mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing a stick-type tea bag, characterized by: (a) forming a part of a board to form a pair of holes (121,122) symmetrically based on a virtual center line (c) formed at the board; (b) disposing a jig, which has grooves (131,132) at locations respectively corresponding to the pair of holes, below the board; (c) disposing a mesh member (141,142) on the pair of holes to respectively cover the pair of holes; (d) attaching an edge of the mesh member to a part of the board adjacent to the holes by pushing an upper portion of the mesh member with a push rod (151,152), in a state in which the push rod is inserted into the groove; and (e) adhering inner sides of the board in a state in which the board is folded based on the center line with tea being interposed therein so that the tea is confined in a storage bag. (a) forming a part of a board to form a pair of holes (121,122) symmetrically based on a virtual center line (c) formed at the board; (b) disposing a jig, which has grooves (131,132) at locations respectively corresponding to the pair of holes, below the board; (c) disposing a mesh member (141,142) on the pair of holes to respectively cover the pair of holes; (d) attaching an edge of the mesh member to a part of the board adjacent to the holes by pushing an upper portion of the mesh member with a push rod (151,152), in a state in which the push rod is inserted into the groove; and (e) adhering inner sides of the board in a state in which the board is folded based on the center line with tea being interposed therein so that the tea is confined in a storage bag.
A supported chromium catalyst comprising: a solid support; and from 0.01 to 20 wt. % chromium, based on the weight of the catalyst; wherein: the chromium has an average valence of less than or equal to 5.25 and the average valence is determined as set out in the description; at least one bonding site on the chromium has a ligand with one of the following formulas: -O-Hydrocarbon group or -O-Halogenated hydrocarbon group; and wherein a molar ratio of the hydrocarbon group or halogenated hydrocarbon group to chromium is in a range from 0.25:1 to 2:1. a solid support; and from 0.01 to 20 wt. % chromium, based on the weight of the catalyst; wherein: the chromium has an average valence of less than or equal to 5.25 and the average valence is determined as set out in the description; at least one bonding site on the chromium has a ligand with one of the following formulas: -O-Hydrocarbon group or -O-Halogenated hydrocarbon group; and wherein a molar ratio of the hydrocarbon group or halogenated hydrocarbon group to chromium is in a range from 0.25:1 to 2:1. the chromium has an average valence of less than or equal to 5.25 and the average valence is determined as set out in the description; at least one bonding site on the chromium has a ligand with one of the following formulas: -O-Hydrocarbon group or -O-Halogenated hydrocarbon group; and wherein a molar ratio of the hydrocarbon group or halogenated hydrocarbon group to chromium is in a range from 0.25:1 to 2:1.
A method of estimating a carrier frequency offset between first and second wireless devices in a wireless network comprising: receiving, at the first wireless device, a Bluetooth low-energy packet comprising at least one carrier frequency offset fingerprint (CFOF) sequence, the CFOF sequence comprising an m-bit prefix component, one or more L-bit signature segments, and an m-bit suffix component, where the one or more L-bit signature segments are located entirely in an access address or data payload portion of the BLE packet; at the first wireless device: processing samples corresponding to the m-bit prefix component to serve as front end guard symbols to align signal phases at a front edge of the one or more signature segment; processing samples corresponding to the one or more L-bit signature segments to compute one or more corresponding carrier frequency offset estimates between the first and the second wireless radio device; and processing samples corresponding to the m-bit suffix component to serve as back end guard symbols to align signal phases at a back edge of the one or more signature segment. receiving, at the first wireless device, a Bluetooth low-energy packet comprising at least one carrier frequency offset fingerprint (CFOF) sequence, the CFOF sequence comprising an m-bit prefix component, one or more L-bit signature segments, and an m-bit suffix component, where the one or more L-bit signature segments are located entirely in an access address or data payload portion of the BLE packet; at the first wireless device: processing samples corresponding to the m-bit prefix component to serve as front end guard symbols to align signal phases at a front edge of the one or more signature segment; processing samples corresponding to the one or more L-bit signature segments to compute one or more corresponding carrier frequency offset estimates between the first and the second wireless radio device; and processing samples corresponding to the m-bit suffix component to serve as back end guard symbols to align signal phases at a back edge of the one or more signature segment. processing samples corresponding to the m-bit prefix component to serve as front end guard symbols to align signal phases at a front edge of the one or more signature segment; processing samples corresponding to the one or more L-bit signature segments to compute one or more corresponding carrier frequency offset estimates between the first and the second wireless radio device; and processing samples corresponding to the m-bit suffix component to serve as back end guard symbols to align signal phases at a back edge of the one or more signature segment.
A tire demounting device, particularly for tire changing machines, comprising: - An hook having an oblong body shaping a lower hook-shaped end and having a joint point at an opposing end; - A couple of parallel plates between which said hook is movably fitted along a roto-translation trajectory; - Fastening means of said plates to a support element; - Moving means (5, 17) of said oblong body between an inserted position, wherein it is interposed between the bead of a tire and the edge of a rim and an extracted position wherein it extracts said tire from the rim, that are connected with said joint point; - A connecting rod member having one end hinged to said oblong body and an opposing end hinged to said plates, so as to rotate parallel to the latter along a circular arc trajectory; - said oblong body comprising at least a pin transversally and perpendicularly supported to said plates and said plates comprising at least an outlined path to guide said pin, characterized in that said oblong body comprises a support arm solidably extending toward said path and to a free end of which said pin is associated. - An hook having an oblong body shaping a lower hook-shaped end and having a joint point at an opposing end; - A couple of parallel plates between which said hook is movably fitted along a roto-translation trajectory; - Fastening means of said plates to a support element; - Moving means (5, 17) of said oblong body between an inserted position, wherein it is interposed between the bead of a tire and the edge of a rim and an extracted position wherein it extracts said tire from the rim, that are connected with said joint point; - A connecting rod member having one end hinged to said oblong body and an opposing end hinged to said plates, so as to rotate parallel to the latter along a circular arc trajectory; - said oblong body comprising at least a pin transversally and perpendicularly supported to said plates and said plates comprising at least an outlined path to guide said pin, characterized in that said oblong body comprises a support arm solidably extending toward said path and to a free end of which said pin is associated.
A method, comprising: receiving video information; encoding said video information into a video stream with different video layers including a base layer and an enhancement layer, said base layer having a first level of spatial resolution and a first level of temporal resolution, and said enhancement layer increasing said first level of spatial resolution or said first level of temporal resolution; inserting a uniquely identifiable start code to indicate a start point in said video stream for said enhancement layer; and specifying a coding resolution of the video stream in a sequence header within the video stream, wherein various levels of coding resolutions are organized in the form of multiple video layers, with each video layer providing a different level of spatial resolution and/or temporal resolution for the video information. receiving video information; encoding said video information into a video stream with different video layers including a base layer and an enhancement layer, said base layer having a first level of spatial resolution and a first level of temporal resolution, and said enhancement layer increasing said first level of spatial resolution or said first level of temporal resolution; inserting a uniquely identifiable start code to indicate a start point in said video stream for said enhancement layer; and specifying a coding resolution of the video stream in a sequence header within the video stream, wherein various levels of coding resolutions are organized in the form of multiple video layers, with each video layer providing a different level of spatial resolution and/or temporal resolution for the video information.
Quick coupler for connecting an excavator arm to an implement using at least one locking bolt and a manually operated drive that moves said locking bolt between a locking position and an unlocking position thereof, said drive having a force introduction element which introduces the manual drive force for achieving the locking and unlocking action into said drive, said drive having a transmission (38, 44), with said force introduction element interacting with said locking bolt via said transmission (38, 44), said transmission (38, 44) converting a rotational movement introduced via said force introduction element into a translational locking or unlocking movement of said locking bolt, and wherein said transmission includes a drive shaft and a motion converter which interacts with said drive shaft and with said locking bolt and which is mounted in a rotationally fixed manner, said motion transducer converting the rotational movement of said drive shaft into a translational movement for the locking bolt, wherein said motion converter and said drive shaft are designed and cooperate in such a way that a rotational movement introduced via said force introduction element comprises the entire translational movement of said locking bolt over an angle of rotational movement of less than or equal to 360°, in order to move said locking bolt from its unlocking position into its locking position and vice versa, characterized in that said drive shaft has at least one groove (38a, 38b, 38c) made in an outer circumferential surface thereof, which groove (38a, 38b, 38c) at least partially surrounds said drive shaft and is engaged by said motion converter, said groove (38a, 38b, 38c) having a pitch with respect to the longitudinal axis of said drive shaft that defines the angle of rotation.
An electroless aqueous copper plating solution, comprising - a source of copper ions, - a reducing agent or a source of a reducing agent, characterized by - a combination, comprising i) at least one polyamino disuccinic acid, or at least one polyamino monosuccinic acid, or a mixture of at least one polyamino disuccinic acid and at least one polyamino monosuccinic acid, and ii) one or more of a compound which is selected from the group consisting of ethylenediamine tetraacetic acid, N'-(2-Hydroxyethyl)-ethylenediamine-N,N,N'-triacetic acid, and N,N,N',N'-Tetrakis (2-hydroxypropyl)ethylenediamine, as complexing agents. - a source of copper ions, - a reducing agent or a source of a reducing agent, - a combination, comprising i) at least one polyamino disuccinic acid, or at least one polyamino monosuccinic acid, or a mixture of at least one polyamino disuccinic acid and at least one polyamino monosuccinic acid, and ii) one or more of a compound which is selected from the group consisting of ethylenediamine tetraacetic acid, N'-(2-Hydroxyethyl)-ethylenediamine-N,N,N'-triacetic acid, and N,N,N',N'-Tetrakis (2-hydroxypropyl)ethylenediamine, as complexing agents. i) at least one polyamino disuccinic acid, or at least one polyamino monosuccinic acid, or a mixture of at least one polyamino disuccinic acid and at least one polyamino monosuccinic acid, and ii) one or more of a compound which is selected from the group consisting of ethylenediamine tetraacetic acid, N'-(2-Hydroxyethyl)-ethylenediamine-N,N,N'-triacetic acid, and N,N,N',N'-Tetrakis (2-hydroxypropyl)ethylenediamine,
A method for selecting suitable peers (CL1-CL5) in a peer to peer network for content downloading, the method comprising: - requesting addresses of the peers (CL1-CL5) possessing a specified content; - receiving to an operator node, a reply comprising the requested addresses; the method being characterized in - modifying the reply, wherein the modifying is based on an operator preference available to the operator node, wherein the operator preference utilizes BART network performance measurement tools, when the peers (CL1-CL5) are located in several access networks (AN1-AN3) within an operator network, to predict which peers (CL1-CL5) in which access network to let through to a requesting client; - sending the modified reply to the requesting client. - requesting addresses of the peers (CL1-CL5) possessing a specified content; - receiving to an operator node, a reply comprising the requested addresses; the method being characterized in - modifying the reply, wherein the modifying is based on an operator preference available to the operator node, wherein the operator preference utilizes BART network performance measurement tools, when the peers (CL1-CL5) are located in several access networks (AN1-AN3) within an operator network, to predict which peers (CL1-CL5) in which access network to let through to a requesting client; - sending the modified reply to the requesting client.
An endoscopic biopsy instrument comprising: a guide wire (2; 102) arranged in a sheath (3; 103; 203), a drill device (5; 105; 205) arranged at a first end (4; 104) of said guide wire (2; 102), and an actuator (11; 111; 211) for actuating said drill device, said actuator being arranged at a second end (10; 110; 210) of said guide wire (2; 102), wherein said drill device (5; 105; 205) comprises an outer tube (6; 106; 206) and an inner cutting device (7; 107; 207), said inner cutting device (7; 107; 207) being slidable and rotatable inside said outer tube (6; 106; 206), said inner cutting device (7; 107; 207) having a helical cutting edge (8; 108) wherein said guide wire (2; 102) at said second end (10; 110; 210) comprises an outside thread (15; 115; 215), and wherein said actuator comprises a first rotatable portion (16; 216) having an actuator thread, said actuator thread being engagable with said outside thread (15; 115; 215) of said guide wire (2; 102) for causing said guide wire (2; 102) to rotate and move in its longitudinal direction inside said sheath (3; 103; 203), characterized in that said actuator is a manually powered actuator and in that the first rotatable portion is a manually rotatable portion manually accessible when the endoscopic biopsy instrument is in use. a guide wire (2; 102) arranged in a sheath (3; 103; 203), a drill device (5; 105; 205) arranged at a first end (4; 104) of said guide wire (2; 102), and an actuator (11; 111; 211) for actuating said drill device, said actuator being arranged at a second end (10; 110; 210) of said guide wire (2; 102), wherein said drill device (5; 105; 205) comprises an outer tube (6; 106; 206) and an inner cutting device (7; 107; 207), said inner cutting device (7; 107; 207) being slidable and rotatable inside said outer tube (6; 106; 206), said inner cutting device (7; 107; 207) having a helical cutting edge (8; 108) wherein said guide wire (2; 102) at said second end (10; 110; 210) comprises an outside thread (15; 115; 215), and wherein said actuator comprises a first rotatable portion (16; 216) having an actuator thread, said actuator thread being engagable with said outside thread (15; 115; 215) of said guide wire (2; 102) for causing said guide wire (2; 102) to rotate and move in its longitudinal direction inside said sheath (3; 103; 203), characterized in that said actuator is a manually powered actuator and in that the first rotatable portion is a manually rotatable portion manually accessible when the endoscopic biopsy instrument is in use.
A method for producing a cured epoxy resin composition, comprising: (a) combining an epoxy resin component with an amine-based curing agent component, the amine-based curing agent component comprising a first amine component represented by the structure: and a second amine component represented by the structure: wherein R is NH 2; and (b) reacting the amine-based curing agent component and the epoxy resin component to form a cured epoxy resin composition. (a) combining an epoxy resin component with an amine-based curing agent component, the amine-based curing agent component comprising a first amine component represented by the structure: and a second amine component represented by the structure: wherein R is NH 2; and (b) reacting the amine-based curing agent component and the epoxy resin component to form a cured epoxy resin composition.
Conveyor arrangement, comprising a first conveying section having first rollers on which an object can be conveyed, a second conveying section having second rollers on which an object can be conveyed, the second conveying section is arranged adjacent to the first conveying section, so that the object can be transferred between the conveying section (11, 12) by rolling along the rollers (22a, 22b), a mobile drive, wherein the mobile drive is movable along different positions along the first conveying section and the mobile drive is adapted to temporarily provide a drive power to a selected first roller depending on the position of the movable drive in particular by immediate contact with the movable drive and the first roller; wherein the movable drive is prevented to get into the second conveying section, in particular the movable drive is prevented get in immediate contact with the second rollers for driving the second rollers, characterized in that the conveying arrangement comprises a drive line for providing a drive power at least indirectly from the movable drive to the second rollers when the movable drive is located at a, in particular first end position, in the first conveying section adjacent to the second conveying section. a first conveying section having first rollers on which an object can be conveyed, a second conveying section having second rollers on which an object can be conveyed, the second conveying section is arranged adjacent to the first conveying section, so that the object can be transferred between the conveying section (11, 12) by rolling along the rollers (22a, 22b), a mobile drive, wherein the mobile drive is movable along different positions along the first conveying section and the mobile drive is adapted to temporarily provide a drive power to a selected first roller depending on the position of the movable drive in particular by immediate contact with the movable drive and the first roller; wherein the movable drive is prevented to get into the second conveying section, in particular the movable drive is prevented get in immediate contact with the second rollers for driving the second rollers, characterized in that the conveying arrangement comprises a drive line for providing a drive power at least indirectly from the movable drive to the second rollers when the movable drive is located at a, in particular first end position, in the first conveying section adjacent to the second conveying section.
A method for obtaining an Internet protocol header replacement mapping, comprising: obtaining, by a network node, fixed Internet protocol, IP, header information which is bound to a user equipment, UE, wherein the network node is a mobility management entity, MME; establishing an IP header replacement mapping according to the fixed IP header information, wherein the IP header replacement mapping is correspondance between the fixed IP header information and an index or a bearer; and performing data transmission with the UE according to the IP header replacement mapping, characterized in that the performing data transmission with the UE according to the IP header replacement mapping comprises: sending by the MME IP header replacement mapping to another network node, so that the another network node performs data transmission with the UE according to the IP header replacement mapping. obtaining, by a network node, fixed Internet protocol, IP, header information which is bound to a user equipment, UE, wherein the network node is a mobility management entity, MME; establishing an IP header replacement mapping according to the fixed IP header information, wherein the IP header replacement mapping is correspondance between the fixed IP header information and an index or a bearer; and performing data transmission with the UE according to the IP header replacement mapping, characterized in that the performing data transmission with the UE according to the IP header replacement mapping comprises: sending by the MME IP header replacement mapping to another network node, so that the another network node performs data transmission with the UE according to the IP header replacement mapping. sending by the MME IP header replacement mapping to another network node, so that the another network node performs data transmission with the UE according to the IP header replacement mapping.
A water-repellent woven fabric having adhered thereto a fluorine-based water repellent having a total concentration of perfluorooctanoic acid and perfluorooctanesulfonic acid of 0 to 5 ng/g, wherein the woven fabric is subjected to calendar processing and contains a composite yarn containing a false-twist crimped textured yarn having an S-direction torque and a false-twist crimped textured yarn having a Z-direction torque and lotus-leaf-like fine irregularities are formed on the surface of the woven fabric.