mhurhangee/ep-ind-claims huggingface dataset:
An Alderman-Grant type or saddle-type RF coil used to induce or detect nuclear magnetic resonance comprising: two guard rings (21, 22) having substantially cylindrical, elliptic cylindrical, or polygonal cylindrical outer shapes and arranged coaxially with a space therebetween along an axis aligned with the axial direction of said cylindrical, elliptic cylindrical, or polygonal cylindrical shapes; first and second vertical band parts (23, 24), each having a substantially straight shape and extending in said axial direction from one guard ring to the other guard ring, the first and second vertical band parts being opposed to each other with respect to said axis and each running along the outer circumference of said guard rings (21, 22), characterized in that the RF coil has the following structure at the position of at least one of the guard rings: a first and a second separate wing part (25 - 28) is provided separately from said first and second vertical band parts (23, 24) at a position facing the circumferential surface of said at least one of the guard rings (21, 22), each of said first and second separate wing parts being located in-between said first and second vertical band parts (23, 24) in a manner such that the first and second separate wing parts are mutually opposite with respect to said axis. two guard rings (21, 22) having substantially cylindrical, elliptic cylindrical, or polygonal cylindrical outer shapes and arranged coaxially with a space therebetween along an axis aligned with the axial direction of said cylindrical, elliptic cylindrical, or polygonal cylindrical shapes; first and second vertical band parts (23, 24), each having a substantially straight shape and extending in said axial direction from one guard ring to the other guard ring, the first and second vertical band parts being opposed to each other with respect to said axis and each running along the outer circumference of said guard rings (21, 22), characterized in that the RF coil has the following structure at the position of at least one of the guard rings: a first and a second separate wing part (25 - 28) is provided separately from said first and second vertical band parts (23, 24) at a position facing the circumferential surface of said at least one of the guard rings (21, 22), each of said first and second separate wing parts being located in-between said first and second vertical band parts (23, 24) in a manner such that the first and second separate wing parts are mutually opposite with respect to said axis. a first and a second separate wing part (25 - 28) is provided separately from said first and second vertical band parts (23, 24) at a position facing the circumferential surface of said at least one of the guard rings (21, 22), each of said first and second separate wing parts being located in-between said first and second vertical band parts (23, 24) in a manner such that the first and second separate wing parts are mutually opposite with respect to said axis.
A device for sealing a puncture extending through tissue to a body lumen, comprising: an elongate retaining member comprising a proximal end and a distal end sufficiently small to be directed through the puncture, wherein the retaining member comprises a non-bioabsorbable material and a lubricious material on an exterior surface of the retaining member; and an intravascular sealing member on the distal end of the retaining member, the intravascular sealing member comprising a first bioabsorbable material, wherein the intravascular sealing member is configured to be substantially absorbed when exposed to an aqueous physiological environment within the body lumen. an elongate retaining member comprising a proximal end and a distal end sufficiently small to be directed through the puncture, wherein the retaining member comprises a non-bioabsorbable material and a lubricious material on an exterior surface of the retaining member; and an intravascular sealing member on the distal end of the retaining member, the intravascular sealing member comprising a first bioabsorbable material, wherein the intravascular sealing member is configured to be substantially absorbed when exposed to an aqueous physiological environment within the body lumen.
A laundry product comprising: a container; and a liquid laundry composition contained in said container; wherein said container comprises: a closed end having a closed end periphery; and a translucent peripheral wall extending from said closed end periphery about a longitudinal axis of said container to an open end; and an over layer; wherein said over layer comprises a primary label face comprising text that is substantially upright when said container is resting on said closed end, a secondary label face opposing said primary label face comprising text that is substantially up-side-down when said container is resting on said closed end, characterized in that said over layer is substantially opaque and comprises a window in said secondary label face through which said liquid laundry composition is visible from outside said container. a container; and a liquid laundry composition contained in said container; wherein said container comprises: a closed end having a closed end periphery; and a translucent peripheral wall extending from said closed end periphery about a longitudinal axis of said container to an open end; and an over layer; wherein said over layer comprises a primary label face comprising text that is substantially upright when said container is resting on said closed end, a secondary label face opposing said primary label face comprising text that is substantially up-side-down when said container is resting on said closed end, characterized in that said over layer is substantially opaque and comprises a window in said secondary label face through which said liquid laundry composition is visible from outside said container. a closed end having a closed end periphery; and a translucent peripheral wall extending from said closed end periphery about a longitudinal axis of said container to an open end; and an over layer; wherein said over layer comprises a primary label face comprising text that is substantially upright when said container is resting on said closed end, a secondary label face opposing said primary label face comprising text that is substantially up-side-down when said container is resting on said closed end, characterized in that said over layer is substantially opaque and comprises a window in said secondary label face through which said liquid laundry composition is visible from outside said container.
A control device (100, 210, 680) that controls a work machine (102, 230) having an autonomous travel function, the control device comprising an image acquiring section that is configured to acquire image data of an image of a work target of the work machine (102, 230), characterized in that the control device further comprises: a feature recognizing section that is configured to recognize a feature about at least one of a shape, hue and luster of the work target after work, based on the image data acquired by the image acquiring section; and a control parameter deciding section that is configured to decide at least either (i) a parameter for controlling travel of the work machine (102, 230) or (ii) a parameter for controlling work of the work machine (102, 230), based on the feature recognized by the feature recognizing section. an image acquiring section that is configured to acquire image data of an image of a work target of the work machine (102, 230), characterized in that the control device further comprises: a feature recognizing section that is configured to recognize a feature about at least one of a shape, hue and luster of the work target after work, based on the image data acquired by the image acquiring section; and a control parameter deciding section that is configured to decide at least either (i) a parameter for controlling travel of the work machine (102, 230) or (ii) a parameter for controlling work of the work machine (102, 230), based on the feature recognized by the feature recognizing section. a feature recognizing section that is configured to recognize a feature about at least one of a shape, hue and luster of the work target after work, based on the image data acquired by the image acquiring section; and a control parameter deciding section that is configured to decide at least either (i) a parameter for controlling travel of the work machine (102, 230) or (ii) a parameter for controlling work of the work machine (102, 230), based on the feature recognized by the feature recognizing section.
A method for a first communications device to authenticate a second communications device; the method comprising: providing the first communications device with functional access to a challenge-response means, wherein the challenge-response means provides responses to challengers dependent upon a key held by the challenge-response means; the first communications device providing a challenge to the challenge-response means and receiving a corresponding response from the challenge-response means thereby providing a challenge-response pair; the first communications device storing the challenge-response pair; removing the functional access to the challenge-response means from the first communications device; providing the second communications device with functional access to the challenge-response means; the first communications device sending the challenge of the stored challenge-response pair to the second communications device; the second communications device sending the challenge of the stored challenge-response pair to the challenge-response means and receiving a corresponding response from the challenge-response means; the second communications device sending the received response to the first communications device; and the first communications device verifying that the response received from the second communications device is the same as the stored response. providing the first communications device with functional access to a challenge-response means, wherein the challenge-response means provides responses to challengers dependent upon a key held by the challenge-response means; the first communications device providing a challenge to the challenge-response means and receiving a corresponding response from the challenge-response means thereby providing a challenge-response pair; the first communications device storing the challenge-response pair; removing the functional access to the challenge-response means from the first communications device; providing the second communications device with functional access to the challenge-response means; the first communications device sending the challenge of the stored challenge-response pair to the second communications device; the second communications device sending the challenge of the stored challenge-response pair to the challenge-response means and receiving a corresponding response from the challenge-response means; the second communications device sending the received response to the first communications device; and the first communications device verifying that the response received from the second communications device is the same as the stored response.
A magnetic tunnel junction structure, comprising: a first magnetic layer having a fixed magnetization direction; a second magnetic layer having a reversible magnetization direction; a non-magnetic layer formed between the first magnetic layer and the second magnetic layer; characterised in that, a third magnetic layer allowing the magnetization direction of the second magnetic layer to be inclined with respect to a plane of the second magnetic layer and toward the perpendicular axis, which is oriented in a direction perpendicular to a plane of the second magnetic layer, by a magnetic coupling to the second magnetic layer, and having a perpendicular magnetic anisotropic energy thereof larger than an in-plane magnetic anisotropic energy thereof; and a crystal-structure separation layer formed between the second magnetic layer and the third magnetic layer for separating a crystallographic structure between the second and the third magnetic layers (30, 40). a first magnetic layer having a fixed magnetization direction; a second magnetic layer having a reversible magnetization direction; a non-magnetic layer formed between the first magnetic layer and the second magnetic layer; characterised in that, a third magnetic layer allowing the magnetization direction of the second magnetic layer to be inclined with respect to a plane of the second magnetic layer and toward the perpendicular axis, which is oriented in a direction perpendicular to a plane of the second magnetic layer, by a magnetic coupling to the second magnetic layer, and having a perpendicular magnetic anisotropic energy thereof larger than an in-plane magnetic anisotropic energy thereof; and a crystal-structure separation layer formed between the second magnetic layer and the third magnetic layer for separating a crystallographic structure between the second and the third magnetic layers (30, 40).
T-connection for post-beam-structures of facades, skylights and conservatories, comprising a connecting device for a form-fit connection of a beam profile to a post profile, a beam profile and a post profile, wherein the connecting device contains a plurality of pin-shaped connecting elements which can be fastened to a side wall of the post profile in a predetermined arrangement and a connecting profile which can be plugged onto the pin-shaped connecting elements in a form-fitting manner and can be inserted into the beam profile, wherein the pin-shaped connecting elements are firmly connected to the post profile via a connector (13, 14) arranged on the post profile and the connecting profile comprises a plurality of insertion regions (25, 26) adapted to the outer contour of the pin-shaped connecting elements and to their arrangement for inserting and positively receiving the pin-shaped connecting elements, characterized in that the connector (13, 14) consists of a first connector part and a second connector part firmly connected thereto, the first connector part having an outer contour adapted to the inner contour of the beam profile.
Method for producing a hole in a layer system (1, 120, 130, 155), which comprises at least a metallic substrate and an outermost ceramic layer (16"), by means of at least one pulsed energy beam (22, 22', 22"), in particular by means of at least one pulsed laser beam (22, 22', 22") of at least one laser (19, 19', 19"), which (22, 22', 22") has a pulse length, wherein the method is carried out in a multiplicity of ablation steps, wherein shorter pulse lengths and longer pulse lengths are used, wherein different pulse lengths are used in one of the first ablation steps than in one of the last ablation steps and wherein the longer pulse lengths have pulse lengths of > 0.4 ms, and in the case of the shorter pulse lengths, pulse lengths of less than or equal to 500 ns, in particular less than or equal to 100 ns, are used, wherein the laser beam is displaced over the surface of the component in the case of the ablation steps with shorter pulse lengths, in order to ablate material in the region of a plane of the hole to be produced, and wherein the at least one energy beam (22, 22', 22") is not displaced over the surface of the component (1, 120, 130, 155) in the case of the longer pulse durations, in order to ablate a metallic interlayer or the metallic substrate, characterized in that the pulse length is varied discontinuously in the course of the method for producing the hole.
A Y-splitter comprising: a first arm having a first port; a second arm having a second port; a third arm having a third port; a fourth arm having a fourth port; a Y-split portion having: a first end coupled to the first arm; a second end coupled to the second arm; a third end coupled to the third arm; and a fourth end coupled to the fourth arm; a post having a circular cross-section, said post disposed on a surface of the Y-split portion opposite the fourth arm at a location aligning with a center of the Y-split portion and configured to suppress non-dominant waveguide modes; wherein the Y-split portion is configured to split a signal from a first signal path from the first port into a second signal on a second signal path and a third signal on a third signal path, wherein a first angle between the second signal path and the first signal path is greater than 90 degrees, and wherein a second angle between the third signal path and the first signal path is greater than 90 degrees. a first arm having a first port; a second arm having a second port; a third arm having a third port; a fourth arm having a fourth port; a Y-split portion having: a first end coupled to the first arm; a second end coupled to the second arm; a third end coupled to the third arm; and a fourth end coupled to the fourth arm; a first end coupled to the first arm; a second end coupled to the second arm; a third end coupled to the third arm; and a fourth end coupled to the fourth arm; a post having a circular cross-section, said post disposed on a surface of the Y-split portion opposite the fourth arm at a location aligning with a center of the Y-split portion and configured to suppress non-dominant waveguide modes; wherein the Y-split portion is configured to split a signal from a first signal path from the first port into a second signal on a second signal path and a third signal on a third signal path, wherein a first angle between the second signal path and the first signal path is greater than 90 degrees, and wherein a second angle between the third signal path and the first signal path is greater than 90 degrees.
A method for machining a multi-layered workpiece blank using a laser beam, comprising the steps of: specifying a machining program for machining the workpiece blank according to an ablation geometry in order to generate a desired edge and/or surface geometry by means of a laser machining device, said method being characterized by: clamping the workpiece blank in said laser machining device and positioning the workpiece holder in a measuring position; measuring a thickness of at least one of the layers of the multi-layered workpiece blank; modifying the machining program in order to machine the multi-layered workpiece blank according to the measured layer thickness with a consistent ablation geometry; and machining the clamped workpiece blank using the modified machining program via a laser of said laser machining device in order to generate the desired edge and/or surface geometry with a cutting edge. clamping the workpiece blank in said laser machining device and positioning the workpiece holder in a measuring position; measuring a thickness of at least one of the layers of the multi-layered workpiece blank; modifying the machining program in order to machine the multi-layered workpiece blank according to the measured layer thickness with a consistent ablation geometry; and machining the clamped workpiece blank using the modified machining program via a laser of said laser machining device in order to generate the desired edge and/or surface geometry with a cutting edge.
A method for verifying the functioning of a designated LAG member, for use with a connection comprising two or more ports, the two or more ports being configured to be connected to respective two or more physical network links as to cooperatively form a single logical link that is a Link Aggregation Group, LAG, and each of the two or more physical network links is a LAG member, the method being performed by a network node (11, 12, 50) associated with a Maintenance Entity, ME, (2, 3), which is operable in an Ethernet Connectivity and Fault Management, CFM, domain, comprising: receiving a CFM message; and forwarding the received CFM message over one of the LAG members, the received CFM message includes a LAG member field identifying a single LAG member out of the two or more LAG members, wherein the forwarding comprises forwarding the received CFM message over one of the LAG members that is identified in the LAG member field, and wherein the method further comprising verifying the functioning of the designated LAG member by receiving and analyzing the outcome of the forwarded CFM message. receiving a CFM message; and forwarding the received CFM message over one of the LAG members, the received CFM message includes a LAG member field identifying a single LAG member out of the two or more LAG members, wherein the forwarding comprises forwarding the received CFM message over one of the LAG members that is identified in the LAG member field, and wherein the method further comprising verifying the functioning of the designated LAG member by receiving and analyzing the outcome of the forwarded CFM message.
A method comprising, in a visibility network which receives network traffic replicated from a core network monitored by the visibility network and includes a packet broker arranged to apply a generated packet filter to the replicated network traffic: maintaining, by a smart filter generator, SFG, at least one mapping between: a first-order parameter found in network traffic replicated from the core network; and a second-order parameter related to the first-order parameter, wherein the second-order parameter is not found in the network traffic replicated from the core network; receiving, by the SFG from a user, a user-defined packet filter definition comprising a filtering criterion that makes use of the second-order parameter; translating, by the SFG, based on the at least one mapping, the filtering criterion into a version that makes use of the first-order parameter; generating, by the SFG, the packet filter comprising the translated version of the-filtering criterion; wherein the at least one mapping comprises multiple sets of mappings between first-order parameters and second-order parameters, each set of mappings corresponding to a related group of parameters, and communicating the generated packet filter to the packet broker of the visibility network. maintaining, by a smart filter generator, SFG, at least one mapping between: a first-order parameter found in network traffic replicated from the core network; and a second-order parameter related to the first-order parameter, wherein the second-order parameter is not found in the network traffic replicated from the core network; a first-order parameter found in network traffic replicated from the core network; and a second-order parameter related to the first-order parameter, wherein the second-order parameter is not found in the network traffic replicated from the core network; receiving, by the SFG from a user, a user-defined packet filter definition comprising a filtering criterion that makes use of the second-order parameter; translating, by the SFG, based on the at least one mapping, the filtering criterion into a version that makes use of the first-order parameter; generating, by the SFG, the packet filter comprising the translated version of the-filtering criterion; wherein the at least one mapping comprises multiple sets of mappings between first-order parameters and second-order parameters, each set of mappings corresponding to a related group of parameters, and communicating the generated packet filter to the packet broker of the visibility network.