mhurhangee/ep-ind-claims huggingface dataset:
Electric motor, having a rotor shaft, an electromagnetically operable brake, and a housing, wherein the brake has a brake coil with a coil body, wherein the rotor shaft is mounted via at least one bearing (9, 22, 50), which is configured as a floating bearing, as a spring-loaded bearing or as a fixed bearing, wherein the bearing is accommodated on a bearing seat arranged in the coil body, wherein the outer race of the bearing is radially fixed in the coil body, and the coil body is connected to the housing, in particular on the inner side thereof, wherein the coil body is screw-connected to the housing, wherein the bearing is arranged axially between the brake surface and an encoder, in particular a permanent magnet, which is fastened to the shaft, wherein the brake has a friction lining carrier which is connected to the rotor shaft in an axially displaceable manner but with a form fit in the circumferential direction and which can be pressed by an armature disc, in particular made of steel, which is connected to the housing or coil body in a rotationally fixed manner and is arranged in an axially displaceable manner, against the brake surface by means of a spring force that is generated by spring elements, in particular after the current in the brake coil winding has been switched off and thus the magnetic force generated by the brake coil and countering the spring force has been reduced or has stopped, characterized in that the brake coil is provided in a manner cast into a recess of the coil body, wherein the spring elements are arranged in recesses of the coil body, wherein the spring elements are arranged at an equal radial spacing and are spaced apart from one another in the circumferential direction, in particular at regular intervals, wherein a sensor arrangement which is operatively connected to the encoder and which detects the encoder is screw-connected to the coil body, in particular wherein the encoder is arranged axially between the sensor arrangement and the bearing (9, 22, 50).
Multiband helical antenna comprising at least one helix formed by at least two conductive strands (201, 202) with open upper ends, - each of said conductive strands (201, 202) being formed by a main strand and at least two parallel sub-strands extending the main strand from its upper end at the upper end of said strand (201, 202); - said at least two sub-strands being separated by a slot extending parallel to said strand (201, 202) from its upper end and respectively having different heights, so as to enable the antenna to resonate in at least two distinct frequency bands, - said main strand having a width (wa) equal to the sum of the widths of said sub-strands and of the width of said at least one slot, - said at least one slot being connected at the upper end of said main strand at at least one point to a current antinode, said current antinode corresponding to a location where the electrical supply current on said strand is maximum. - each of said conductive strands (201, 202) being formed by a main strand and at least two parallel sub-strands extending the main strand from its upper end at the upper end of said strand (201, 202); - said at least two sub-strands being separated by a slot extending parallel to said strand (201, 202) from its upper end and respectively having different heights, so as to enable the antenna to resonate in at least two distinct frequency bands, - said main strand having a width (wa) equal to the sum of the widths of said sub-strands and of the width of said at least one slot, - said at least one slot being connected at the upper end of said main strand at at least one point to a current antinode, said current antinode corresponding to a location where the electrical supply current on said strand is maximum.
An electrolyzer, comprising: a plurality of elements overlapped one another with a membrane interposed therebetween, each element comprising an anode, a cathode, a partition wall separating the anode from the cathode, and an outer frame bordering the partition wall, the membrane being in contact with the anode and the cathode to form a zero-gap structure; and a plurality of flow rectifiers that are arranged so as to be parallel to each other in electrode compartments so as to be parallel to a given direction along the partition wall, each electrode compartment being defined by the partition wall, the outer frame, and the membrane, wherein the length A of the electrode compartment in the given direction is 0.40 m or more and 4.0 m or less, the length B of the electrode compartment in the direction orthogonal to the partition wall is 0.0030 m or more and 0.030 m or less, and the interval C between the plurality of flow rectifiers is 0.050 m or more and 0.1 m or less, and wherein the cross-sectional area D of the electrode compartment on the plane orthogonal to the given direction is 0.00050 m 2 or more and 0.0050 m 2 or less, and the value of {(2 × D) / (B + C)} is 0.015 m or more and 0.050 m or less. a plurality of elements overlapped one another with a membrane interposed therebetween, each element comprising an anode, a cathode, a partition wall separating the anode from the cathode, and an outer frame bordering the partition wall, the membrane being in contact with the anode and the cathode to form a zero-gap structure; and a plurality of flow rectifiers that are arranged so as to be parallel to each other in electrode compartments so as to be parallel to a given direction along the partition wall, each electrode compartment being defined by the partition wall, the outer frame, and the membrane, wherein the length A of the electrode compartment in the given direction is 0.40 m or more and 4.0 m or less, the length B of the electrode compartment in the direction orthogonal to the partition wall is 0.0030 m or more and 0.030 m or less, and the interval C between the plurality of flow rectifiers is 0.050 m or more and 0.1 m or less, and wherein the cross-sectional area D of the electrode compartment on the plane orthogonal to the given direction is 0.00050 m 2 or more and 0.0050 m 2 or less, and the value of {(2 × D) / (B + C)} is 0.015 m or more and 0.050 m or less.
A polymeric composition comprising: (a) a vinyl chloride resin; and (b) a plasticizer comprising an acetylated polyol hydroxystearate, wherein said acetylated polyol hydroxystearate comprises acetylated polyol monohydroxystearate in an amount of at least 70 weight percent, based on the entire weight of the acetylated polyol hydroxystearate wherein the polyol of said acetylated polyol hydroxystearate is selected from the group consisting of alkylene glycols, triethylene glycol, trimethylolethane, trimethylolpropane, pentaerythritol, mannitol, sorbitol, and mixtures of two or more thereof. (a) a vinyl chloride resin; and (b) a plasticizer comprising an acetylated polyol hydroxystearate,
A mobile drive unit for transporting an inventory holder, the mobile drive unit comprising a docking head configured to couple the mobile drive unit to an inventory holder, the mobile drive unit comprising a control module to control the mobile drive unit such that the mobile drive unit is operable to: dock the docking head with an inventory holder; while the docking head is docked with the inventory holder move the inventory holder in a first translational direction; characterised in that: while the docking head is docked with the inventory holder, rotate the mobile drive unit in a first rotational direction while selectively rotating the docking head and docked inventory holder in a second rotational direction; while the docking head is docked with the inventory holder, selectively rotate the docking head and docked inventory holder while continuing to move in the first translational direction. dock the docking head with an inventory holder; while the docking head is docked with the inventory holder move the inventory holder in a first translational direction; characterised in that: while the docking head is docked with the inventory holder, rotate the mobile drive unit in a first rotational direction while selectively rotating the docking head and docked inventory holder in a second rotational direction; while the docking head is docked with the inventory holder, selectively rotate the docking head and docked inventory holder while continuing to move in the first translational direction. while the docking head is docked with the inventory holder, rotate the mobile drive unit in a first rotational direction while selectively rotating the docking head and docked inventory holder in a second rotational direction; while the docking head is docked with the inventory holder, selectively rotate the docking head and docked inventory holder while continuing to move in the first translational direction.
Dust hood for a grinding device provided with a gearbox neck for securing the dust hood, with a hood body for unilaterally covering a predominant portion of the grinding disc, wherein the dust hood has a hood sector which is displaceable along the hood body in the circumferential direction of the hood body and is provided for gradually covering and opening up a remaining part of the grinding disc as required, and with an extraction connection, via which material from the abrasive removal of a substrate can be sucked out of the hood body, wherein at least one through-opening via which ambient air can flow into the hood body is formed in a surface of the hood body, said surface facing the grinding device, wherein a web is provided between the hood body and the hood sector, characterized in that the web has at least one web opening via which air can flow from the segment chamber into the main chamber.
An attachment assembly for attaching an aircraft body to a wing box of an aircraft, the attachment assembly comprising: a first attachment member coupleable to the aircraft body and comprising an engagement member; a second attachment member coupleable to the wing box and comprising an extension tab extending away from said wing box, wherein said extension tab is configured to couple to said engagement member; and a plurality of fasteners configured to extend through said extension tab and said engagement member such that said plurality of fasteners are loaded in shear during a wing loading condition, wherein the first attachment member comprises an outer flange extending from said engagement member, the second attachment member comprises a body portion having a horizontally-oriented end surface, wherein the extension tab extends from said horizontally-oriented end surface in a direction away from said body portion and the outer flange comprises a distal end configured to be located proximate the horizontally-oriented end surface to define a gap therebetween, and characterised in that the attachment assembly further comprises a bearing plate removably coupled to said horizontally-oriented end surface and positioned within said gap. a first attachment member coupleable to the aircraft body and comprising an engagement member; a second attachment member coupleable to the wing box and comprising an extension tab extending away from said wing box, wherein said extension tab is configured to couple to said engagement member; and a plurality of fasteners configured to extend through said extension tab and said engagement member such that said plurality of fasteners are loaded in shear during a wing loading condition, wherein the first attachment member comprises an outer flange extending from said engagement member, the second attachment member comprises a body portion having a horizontally-oriented end surface, wherein the extension tab extends from said horizontally-oriented end surface in a direction away from said body portion and the outer flange comprises a distal end configured to be located proximate the horizontally-oriented end surface to define a gap therebetween, and characterised in that the attachment assembly further comprises a bearing plate removably coupled to said horizontally-oriented end surface and positioned within said gap.
Personal care composition comprising from about 0.001% to 1% of a methyl naphthalenyl ketone, wherein the methyl naphthalenyl ketone comprises at least one of: 1-(1,2,3,4,5,6,7,8-octahydro-2,3,8,8-tetramethyl-2-naphthalenyl)-ethan-1-one molecule, for use in a method of treatment for down regulating at least one TRP receptor in the proximity of a portion of skin treated with said personal care composition and prior to or after at least the partial removal of hair from said portion of skin.
A pharmaceutical acceptable salt of a pirlindole enantiomer for use in medicine, wherein the salt is selected from the group consisting of: -pirlindole -mandelate and -pirlindole -mandelate.
A solid composition comprising amorphous calcium carbonate, and an inorganic polyphosphate or pharmaceutically acceptable salts thereof as a stabilizer, wherein the molar ratio between P atoms of the stabilizer and Ca atoms of the ACC (P:Ca molar ratio) is at least about 1:90, and wherein the composition is stable for at least 7 days.
Connection between two components (1, 2), the two components (1, 2) having plug-together portions with profiles which can be plugged into one another, the plug-together portions of the two components (1, 2) being plugged into one another in an overlapping region, and a winding region of the two components (1, 2) which extends over the entire overlapping region and reaches beyond the overlapping region on both sides being wound around by a winding of fiber-reinforced plastic, characterized in that the two components (1, 2) have at least one running-around formation in the winding region, outside the overlapping region, so that the winding of fiber-reinforced plastic is connected to the formations with interlocking engagement.
A run-flat tire which is provided with a carcass extending from a tread portion through a sidewall portion to a bead core in a bead portion, and a side-reinforcement rubber layer disposed inside the carcass in the sidewall portion and having a substantially crescent-shaped cross-section, wherein in a tire meridian cross section including the tire rotational axis under a normal state such that the tire is mounted on a normal rim, inflated to a normal internal pressure and loaded with no load, a tire inner-cavity surface includes a side inner-cavity surface, a distance in the tire radial direction of the side inner-cavity surface from a bead toe of the bead portion is in a range of 0.4 times to 0.9 times a cavity surface height which is the length in the tire radial direction of the tire inner-cavity surface, the side inner-cavity surface includes a smooth surface which does not have unevenness, and wherein the tire inner-cavity surface further includes a tread inner-cavity surface on the outside in the tire radial direction of the side inner-cavity surface and having a smooth surface which does not have unevenness, characterized in that the total surface area of the smooth surface is more than 90 % of the total area (Ss) of the side inner-cavity surface, and the percentage of the total area of the smooth surface of the tread inner-cavity surface to the total area of the tread inner-cavity surface is less than that in the side inner-cavity surface.
A drinks preparation device, in particular a coffee machine, with a processing stage set up to convey and heat supplied water and to dispense a prepared fluid, wherein the processing stage has a path selection device for selecting a direct path for the conveyed water or a de-hardening path with a processing stage de-hardening device for the conveyed water, characterised in that a de-hardening device for the water to be supplied to the processing stage is located upstream of the processing stage, wherein the upstream de-hardening device is designed to reduce the carbonate hardness of the water to be supplied to the processing stage and/or the non-carbonate hardness of the water to be supplied to the processing stage to more than 0 mmol/l.
A metamaterial for separating an electromagnetic wave beam, being adapted to separate two incident electromagnetic waves whose electric fields are orthogonal to each other, wherein the metamaterial comprises at least one metamaterial sheet layer, each of the at least one metamaterial sheet layer comprises a substrate, and first man-made microstructures and second man-made microstructures arranged in an array form respectively on the substrate, each of the first man-made microstructures has a first principal optical axis, each of the second man-made microstructures has a second principal optical axis, in a case that the first principal optical axis is parallel to a first electric field direction, the second man-made microstructures is parallel to a second electric field direction which is orthogonal to the first electric field direction, the substrate of the metamaterial comprises a first surface and a second surface opposite to the first surface, all the first man-made microstructures are arranged on the first surface, all the second man-made microstructures are arranged on the second surface, the first surface has a first region which is arranged on an end of the first surface and the second surface has a second region which is arranged on an end of the second surface, the first man-made microstructures in the first region have the largest geometric size and the first man-made microstructures in other regions increase in geometric size continuously in a first direction towards the first region, the second man-made microstructures in the second region have the largest geometric size and the second man-made microstructures in other regions increase in geometric size continuously in a second direction towards the second region which is opposite to the first direction.
A computer program product comprising computer program means being computer-executable and which, when being computer-executed on a first node of a storage system managing a file system across a cluster of a plurality of nodes including the first node, is configured to cause the execution of a method comprising the steps: - storing, by the first node, location information being indicative of data locations of a plurality of parts of a file in the file system; - obtaining, by the first node, a data location of a certain part of the file based on the location information upon receiving a request from a client (110; 120) to retrieve location data corresponding to the certain part of the file; and - sending, by the first node, a response to the client (110; 120) which contains location data being indicative of one or more second nodes which store the certain part of the file; wherein the file system has an extended namespace in which every file has a corresponding extension file forming a file pair the respective file, the corresponding extension file being a mapping file which specifies data locations of the respective file in the cluster, wherein the respective file is stored across multiple nodes of the cluster in sections of data as chunks, and a structure of the respective file and a structure of the corresponding mapping file of the respective file pair relate to each other, each chunk in the mapping file having a respective associated chunk of the respective file and each chunk in the mapping file being a sparse chunk which stores the location data of the chunk of the respective file with which the respective chunk of the mapping file is associated and which further includes an empty area, the location data of the respective chunk of the mapping file specifying the one or more nodes of the plurality of nodes which store the respective chunk of the respective file with which the respective chunk of the mapping file is associated; and wherein both the request to retrieve location data corresponding to the certain part of the file and the response containing location data being indicative of one or more second nodes, which store the certain part of the file, use a same file access protocol as used by clients for accessing files stored in the file system. - storing, by the first node, location information being indicative of data locations of a plurality of parts of a file in the file system; - obtaining, by the first node, a data location of a certain part of the file based on the location information upon receiving a request from a client (110; 120) to retrieve location data corresponding to the certain part of the file; and - sending, by the first node, a response to the client (110; 120) which contains location data being indicative of one or more second nodes which store the certain part of the file;
A method of customizing a pre-shaped implant configured to fix at least a first mandibular bone part relative to a second mandibular bone part that is separated from the first mandibular bone part by a bone gap, the method comprising: obtaining a pre-operative 3-D model of a patient's mandible in a computer, whereby a first part of the mandible and a second part of the mandible define a first relative position; manipulating the pre-operative 3-D model of the mandible into a planned post-operative shape whereby the first part of the mandible and the second part of the mandible define a second relative position that is different than the first relative position; and custom constructing a bone fixation implant to match the planned post-operative shape of the mandible, the implant including a plate member pre-bent to attach to the first part and the second part of the mandible, and at least one guide (434; 574) removably coupled to the plate member, characterized in that the guide (434; 574) is pre-operatively configured to align the plate member with the mandible when the implant is positioned against the mandible after the mandible has been separated and the first part of the mandible and the second part of the mandible are in the second relative position. obtaining a pre-operative 3-D model of a patient's mandible in a computer, whereby a first part of the mandible and a second part of the mandible define a first relative position; manipulating the pre-operative 3-D model of the mandible into a planned post-operative shape whereby the first part of the mandible and the second part of the mandible define a second relative position that is different than the first relative position; and custom constructing a bone fixation implant to match the planned post-operative shape of the mandible, the implant including a plate member pre-bent to attach to the first part and the second part of the mandible, and at least one guide (434; 574) removably coupled to the plate member, characterized in that the guide (434; 574) is pre-operatively configured to align the plate member with the mandible when the implant is positioned against the mandible after the mandible has been separated and the first part of the mandible and the second part of the mandible are in the second relative position.
Austempered ductile iron for components requiring high strength and ductility, characterized in that it has a silicon content of 3.35 weight-% to 4.60 weight-% and it has an ausferritic microstructure of acicular ferrite in a matrix of austenite without a remnant of non-austenitized ferrite.