, by means of an extrusion head composed of a female die and a male die that define a duct for the extrusion of said polymer, wherein said male or female dies have a plurality of holes that accommodate a plurality of needles or cannulas that are axially perforated and can be arranged at said duct for the extrusion of said polymer and exit therefrom, the method being characterized in : said plurality of needles or cannulas protruding outside the end of said the holes and of said extrusion head ; performing an extrusion step, wherein said extrusion head extrudes a polymer in order to provide a tube ; during said extrusion, affecting said plurality of needles or cannulas by a fluid that expands during the extrusion of said polymer, in order to separate said polymer in output from said head so as to define said axial cavities or seats in said extruded tube ; cutting longitudinally said extruded tube to define said sheet provided with said distinct axial cavities or seats . said male or female dies have a plurality of holes that accommodate a plurality of needles or cannulas that are axially perforated and can be arranged at said duct for the extrusion of said polymer and exit therefrom, the method being characterized in : said plurality of needles or cannulas protruding outside the end of said the holes and of said extrusion head ; performing an extrusion step, wherein said extrusion head extrudes a polymer in order to provide a tube ; during said extrusion, affecting said plurality of needles or cannulas by a fluid that expands during the extrusion of said polymer, in order to separate said polymer in output from said head so as to define said axial cavities or seats in said extruded tube ; cutting longitudinally said extruded tube to define said sheet provided with said distinct axial cavities or seats . said plurality of needles or cannulas protruding outside the end of said the holes and of said extrusion head ; performing an extrusion step, wherein said extrusion head extrudes a polymer in order to provide a tube ; during said extrusion, affecting said plurality of needles or cannulas by a fluid that expands during the extrusion of said polymer, in order to separate said polymer in output from said head so as to define said axial cavities or seats in said extruded tube ; cutting longitudinally said extruded tube to define said sheet provided with said distinct axial cavities or seats .
Household appliance with a cabinet-type housing comprising a plurality of walls , wherein the plurality of walls comprises a front wall , a rear wall , a top side and a bottom side , as well as two side walls , wherein at least one of the side walls has an arrangement of embossings and wherein the arrangement of embossings comprises an annular embossing , in a top view onto the wall, with a centre point of the annular embossing , wherein the centre point of the annular embossing is arranged above a wall centre in a direction which runs from the wall centre to the top side of the household appliance , wherein a horizontal axis of rotation of a drum body is arranged in an interior of the cabinet-type housing , characterised in that the horizontal axis of rotation rests on a height of an unembossed surface included in the annular embossing , wherein the cabinet-type housing bounds the interior , that the height of the horizontal axis of rotation has a distance (a) from the height position of the centre point of the annular embossing , that the annular embossing has a radius (R) and that the distance (a) is smaller than the radius (R), wherein the horizontal axis of rotation rests on a height below the centre point of the annular embossing .