mhurhangee/ep-ind-claims huggingface dataset:
Manipulation device for manipulating a workpiece on a bending press, comprising multiple successive moving elements, particularly articulated arms, coupled to one another via articulated joints, wherein one moving element has a rotary head which is rotatable about a rotational axis which at least approximately coincides with a centre axis of the moving element, and comprising a gripping device connected thereto having a gripping zone, formed by one or more gripping elements, by means of which the workpiece may be held, and wherein the gripping device is connected to the rotary head via a boom element, as a result of which a midpoint of the gripping zone has a distance from the rotational axis, and an adjustment device on the boom element by means of which the position and/or angular orientation of the gripping device and the gripping zone with respect to the boom element may be adjusted in at least two different working positions, wherein the adjustment device comprises a linear drive for moving the gripping device along a linear guide on the boom element lying in a plane perpendicular to the rotational axis, characterized in that the midpoint of the gripping zone has a distance from a plane parallel to the linear guide and containing the rotational axis.
A line lead-through for building up a sealing closure of a wall or floor opening intersected by a line, having an elastomer body for sealingly contacting the line, for what purpose the elastomer body can be tensioned with a tensioning device and pressed against the line thus, wherein a through-opening provided in the elastomer body for placing the line can be adapted to different line diameters, for what purpose the elastomer body comprises of a plurality of shells respectively extending circumferentially around a centre-axis of the through-opening and arranged adjacent to each other in a direction away from the centre-axis outwards, the shells hanging together via material bridges of the same elastomer material but being removable for the diameter adaption, wherein at least one of the shells is separated from a directly adjacent inner shell by a first parting line which extends from a first front face of the elastomer body into the latter and ends ahead of a second front face opposite to the first front face in such a way that a first one of the material bridges is arranged there, wherein the at least one shell is further separated from a directly adjacent outer shell by a second parting line, wherein the second parting line extends from the second front face of the elastomer body into the latter and ends ahead of the first front face in such a way that a second one of the material bridges is arranged there, wherein at least one of the material bridges serves as a hinge around which a shell arranged inwards thereof can be folded out of the elastomer body through-opening, characterised in that the elastomer body is a moulded part formed by moulding, which is formed with the foldable shell in the folded-out position.
An optical filter for anti-reflection sequentially comprising: a first retardation film having an in-plane optical axis and having quarter-wave phase retardation characteristics; a second retardation film having a plurality of optical axes in which tilt angles change along the thickness direction; and a polarizer having an absorption axis formed in one direction, characterized in that the second retardation film comprises a liquid crystal layer comprising liquid crystal molecules (20D, 20R) in a splay alignment state, the splay alignment means an alignment state in which the tilt angle of the liquid crystal molecules present in the liquid crystal layer gradually changes along the thickness direction of the liquid crystal layer, the tilt angle means the minimum angle formed by the local optical axis and the plane of the retardation film, the optical axis of the first retardation film forms 40 degrees to 50 degrees with the absorption axis of the polarizer, wherein the projection of all the optical axes of the second retardation film onto the plane is parallel or orthogonal to the absorption axis of the polarizer. a first retardation film having an in-plane optical axis and having quarter-wave phase retardation characteristics; a second retardation film having a plurality of optical axes in which tilt angles change along the thickness direction; and a polarizer having an absorption axis formed in one direction, characterized in that the second retardation film comprises a liquid crystal layer comprising liquid crystal molecules (20D, 20R) in a splay alignment state, the splay alignment means an alignment state in which the tilt angle of the liquid crystal molecules present in the liquid crystal layer gradually changes along the thickness direction of the liquid crystal layer, the tilt angle means the minimum angle formed by the local optical axis and the plane of the retardation film, the optical axis of the first retardation film forms 40 degrees to 50 degrees with the absorption axis of the polarizer, wherein the projection of all the optical axes of the second retardation film onto the plane is parallel or orthogonal to the absorption axis of the polarizer.
Process for producing components consisting of magnesium or magnesium alloy by sintering, in which process a green compact consisting of magnesium powder and/or a magnesium alloy powder and, if appropriate, an additional alloying constituent is first of all produced, the green compact is transferred into an inner sintering crucible, the inner sintering crucible is placed into an outer sintering crucible, the inner sintering crucible which has been placed in the outer sintering crucible is surrounded with a getter material which is able to bond gases and/or impurities, the outer sintering crucible with the inner sintering crucible inserted into it and the getter material is heated to sintering temperature, and the outer sintering crucible with the inner sintering crucible inserted into it and the getter material is allowed to cool after the green compact has been sintered in order to produce the component consisting of magnesium or magnesium alloy.
A vibration reduction system for reducing vibration of a motion controlled component, said vibration reduction system comprising: A) at least one position control drive for moving said motion controlled component, B) at least one position sensor for providing feedback position signals indicative of positions of said motion controlled component, C) at least one position control system for controlling positions of said motion controlled component via said at least one position control drive utilizing said feedback position signals from said at least one sensor, D) at least one vibration control drive, and E) a computer processor for controlling vibration, said processor having been programmed with a separation algorithm for separating vibration signals from said feedback position signals, and a feedback control algorithm for commanding said vibration control drive to reduce vibrations in said motion controlled component. A) at least one position control drive for moving said motion controlled component, B) at least one position sensor for providing feedback position signals indicative of positions of said motion controlled component, C) at least one position control system for controlling positions of said motion controlled component via said at least one position control drive utilizing said feedback position signals from said at least one sensor, D) at least one vibration control drive, and E) a computer processor for controlling vibration, said processor having been programmed with a separation algorithm for separating vibration signals from said feedback position signals, and a feedback control algorithm for commanding said vibration control drive to reduce vibrations in said motion controlled component. a separation algorithm for separating vibration signals from said feedback position signals, and a feedback control algorithm for commanding said vibration control drive to reduce vibrations in said motion controlled component.
A data transmission method comprising: • establishing (step 801), by an electronic device, a multipath transmission control protocol, MPTCP, connection to an application server, wherein the MPTCP connection comprises a first TCP connection corresponding to a cellular network and a second TCP connection corresponding to a wireless fidelity WIFI network; • receiving (step 802), by the electronic device, indication information from the application server, wherein the indication information comprises a type identifier and a parameter used to indicate a bandwidth requirement, and the type identifier is used to indicate a type of a data stream sent by the application server; • when the type identifier is a first identifier indicating a low data transmission delay requirement, receiving (step 803), by the electronic device after receiving the indication information, the data stream from the application server in a first time period by using the second TCP connection; and • when an accumulated data amount actually received by the electronic device in the first time period does not meet a first accumulated data amount expected to be received, receiving (step 804), by the electronic device, the data stream from the application server in a second time period by using both the first TCP connection and the second TCP connection, wherein the first accumulated data amount expected to be received is equal to a product of the parameter and duration corresponding to the first time period. • establishing (step 801), by an electronic device, a multipath transmission control protocol, MPTCP, connection to an application server, wherein the MPTCP connection comprises a first TCP connection corresponding to a cellular network and a second TCP connection corresponding to a wireless fidelity WIFI network; • receiving (step 802), by the electronic device, indication information from the application server, wherein the indication information comprises a type identifier and a parameter used to indicate a bandwidth requirement, and the type identifier is used to indicate a type of a data stream sent by the application server; • when the type identifier is a first identifier indicating a low data transmission delay requirement, receiving (step 803), by the electronic device after receiving the indication information, the data stream from the application server in a first time period by using the second TCP connection; and • when an accumulated data amount actually received by the electronic device in the first time period does not meet a first accumulated data amount expected to be received, receiving (step 804), by the electronic device, the data stream from the application server in a second time period by using both the first TCP connection and the second TCP connection, wherein the first accumulated data amount expected to be received is equal to a product of the parameter and duration corresponding to the first time period.
A surgical repair construct, comprising: a snare linkage (40, 140, 140', 240, 340, 440', 540, 640) formed of a first suture filament and having a collapsible snare (46, 146, 146', 246, 346, 446, 446', 746) at a first end, a second end (44, 144) that is configured to receive a second suture filament, and a connecting neck (150, 250, 350, 450) between the first and second ends; a collapsible loop (20, 120, 520, 620) formed of the second suture filament, the collapsible loop (20, 120 520,620) having a first end coupled to the second end of the snare linkage, a sliding knot (26, 1326), and a collapsible filament tail (30, 1330) extending from the sliding knot (26, 1326); wherein the construct is configured to atraumatically pass through soft tissue and to secure tissue in a knotless manner; characterised in that the surgical repair construct comprises a flexible suture pin (270, 370, 470, 470', 670, 770) having a first portion thereof removably disposed through the connecting neck (150, 250, 350, 450) and configured to prevent collapse of the snare and approximately maintain the size of the opening of the snare when the suture pin is present in the connecting neck. a snare linkage (40, 140, 140', 240, 340, 440', 540, 640) formed of a first suture filament and having a collapsible snare (46, 146, 146', 246, 346, 446, 446', 746) at a first end, a second end (44, 144) that is configured to receive a second suture filament, and a connecting neck (150, 250, 350, 450) between the first and second ends; a collapsible loop (20, 120, 520, 620) formed of the second suture filament, the collapsible loop (20, 120 520,620) having a first end coupled to the second end of the snare linkage, a sliding knot (26, 1326), and a collapsible filament tail (30, 1330) extending from the sliding knot (26, 1326); wherein the construct is configured to atraumatically pass through soft tissue and to secure tissue in a knotless manner; characterised in that the surgical repair construct comprises a flexible suture pin (270, 370, 470, 470', 670, 770) having a first portion thereof removably disposed through the connecting neck (150, 250, 350, 450) and configured to prevent collapse of the snare and approximately maintain the size of the opening of the snare when the suture pin is present in the connecting neck.
A pharmaceutical formulation for use in a spinal fusion method, comprising: a composition for forming a matrix, comprising at least a first matrix material precursor component and a second matrix material precursor component, cap - able of forming the matrix by crosslinking of the precursor components under ap - propriate conditions, a bioactive factor, which is biologically active to stimulate bone formation between two vertebrae, and for effecting or supporting spinal fusion, the bioactive factor being suitable to be releasably incorporated in the matrix upon crosslinking of the matrix material precursor components wherein the bioactive factor is PTH or a peptide comprising PTH, and further wherein PTH or the peptide comprising PTH is the sole added bioactive factor which is effective to stimulate bone formation between two vertebrae and for ef - fecting or supporting spinal fusion. a composition for forming a matrix, comprising at least a first matrix material precursor component and a second matrix material precursor component, cap - able of forming the matrix by crosslinking of the precursor components under ap - propriate conditions, a bioactive factor, which is biologically active to stimulate bone formation between two vertebrae, and for effecting or supporting spinal fusion, the bioactive factor being suitable to be releasably incorporated in the matrix upon crosslinking of the matrix material precursor components wherein the bioactive factor is PTH or a peptide comprising PTH, and further wherein PTH or the peptide comprising PTH is the sole added bioactive factor which is effective to stimulate bone formation between two vertebrae and for ef - fecting or supporting spinal fusion.
A polyaxial pivot housing for an external fixation system, comprising: a first plate; a second plate substantially parallel to the first plate; a spherical member positioned between the first and second plates, the spherical member having a threaded post that is configured to attach to a support member of an external fixation frame; characterised in that the polyaxial pivot housing further comprises a pivotably rotatable locking arm configured to pivotably rotate toward the spherical member about a longitudinal axis transverse to the first and second plates to cause the second plate to compress the spherical member against the first plate, the locking arm being configured to orientationally lock the threaded post with respect to the external fixation frame by compressing the first and second plates against the spherical member. a first plate; a second plate substantially parallel to the first plate; a spherical member positioned between the first and second plates, the spherical member having a threaded post that is configured to attach to a support member of an external fixation frame; characterised in that the polyaxial pivot housing further comprises a pivotably rotatable locking arm configured to pivotably rotate toward the spherical member about a longitudinal axis transverse to the first and second plates to cause the second plate to compress the spherical member against the first plate, the locking arm being configured to orientationally lock the threaded post with respect to the external fixation frame by compressing the first and second plates against the spherical member.
A speed reducer, comprising: a case with internal teeth, the case having an outermost diameter D; and a plurality of crankshafts arranged on a circumference of an imaginary circle that has a diameter D2 and is centered on a central axis of the case, the plurality of crankshafts being spaced away from each other in a circumferential direction of the imaginary circle, each crankshaft having an eccentric member (413, 414) that has a diameter dc1, characterized in that 5.5 ≤ D/dc1 ≤ 7.0 is satisfied. a case with internal teeth, the case having an outermost diameter D; and a plurality of crankshafts arranged on a circumference of an imaginary circle that has a diameter D2 and is centered on a central axis of the case, the plurality of crankshafts being spaced away from each other in a circumferential direction of the imaginary circle, each crankshaft having an eccentric member (413, 414) that has a diameter dc1, characterized in that 5.5 ≤ D/dc1 ≤ 7.0 is satisfied.
Capacitive graded bushing for high electric voltage comprising: - an insulator comprising an insulator chamber for receiving an electrical conductor and insulating matter; - the electrical conductor located within the bushing and extending through the insulator chamber; - the insulating matter surrounding the electrical conductor and comprising several concentric conductive layers surrounding the electrical conductor for forming a uniform core insulation called hereafter capacitive graded core; characterized in that a dielectric insulation material impregnated with an ester liquid is placed between two successive conductive layers, wherein the dielectric insulation material is a plastic mixed dielectric. - an insulator comprising an insulator chamber for receiving an electrical conductor and insulating matter; - the electrical conductor located within the bushing and extending through the insulator chamber; - the insulating matter surrounding the electrical conductor and comprising several concentric conductive layers surrounding the electrical conductor for forming a uniform core insulation called hereafter capacitive graded core;
Injection device for the continuous application of an injection substance over an application line, in particular for cosmetic and aesthetic treatments, having - a syringe device with ∘ a cylindrical vessel (2.2) which can be filled with the injection substance and which has an outlet (2.3) at one end and is openly connectable via the outlet (2.3) to a cannula (2.1), ∘ a piston (2.4) which is arranged in the cylindrical vessel (2.2) such that, as a result of the displacement of the piston (2.4), the injection substance can be forced out through the outlet (2.3) and the cannula (2.1) connectable thereto, - a first drive system for displacing the piston (2.4), - a second drive system for linearly displacing the syringe device along its longitudinal axis, wherein the application line runs along the longitudinal axis of the syringe device and, during the application of the injection substance, the first drive system displaces the piston (2.4) in the outlet direction, while the second drive system moves the syringe device in the opposite direction in order to thereby dispense the applied quantity of the injection substance in a manner distributed uniformly over the application line, characterized in that the injection device has means for directly or indirectly detecting the quantity of the injection substance, wherein a controller is configured so as to, in a manner dependent on the detected quantity of the injection substance, coordinate the displacement of the piston (2.4) and the displacement of the syringe device by means of the drive systems (3, 4) such that the quantity of the injection substance remains constant over the application line, wherein the injection device has a control regime which has the effect that, upon the stoppage of the application, the piston (2.4) travels backward a short distance counter to the outlet direction. - a syringe device with ∘ a cylindrical vessel (2.2) which can be filled with the injection substance and which has an outlet (2.3) at one end and is openly connectable via the outlet (2.3) to a cannula (2.1), ∘ a piston (2.4) which is arranged in the cylindrical vessel (2.2) such that, as a result of the displacement of the piston (2.4), the injection substance can be forced out through the outlet (2.3) and the cannula (2.1) connectable thereto, ∘ a cylindrical vessel (2.2) which can be filled with the injection substance and which has an outlet (2.3) at one end and is openly connectable via the outlet (2.3) to a cannula (2.1), ∘ a piston (2.4) which is arranged in the cylindrical vessel (2.2) such that, as a result of the displacement of the piston (2.4), the injection substance can be forced out through the outlet (2.3) and the cannula (2.1) connectable thereto, - a first drive system for displacing the piston (2.4), - a second drive system for linearly displacing the syringe device along its longitudinal axis,
A method in a network node (511, 512,) for assisting a first wireless terminal in cancelling an interfering signal from a received signal in a wireless communication network, which first wireless terminal is located in a first coverage area of a first base station, and which interfering signal originates from a second base station and is intended for a second wireless terminal located in a second coverage area of the second base station in the wireless communication network, the method comprising: providing the first wireless terminal with a configuration information related to a common control channel associated with the second base station from which the interfering signal originates, and assisting the first wireless terminal in cancelling the interfering signal by providing information to the first wireless terminal about one or more out of: a scheduling of the interfering signal and an identity of the second wireless terminal, which information is provided through an order related to said common control channel. providing the first wireless terminal with a configuration information related to a common control channel associated with the second base station from which the interfering signal originates, and assisting the first wireless terminal in cancelling the interfering signal by providing information to the first wireless terminal about one or more out of: a scheduling of the interfering signal and an identity of the second wireless terminal, which information is provided through an order related to said common control channel.