mhurhangee/ep-ind-claims huggingface dataset:
A transaction card with 3D printing graphic surface, which card has a card base, and said card base comprises in order from top to bottom: a front protective film layer, a front substrate layer, an intermediate INLAY layer, a back substrate layer, a back printing graphic layer, a back protective film layer, characterized in that: the upper surface of said front protective film layer is adhered with a 3D printing graphic layer with a height of 0.05-0.46 mm.
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.
Impact piece for a hammer head of a pile-driving device for driving piles (16, 2) whose pile heads have an asymmetrical cross-sectional profile with respect to point symmetry, in particular an open bent profile, wherein the cross-sectional profile of the pile head can be held in a first direction of orientation by first holding surfaces, characterized in that the cross-sectional profile of the pile head can be held in a further direction of orientation by second holding surfaces, which further direction of orientation is rotated by 90° or a multiple of 90° with respect to the first direction of orientation.
A pneumatic tire comprising a narrow groove formed on a tread surface, the narrow groove extending in a direction inclined with respect to the tire circumferential direction and having a groove width smaller than a groove depth, the narrow groove opening at both ends thereof to the outside of the land portion (6,7,8), characterised in that, the narrow groove has an air inflow part formed on at least one of the groove walls facing each other in the tire circumferential direction, the air inflow part opening to the tread, wherein the air inflow part is formed on the windward-side groove wall of the narrow groove, and wherein the narrow groove has a maximum depth D1 and the air inflow part has a maximum depth D2, the D1 and the D2 satisfying: 8 ≤ D 1 / D 2 ≤ 12.
A packaging system, comprising: a top sheet; a bottom sheet coupled to the top sheet; an enclosed space formed between the top sheet and the bottom sheet that environmentally seals a treatment strip with at least one gummy surface, wherein the treatment strip only interfaces with the top sheet and bottom sheet and wherein the top sheet is configured to releaseably adhere to the gummy surface on the treatment strip; the bottom sheet is removably attached to the top sheet; and the enclosed space is formed between the top sheet and the bottom sheet; wherein the treatment strip is environmentally sealed within the enclosed space. a top sheet; a bottom sheet coupled to the top sheet; an enclosed space formed between the top sheet and the bottom sheet that environmentally seals a treatment strip with at least one gummy surface, wherein the treatment strip only interfaces with the top sheet and bottom sheet and wherein the top sheet is configured to releaseably adhere to the gummy surface on the treatment strip; the bottom sheet is removably attached to the top sheet; and the enclosed space is formed between the top sheet and the bottom sheet; wherein the treatment strip is environmentally sealed within the enclosed space.
A pair of tyres (100, 200) comprising a front tyre and a rear tyre to be mounted on a front wheel and a rear wheel respectively of a two-wheeled vehicle, in which each of said front and rear tyres comprises: - a carcass structure having at least one carcass ply, said carcass ply being shaped in a substantially toroidal configuration and having its ends in engagement with respective circumferential annular reinforcing structures; - a belt structure applied to said carcass structure at a radially external position; - a tread band applied at a radially external position to said belt structure; - a pair of sidewalls laterally applied onto opposite sides relative to said carcass structure; - a pair of reinforcing side structures, each applied at a sidewall; and wherein: - each reinforcing side structure comprises a plurality of cords; - at each point of a cord, an angle (α) is identified which is included between the tangent of the cord direction at that point and the tangent to a circumferential direction of the tyre passing through said point and oriented in the rolling direction of the tyre; - said angle (α) in said rear tyre is larger than 90° and said angle (α) in said front tyre is smaller than 90°. - a carcass structure having at least one carcass ply, said carcass ply being shaped in a substantially toroidal configuration and having its ends in engagement with respective circumferential annular reinforcing structures; - a belt structure applied to said carcass structure at a radially external position; - a tread band applied at a radially external position to said belt structure; - a pair of sidewalls laterally applied onto opposite sides relative to said carcass structure; - a pair of reinforcing side structures, each applied at a sidewall; - each reinforcing side structure comprises a plurality of cords; - at each point of a cord, an angle (α) is identified which is included between the tangent of the cord direction at that point and the tangent to a circumferential direction of the tyre passing through said point and oriented in the rolling direction of the tyre; - said angle (α) in said rear tyre is larger than 90° and said angle (α) in said front tyre is smaller than 90°.
A multi-sensor system having several dental sensors (101-S; 101-M) for placement in an oral cavity, comprising: - several slave dental sensors (101-S) for acquiring measurement data in the oral cavity, each comprising a transmitting device for transmitting the measurement data; and - a master dental sensor (101-M) having a receiving device (109-M) for receiving the measurement data from the individual slave dental sensors (101-S) which is configured to retrieve measurement data successively from the individual slave dental sensors (101-S). - several slave dental sensors (101-S) for acquiring measurement data in the oral cavity, each comprising a transmitting device for transmitting the measurement data; and - a master dental sensor (101-M) having a receiving device (109-M) for receiving the measurement data from the individual slave dental sensors (101-S) which is configured to retrieve measurement data successively from the individual slave dental sensors (101-S).
A cleaning device for a vehicle-mounted camera, which cleans a lens surface of a camera mounted on a vehicle, the cleaning device comprising: a nozzle having a discharge port (10a, 10b) from which a cleaning liquid and a compressed air discharge and which is disposed so as to face the lens surface, and having a cleaning liquid path (11 a, 11b) that guides the cleaning liquid to the discharge port (10a, 10b) and an air passage configured to guide the compressed air to the discharge port (10a, 10b), in which a distal end portion (15a, 15b) of the cleaning liquid path (11a, 11b) and a distal end portion (14a, 14b) of the air passage are disposed so as to be proximate to each other, or are disposed so as to be merged with each other; a cleaning-liquid delivery section that delivers the cleaning liquid through a cleaning liquid pipe to the nozzle; a compressed-air delivery section that delivers the compressed air through an air pipe to the nozzle; and a control section that controls the cleaning-liquid delivery section and the compressed-air delivery section, the cleaning device being characterised in that the control section does cleaning with a continuous water supply mode in which the cleaning-liquid delivery section is driven and the compressed-air delivery section is intermittently driven for a plurality of times to make the cleaning liquid and the compressed air jet from the discharge port (10a, 10b), whereby the cleaning liquid is dropped on the lens surface (1 a). a nozzle having a discharge port (10a, 10b) from which a cleaning liquid and a compressed air discharge and which is disposed so as to face the lens surface, and having a cleaning liquid path (11 a, 11b) that guides the cleaning liquid to the discharge port (10a, 10b) and an air passage configured to guide the compressed air to the discharge port (10a, 10b), in which a distal end portion (15a, 15b) of the cleaning liquid path (11a, 11b) and a distal end portion (14a, 14b) of the air passage are disposed so as to be proximate to each other, or are disposed so as to be merged with each other; a cleaning-liquid delivery section that delivers the cleaning liquid through a cleaning liquid pipe to the nozzle; a compressed-air delivery section that delivers the compressed air through an air pipe to the nozzle; and a control section that controls the cleaning-liquid delivery section and the compressed-air delivery section, the cleaning device being characterised in that the control section does cleaning with a continuous water supply mode in which the cleaning-liquid delivery section is driven and the compressed-air delivery section is intermittently driven for a plurality of times to make the cleaning liquid and the compressed air jet from the discharge port (10a, 10b), whereby the cleaning liquid is dropped on the lens surface (1 a).
A method comprising: tracking at a network device in communication with a plurality of virtual machines, virtual machine movement based on a device identifier in a packet received from one of the virtual machines, wherein said device identifier identifies a switch associated with the virtual machine at the time of initialization of the virtual machine, the tracking comprising: comparing said device identifier in the packet received from the virtual machine with a device identifier of the network device; in response to the received device identifier differing from the device identifier of the network device, determining that the virtual machine has moved; and storing location information for the virtual machine in a virtual machine move list at the network device; wherein said location information from the virtual machine move list is inserted into a forwarding information base for use in optimized forwarding of packets destined for the virtual machine. comparing said device identifier in the packet received from the virtual machine with a device identifier of the network device; in response to the received device identifier differing from the device identifier of the network device, determining that the virtual machine has moved; and storing location information for the virtual machine in a virtual machine move list at the network device; wherein said location information from the virtual machine move list is inserted into a forwarding information base for use in optimized forwarding of packets destined for the virtual machine.
Method for spin forming, in particular for spin forming a vehicle wheel, wherein a workpiece is set in rotation about an axis of rotation by means of a spindle, and at least one outer roller is positioned by means of an outer support at an outer side of the workpiece, wherein, with material thinning, an axially extending lateral region of the workpiece is shaped, and - wherein at least one inner roller is positioned at an inner side of the workpiece by means of an inner support, which is displaceable axially and radially relative to the axis of rotation independently of the outer support, - at least one outer roller is positioned, wherein an inner roller is associated with each outer roller, and - a defined shaping gap is formed between the outer roller and the associated inner roller, characterized in that the inner support with the inner roller and the outer support with the outer roller are displaced individually by means of a CNC control unit when shaping the lateral region, wherein at the lateral region a defined wall thickness profile with different wall thicknesses between the at least one outer roller and the at least inner roller is formed. - wherein at least one inner roller is positioned at an inner side of the workpiece by means of an inner support, which is displaceable axially and radially relative to the axis of rotation independently of the outer support, - at least one outer roller is positioned, wherein an inner roller is associated with each outer roller, and - a defined shaping gap is formed between the outer roller and the associated inner roller,
A magnetic tunnel junction, hereinafter termed MTJ, comprising: a fixed layer; a barrier layer on the fixed layer; a free layer comprising a first layer and a second layer interfacing with the barrier layer, the second layer having a crystal structure in accordance with the barrier layer, and an insertion layer between the first layer and the second layer, in which the insertion layer is comprised of a material different to the materials of the first and second layers; and an amorphous capping layer interfacing with the first layer; characterised in that the insertion layer is configured to prevent an advance of any crystal orientation from the barrier layer to the first layer. a fixed layer; a barrier layer on the fixed layer; a free layer comprising a first layer and a second layer interfacing with the barrier layer, the second layer having a crystal structure in accordance with the barrier layer, and an insertion layer between the first layer and the second layer, in which the insertion layer is comprised of a material different to the materials of the first and second layers; and an amorphous capping layer interfacing with the first layer; characterised in that the insertion layer is configured to prevent an advance of any crystal orientation from the barrier layer to the first layer.
A method of performing tessellation in a computer graphics system, the method comprising: analysing an initial patch to determine whether to sub-divide the patch; in response to determining that the initial patch is to be sub-divided, dividing the initial patch into two or more sub-patches (204, 204'); and selecting and tessellating each sub-patch until there is no further sub-division of that sub-patch, wherein sub-patches are selected for tessellation in an order encoded by one or more stored values, and wherein the order for selection is alternated for each increase or decrease in level of sub-division. analysing an initial patch to determine whether to sub-divide the patch; in response to determining that the initial patch is to be sub-divided, dividing the initial patch into two or more sub-patches (204, 204'); and selecting and tessellating each sub-patch until there is no further sub-division of that sub-patch, wherein sub-patches are selected for tessellation in an order encoded by one or more stored values, and wherein the order for selection is alternated for each increase or decrease in level of sub-division.
A multilayer film comprising (a) a layer based on an amount of at least 30% by weight, based on the total weight of the layer (a), of at least one propylene copolymer, on an amount of at least 20% by weight, based on the total weight of the layer (a), of at least one propylene homopolymer, and optionally on a further polyolefin and optionally up to 30% by weight of additives, based on the total weight of the layer (a), whereby the components always give a total of 100% by weight, (b) at least one internal layer based on at least one homo- and/or copolyamide having isophoronediamine units as polyamide component, (c) a layer based on an amount of at least 30% by weight, based on the total weight of the layer (c), of at least one propylene copolymer, on an amount of at least 20% by weight, based on the total weight of the layer (c), of at least one propylene homopolymer, and optionally on a further polyolefin and optionally up to 30% by weight of additives, based on the total weight of the layer (c), where the components always give a total of 100% by weight, and (d) respectively (e) as adhesion-promoter layers (d) respectively (e) in each case arranged between the layer (a) and the layer (b) respectively between the layer (b) and the layer (c) in each case based on at least one modified thermoplastic olefin homo- or copolymer. (a) a layer based on an amount of at least 30% by weight, based on the total weight of the layer (a), of at least one propylene copolymer, on an amount of at least 20% by weight, based on the total weight of the layer (a), of at least one propylene homopolymer, and optionally on a further polyolefin and optionally up to 30% by weight of additives, based on the total weight of the layer (a), whereby the components always give a total of 100% by weight, (b) at least one internal layer based on at least one homo- and/or copolyamide having isophoronediamine units as polyamide component, (c) a layer based on an amount of at least 30% by weight, based on the total weight of the layer (c), of at least one propylene copolymer, on an amount of at least 20% by weight, based on the total weight of the layer (c), of at least one propylene homopolymer, and optionally on a further polyolefin and optionally up to 30% by weight of additives, based on the total weight of the layer (c), where the components always give a total of 100% by weight, and (d) respectively (e) as adhesion-promoter layers (d) respectively (e) in each case arranged between the layer (a) and the layer (b) respectively between the layer (b) and the layer (c) in each case based on at least one modified thermoplastic olefin homo- or copolymer.
Apparatus comprising: a shipping assembly comprising sets of columns and girders connected together to form at least two frames, and an envelope comprising a flat foldable material that is affixed to the frames, at least two fixing means positioned at a predetermined distance in order to fix the envelope to the at least two frames so that the envelope determines a distance between the said frames, characterised in that said at least two frames are two separate frames and in that said columns are lockable with said girders. a shipping assembly comprising sets of columns and girders connected together to form at least two frames, and an envelope comprising a flat foldable material that is affixed to the frames, at least two fixing means positioned at a predetermined distance in order to fix the envelope to the at least two frames so that the envelope determines a distance between the said frames, characterised in that said at least two frames are two separate frames and in that said columns are lockable with said girders.
Method for the tool-free removal of support structures in the additive manufacturing of one or more components by means of laser beam melting or laser sintering in which the components are built up in layers together with the support structures for supporting regions of the components and the support structures are removed from the components after the complete construction of the components, wherein the support structures are built up in such a manner that they have target separation points at a transition to the components, wherein the target separation points are formed with a structure which has a larger ratio of circumference which can be wetted with etchant to appurtenant cross-sectional area than the component parts so that the target separation points have a structure which can be broken down more rapidly by chemical or electrochemical reaction compared to component parts, and the support structures are separated from the components by chemical or electrochemical breakdown of the structure at the target separation points, characterized in that the support structures are built up so that they branch off in a tree-like manner at the transition to the components.
Release film comprising a carrier layer, a printed image and a release coating, wherein (a) the printed image is disposed at least partly between the carrier layer and the release coating; and (b) the printed image comprises at least one ink cured by UV radiation; and (c) the release coating comprises a polysiloxane cured by UV radiation and has a surface weight of ≤ 5 g/m 2. (a) the printed image is disposed at least partly between the carrier layer and the release coating; and (b) the printed image comprises at least one ink cured by UV radiation; and (c) the release coating comprises a polysiloxane cured by UV radiation and has a surface weight of ≤ 5 g/m 2.
An adaptor comprising: a mounting plate configured to couple an accelerometer to a machinery component, the mounting plate including a first surface and a second surface, the second surface opposite the first surface, and a plate stud integrated with the mounting plate at the second surface; and a screw, including a screw head, the screw configured to couple the accelerometer to the mounting plate; characterized by the mounting plate being arranged to have an indication of the measurement axis of the machinery component applied thereto such that a reference axis indicator of the accelerometer is alignable with the measurement axis indicator applied to the mounting plate. a mounting plate configured to couple an accelerometer to a machinery component, the mounting plate including a first surface and a second surface, the second surface opposite the first surface, and a plate stud integrated with the mounting plate at the second surface; and a screw, including a screw head, the screw configured to couple the accelerometer to the mounting plate; characterized by the mounting plate being arranged to have an indication of the measurement axis of the machinery component applied thereto such that a reference axis indicator of the accelerometer is alignable with the measurement axis indicator applied to the mounting plate.