mhurhangee/patent-ind-claim-en huggingface dataset:
A cargo space for accommodating pallets , comprising a floor , wherein on either side of the floor posts are provided which extend upwards and are provided with a receiving provision for receiving an end of an elongate boundary plate , wherein the cargo space is further provided with at least one elongate boundary plate which extends in a length direction of the cargo space between two posts and which has a guiding surface facing towards the longitudinal, vertical median plane of the cargo space , wherein the boundary plate is suitable for guiding pallets therealong substantially in the length direction of the cargo space , characterized in that the cargo space further comprises at least one guide which is provided with a first run-on surface for during use guiding a pallet at least partly away from the guiding surface of the boundary plate .
A tire comprising at least one carcass ply , a tread disposed radially outward of a crown region of the at least one carcass ply , and a belt structure comprising a first belt layer including a first reinforced composite layer with first reinforcement cords embedded in a first rubber matrix , characterized in that the first reinforcement cords have: (i) a construction of N/4 dtex with N being in a range of from 1050 to 1150 and with a twist in a range of from 150 turns per meter (TPM) to 250 turns per meter (TPM); or (ii) a construction of M/3 dtex with M being in a range of from 1160 to 1260 and with a twist in a range of from 15 turns per meter (TPM) to 35 turns per meter (TPM) or in a range of from 150 to 250 turns per meter (TPM). (i) a construction of N/4 dtex with N being in a range of from 1050 to 1150 and with a twist in a range of from 150 turns per meter (TPM) to 250 turns per meter (TPM); or (ii) a construction of M/3 dtex with M being in a range of from 1160 to 1260 and with a twist in a range of from 15 turns per meter (TPM) to 35 turns per meter (TPM) or in a range of from 150 to 250 turns per meter (TPM).
A method for separating an egg shell and an egg shell membrane from each other, comprising a step of adding an egg shell with an egg shell membrane attached thereto to a swirling flow of an alkaline solution.
Bearing device for the mounting of a rotor of a compressor, comprising: - a bearing housing , which encloses a bearing chamber with a central opening for receiving the rotor, and - an intermediate wall for sealing off a rear chamber of a compressor wheel of the compressor with respect to the bearing chamber, wherein the intermediate wall comprises a rotationally symmetrical, disc-shaped main body with a central opening for the leadthrough of the rotor, wherein, in the region of the central opening, there are provided means for sealing off a transition to the rotor, wherein the intermediate wall comprises an encircling fastening flange which is of rotationally symmetrical shape and which is provided for the fastening of the intermediate wall to the bearing housing and which has a planar contact surface for support on a contact surface of the bearing housing, wherein multiple bores are formed into the fastening flange on a virtual circular line, and wherein the bores comprise at least one sealing-air channel and multiple bores , arranged so as to be distributed in a circumferential direction on the virtual circular line, for receiving fastening means, wherein the bearing housing comprises an encircling fastening flange which is provided for the fastening of the intermediate wall to the bearing housing and which has a planar contact surface for support on the contact surface of the fastening flange of the intermediate wall, wherein multiple bores are formed into the fastening flange of the bearing housing on a virtual circular line, wherein the bores comprise at least one sealing-air channel and multiple bores , which are arranged so as to be distributed in a circumferential direction on the virtual circular line, for receiving fastening means, and wherein the multiple bores of the fastening flange of the bearing housing correspond with the multiple bores of the fastening flange of the intermediate wall , such that the at least one sealing-air channel of the fastening flange of the bearing housing forms an axial continuation of the at least one sealing-air channel of the intermediate wall , wherein the bores for receiving fastening means are arranged in the fastening flange of the intermediate wall , and the at least one sealing-air channel of the fastening flange of the intermediate wall is arranged in each case between two adjacently arranged bores of the fastening flange of the intermediate wall for receiving fastening means . - a bearing housing , which encloses a bearing chamber with a central opening for receiving the rotor, and - an intermediate wall for sealing off a rear chamber of a compressor wheel of the compressor with respect to the bearing chamber, wherein the intermediate wall comprises a rotationally symmetrical, disc-shaped main body with a central opening for the leadthrough of the rotor, wherein, in the region of the central opening, there are provided means for sealing off a transition to the rotor,
A rotary induction heater with direct-current excitation for heating solid or liquid or gaseous substances, wherein with a direct-current coil a constant magnetic field is generated and this constant magnetic field is converted into an alternating magnetic field by way of a rotating mechanical component (19, 30-32), the rotary induction heater having a magnetic ring and the direct-current coil for generating the constant magnetic field is incorporated in the magnetic ring , the magnetic ring being fixedly connected to the housing of the rotary induction heater, the magnetic ring being adjoined in axial direction by a rotatable pole wheel , the pole wheel being adjoined in the axial direction by a fixed component, to be specific an induction ring , characterized in that the pole wheel having an inner pole ring and an outer pole ring , and the constant magnetic field being formed between the magnetic ring and the pole wheel and the alternating magnetic field for generating inductive heat being formed between the pole wheel and the induction ring .
A screening method for multi-target drugs and/or drug combinations, comprising the following step: step : identifying drugs and their targets from a drug target database in silico, wherein the drugs are either approved for market or under research; characterized in that it comprises the following steps after step : step : constructing target-SNP pairs by associating SNPs with genes corresponding to targets in the target-SNP pairs in silico; the targets in the target-SNP pairs being the targets identified in step ; step : identifying SNP-SNP pairs by in silico screening through genome-wide association analysis, wherein SNPs in each of the SNP-SNP pairs have an interaction effect; the interaction effect being determined by an association analysis software chosen from at least one of PLINK, BOOST, or FastEpistasis; step : constructing target-target pairs by mapping the target-SNP pairs identified in step onto the SNP-SNP pairs identified in step in a computer; and step : identifying a multi-target drug and /or a drug combination by mapping the drugs identified in step onto the target-target pairs identified in step in a computer. step : identifying drugs and their targets from a drug target database in silico, wherein the drugs are either approved for market or under research; step : constructing target-SNP pairs by associating SNPs with genes corresponding to targets in the target-SNP pairs in silico; the targets in the target-SNP pairs being the targets identified in step ; step : identifying SNP-SNP pairs by in silico screening through genome-wide association analysis, wherein SNPs in each of the SNP-SNP pairs have an interaction effect; the interaction effect being determined by an association analysis software chosen from at least one of PLINK, BOOST, or FastEpistasis; step : constructing target-target pairs by mapping the target-SNP pairs identified in step onto the SNP-SNP pairs identified in step in a computer; and step : identifying a multi-target drug and /or a drug combination by mapping the drugs identified in step onto the target-target pairs identified in step in a computer.
A suspension arm assembly comprising: at least two members relatively rotatable about each other, each adjacent pair of members being connected to each other by a joint, with at least one of the joints comprising an infinite rotation joint ; the infinite rotation joint allowing the members at the infinite rotation joint to have unlimited rotation relative to one another; the infinite rotation joint being configured to pass at least an optical signal therethrough; and the infinite rotation joint comprising a stator and a rotor , at least two portions of the infinite rotation joint being separable such that the infinite rotation joint can be separated into the at least two portions , the at least two portions being configured to be connected to allow the optical signal to pass therethrough once the at least two portions are engaged; at least a first portion of the at least two portions of the infinite rotation joint includes a sliding fiber optic cable holder holding a fiber optic (928; 1056), the sliding fiber optic cable holder being configured to linearly move the fiber optic (928; 1056) within the first portion during engagement of the at least two portions of the infinite rotation joint. at least two members relatively rotatable about each other, each adjacent pair of members being connected to each other by a joint, with at least one of the joints comprising an infinite rotation joint ; the infinite rotation joint allowing the members at the infinite rotation joint to have unlimited rotation relative to one another; the infinite rotation joint being configured to pass at least an optical signal therethrough; and the infinite rotation joint comprising a stator and a rotor , at least two portions of the infinite rotation joint being separable such that the infinite rotation joint can be separated into the at least two portions , the at least two portions being configured to be connected to allow the optical signal to pass therethrough once the at least two portions are engaged; at least a first portion of the at least two portions of the infinite rotation joint includes a sliding fiber optic cable holder holding a fiber optic (928; 1056), the sliding fiber optic cable holder being configured to linearly move the fiber optic (928; 1056) within the first portion during engagement of the at least two portions of the infinite rotation joint.
A fire suppressant storage device comprising: a tank having a first port and an interior for storing fire suppressant; and a discharge assembly mounted to the first port and comprising: a discharge valve ; and a discharge conduit at least partially within the interior and having: an interior surface ; and an exterior surface , wherein the discharge assembly further comprises: a level gauge on the discharge conduit, wherein the level gauge is a capacitive level gauge along the exterior surface, and wherein the level gauge comprises: a first conductor ; and a second conductor spaced apart from the first conductor; characterized in that the level gauge comprises: a plurality of first branches of the first conductor extending away from the second conductor; and a plurality of second branches of the second conductor extending away from the first conductor opposite respective said first branches. a tank having a first port and an interior for storing fire suppressant; and a discharge assembly mounted to the first port and comprising: a discharge valve ; and a discharge conduit at least partially within the interior and having: an interior surface ; and an exterior surface , a discharge valve ; and a discharge conduit at least partially within the interior and having: an interior surface ; and an exterior surface , an interior surface ; and an exterior surface , a level gauge on the discharge conduit, wherein the level gauge is a capacitive level gauge along the exterior surface, and wherein the level gauge comprises: a first conductor ; and a second conductor spaced apart from the first conductor; characterized in that the level gauge comprises: a plurality of first branches of the first conductor extending away from the second conductor; and a plurality of second branches of the second conductor extending away from the first conductor opposite respective said first branches. a plurality of first branches of the first conductor extending away from the second conductor; and a plurality of second branches of the second conductor extending away from the first conductor opposite respective said first branches.
A method of producing a heterogeneously dense continuous one-piece insoluble reticulated foam material, consisting of a low temperature alloy selected from aluminum, copper, zinc and other refractory materials, and comprising: cells ranging in size and having a maximum diameter of 4mm and a minimum diameter of 0.35mm; ligaments having a width of 0.025mm to 0.7mm; pores formed by the ligaments; and a relative density gradient within the foam material ranging from at least 3% at a least dense point to 85% dense at a most dense point; wherein the relative density gradient is continuous across the one-piece insoluble reticulated foam material; and wherein the continuous gradient in relative density is formed from the collapsing of the cells; wherein the method comprises the steps of: (a) placing a single piece of homogenously dense insoluble reticulated foam material of less than 6mm thick in a press and die; (b) applying different amounts of pressure to the press ranging from 6,895 kPa to 275,790 kPa (1,000 psi to 40,000 psi) to create a heterogeneous relative density gradient within the single piece of reticulated foam material. comprising: cells ranging in size and having a maximum diameter of 4mm and a minimum diameter of 0.35mm; ligaments having a width of 0.025mm to 0.7mm; pores formed by the ligaments; and a relative density gradient within the foam material ranging from at least 3% at a least dense point to 85% dense at a most dense point; wherein the relative density gradient is continuous across the one-piece insoluble reticulated foam material; and wherein the continuous gradient in relative density is formed from the collapsing of the cells; wherein the method comprises the steps of: (a) placing a single piece of homogenously dense insoluble reticulated foam material of less than 6mm thick in a press and die; (b) applying different amounts of pressure to the press ranging from 6,895 kPa to 275,790 kPa (1,000 psi to 40,000 psi) to create a heterogeneous relative density gradient within the single piece of reticulated foam material. (a) placing a single piece of homogenously dense insoluble reticulated foam material of less than 6mm thick in a press and die; (b) applying different amounts of pressure to the press ranging from 6,895 kPa to 275,790 kPa (1,000 psi to 40,000 psi) to create a heterogeneous relative density gradient within the single piece of reticulated foam material.
A gas sensor of chemoresistor type comprising: a gas-sensing layer provided on an insulating layer , measurement electrodes provided in contact with the sensing layer ; and a source of ultraviolet light operable to expose the sensing layer to ultraviolet light; characterised in that the gas sensor comprises an analysis unit configured to determine the transient response of the sensing layer at onset of application of ultraviolet light, while the gas-sensing layer is being exposed to a gas, by analysis of measurements taken via the measurement electrodes and to detect or identify a target gas based on analysis of the transient response of the sensing layer during the first second after onset of application of ultraviolet light. a gas-sensing layer provided on an insulating layer , measurement electrodes provided in contact with the sensing layer ; and a source of ultraviolet light operable to expose the sensing layer to ultraviolet light; characterised in that the gas sensor comprises an analysis unit configured to determine the transient response of the sensing layer at onset of application of ultraviolet light, while the gas-sensing layer is being exposed to a gas, by analysis of measurements taken via the measurement electrodes and to detect or identify a target gas based on analysis of the transient response of the sensing layer during the first second after onset of application of ultraviolet light.
Process for producing an electrode for a secondary electrochemical cell, comprising the steps of - provision of a precursor material for an electrically non-conducting solid electrolyte material, - mixing of the precursor material with an electrochemical active material, - compaction of the mixture of the precursor material and the electrochemical active material, - sintering of the compacted mixture of the precursor material and the electrochemical active material to give a sintered composite having a plate-like structure, - application of the precursor material to a first side of the plate-like structure and compaction of the precursor material on the plate-like structure to give an applied layer of precursor material on the plate-like structure, - sintering of the plate-like structure and the applied layer of precursor material, - vapour-deposition of a metal foil on a second side of the plate-like structure. - provision of a precursor material for an electrically non-conducting solid electrolyte material, - mixing of the precursor material with an electrochemical active material, - compaction of the mixture of the precursor material and the electrochemical active material, - sintering of the compacted mixture of the precursor material and the electrochemical active material to give a sintered composite having a plate-like structure, - application of the precursor material to a first side of the plate-like structure and compaction of the precursor material on the plate-like structure to give an applied layer of precursor material on the plate-like structure, - sintering of the plate-like structure and the applied layer of precursor material, - vapour-deposition of a metal foil on a second side of the plate-like structure.
A composite nanoparticle composition comprising: a semiconductor nanoparticle including a front face and a back face and sidewall extending between the front and back faces; and metallic nanoparticles nucleated and grown on at least one of the sidewalls, whereby the metallic nanoparticles are bonded to at least one of the sidewalls establishing a metal-semiconductor junction; wherein the semiconductor nanoparticle has a platelet, a pyramidal, or a bi-pyramidal morphology. a semiconductor nanoparticle including a front face and a back face and sidewall extending between the front and back faces; and metallic nanoparticles nucleated and grown on at least one of the sidewalls, whereby the metallic nanoparticles are bonded to at least one of the sidewalls establishing a metal-semiconductor junction; wherein the semiconductor nanoparticle has a platelet, a pyramidal, or a bi-pyramidal morphology.
A sole for a shoe, in particular a walking shoe, comprising a tarsal area , a metatarsal area and a toe area , wherein the tarsal area is softer in an inner marginal section of the tarsal area than in an outer marginal section of the tarsal area and wherein the toe area is harder in an inner marginal section of the toe area than in an outer marginal section of the toe area.
A pressure swing adsorption device, comprising: a housing having an arc-shaped inner surface , the housing being provided with at least one gas inlet , at least one exhaust port , and at least one gas outlet used for discharging separated gas; a rotor mounted for eccentric rotation inside the housing, the rotor being provided with at least two contact ends , and the inner surface of the housing being shaped so that the contact ends maintain a non-stop sliding contact with the inner surface of the housing, an external surface of the rotor and the inner surface of the housing forming at least two individual cavities (A) between respective adjacent pairs of contact ends (21, 23; 23, 25; 25, 21), and adjacent air cavities being separated by respective contact ends; and characterised by further comprising at least two adsorption chambers each corresponding to a respective cavity (A) and provided with respective screen openings for communication therewith, the adsorption chambers being provided inside the rotor , serving as a part of the rotor and rotating together with the rotor, the interiors of the adsorption chambers being loaded with molecular sieves, and wherein a pressure relief valve is provided at the gas outlet , the arrangement being such that when the rotor is rotated, the individual cavities (A) rotate with the rotor to sequentially pass the gas inlet , the gas outlet , and the exhaust port in each working cycle. a housing having an arc-shaped inner surface , the housing being provided with at least one gas inlet , at least one exhaust port , and at least one gas outlet used for discharging separated gas; a rotor mounted for eccentric rotation inside the housing, the rotor being provided with at least two contact ends , and the inner surface of the housing being shaped so that the contact ends maintain a non-stop sliding contact with the inner surface of the housing, an external surface of the rotor and the inner surface of the housing forming at least two individual cavities (A) between respective adjacent pairs of contact ends (21, 23; 23, 25; 25, 21), and adjacent air cavities being separated by respective contact ends; and characterised by further comprising at least two adsorption chambers each corresponding to a respective cavity (A) and provided with respective screen openings for communication therewith, the adsorption chambers being provided inside the rotor , serving as a part of the rotor and rotating together with the rotor, the interiors of the adsorption chambers being loaded with molecular sieves, and wherein a pressure relief valve is provided at the gas outlet , the arrangement being such that when the rotor is rotated, the individual cavities (A) rotate with the rotor to sequentially pass the gas inlet , the gas outlet , and the exhaust port in each working cycle.
Electrical cable comprising: - an electrical wiring element and - an electrical connection member (2; 2') which is crimped onto the electrical wiring element in a sealed manner and is capable of connecting the electrical wiring element to another electrical wiring element , the electrical connection member (2; 2') comprising a tube which has at least one end of annular form which gives access to an inner housing of the tube , and at least one segment in which a section of the tube is deformed so that it comprises multiple portions which are adjoined one to another or to each other, the other electrical wiring element being an open barrel terminal , characterised in that the open barrel terminal having two wings is crimped onto the segment by introducing the segment between the two wings and by folding down the two wings on the segment , the free edge of the wings being housed at the bottom of the segment . - an electrical wiring element and - an electrical connection member (2; 2') which is crimped onto the electrical wiring element in a sealed manner and is capable of connecting the electrical wiring element to another electrical wiring element , the electrical connection member (2; 2') comprising a tube which has at least one end of annular form which gives access to an inner housing of the tube , and at least one segment in which a section of the tube is deformed so that it comprises multiple portions which are adjoined one to another or to each other, the other electrical wiring element being an open barrel terminal ,