mhurhangee/patent-ind-claim-en huggingface dataset:
An optically variable security element for securing valuable articles, whose areal expanse defines a z-axis perpendicular thereto, having a reflective areal region that displays at least two appearances that are perceptible from different viewing directions, - the reflective areal region including two relief structures that are arranged at different height levels in the z-direction and form a lower-lying and a higher-lying relief structure, each of which is furnished with a reflection-increasing coating that follows the relief profile, - the higher-lying relief structure displaying a first optically variable effect in a first color, - the lower-lying relief structure being visible through the higher-lying reflection-increasing coating itself, or through grid spaces or gaps in the higher-lying reflection-increasing coating, and displaying a second optically variable effect in a second, different color, and - the security element being furnished, in an interior layer that is provided contiguously or in some regions, with at least one machine-readable feature substance, characterized in that - the security element includes an authenticating feature having two different machine-readable feature substances that are present in separate planar layers of the security element, - a first layer having a first of the two machine-readable feature substances being arranged below the two relief structures and a second layer having a second of the two machine-readable feature substances being arranged above the two relief structures. - the reflective areal region including two relief structures that are arranged at different height levels in the z-direction and form a lower-lying and a higher-lying relief structure, each of which is furnished with a reflection-increasing coating that follows the relief profile, - the higher-lying relief structure displaying a first optically variable effect in a first color, - the lower-lying relief structure being visible through the higher-lying reflection-increasing coating itself, or through grid spaces or gaps in the higher-lying reflection-increasing coating, and displaying a second optically variable effect in a second, different color, and - the security element being furnished, in an interior layer that is provided contiguously or in some regions, with at least one machine-readable feature substance, - the security element includes an authenticating feature having two different machine-readable feature substances that are present in separate planar layers of the security element, - a first layer having a first of the two machine-readable feature substances being arranged below the two relief structures and a second layer having a second of the two machine-readable feature substances being arranged above the two relief structures.
Training device for motorcyclists having a roller arrangement for accommodating a rear wheel and a holder for supporting a front wheel of a motorcycle , wherein the holder is pivotable from a normal position into a support position, and has a variable free space for lifting the front wheel starting from this support position, and wherein the rear wheel is freely movable in the lateral direction on the roller arrangement and remains further in its place, wherein the rollers are free-running or braked and characterised in that the support position is variable in height.
A carpet comprising a pile yarn having a coated pile single yarn , wherein the coated pile single yarn is a pile single yarn to which a layer A containing organopolysiloxane and a fluorine-based compound is attached, characterized in that a fineness of the coated pile single yarn is 8 to 40 dtex, a crimp elongation of the pile yarn is 10% to 30% as measured by the method of the description, a carpet staining degree (ΔE) in an antifouling dry test is 30 or less as measured in accordance with JIS L 1919 (8.1.2 A-2 method) , and a carpet staining degree (ΔE) in an antifouling wet test is 30 or less as measured by the method of the description. the coated pile single yarn is a pile single yarn to which a layer A containing organopolysiloxane and a fluorine-based compound is attached, characterized in that a fineness of the coated pile single yarn is 8 to 40 dtex, a crimp elongation of the pile yarn is 10% to 30% as measured by the method of the description, a carpet staining degree (ΔE) in an antifouling dry test is 30 or less as measured in accordance with JIS L 1919 (8.1.2 A-2 method) , and a carpet staining degree (ΔE) in an antifouling wet test is 30 or less as measured by the method of the description.
A towable agricultural implement with a central frame having a coupling device , wherein swivelable side frames are disposed laterally of the central frame about axles running parallel to the driving direction and/or diagonal in space, wherein at least one guide element to roll off on a field is mounted on the central frame and/or next to the coupling device , and also in each case at least one depth control wheel to roll off on a field is mounted on the side frame , which depth control wheels are mounted with a swivel mount to be swivelable about an upright swivel axle , wherein the depth control wheels are fastened to the swivel mount by means of bearings that each have a second axis of rotation and the second axis of rotation of the depth control wheels lies in the plane or adjacent to the plane of the swivel axle , and wherein the at least one guide element is fastened to the central frame with a bearing that has a first axis of rotation , wherein the first axis of rotation and the second horizontal axis of rotation have an axial offset in relation to each other, characterised in that the implement is arranged such that the depth control wheels , which are swivelable about an upright swivel axle , are freely swivelable during a forward drive of the implement and in that the depth control wheels , which are swivelable about an upright swivel axle , are brought into an at least largely parallel alignment with the at least one guide element by means of of a limiting element during a backward drive.
A polyamide resin composition for an extrusion-molded article exposed to high-pressure hydrogen gas, the polyamide resin composition comprising: 70 to 99 parts by weight of a polyamide 6 resin (A); 1 to 30 parts by weight of an impact modifier (B); and 0.005 to 1 parts by weight of a metal halide (C) with respect to a total of 100 parts by weight of the polyamide 6 resin (A) and the impact modifier (B), wherein the polyamide 6 resin (A) has a relative viscosity (ηr) of 3.3 to 7.0 at a temperature of 25°C in a 98% sulfuric acid solution having a resin concentration of 0.01 g/ml, wherein an ethylene/α-olefin copolymer modified with an unsaturated carboxylic acid and/or its derivative is used as the impact modifier (B), wherein an amount of the unsaturated carboxylic acid and/or its derivative introduced from the modification is 0.1 to 3 parts by weight with respect to 100 parts by weight of the ethylene/α-olefin copolymer modified with the unsaturated carboxylic acid and/or its derivative, wherein the polyamide resin composition has a melt tension of 20 mN or more when measured at 260°C and a take-up speed at strand broke of 30 m/min or more when measured at 260°C, wherein the melt tension and the take-up speed at strand broke are measured according to the methods in the description. 70 to 99 parts by weight of a polyamide 6 resin (A); 1 to 30 parts by weight of an impact modifier (B); and 0.005 to 1 parts by weight of a metal halide (C) with respect to a total of 100 parts by weight of the polyamide 6 resin (A) and the impact modifier (B), wherein the polyamide 6 resin (A) has a relative viscosity (ηr) of 3.3 to 7.0 at a temperature of 25°C in a 98% sulfuric acid solution having a resin concentration of 0.01 g/ml, wherein an ethylene/α-olefin copolymer modified with an unsaturated carboxylic acid and/or its derivative is used as the impact modifier (B),
A method of operating a communications device to receive data from a wireless communications network, the method comprising detecting from one or more control channels of a wireless access interface one or more encoded data units of a plurality of encoded data units into which an error correction encoded control information has been divided in accordance with an incremental redundancy scheme, and decoding the error correction encoded control information by combining the one or more detected encoded data units in accordance with an arrangement of encoded bits of the error correction encoded control information in each of the plurality of encoded data units, each of the plurality of encoded data units comprising a different set of the encoded bits according to a different redundancy version number of the incremental redundancy scheme, wherein the combining the one or more detected encoded data units includes identifying each of the one or more encoded data units from physical resources of the one or more control channels on which the one or more encoded data units are detected to determine the redundancy version of each encoded data unit, the different physical resources identifying the redundancy version number of the incremental redundancy scheme; identifying the arrangement of encoded bits of the error correction encoded control information in each of the one or more encoded data units based on the determined redundancy version, and combining the encoded bits from the one or more encoded data units in accordance with the incremental redundancy scheme. detecting from one or more control channels of a wireless access interface one or more encoded data units of a plurality of encoded data units into which an error correction encoded control information has been divided in accordance with an incremental redundancy scheme, and decoding the error correction encoded control information by combining the one or more detected encoded data units in accordance with an arrangement of encoded bits of the error correction encoded control information in each of the plurality of encoded data units, each of the plurality of encoded data units comprising a different set of the encoded bits according to a different redundancy version number of the incremental redundancy scheme, wherein the combining the one or more detected encoded data units includes identifying each of the one or more encoded data units from physical resources of the one or more control channels on which the one or more encoded data units are detected to determine the redundancy version of each encoded data unit, the different physical resources identifying the redundancy version number of the incremental redundancy scheme; identifying the arrangement of encoded bits of the error correction encoded control information in each of the one or more encoded data units based on the determined redundancy version, and combining the encoded bits from the one or more encoded data units in accordance with the incremental redundancy scheme.
A method for allocating a resource on a PC5 interface, performed by a network-side device, wherein the network-side device is an evolved Node B, eNB, or a relay User Equipment, UE, the PC5 interface is introduced between one device and another device, and the PC5 interface is applicable to Device to Device, D2D, Discovery, D2D communication, and Vehicle to Everything, V2X, communication; and the method comprises: obtaining a PC5 Aggregated Maximum Bit Rate, AgMBR, of a UE; and allocating a resource on the PC5 interface according to the PC5 AgMBR of the UE upon reception of a request for allocating the resource on the PC5 interface to the UE; characterized in that , when the network-side device is the relay UE, the obtaining the PC5 AgMBR of the UE comprises: obtaining the PC5 AgMBR of the UE from information passed by an eNB to the relay UE; and the allocating the resource on the PC5 interface according to the PC5 AgMBR of the UE comprises: allocating a resource on the PC5 interface according to the PC5 AgMBR of the UE, among of resources on the PC5 interface allocated by eNB to the relay UE; or when the network-side device is the eNB, the allocating the resource on the PC5 interface according to the PC5 AgMBR of the UE comprises: allocating the resource on the PC5 interface to a relay UE, and instructing the relay UE to allocate a resource on the PC5 interface to the UE among of resources on the PC5 interface allocated to the relay UE according to the PC5 AgMBR. obtaining a PC5 Aggregated Maximum Bit Rate, AgMBR, of a UE; and allocating a resource on the PC5 interface according to the PC5 AgMBR of the UE upon reception of a request for allocating the resource on the PC5 interface to the UE; characterized in that , when the network-side device is the relay UE, the obtaining the PC5 AgMBR of the UE comprises: obtaining the PC5 AgMBR of the UE from information passed by an eNB to the relay UE; and the allocating the resource on the PC5 interface according to the PC5 AgMBR of the UE comprises: allocating a resource on the PC5 interface according to the PC5 AgMBR of the UE, among of resources on the PC5 interface allocated by eNB to the relay UE; or when the network-side device is the eNB, the allocating the resource on the PC5 interface according to the PC5 AgMBR of the UE comprises: allocating the resource on the PC5 interface to a relay UE, and instructing the relay UE to allocate a resource on the PC5 interface to the UE among of resources on the PC5 interface allocated to the relay UE according to the PC5 AgMBR.
A marine riser component having a fatigue damage sensor , characterised in that the fatigue damage sensor is integrated in the marine riser component , wherein the sensor is adapted to be irreversibly damaged by stresses and strains applied to the marine riser component , and wherein the sensor is adapted to record said damage on the sensor.
A radiation system, comprising: a radiation source providing therapeutic radiation; a first gantry supporting a second gantry carrying the radiation source , the first gantry being rotatable about a first axis passing through an isocenter , thereby allowing the radiation source carried by the second gantry to aim therapeutic radiation at a target volume from a plurality of locations in a first plane; the second gantry , carrying the radiation source , being rotatable about a second axis passing through the isocenter non-parallel with the first axis, thereby allowing the radiation source to aim therapeutic radiation at the target volume from a plurality of locations in a second plane non-coplanar with the first plane; and further comprising an enclosure enclosing the first gantry , the second gantry , and the radiation source , wherein a portion of the enclosure defines an inner bore along the first axis to accommodate at least a portion of a subject containing the target volume; characterised in that the portion of the enclosure defining the inner bore comprises a generally tubular structure , at least a portion of the generally tubular structure is removable to allow the second gantry carrying the radiation source to move into a space occupied or enclosed by the portion of the tubular structure . a radiation source providing therapeutic radiation; a first gantry supporting a second gantry carrying the radiation source , the first gantry being rotatable about a first axis passing through an isocenter , thereby allowing the radiation source carried by the second gantry to aim therapeutic radiation at a target volume from a plurality of locations in a first plane; the second gantry , carrying the radiation source , being rotatable about a second axis passing through the isocenter non-parallel with the first axis, thereby allowing the radiation source to aim therapeutic radiation at the target volume from a plurality of locations in a second plane non-coplanar with the first plane; and further comprising an enclosure enclosing the first gantry , the second gantry , and the radiation source , wherein a portion of the enclosure defines an inner bore along the first axis to accommodate at least a portion of a subject containing the target volume; characterised in that the portion of the enclosure defining the inner bore comprises a generally tubular structure , at least a portion of the generally tubular structure is removable to allow the second gantry carrying the radiation source to move into a space occupied or enclosed by the portion of the tubular structure .
2-acetyl-6-(2-(2-(4-bromobenzylidene)hydrazinyl)thiazole-4-yl)-3,7,9-trihydroxy-8,9b-dimethyldibenzo[b,d]furan-1 -one of formula I: which has inhibitory action human tyrosyl-DNA phosphodiesterase 1 enzyme (Tdp1).
A method for establishing a connection between a mobility management entity and a node of a packet data network by the mobility management entity , the method comprising: acquiring an address of the node ; transmitting a session creation request to a serving gateway ; receiving a session creation response from the serving gateway in response to the session creation request, the session creation response including uplink bearer information for transmitting data to the serving gateway and an address allocated to the mobility management entity by a packet data network gateway ; transmitting , to the serving gateway , downlink bearer information for receiving data from the serving gateway ; and transmitting and receiving data with the node based on the address of the mobility management entity and the address of the node using a bearer, between the mobility management entity and the serving gateway , created based on the uplink bearer information and the downlink bearer information. acquiring an address of the node ; transmitting a session creation request to a serving gateway ; receiving a session creation response from the serving gateway in response to the session creation request, the session creation response including uplink bearer information for transmitting data to the serving gateway and an address allocated to the mobility management entity by a packet data network gateway ; transmitting , to the serving gateway , downlink bearer information for receiving data from the serving gateway ; and transmitting and receiving data with the node based on the address of the mobility management entity and the address of the node using a bearer, between the mobility management entity and the serving gateway , created based on the uplink bearer information and the downlink bearer information.
A hydrogen generator comprising: a hydrogen generating unit configured to generate a hydrogen-containing gas by using a raw material gas; a hydro-desulfurizer configured to remove a sulfur compound in the raw material gas supplied to the hydrogen generating unit; a first gas channel through which the raw material gas supplied through the hydro-desulfurizer to the hydrogen generating unit flows; a recycle channel through which the hydrogen-containing gas from the hydrogen generating unit is supplied to the raw material gas in the first gas channel located upstream of the hydro-desulfurizer; a raw material gas supply unit disposed between the hydro-desulfurizer and a meeting point where the first gas channel and the recycle channel meet; a first on-off valve disposed between the raw material gas supply unit and the hydro-desulfurizer, the first on-off valve performing only switching between open and close; and a controller configured to close the first on-off valve when the hydrogen generator stops a hydrogen generating operation. a hydrogen generating unit configured to generate a hydrogen-containing gas by using a raw material gas; a hydro-desulfurizer configured to remove a sulfur compound in the raw material gas supplied to the hydrogen generating unit; a first gas channel through which the raw material gas supplied through the hydro-desulfurizer to the hydrogen generating unit flows; a recycle channel through which the hydrogen-containing gas from the hydrogen generating unit is supplied to the raw material gas in the first gas channel located upstream of the hydro-desulfurizer; a raw material gas supply unit disposed between the hydro-desulfurizer and a meeting point where the first gas channel and the recycle channel meet; a first on-off valve disposed between the raw material gas supply unit and the hydro-desulfurizer, the first on-off valve performing only switching between open and close; and a controller configured to close the first on-off valve when the hydrogen generator stops a hydrogen generating operation.
A bionic tortoise shell valve group for antiknocking comprising: an array of valve cores , a first valve body (A3) and a second valve body (A4); wherein the first valve body (A3) comprises a first frame body and the second valve body (A4) comprises a second frame body ; two supporters which are intersected are symmetrically provided in the first frame body and the second frame body ; openings ( c1, c2, 2c1, 2c2, 3c1, 3c2) are provided with intervals on each of the supporters ; the openings ( c1, c2, 2c1, 2c2, 3c1, 3c2) on the supporters are symmetrically provided; characterized in that an intersected portion of the two supporters is a spine ; and each supporter on two sides of the spine is a framework ; each frame body and the two supporters which are intersected are an integrated body; each of the valve cores is provided above a respective opening (c1, c2, 2c1, 2c2, 3cl, 3c2) of each supporter ; the valve bodies (A3, A4) are matched and fixed; wherein front faces of the supporters of the valve bodies (A3, A4) are opposite and connected with the up side faces of the frame bodies ; a first end of each valve core is rotatably connected and mounted with the spine , the valve core provided in a middle portion of the valve cavity (D) formed between the supporters by springs fixed on a respective frame body ; such that two valve bodies are provided one above another.
An additive-manufacturing head for performing additive manufacturing by feeding material powder to a workpiece and irradiating the workpiece with a laser beam , the additive-manufacturing head comprising: a ring-shape laser beam forming unit including a first axicon lens and a second axicon lens disposed in an optical axis direction of the laser beam, and a convex lens , configured to form the laser beam entering through the first axicon lens into a ring-shape laser beam and emit the ring-shape laser beam from the second axicon lens ; a laser beam emitting unit configured to emit the ring-shape laser beam toward the workpiece ; and a material feeding unit having an outlet which is disposed inside the ring-shape laser beam emitted from the laser beam emitting unit and from which the material powder is released, configured to feed the material powder from the outlet toward the workpiece , characterized in that : the convex lens disposed between the first axicon lens and the second axicon lens which are disposed to face each other; and a first moving mechanism is provided and configured to move the convex lens in the optical axis direction of the laser beam. a ring-shape laser beam forming unit including a first axicon lens and a second axicon lens disposed in an optical axis direction of the laser beam, and a convex lens , configured to form the laser beam entering through the first axicon lens into a ring-shape laser beam and emit the ring-shape laser beam from the second axicon lens ; a laser beam emitting unit configured to emit the ring-shape laser beam toward the workpiece ; and a material feeding unit having an outlet which is disposed inside the ring-shape laser beam emitted from the laser beam emitting unit and from which the material powder is released, configured to feed the material powder from the outlet toward the workpiece , characterized in that : the convex lens disposed between the first axicon lens and the second axicon lens which are disposed to face each other; and a first moving mechanism is provided and configured to move the convex lens in the optical axis direction of the laser beam. the convex lens disposed between the first axicon lens and the second axicon lens which are disposed to face each other; and a first moving mechanism is provided and configured to move the convex lens in the optical axis direction of the laser beam.