mhurhangee/patent-ind-claim-en huggingface dataset:
An integrated sputtering target comprising a target portion and a backing plate portion, both of them being made of copper and unavoidable impurities, wherein a Vickers hardness Hv is 90 or more, and wherein a flat ratio of crystal grains in a cross section orthogonal to a sputtering surface to be used for sputtering is 0.35 or more and 0.65 or less. The flat ratio is determined using an optical microscope as follows: total four arbitrary straight lines, two straight lines in each of a target thickness direction and a direction perpendicular to the target thickness direction of the crystal grains observed in the cross section, are drawn, and the number of grain boundaries intersecting the straight lines are counted to measure an average grain size in the target thickness direction and an average grain size in the direction perpendicular to the target thickness direction; and then, when the average grain size in the target thickness direction is defined as a short side and the average grain size in the direction perpendicular to the target thickness direction is defined as a long side, the flat ratio is calculated from the equation: flat ratio = (1 - short side / long side).
- A portable object having a contactless function or a dual contactless and contact function, comprising an integrated circuit , a substrate and an electrical circuit , as well as at least the following elements: • At least a first conductive plate of a given shape and dimensions, positioned on at least a portion of a side of the substrate , • Said at least one integrated circuit connected to the first conductive plate by means of connections , • At least a second conductive plate of a given shape and dimensions, positioned on a layer comprising the electrical circuit and connected to the electrical circuit, • The dimensions of the first conductive plate and of the second conductive plate arranged opposite each other and the distance between them are suitable for establishing an electric coupling of a capacitive type, said separation distance being equal to the thickness of an adhesive used for embedding the card, • The electrical circuit is a single-sided antenna comprising several tracks, wherein a first end of the antenna is connected to a first portion of the second conductive plate and a second end of the antenna is connected to a second portion of the second conductive plate, characterised in that the tracks of the antenna pass between the first and second portions of the second conductive plate, and said separation distance is greater than or equal to 10μm and less than 30μm. • At least a first conductive plate of a given shape and dimensions, positioned on at least a portion of a side of the substrate , • Said at least one integrated circuit connected to the first conductive plate by means of connections , • At least a second conductive plate of a given shape and dimensions, positioned on a layer comprising the electrical circuit and connected to the electrical circuit, • The dimensions of the first conductive plate and of the second conductive plate arranged opposite each other and the distance between them are suitable for establishing an electric coupling of a capacitive type, said separation distance being equal to the thickness of an adhesive used for embedding the card, • The electrical circuit is a single-sided antenna comprising several tracks, wherein a first end of the antenna is connected to a first portion of the second conductive plate and a second end of the antenna is connected to a second portion of the second conductive plate, characterised in that the tracks of the antenna pass between the first and second portions of the second conductive plate, and said separation distance is greater than or equal to 10μm and less than 30μm.
A workpiece placement platform device comprising: an X-axis direction positioning member provided on one side of a placement platform on which to place a plate-shaped workpiece (W) and configured to position one side edge of the workpiece (W) in an X-axis direction by contacting the one side edge; a Y-axis direction positioning member provided on another side of the placement platform and configured to position another side edge of the workpiece (W) in a Y-axis direction by contacting the another side edge; an in-out member that is movable in and out by pivoting horizontally or moving in the Y-axis direction relative to a workpiece placement surface of the placement platform ; and a workpiece positioning member configured to partition the workpiece placement surface into sections in the X-axis direction, and wherein a position of the X-axis direction positioning member is adjustable in the Y-axis direction, the workpiece placement platform device being characterized in that it further comprises: a guide member on an upper surface of the in-out member which is provided with a slide block that is movable along the guide member , the slide block being provided with the workpiece positioning member . an X-axis direction positioning member provided on one side of a placement platform on which to place a plate-shaped workpiece (W) and configured to position one side edge of the workpiece (W) in an X-axis direction by contacting the one side edge; a Y-axis direction positioning member provided on another side of the placement platform and configured to position another side edge of the workpiece (W) in a Y-axis direction by contacting the another side edge; an in-out member that is movable in and out by pivoting horizontally or moving in the Y-axis direction relative to a workpiece placement surface of the placement platform ; and a workpiece positioning member configured to partition the workpiece placement surface into sections in the X-axis direction, and wherein a position of the X-axis direction positioning member is adjustable in the Y-axis direction, the workpiece placement platform device being characterized in that it further comprises: a guide member on an upper surface of the in-out member which is provided with a slide block that is movable along the guide member , the slide block being provided with the workpiece positioning member . a guide member on an upper surface of the in-out member which is provided with a slide block that is movable along the guide member , the slide block being provided with the workpiece positioning member .
A machine for stacking crates for containing products, comprising: - stacking means for stacking crates in superposed layers in a stacking zone ; - retaining means for retaining a layer of one or more crates in said stacking zone ; said retaining means comprising abutting means which externally delimit, at least partly, said stacking zone ; characterised in that it comprises compensating means for compensating for any lateral crushing of the crates, said compensating means comprising traction means for the traction of at least a side of a crate; and wherein the abutting means stop a deformation of one or more crates induced by said traction means ; said stacking means operating downstream of said compensating means for compensating for any lateral crushing. - stacking means for stacking crates in superposed layers in a stacking zone ; - retaining means for retaining a layer of one or more crates in said stacking zone ;
An axial-flux rotary electromagnetic actuator, comprising at least one magnet structure consisting of multiple single magnets , said at least one magnet structure forming a successive block serving as a magnet pole and being accommodated within at least one support belonging to a partially hollow disk-like shaped rotor , said at least one magnet structure having a thickness forming its smallest dimension, each single magnet being in the form of an elongate pad having a length extending according to a thickness of said at least one magnet structure , the elongate pad being cylindrical or in the form of a polyhedron with at least one planar longitudinal face directed towards a working surface of said at least one magnet structure , the elongate pad having a magnetization line extending lengthwise, the single magnets being positioned in said at least one magnet structure away from each other so as to be electrically isolated from each other, said at least one magnet structure including a non-conductive composite layer embedding the single magnets , the composite layer delimiting an entire external contour of said at least one magnet structure , characterized in that the length of each pad is larger than the diameter of the planar longitudinal face for a cylindrical pad or than a largest diagonal connecting two vertices of said longitudinal face for a polyhedron-shaped pad , said at least one support being covered over at least one face by a cover disk serving as an axial holding means for consolidating the rotor .
A computer-implemented method for allowing data restoration from opaque data backup streams created by a backup application without using the data backup application to perform a complete restore operation, at least a portion of the method being performed by a computing device comprising at least one processor, the method comprising: initiating, from a client, a virtual restore of an opaque data backup stream that is hosted on a server and that comprises blocks of data with modified headers and tails designed to be parsed exclusively by a data backup application that created the opaque data backup stream, wherein the virtual restore avoids storing a fully restored set of data from the opaque data backup stream on either the client or the server, and wherein the modified headers and tails comprises changes to a relative data block address and a block checksum for the blocks of data with the modified headers and tails; for each block of data in the opaque data backup stream: determining an original header and tail of the block based on a restored version of the block on the client; sending the original header and tail of the block from the client to the server; and creating, at the server, a mapping between a location of the block of data in the opaque data backup stream on the server and the original header and tail of the block. initiating, from a client, a virtual restore of an opaque data backup stream that is hosted on a server and that comprises blocks of data with modified headers and tails designed to be parsed exclusively by a data backup application that created the opaque data backup stream, wherein the virtual restore avoids storing a fully restored set of data from the opaque data backup stream on either the client or the server, and wherein the modified headers and tails comprises changes to a relative data block address and a block checksum for the blocks of data with the modified headers and tails; for each block of data in the opaque data backup stream: determining an original header and tail of the block based on a restored version of the block on the client; sending the original header and tail of the block from the client to the server; and creating, at the server, a mapping between a location of the block of data in the opaque data backup stream on the server and the original header and tail of the block. determining an original header and tail of the block based on a restored version of the block on the client; sending the original header and tail of the block from the client to the server; and creating, at the server, a mapping between a location of the block of data in the opaque data backup stream on the server and the original header and tail of the block.
End disc for a filter element comprising on a front face at least two separate arc-shaped coupling elements designed as axial rear grip for a corresponding housing coupling element allowing a plug-in/rotational connection between the filter element and a housing component , wherein the coupling elements , as seen from the center of the end disc , are disposed diametrically opposed and wherein at least one end stop is associated with at least one coupling element , which forms a stop for a rotation of the corresponding housing coupling element around a connecting axis between the filter element and the housing component, characterized in that the coupling elements each feature a radially outwardly directed rear grip and in that the end disc features arc-shaped support members corresponding to the coupling elements for supporting the housing coupling elements, wherein the support members are radially spaced apart with respect to the coupling elements and with respect to the at least one end stop and disposed, with respect to the connecting axis , radially outwardly and concentrically with respect to the corresponding coupling element .
A communication device that is configured to communicate using visible light, the communication device comprising: a plurality of first light emitters , each of which is disposed along a first surface of the communication device and is configured to transmit a visible light signal; and a plurality of first light receivers , each of which is disposed along the first surface and is configured to receive a visible light signal, wherein the plurality of first light emitters are disposed on a first side of all of the plurality of first light receivers , and the plurality of first light receivers are disposed on a second side of all of the plurality of first light emitters , the first side and the second side being in opposite directions along a first axis; a plurality of second light emitters , each of which is disposed along a second surface of the communication device and is configured to transmit a visible light signal; and a plurality of second light receivers , each of which is disposed along the second surface and is configured to receive a visible light signal, characterized in that in a view of each of the first surface and the second surface when the communication device is rotated around a second axis perpendicular to the first axis, a relative positional relationship between the plurality of first light emitters and the plurality of first light receivers on the first surface is identical to a relative positional relationship between the plurality of second light emitters and the plurality of second light receivers on the second surface. a plurality of first light emitters , each of which is disposed along a first surface of the communication device and is configured to transmit a visible light signal; and a plurality of first light receivers , each of which is disposed along the first surface and is configured to receive a visible light signal, wherein the plurality of first light emitters are disposed on a first side of all of the plurality of first light receivers , and the plurality of first light receivers are disposed on a second side of all of the plurality of first light emitters , the first side and the second side being in opposite directions along a first axis; a plurality of second light emitters , each of which is disposed along a second surface of the communication device and is configured to transmit a visible light signal; and a plurality of second light receivers , each of which is disposed along the second surface and is configured to receive a visible light signal, characterized in that in a view of each of the first surface and the second surface when the communication device is rotated around a second axis perpendicular to the first axis, a relative positional relationship between the plurality of first light emitters and the plurality of first light receivers on the first surface is identical to a relative positional relationship between the plurality of second light emitters and the plurality of second light receivers on the second surface.
A method for wireless communications by a cellular base station, BS , including a module that allows association with a Wi-Fi AP, comprising: grouping, by a cellular base station, a plurality of user equipments, UEs, into a UE cluster for communication with the access point, AP, as a Wi-Fi virtual station, V-STA; transmitting, by the BS, a cellular message to the plurality of UEs instructing the plurality of UEs to be members of the UE cluster; wherein the BS is a leader of the UE cluster, and wherein the method further comprises contending, by the BS, for a Wi-Fi transmission opportunity, TXOP, on behalf of the UE cluster. grouping, by a cellular base station, a plurality of user equipments, UEs, into a UE cluster for communication with the access point, AP, as a Wi-Fi virtual station, V-STA; transmitting, by the BS, a cellular message to the plurality of UEs instructing the plurality of UEs to be members of the UE cluster; wherein the BS is a leader of the UE cluster, and wherein the method further comprises contending, by the BS, for a Wi-Fi transmission opportunity, TXOP, on behalf of the UE cluster.
Climbing shoe comprising a substantially sock-shaped shoe-upper formed so as to completely cover the foot of the user; a front tensioning strip which is made of elastic material, is fixed on the toe of the shoe-upper , and is substantially U-shaped so as to cover the toe of the shoe-upper in the area surrounding the tarsal-phalangeal region of the sole of the foot; a rear tensioning strip which is made of elastic material, is fixed on the rear part of the shoe-upper , and is substantially U-shaped so as to cover the rear part of the shoe-upper in the area immediately over the heel and then extend/ prolong along the two lateral sides of the shoe-upper ; and a front sole which is fixed on the bottom part of the shoe-upper so as to cover the tarsal-phalangeal region of the sole of the foot; the climbing shoe being characterized by also comprising: a rear sole which is separate and spaced apart from the front sole , and is fixed on the bottom part of the shoe-upper so as to at least partly cover the talus-calcaneus region of the sole of the foot; and a substantially ribbonlike medial tensioning strip which is made of elastic material, is fixed on the bottom part of the shoe-upper so as to extend from the area of the shoe-upper under the front sole up to the area of the shoe-upper under the rear sole following an arched trajectory substantially coincident with the center line (L) of the sole of the foot, and is finally pretensioned; said medial tensioning strip having a width which is always less than the width of the bottom part of the shoe-upper .
An aircraft seat comprising: - a seat frame ; - a tracking base assembly , mounted to the seat frame, the tracking base assembly comprising: - two base rails fixedly mountable to a floor of an aircraft, each base rail mountable to a track extending along the floor by two floor track fittings , each floor track fitting corresponding to a fixed mounting position of a shear retainer securing the floor track fitting to the track, each base rail including a tracking slot extending longitudinally from a first tracking position to a second tracking position, when mounted substantially parallel to a longitudinal, or roll axis, of the aircraft; the two base rails connected and held in spaced apart relations by a tracking member to which the aircraft seat frame is mounted, the tracking member comprising: one or more tracking elements configured to translate along the tracking slots through at least one third tracking position between the first tracking position and the second tracking position allowing the aircraft seat to translate forward and backward; and a locking assembly configured to secure the tracking member at the at least one third tracking position. - a seat frame ; - a tracking base assembly , mounted to the seat frame, the tracking base assembly comprising: - two base rails fixedly mountable to a floor of an aircraft, each base rail mountable to a track extending along the floor by two floor track fittings , each floor track fitting corresponding to a fixed mounting position of a shear retainer securing the floor track fitting to the track, each base rail including a tracking slot extending longitudinally from a first tracking position to a second tracking position, when mounted substantially parallel to a longitudinal, or roll axis, of the aircraft; the two base rails connected and held in spaced apart relations by a tracking member to which the aircraft seat frame is mounted, the tracking member comprising: one or more tracking elements configured to translate along the tracking slots through at least one third tracking position between the first tracking position and the second tracking position allowing the aircraft seat to translate forward and backward; and a locking assembly configured to secure the tracking member at the at least one third tracking position. one or more tracking elements configured to translate along the tracking slots through at least one third tracking position between the first tracking position and the second tracking position allowing the aircraft seat to translate forward and backward; and a locking assembly configured to secure the tracking member at the at least one third tracking position.
A composition comprising: magnesium metal of 75 μm (200 mesh) or smaller; at least one acid; and a binding agent; wherein the composition produces at least 0.5 mM Hz after contact with 50 mL water in a container at atmospheric pressure and room temperature; wherein the composition is a tablet and wherein: i) the composition disintegrates in less than 5 minutes; ii) the at least one acid is water-soluble, and has a water solubility of at least 0.01g/mL; or, iii) the composition maintains a pH of less than 7 10 minutes after contact. magnesium metal of 75 μm (200 mesh) or smaller; at least one acid; and a binding agent; wherein the composition produces at least 0.5 mM Hz after contact with 50 mL water in a container at atmospheric pressure and room temperature; wherein the composition is a tablet and wherein: i) the composition disintegrates in less than 5 minutes; ii) the at least one acid is water-soluble, and has a water solubility of at least 0.01g/mL; or, iii) the composition maintains a pH of less than 7 10 minutes after contact. i) the composition disintegrates in less than 5 minutes; ii) the at least one acid is water-soluble, and has a water solubility of at least 0.01g/mL; or, iii) the composition maintains a pH of less than 7 10 minutes after contact.
Milk of lime comprising: - at least 40 weight % of dry matter composed of hydrated lime; - 0.1 to 3 dry weight % of carbohydrate dispersants selected from the group consisting of monosaccharides, disaccharides, oligosaccharides, their alkoxide form and the derivatives thereof obtained by oxidation or hydrogenation; - 0.1 to 3 dry weight % of a dispersant from the family of polycarboxylic polyether copolymers obtained by copolymerization of unsaturated ethylene monomers having between 15 and 100 moles of C2-C3 oxyalkylene groups, and unsaturated ethylene monomers of mono- or dicarboxylic acids, and/or their salts and/or the C1-C4 alkyl esters thereof, wherein the proportion between the dispersant of carbohydrate type and the dispersant of copolymer type is between 5:1 and 1:1 and preferably 3:1 and 1:1; the particle size distribution of hydrated lime being characterized by : - at least 99 % of particles having a size of less than 100 μm, preferably 75 μm; - at least 75 % of particles having a size greater than 1.2 μm. - at least 40 weight % of dry matter composed of hydrated lime; - 0.1 to 3 dry weight % of carbohydrate dispersants selected from the group consisting of monosaccharides, disaccharides, oligosaccharides, their alkoxide form and the derivatives thereof obtained by oxidation or hydrogenation; - 0.1 to 3 dry weight % of a dispersant from the family of polycarboxylic polyether copolymers obtained by copolymerization of unsaturated ethylene monomers having between 15 and 100 moles of C2-C3 oxyalkylene groups, and unsaturated ethylene monomers of mono- or dicarboxylic acids, and/or their salts and/or the C1-C4 alkyl esters thereof, wherein the proportion between the dispersant of carbohydrate type and the dispersant of copolymer type is between 5:1 and 1:1 and preferably 3:1 and 1:1; - at least 99 % of particles having a size of less than 100 μm, preferably 75 μm; - at least 75 % of particles having a size greater than 1.2 μm.