mhurhangee/patent-ind-claim-en huggingface dataset:
Drain unit for showers comprising a sump , a siphon housed in the sump , a channel and a grid suitable for filtering the drain water conveyed by the channel at the entrance of the sump , wherein the grid has an opening and a plurality of slits in series which form a C-shape around said opening , wherein a straight edge of the grid closes the outline of the opening , the siphon comprises a rear wall , an intermediate wall and a front wall , wherein the intermediate wall has a curved surface suitable for conveying the drain water into a union of the siphon able to couple with a union of the sump , the siphon being open at the bottom and closed at the top by a lid , so that the drain water flows down into the sump through the grid , then rises into the siphon between the rear wall and the back of the intermediate wall , and finally flows down along the curved surface towards the union of the siphon , wherein the grid is positioned above the siphon so that the edge of the opening is flush with an edge of the lid of the siphon . wherein the grid has an opening and a plurality of slits in series which form a C-shape around said opening , wherein a straight edge of the grid closes the outline of the opening , the siphon comprises a rear wall , an intermediate wall and a front wall , wherein the intermediate wall has a curved surface suitable for conveying the drain water into a union of the siphon able to couple with a union of the sump , the siphon being open at the bottom and closed at the top by a lid , so that the drain water flows down into the sump through the grid , then rises into the siphon between the rear wall and the back of the intermediate wall , and finally flows down along the curved surface towards the union of the siphon , wherein the grid is positioned above the siphon so that the edge of the opening is flush with an edge of the lid of the siphon .
Flange-sealing-system comprising: at least one static sealing for flanges comprising: at least one disc spring , and at least one sealing element , wherein the at least one disc spring is adapted to press the at least one sealing element against at least one sealing surface ; and at least one static flanged joint, wherein the at least one sealing is disposed between opposed flange flanks of the at least one static flanged joint, and wherein the flange-sealing-system is characterized in that the flanges of the at least one static flanged joint are made of a material selected from the group consisting of: ceramic, glass, plastic, a ceramic-, glass- or enamel coated material, and a composite material, particularly preferred of glass fiber reinforced plastic, and thereby the disc spring is configured to compensate for a relaxation of the flanged joint and a creep behavior of the sealing element. at least one static sealing for flanges comprising: at least one disc spring , and at least one sealing element , at least one disc spring , and at least one sealing element , wherein the at least one disc spring is adapted to press the at least one sealing element against at least one sealing surface ; and at least one static flanged joint, wherein the at least one sealing is disposed between opposed flange flanks of the at least one static flanged joint, and wherein the flange-sealing-system is characterized in that the flanges of the at least one static flanged joint are made of a material selected from the group consisting of: ceramic, glass, plastic, a ceramic-, glass- or enamel coated material, and a composite material, particularly preferred of glass fiber reinforced plastic, and thereby the disc spring is configured to compensate for a relaxation of the flanged joint and a creep behavior of the sealing element.
A buried object detector comprising: a loop antenna and an RF source, the RF source being coupled to the loop antenna and arranged to feed the loop antenna with an RF signal, wherein the RF source is a marginal oscillator , wherein the loop antenna and the marginal oscillator form a tuned resonant circuit; wherein the loop antenna is arranged to magnetically couple with a buried lossy object which reduces the quality factor of the tuned resonant circuit; characterised in that : the buried lossy object varies the size of oscillation of the marginal oscillator; the size of oscillation of the marginal oscillator is dependent on the quality factor of the tuned resonant circuit; and the detector further comprises a detector circuit, coupled to the loop antenna and arranged to detect changes in the size of the oscillation of the marginal oscillator. a loop antenna and an RF source, the RF source being coupled to the loop antenna and arranged to feed the loop antenna with an RF signal, wherein the RF source is a marginal oscillator , wherein the loop antenna and the marginal oscillator form a tuned resonant circuit; wherein the loop antenna is arranged to magnetically couple with a buried lossy object which reduces the quality factor of the tuned resonant circuit; characterised in that : the buried lossy object varies the size of oscillation of the marginal oscillator; the size of oscillation of the marginal oscillator is dependent on the quality factor of the tuned resonant circuit; and the detector further comprises a detector circuit, coupled to the loop antenna and arranged to detect changes in the size of the oscillation of the marginal oscillator. the buried lossy object varies the size of oscillation of the marginal oscillator; the size of oscillation of the marginal oscillator is dependent on the quality factor of the tuned resonant circuit; and the detector further comprises a detector circuit, coupled to the loop antenna and arranged to detect changes in the size of the oscillation of the marginal oscillator.
A system comprising IoT tags and an apparatus for alerting on a distance between at least three items each item comprising one of the IoT tags, the apparatus comprising: a locator module configured to determine a distance of each of the IoT tags to each other; a radio for communicating with the IoT tags to obtain distances between items as directly determined by the IoT tags associated with the items or location information that can be used to generate the distances; a means that uses an identity of the items, the distance between the items, and a proximity rule list to determine that a proximity rule violation has occurred; and a means for alerting a user when the proximity rule violation has occured; wherein the proximity rules indicate a minimum distance between the items and violation of the proximity rule comprises the items being closer than the minimum distance. a locator module configured to determine a distance of each of the IoT tags to each other; a radio for communicating with the IoT tags to obtain distances between items as directly determined by the IoT tags associated with the items or location information that can be used to generate the distances; a means that uses an identity of the items, the distance between the items, and a proximity rule list to determine that a proximity rule violation has occurred; and a means for alerting a user when the proximity rule violation has occured; wherein the proximity rules indicate a minimum distance between the items and violation of the proximity rule comprises the items being closer than the minimum distance.
A method performed at a first entity , comprising: receiving (S101), from a second entity, a non-internet protocol data delivery, NIDD, message including one or more Reliable Data Service, RDS, port numbers; and determining (S102) whether the one or more RDS port numbers are within a configured RDS port list; and transmitting (S104), towards the second entity , a response message including an indication that the RDS port numbers are unknown in the first entity , if it is determined that the one or more RDS port numbers are not within the configured RDS port list, wherein the indication comprises, in the cause attribute of the "ProblemDetails"structure of the response message, a cause value indicating RDS_PORT_UNKNOWN and the unknown RDS port numbers. receiving (S101), from a second entity, a non-internet protocol data delivery, NIDD, message including one or more Reliable Data Service, RDS, port numbers; and determining (S102) whether the one or more RDS port numbers are within a configured RDS port list; and transmitting (S104), towards the second entity , a response message including an indication that the RDS port numbers are unknown in the first entity , if it is determined that the one or more RDS port numbers are not within the configured RDS port list, wherein the indication comprises, in the cause attribute of the "ProblemDetails"structure of the response message, a cause value indicating RDS_PORT_UNKNOWN and the unknown RDS port numbers.
Valve control system with at least one adjustable camshaft having an outer shaft and an inner shaft which extends through the outer shaft , and with at least one phase shifter comprising a first actuating member and a second actuating member which can be rotated with respect to the first actuating member , the outer shaft and the inner shaft being connected to in each case one actuating member , at least one stop being provided which is coupled to the outer shaft fixedly so as to rotate with it, and at least one counter-stop being provided which is coupled to the inner shaft fixedly so as to rotate with it, the maximum rotational angle of the inner shaft in the outer shaft being defined by way of butting of the stop against the counter-stop , a drive wheel for the rotational drive of the adjustable camshaft being arranged on the outer shaft , and a stop-disc being provided and being received on the drive wheel , which stop-disc has at least one claw for forming the stop .
Watch comprising a middle configured to receive a horological movement as well as a shock-proof device configured to allow the horological movement to move along at least three degrees of freedom; the shock-proof device further comprising a crown configured to move between a first position wherein the horological movement is free along at least three degrees of freedom, and a second position wherein the horological movement is rigidly connected to the crown , the crown comprising at least: - a driven organ configured to be driven and to be connected to the horological movement ; and, - a driving organ configured to be distant from the at least one driven organ when the crown is in the first position and to be in contact with the at least one driven organ when the crown is in the second position ; the middle further comprising a damping element configured to damp the shocks suffered by the horological movement . - a driven organ configured to be driven and to be connected to the horological movement ; and, - a driving organ configured to be distant from the at least one driven organ when the crown is in the first position and to be in contact with the at least one driven organ when the crown is in the second position ;
A vehicle crossmember configured for attachment to transversely opposite sides of a vehicle body, the crossmember comprising: a crossbar extending in a lengthwise direction such that the crossbar extends transversely across the vehicle body when attached to the vehicle body, wherein the crossbar is made from fiber-reinforced polymeric material having a plurality of different material compositions along the lengthwise direction, each of the plurality of different material compositions being a fiber-reinforced polymeric material composition having non-randomly oriented fiber reinforcements, wherein the plurality of different material compositions includes a first material composition and a second material composition that meet at a transition region of the crossbar, the first material composition being uniform along a first portion of the crossbar between a first mounting flange and the transition region and the second material composition being uniform along a second portion of the crossbar between a second mounting flange and the transition region, and wherein the lengthwise direction is the direction the crossbar extends between the first mounting flange and the second mounting flange.
An unloading system for use in a storage structure for containing stored material, said storage structure having a floor and a sidewall , said unloading system comprising: a reclaiming portion having a floor portion extending from a discharge opening toward said sidewall of said storage structure , said floor portion of said reclaiming portion being supportable above said floor of said storage structure , said reclaiming portion being spaced from said sidewall of said storage structure ; an upper seal located between said sidewall and said floor portion , said upper seal being in simultaneous contact with said floor portion and said sidewall , characterized in that the unloading system further comprises a lower support bracket affixable to said sidewall , said lower support bracket having a horizontal leg with an upper surface and a vertical leg , a lower seal being located between said upper surface of said horizontal leg of said lower support bracket and said floor portion , said lower seal being in simultaneous contact with said lower support bracket and said floor portion .
An AAV vector for use in a method for the treatment of a motor neuron disorder in a subject in need thereof, wherein said vector is administered by peripheral administration of said AAV vector to said subject, said administration causing infection of motor neurons and expression of the gene in motor neurons, and wherein; said AAV vector comprises - a human AAV9 capsid; and - an AAV-2 derived genome comprising a gene of interest encoding a therapeutic product, said gene of interest being operably linked to a promoter specific or functional in motor neurons; wherein the gene encodes the "survival of motor neuron" protein (SMN); and wherein the motor neuron disorder is spinal muscular atrophy (SMA) disorder. - a human AAV9 capsid; and - an AAV-2 derived genome comprising a gene of interest encoding a therapeutic product, said gene of interest being operably linked to a promoter specific or functional in motor neurons; wherein the gene encodes the "survival of motor neuron" protein (SMN); and wherein the motor neuron disorder is spinal muscular atrophy (SMA) disorder. wherein the gene encodes the "survival of motor neuron" protein (SMN); and wherein the motor neuron disorder is spinal muscular atrophy (SMA) disorder.
A percutaneous implant comprising a bone-fixation portion and a spigot portion with an enlarged portion therebetween, said enlarged portion having a porous region at least over part of its surface, characterised in that the enlarged portion merges into the spigot portion via a concave surface region with a curved junction between the enlarged portion and the spigot portion.
An accessory to be attached to a game controller that includes a main section and a rail member provided on the main section, where the rail member includes a protruding portion provided on one end side of the rail member and a first terminal is on the protruding portion, the accessory comprising: a slide member configured to slidably engage with the rail member of the game controller in a slide direction from a first side toward a second side of the accessory; wherein the slide member comprises: a groove formed by a bottom surface of the slide member and side surfaces that are connected respectively to opposite sides of the bottom surface; two top surface portions configured to protrude from the respective side surfaces and each having a surface facing the bottom surface of the slide member; a facing portion having a facing surface in an end portion on the second side of the slide member, the facing surface facing the bottom surface of the slide member; and a second terminal on the facing surface, and when the protruding portion of the rail member is inserted between the bottom surface of the slide member and the facing surface, the second terminal comes into contact with the first terminal so that the second terminal and the first terminal are electrically connected to each other. a slide member configured to slidably engage with the rail member of the game controller in a slide direction from a first side toward a second side of the accessory; wherein the slide member comprises: a groove formed by a bottom surface of the slide member and side surfaces that are connected respectively to opposite sides of the bottom surface; two top surface portions configured to protrude from the respective side surfaces and each having a surface facing the bottom surface of the slide member; a facing portion having a facing surface in an end portion on the second side of the slide member, the facing surface facing the bottom surface of the slide member; and a second terminal on the facing surface, and a groove formed by a bottom surface of the slide member and side surfaces that are connected respectively to opposite sides of the bottom surface; two top surface portions configured to protrude from the respective side surfaces and each having a surface facing the bottom surface of the slide member; a facing portion having a facing surface in an end portion on the second side of the slide member, the facing surface facing the bottom surface of the slide member; and a second terminal on the facing surface, and when the protruding portion of the rail member is inserted between the bottom surface of the slide member and the facing surface, the second terminal comes into contact with the first terminal so that the second terminal and the first terminal are electrically connected to each other.
A method of measuring an object using a coordinate measuring machine having a measuring device to measure the object, the method comprising: projecting temporary indicia (200, 210-214) relative to the measuring device , the indicia forming a prescribed region and providing a visual cue as to a precise location for an operator to position the object; and positioning the object within the prescribed region of the temporary indicia (200, 210-214) using the indicia as a guide; after positioning the object, locating the object using object location logic associated with the coordinate measurement machine; and in response to locating the object, directing the measuring device of the coordinate measuring machine to measure the object. projecting temporary indicia (200, 210-214) relative to the measuring device , the indicia forming a prescribed region and providing a visual cue as to a precise location for an operator to position the object; and positioning the object within the prescribed region of the temporary indicia (200, 210-214) using the indicia as a guide; after positioning the object, locating the object using object location logic associated with the coordinate measurement machine; and in response to locating the object, directing the measuring device of the coordinate measuring machine to measure the object.
A positive electrode material for a secondary battery, comprising: a first positive electrode active material and a second positive electrode active material, wherein the first positive electrode active material and the second positive electrode active material are a lithium composite transition metal oxide including two or more transition metals selected from the group consisting of Ni, Co and Mn, the average particle size D 50 of the first positive electrode active material as measured by laser diffraction is at least two times larger than that of the second positive electrode active material, and the first positive electrode active material has a concentration gradient in which Ni contained in the lithium composite transition metal oxide has a concentration difference of 1.5 mol% or more between the center and the surface of the particle of the lithium composite transition metal oxide and wherein the concentration of Ni is gradually decreased at a rate of 0.1 to 5 mol% per 1 μm from the center to the surface of the particle based on the total mole number of Ni included in the positive electrode active material. a first positive electrode active material and a second positive electrode active material, wherein the first positive electrode active material and the second positive electrode active material are a lithium composite transition metal oxide including two or more transition metals selected from the group consisting of Ni, Co and Mn, the average particle size D 50 of the first positive electrode active material as measured by laser diffraction is at least two times larger than that of the second positive electrode active material, and the first positive electrode active material has a concentration gradient in which Ni contained in the lithium composite transition metal oxide has a concentration difference of 1.5 mol% or more between the center and the surface of the particle of the lithium composite transition metal oxide and wherein the concentration of Ni is gradually decreased at a rate of 0.1 to 5 mol% per 1 μm from the center to the surface of the particle based on the total mole number of Ni included in the positive electrode active material.
A fastening structure for fastening together a first member and a second member of a door leaf for a railroad vehicle, the fastening structure comprising a tapping screw and a prepared hole, whereby the screw is to be screwed into the prepared hole (30; 50; 60; 70; 80) provided in the second member while tapping the prepared hole (30; 50; 60; 70; 80), so that the tapping screw fastens together the first and second members , wherein walls defining the prepared hole (30; 50; 60; 70; 80) in the second member have, in a plane orthogonal to an axial direction of the tapping screw , a non-contact region (A2) where the walls do not touch the tapping screw , and wherein the non-contact region (A2) accounts for, in the plane orthogonal to the axial direction of the tapping screw , 20% to 80% of a circumference of an imaginary circle defining a major diameter (DA) of the tapping screw . the fastening structure comprising a tapping screw and a prepared hole, whereby the screw is to be screwed into the prepared hole (30; 50; 60; 70; 80) provided in the second member while tapping the prepared hole (30; 50; 60; 70; 80), so that the tapping screw fastens together the first and second members , wherein walls defining the prepared hole (30; 50; 60; 70; 80) in the second member have, in a plane orthogonal to an axial direction of the tapping screw , a non-contact region (A2) where the walls do not touch the tapping screw , and wherein the non-contact region (A2) accounts for, in the plane orthogonal to the axial direction of the tapping screw , 20% to 80% of a circumference of an imaginary circle defining a major diameter (DA) of the tapping screw .
A method for tooth-machining a workpiece by a tool on a gear cutting machine, wherein the workpiece is machined by a hobbing method in which the tool for tooth-machining rolls off on the workpiece with a specified center distance and axis intersection angle, the hobbing method being gear hobbing or generating grinding, wherein the axis intersection angle is changed while machining a workpiece.