mhurhangee/patent-ind-claim-en huggingface dataset:
A method of making plastic sheets from two or more different layers, comprising: providing a first sheet of material having a front side and a back side; applying a decorative layer to the front side of the first sheet of material; encapsulating the first sheet of material and the decorative layer between a first layer of a copolymer of ethylene and a second layer of a copolymer of ethylene to form an encapsulated decorated structure ; wherein the first layer of the copolymer of ethylene is provided on a front of the decorative layer and the second layer of the copolymer of ethylene is provided on the back side of the first sheet of material ; adhering the encapsulated decorated structure to a sheet of polyvinyl chloride ("PVC") (110 or 118); and hydraulically compressing the encapsulated decorated structure and sheet of PVC (110 or 118) together to form a PreLam; wherein the second layer of copolymer of ethylene _prevents the first sheet of material from contacting the sheet of PVC (110 or 118); winding the PreLam into a roll ; unwinding the PreLam from the roll to a flat planar form; printing graphics on a top surface of the flat planar form of the PreLam; die-cutting regions in the flat planar form of the PreLam; inserting card chips into the die-cut regions; placing a clear PVC cover sheet over the top surface of the PreLam; compressing the PVC cover sheet and the PreLam in a hydraulic press to form a bonded card stock; and cutting the bonded card stock into individual cards . providing a first sheet of material having a front side and a back side; applying a decorative layer to the front side of the first sheet of material; encapsulating the first sheet of material and the decorative layer between a first layer of a copolymer of ethylene and a second layer of a copolymer of ethylene to form an encapsulated decorated structure ; wherein the first layer of the copolymer of ethylene is provided on a front of the decorative layer and the second layer of the copolymer of ethylene is provided on the back side of the first sheet of material ; adhering the encapsulated decorated structure to a sheet of polyvinyl chloride ("PVC") (110 or 118); and hydraulically compressing the encapsulated decorated structure and sheet of PVC (110 or 118) together to form a PreLam; wherein the second layer of copolymer of ethylene _prevents the first sheet of material from contacting the sheet of PVC (110 or 118); winding the PreLam into a roll ; unwinding the PreLam from the roll to a flat planar form; printing graphics on a top surface of the flat planar form of the PreLam; die-cutting regions in the flat planar form of the PreLam; inserting card chips into the die-cut regions; placing a clear PVC cover sheet over the top surface of the PreLam; compressing the PVC cover sheet and the PreLam in a hydraulic press to form a bonded card stock; and cutting the bonded card stock into individual cards .
A data reading method, comprising: receiving (S301), by a controller of a memory of a network storage server, a read operation request carrying a first address, wherein the read operation request is sent by a processor of a first terminal device connected to said network storage server, wherein the read operation request is used to instruct the controller to perform a read operation on the first address; performing (S302), by the controller of the memory, N read operations on the first address, and obtaining N pieces of data read by the N read operations; and determining (S303), by the controller of the memory, whether the N pieces of data are consistent; and if the controller determines that the N pieces of data are consistent, sending, by the controller, response information used to respond to the read operation request, wherein the response information comprises any one of the N pieces of data; wherein between any two consecutive read operations of the N read operations performed by the controller of the memory on the first address, the method further comprises: performing, by the controller of the memory, T random read operations, wherein the T random read operations are read operations respectively performed on T random addresses. receiving (S301), by a controller of a memory of a network storage server, a read operation request carrying a first address, wherein the read operation request is sent by a processor of a first terminal device connected to said network storage server, wherein the read operation request is used to instruct the controller to perform a read operation on the first address; performing (S302), by the controller of the memory, N read operations on the first address, and obtaining N pieces of data read by the N read operations; and determining (S303), by the controller of the memory, whether the N pieces of data are consistent; and if the controller determines that the N pieces of data are consistent, sending, by the controller, response information used to respond to the read operation request, wherein the response information comprises any one of the N pieces of data; wherein between any two consecutive read operations of the N read operations performed by the controller of the memory on the first address, the method further comprises: performing, by the controller of the memory, T random read operations, wherein the T random read operations are read operations respectively performed on T random addresses.
A terminal apparatus configured to communicate with a base station apparatus , the terminal apparatus comprising: a higher-layer processing unit configured to: receive, using higher-layer signaling, information indicating whether a subframe belongs to a first subframe set or a second subframe set; and receive, using higher-layer signaling, a first parameter indicating whether a transmission power control command accumulation is enabled or disabled, a second parameter and a third parameter being given based on the first parameter; and a transmission power processing unit configured to: compute a power headroom using a first set of parameters and a downlink pathloss estimate calculated in the terminal apparatus, in a case that the subframe belongs to the first subframe set, and compute the power headroom using a second set of parameters and the downlink pathloss estimate, in a case that the subframe belongs to the second subframe set, wherein the first set of parameters includes a fourth parameter and the second parameter, the fourth parameter is multiplied with the downlink pathloss estimate, the second set of parameters includes a fifth parameter and the third parameter, and the fifth parameter is multiplied with the downlink pathloss estimate. a higher-layer processing unit configured to: receive, using higher-layer signaling, information indicating whether a subframe belongs to a first subframe set or a second subframe set; and receive, using higher-layer signaling, a first parameter indicating whether a transmission power control command accumulation is enabled or disabled, a second parameter and a third parameter being given based on the first parameter; and receive, using higher-layer signaling, information indicating whether a subframe belongs to a first subframe set or a second subframe set; and receive, using higher-layer signaling, a first parameter indicating whether a transmission power control command accumulation is enabled or disabled, a second parameter and a third parameter being given based on the first parameter; and a transmission power processing unit configured to: compute a power headroom using a first set of parameters and a downlink pathloss estimate calculated in the terminal apparatus, in a case that the subframe belongs to the first subframe set, and compute the power headroom using a second set of parameters and the downlink pathloss estimate, in a case that the subframe belongs to the second subframe set, wherein compute a power headroom using a first set of parameters and a downlink pathloss estimate calculated in the terminal apparatus, in a case that the subframe belongs to the first subframe set, and compute the power headroom using a second set of parameters and the downlink pathloss estimate, in a case that the subframe belongs to the second subframe set, wherein the first set of parameters includes a fourth parameter and the second parameter, the fourth parameter is multiplied with the downlink pathloss estimate, the second set of parameters includes a fifth parameter and the third parameter, and the fifth parameter is multiplied with the downlink pathloss estimate.
A belt drive with (a) a first pulley wheel in the form of a drive sprocket with drive teeth , (b) a second pulley wheel in the form of an output sprocket and (c) a toothed belt , which (i) connects the drive sprocket and the output sprocket for transmitting a force and (ii) has a belt back and (iii) a plurality of teeth , wherein a tooth base is situated between two adjacent teeth, and (d) the toothed belt has a plurality of recesses which locally completely penetrate the belt back of the toothed belt and each of which is configured in a tooth base , characterised in that (e) at least one pulley wheel comprises guide projections for engaging in the recesses . (a) a first pulley wheel in the form of a drive sprocket with drive teeth , (b) a second pulley wheel in the form of an output sprocket and (c) a toothed belt , which (i) connects the drive sprocket and the output sprocket for transmitting a force and (ii) has a belt back and (iii) a plurality of teeth , wherein a tooth base is situated between two adjacent teeth, and (i) connects the drive sprocket and the output sprocket for transmitting a force and (ii) has a belt back and (iii) a plurality of teeth , wherein a tooth base is situated between two adjacent teeth, and (d) the toothed belt has a plurality of recesses which locally completely penetrate the belt back of the toothed belt and each of which is configured in a tooth base , characterised in that (e) at least one pulley wheel comprises guide projections for engaging in the recesses .
A dot sight, characterized by comprising: a sight mount , wherein a first chamber extending along an axial direction of the sight mount is formed in the sight mount , and an end of the first chamber close to an object side communicates with the outside; a sight frame provided at a circumferential side of the sight mount close to an eye side, wherein a second chamber penetrating through the sight frame along an axial direction, and a through opening communicating the second chamber and the first chamber are formed in the sight frame ; a light source member provided at the end of the first chamber close to the object side, and configured to emit light to the eye side, wherein an axial position of the light source member relative to the sight mount is adjustable; a collimator lens set provided in the first chamber , and provided at a side of the light source member close to the eye side; a reflector provided in the first chamber , and corresponding to the through opening ; and a beam splitter prism provided in the second chamber , wherein the beam splitter prism comprises a first prism and a second prism cemented to each other, and a reflective film is provided on a cemented plane of the first prism and the second prism . a sight mount , wherein a first chamber extending along an axial direction of the sight mount is formed in the sight mount , and an end of the first chamber close to an object side communicates with the outside; a sight frame provided at a circumferential side of the sight mount close to an eye side, wherein a second chamber penetrating through the sight frame along an axial direction, and a through opening communicating the second chamber and the first chamber are formed in the sight frame ; a light source member provided at the end of the first chamber close to the object side, and configured to emit light to the eye side, wherein an axial position of the light source member relative to the sight mount is adjustable; a collimator lens set provided in the first chamber , and provided at a side of the light source member close to the eye side; a reflector provided in the first chamber , and corresponding to the through opening ; and a beam splitter prism provided in the second chamber , wherein the beam splitter prism comprises a first prism and a second prism cemented to each other, and a reflective film is provided on a cemented plane of the first prism and the second prism .
An aircraft position control system comprising: a relative position acquisition unit configured to acquire a relative position (Xhgf, Yhgf) between an aircraft and a target landing point ; a relative velocity acquisition unit configured to acquire relative velocity (ΔVx, ΔVy) between the aircraft and the target landing point ; and a control unit configured to control the aircraft to head toward the target landing point , based on at least the relative position (Xhgf, Yhgf) and the relative velocity (ΔVx, ΔVy), wherein the relative velocity acquisition unit calculates the relative velocity (ΔVx, ΔVy) by adding a value (ΔV2x, ΔV2y) acquired by applying, to a differential value (ΔV1x, ΔV1y) of the relative position (Xhgf, Yhgf), a low-pass filter that attenuates frequencies equal to or higher than a cutoff frequency (1/τ2) being predetermined, and a value (ΔV3x, ΔV3y) acquired by applying, to the velocity of the aircraft , a high-pass filter that attenuates frequencies below the cutoff frequency (1/τ2). a relative position acquisition unit configured to acquire a relative position (Xhgf, Yhgf) between an aircraft and a target landing point ; a relative velocity acquisition unit configured to acquire relative velocity (ΔVx, ΔVy) between the aircraft and the target landing point ; and a control unit configured to control the aircraft to head toward the target landing point , based on at least the relative position (Xhgf, Yhgf) and the relative velocity (ΔVx, ΔVy), wherein the relative velocity acquisition unit calculates the relative velocity (ΔVx, ΔVy) by adding a value (ΔV2x, ΔV2y) acquired by applying, to a differential value (ΔV1x, ΔV1y) of the relative position (Xhgf, Yhgf), a low-pass filter that attenuates frequencies equal to or higher than a cutoff frequency (1/τ2) being predetermined, and a value (ΔV3x, ΔV3y) acquired by applying, to the velocity of the aircraft , a high-pass filter that attenuates frequencies below the cutoff frequency (1/τ2).
A node in a network of nodes, comprising: a fabric interface to couple to the network of nodes via an interconnection fabric ; a processor configured to execute operations at the node ; and a memory subsystem with a memory computation resource separate from the processor ; wherein the memory subsystem is configured to receive a request from a processor of another node for a memory computation, and in response to the request, to perform the computation locally at the memory subsystem and send the result of the computation to the other node ; characterized in that the fabric interface is configured to expose a universal unique identifier, UUID, corresponding to a capability of the memory computation resource . a fabric interface to couple to the network of nodes via an interconnection fabric ; a processor configured to execute operations at the node ; and a memory subsystem with a memory computation resource separate from the processor ; wherein the memory subsystem is configured to receive a request from a processor of another node for a memory computation, and in response to the request, to perform the computation locally at the memory subsystem and send the result of the computation to the other node ; characterized in that the fabric interface is configured to expose a universal unique identifier, UUID, corresponding to a capability of the memory computation resource .
A process for creating a C-N bond by reacting a compound carrying a leaving group of general formula (II) with a nucleophilic compound chosen among compound of formula (Ib) wherein: R 0 represents a monocyclic or polycyclic, aromatic or carbocyclic group; Y represents a leaving group chosen among halogen or a group of formula- OSO 2 - R e in which R e is a hydrocarbon or trifluoromethyl group; R 3 and R 4 , which may be identical or different, represent a hydrogen atom or a C 1 -C 20 hydrocarbon group, which may be a saturated or unsaturated acyclic linear or branched aliphatic group, and the hydrocarbon chain can optionally carry one or more substituents; a saturated, unsaturated or aromatic, monocyclic or polycyclic carbocyclic group; and at most one of the groups R 3 and R 4 represents hydrogen wherein the reaction takes place in the presence of an effective quantity of a catalytic system comprising a ligand that is chosen among the compound of formula (I) n=0-3 X, X' = O, S wherein R' and R", which may be identical or different, represent a hydrogen atom or a C 1 -C 20 hydrocarbon group chosen among saturated or unsaturated acyclic linear or branched aliphatic group ; a saturated, unsaturated or aromatic, monocyclic or polycyclic carbocyclic group; and at most one of the groups R' and R" represents hydrogen; and at least a single metal-based catalyst compound, the metal being iron being said that only a single metal is present. R 0 represents a monocyclic or polycyclic, aromatic or carbocyclic group; Y represents a leaving group chosen among halogen or a group of formula- OSO 2 - R e in which R e is a hydrocarbon or trifluoromethyl group; R 3 and R 4 , which may be identical or different, represent a hydrogen atom or a C 1 -C 20 hydrocarbon group, which may be a saturated or unsaturated acyclic linear or branched aliphatic group, and the hydrocarbon chain can optionally carry one or more substituents; a saturated, unsaturated or aromatic, monocyclic or polycyclic carbocyclic group; and at most one of the groups R 3 and R 4 represents hydrogen wherein the reaction takes place in the presence of an effective quantity of a catalytic system comprising a ligand that is chosen among the compound of formula (I) n=0-3 X, X' = O, S wherein R' and R", which may be identical or different, represent a hydrogen atom or a C 1 -C 20 hydrocarbon group chosen among saturated or unsaturated acyclic linear or branched aliphatic group ; a saturated, unsaturated or aromatic, monocyclic or polycyclic carbocyclic group; and at most one of the groups R' and R" represents hydrogen; and at least a single metal-based catalyst compound, the metal being iron being said that only a single metal is present.
A ball pickup device, comprising: a ball collector and a pull rod connected to the ball connector, wherein the ball collector is provided with ball inlets and a ball outlet , the ball inlets are formed at the bottom of the ball collector and are formed by a plurality of transverse rods arranged at the bottom of the ball collector in parallel at intervals, one ball inlet is formed by the interval between every two adjacent transverse rods, and the interval between every two adjacent transverse rods is smaller than the diameter of a ball; characterized in that : one end of each transverse rod is fixedly connected to one side of the frame at the bottom of the ball collector and the other end of each transverse rod is a movable end and located in a corresponding receding groove , each receding groove is disposed at the other side of frame at the bottom of the ball collector, and the largest receding interval of each movable end is larger than the diameter of a ball, and when the ball collector presses a ball on the ground, the movable ends of the transverse rods move along the receding grooves to recede under the pressure of the ball, and the ball enters the ball collector through one ball inlet; after a portion with the largest cross section diameter, connected to the corresponding transverse rods, of the ball enters the ball inlet, the movable ends of the transverse rods move along the receding grooves to gradually return. one end of each transverse rod is fixedly connected to one side of the frame at the bottom of the ball collector and the other end of each transverse rod is a movable end and located in a corresponding receding groove , each receding groove is disposed at the other side of frame at the bottom of the ball collector, and the largest receding interval of each movable end is larger than the diameter of a ball, and when the ball collector presses a ball on the ground, the movable ends of the transverse rods move along the receding grooves to recede under the pressure of the ball, and the ball enters the ball collector through one ball inlet; after a portion with the largest cross section diameter, connected to the corresponding transverse rods, of the ball enters the ball inlet, the movable ends of the transverse rods move along the receding grooves to gradually return.
Bit for an animal, comprising: - at least one mouthpiece , - at least one C-shaped piece , arranged to cooperate with bridles, - a connecting piece , characterized in that said mouthpiece comprises two first apertures , said connecting piece comprises two second apertures , a first aperture defining with a second aperture a space arranged to receive one end of the C-shaped piece , and in that the bit comprises: - fixing means , arranged on the one hand to fix the C-shaped piece between said mouthpiece and said connecting part and on the other hand to fix said mouthpiece to said connecting part . - at least one mouthpiece , - at least one C-shaped piece , arranged to cooperate with bridles, - a connecting piece , - fixing means , arranged on the one hand to fix the C-shaped piece between said mouthpiece and said connecting part and on the other hand to fix said mouthpiece to said connecting part .
An attachable and removable identification element for a cutting shank tool , in particular a drill or end mill, wherein the identification element provides an identifier for identifying the shank tool , wherein the identification element is a two-part annular sleeve , which has, as a first part, an elastic inner element and, as a second part, an outer ring which can be fitted onto the elastic inner element and has an opening which passes through the outer ring in the axial direction of the outer ring and is intended for receiving the elastic inner element and a shank of the shank tool aligned in the axial direction of the outer ring , the elastic inner element being made of an elastic material, the elastic material being a material with a modulus of elasticity E of at most 10 GPa, particularly preferably at most 5 GPa, very particularly preferably at most 1 GPa, characterized in that the outer ring has an inner jacket facing its opening and delimiting its opening , the inner jacket having a wave structure for increasing holding forces, which holding forces occur between the outer ring and the elastic inner element when the elastic inner element is received in the opening of the outer ring , the wave structure having an amplitude in the range from 0. 02 mm to 0.1 mm.