mhurhangee/patent-ind-claim-en huggingface dataset:
A clamping tool comprising: a) a main frame comprising a slide rail ; b) a first clamping surface structure mechanically coupled to the main frame ; c) a coupling structure configured to be moved along the slide rail and to be secured to the slide rail; d) a straight line action clamp attached to the coupling structure , a plunger of the straight line action clamp is movable axially in a passage of a base member of the straight line action clamp in a direction parallel to the moving direction of the coupling structure along the slide rail under control of a lever which is mechanically coupled to a proximal end of the plunger; and, e) a second clamping surface structure mechanically coupled to a distal end of the plunger of the straight line action clamp; an elevation arranged on the plunger defines the maximum displacement of the plunger in the base member when moving the lever from a clamp position of to a release position and vice versa, the clamping tool being configured such that when the second clamping surface structure is positioned without pressure against the first clamping surface structure in the release position and the coupling structure is secured to the slide rail, a defined clamping force is exerted between the surface structures after the handle is moved from the release position to the clamp position, characterized in that , the clamping tool further comprises an orientation adjusting member , a free end of the slide rail is coupled to the orientation adjusting member , the orientation adjusting member being configured to rotate the main frame around a rotation axis parallel to the moving direction of the coupling structure along the slide rail and comprises a self-locking structure for securing the orientation. a) a main frame comprising a slide rail ; b) a first clamping surface structure mechanically coupled to the main frame ; c) a coupling structure configured to be moved along the slide rail and to be secured to the slide rail; d) a straight line action clamp attached to the coupling structure , a plunger of the straight line action clamp is movable axially in a passage of a base member of the straight line action clamp in a direction parallel to the moving direction of the coupling structure along the slide rail under control of a lever which is mechanically coupled to a proximal end of the plunger; and, e) a second clamping surface structure mechanically coupled to a distal end of the plunger of the straight line action clamp;
An anti-kink device for a cable, having: an anti-kink bush which can be secured on a cable, wherein the anti-kink bush has at least one first snap-in element , a first connecting element which has an opening for the passage of the anti-kink bush , wherein the first connecting element has at least one second snap-in element , a second connecting element which can be connected to the first connecting element , wherein the at least one first snap-in element and the at least one second snap-in element are in such a form that, in a first position of the anti-kink sleeve relative to the first connecting element , they allow the anti-kink bush to be guided through the opening of the first connecting element and, in a second position of the anti-kink bush relative to the first connecting element , they can be locked together, wherein the anti-kink bush has guide projections which are offset relative to one another and form between them at least one guideway for the passage of the at least one second snap-in element of the first connecting element in the first position, wherein the at least one first snap-in element and/or the at least one second snap-in element are in such a form that, in the second position, they establish an interlocking connection acting in the peripheral direction of the anti-kink bush and/or of the first connecting element . an anti-kink bush which can be secured on a cable, wherein the anti-kink bush has at least one first snap-in element , a first connecting element which has an opening for the passage of the anti-kink bush , wherein the first connecting element has at least one second snap-in element , a second connecting element which can be connected to the first connecting element , wherein the at least one first snap-in element and the at least one second snap-in element are in such a form that, in a first position of the anti-kink sleeve relative to the first connecting element , they allow the anti-kink bush to be guided through the opening of the first connecting element and, in a second position of the anti-kink bush relative to the first connecting element , they can be locked together, wherein the anti-kink bush has guide projections which are offset relative to one another and form between them at least one guideway for the passage of the at least one second snap-in element of the first connecting element in the first position, wherein the at least one first snap-in element and/or the at least one second snap-in element are in such a form that, in the second position, they establish an interlocking connection acting in the peripheral direction of the anti-kink bush and/or of the first connecting element .
An article comprising expanded thermoplastic polyurethane as a substrate and a coating on at least a part of said substrate, wherein the coating is obtained by curing a water-based polyurethane urea solution/dispersion, characterized in that the polyurethane urea comprises polycarbonate structural units.
A process for determining a rig-state of a drill rig during a wellbore drilling operation, the process comprising: a. acquiring surface-derived input data streams from a plurality of sensors associated with a wellbore ; b. formatting the acquired data for sample and bandwidth regularization; c. time-correcting the data to provide isochronously sampled data from the plurality of sensors; d. processing the acquired data through a processing graph of networked mathematical operators that apply continuous analytics to the data as rapidly as the data are acquired to determine dynamic conditions of a plurality of rig operations associated with the wellbore ; and e. determining a rig-state from the plurality of rig operations conditions; characterized in that step b. includes regularizing sampling to account for variable sample rates from the sensors and regularizing bandwidth to account for variable resolution of the sensors ; and step e. comprises a sample-by-sample automated categorization of ongoing rig operations computed from the input data streams to incorporate knowledge of rig state for each data sample. a. acquiring surface-derived input data streams from a plurality of sensors associated with a wellbore ; b. formatting the acquired data for sample and bandwidth regularization; c. time-correcting the data to provide isochronously sampled data from the plurality of sensors; d. processing the acquired data through a processing graph of networked mathematical operators that apply continuous analytics to the data as rapidly as the data are acquired to determine dynamic conditions of a plurality of rig operations associated with the wellbore ; and e. determining a rig-state from the plurality of rig operations conditions; step b. includes regularizing sampling to account for variable sample rates from the sensors and regularizing bandwidth to account for variable resolution of the sensors ; and step e. comprises a sample-by-sample automated categorization of ongoing rig operations computed from the input data streams to incorporate knowledge of rig state for each data sample.
A paper sheet thickness detection apparatus configured to detect a thickness of a paper sheet, comprising: a first unit including a reference roller ; and a second unit including a detection roller configured to sandwich the paper sheet with the reference roller to convey the paper sheet and to displace with respect to the reference roller according to a thickness of the paper sheet, and a thickness sensor configured to detect the thickness of the paper sheet based on a displacement amount of the detection roller , wherein the first unit and the second unit are superposed such that the reference roller and the detection roller sandwich the paper sheet to form a conveyance path for the paper sheet, and are assembled to be openable and closable with a rotation axis provided on one end side of the conveyance path as a center, and the second unit comprises a vibration damping member on the thickness sensor , characterised in that the vibration damping member is configured to viscously deform in a vibration damping direction for damping vibration of the detection roller , wherein the second unit comprises a bracket configured to support the thickness sensor so that the thickness sensor faces the detection roller , and the vibration damping member is placed on the bracket , a pressing member configured to press the vibration damping member with a placement surface of the vibration damping member , and has higher rigidity than the vibration damping member . a first unit including a reference roller ; and a second unit including a detection roller configured to sandwich the paper sheet with the reference roller to convey the paper sheet and to displace with respect to the reference roller according to a thickness of the paper sheet, and a thickness sensor configured to detect the thickness of the paper sheet based on a displacement amount of the detection roller , wherein the first unit and the second unit are superposed such that the reference roller and the detection roller sandwich the paper sheet to form a conveyance path for the paper sheet, and are assembled to be openable and closable with a rotation axis provided on one end side of the conveyance path as a center, and the second unit comprises a vibration damping member on the thickness sensor , characterised in that the vibration damping member is configured to viscously deform in a vibration damping direction for damping vibration of the detection roller , wherein the second unit comprises a bracket configured to support the thickness sensor so that the thickness sensor faces the detection roller , and the vibration damping member is placed on the bracket , a pressing member configured to press the vibration damping member with a placement surface of the vibration damping member , and has higher rigidity than the vibration damping member .
A method, performed by a user equipment, UE (1-35), of performing conditional handover, the method comprising: receiving a radio resource control, RRC, reconfiguration message including measurement configuration information and conditional handover configuration information, wherein the measurement configuration information includes a plurality of measurement identifications, IDs, and report configuration information, wherein the report configuration information includes an information indicating whether the report configuration information is associated with conditional handover, and wherein the conditional handover configuration information includes one or more measurement IDs for the conditional handover; performing measurement corresponding to at least one of the plurality of measurement IDs and the one or more measurement IDs for the conditional handover, based on the measurement configuration information; in case that the information indicates that the report configuration information is associated with the conditional handover, performing the conditional handover when an event corresponding to the one or more measurement IDs for the conditional handover is fulfilled based on a measurement result and the conditional handover configuration information; and in case that the information indicates that the report configuration information is not associated with the conditional handover, reporting the measurement result, based on the measurement result and report configuration information associated with a measurement ID corresponding to the measurement result. receiving a radio resource control, RRC, reconfiguration message including measurement configuration information and conditional handover configuration information, wherein the measurement configuration information includes a plurality of measurement identifications, IDs, and report configuration information, wherein the report configuration information includes an information indicating whether the report configuration information is associated with conditional handover, and wherein the conditional handover configuration information includes one or more measurement IDs for the conditional handover; performing measurement corresponding to at least one of the plurality of measurement IDs and the one or more measurement IDs for the conditional handover, based on the measurement configuration information; in case that the information indicates that the report configuration information is associated with the conditional handover, performing the conditional handover when an event corresponding to the one or more measurement IDs for the conditional handover is fulfilled based on a measurement result and the conditional handover configuration information; and in case that the information indicates that the report configuration information is not associated with the conditional handover, reporting the measurement result, based on the measurement result and report configuration information associated with a measurement ID corresponding to the measurement result.
A method of coating a processing chamber component substrate surface , the method comprising the steps of: providing a processing chamber component substrate having a substrate surface ; providing a twin wire arc spray coating apparatus for applying coatings; and applying a composite twin wire arc spray coating to the substrate surface , said composite coating comprising a first bond coating on the substrate surface, said first bond coating having a first average surface roughness value from about 10 to about 20 microns, and a second top coating on the first bond coating, said second top coating having a second average surface roughness value from about 17 to about 23 microns, such that the second average surface roughness value is greater than the first average surface roughness value. providing a processing chamber component substrate having a substrate surface ; providing a twin wire arc spray coating apparatus for applying coatings; and applying a composite twin wire arc spray coating to the substrate surface , said composite coating comprising a first bond coating on the substrate surface, said first bond coating having a first average surface roughness value from about 10 to about 20 microns, and a second top coating on the first bond coating, said second top coating having a second average surface roughness value from about 17 to about 23 microns, such that the second average surface roughness value is greater than the first average surface roughness value.
Safety device for a motor vehicle, comprising a front hood and a hood latch having a latch holder , the hood latch having a catch which has at least one ratchet position, in particular a pre-ratchet position and a main ratchet position, and an electric drive which causes the catch to switch from the main ratchet position into the pre-ratchet position, the front hood being locked and closed in the main ratchet position and it being possible to manually move the latch holder in the pre-ratchet position between a closed position, in which the latch holder is engaged with the catch and the front hood is locked, and an open position, in which the latch holder is released from the catch and the front hood is unlocked, characterized in that the latch holder is displaceable, the safety device having a handle which makes it possible for the latch holder to be displaced in the pre-ratchet position from the closed position to the open position.
An air lubrication device that extracts compressed air from a supercharger and spouts the compressed air to an outer surface of a ship hull to generate air bubbles, the air lubrication device comprising the supercharger , the supercharger comprising: an intercooler for cooling compressed air sent from a compressor ; a mist catcher for separating moisture from compressed air passing through the intercooler ; and a scavenging air receiver temporarily reserving compressed air that has passed through the mist catcher , characterised in that the compressed air is extracted from only an intermediate flow path between the intercooler and the mist catcher and is spouted to the outer surface of the ship hull to generate the bubbles.
A transmission capability update method, performed by a terminal in communication with a long-term evolution, LTE, base station and a new radio, NR, base station, the method comprising: when the terminal moves to a cell center or switches to a small cell and uplink transmission power of the terminal decreases, determining by the terminal that a transmission capability of the terminal has changed, wherein the transmission capability of the terminal comprises a transmission capability of the terminal on different channel combinations in different frequency band combinations, comprising a capability of the terminal which indicates whether the terminal supports single uplink transmission or dual uplink transmission on one channel combination in one frequency band combination, which thereby indicates whether the terminal supports data transmission simultaneously on one frequency band combination without intermodulation interference; generating capability update report information indicating the changed transmission capability of the terminal; and sending the capability update report information to the NR base station, to facilitate the NR base station sending the changed transmission capability of the terminal to the LTE base station. when the terminal moves to a cell center or switches to a small cell and uplink transmission power of the terminal decreases, determining by the terminal that a transmission capability of the terminal has changed, wherein the transmission capability of the terminal comprises a transmission capability of the terminal on different channel combinations in different frequency band combinations, comprising a capability of the terminal which indicates whether the terminal supports single uplink transmission or dual uplink transmission on one channel combination in one frequency band combination, which thereby indicates whether the terminal supports data transmission simultaneously on one frequency band combination without intermodulation interference; generating capability update report information indicating the changed transmission capability of the terminal; and sending the capability update report information to the NR base station, to facilitate the NR base station sending the changed transmission capability of the terminal to the LTE base station.
A composition comprising a dendritic cell (DC), wherein said DC has internalized a tumor cell expressing a fusion protein, said fusion protein comprising: a flagellin or fragment thereof and a tumor associated antigen (TAA), wherein the flagellin or fragment thereof is a ligand of one or more of Toll-like receptor-5 (TLR5), Naip5 or Ipaf. a flagellin or fragment thereof and a tumor associated antigen (TAA), wherein the flagellin or fragment thereof is a ligand of one or more of Toll-like receptor-5 (TLR5), Naip5 or Ipaf.
A sealing insert for sealing a conduit relative to an opening in a wall portion of a building wall, having - an outer sealing portion for sealing against the opening, - a sealing body which bears the outer sealing portion , - a plurality of inner sealing portions for sealing against conduits of different diameter, - a first tensioning device for tensioning the outer sealing portion , wherein the inner sealing portions are uncoupled from the outer sealing portion to avoid influencing by the first tensioning device , wherein the first tensioning device has two tensioning bodies , movable relative to one another, for tensioning the outer sealing portion , and - a flexible and longitudinally-adjustable compensator portion which connects the outer sealing portion and the inner sealing portions , wherein at least one of the tensioning bodies has a supporting surface which supports the sealing body inwards in a radial direction, whereby an expansion of the sealing body inwards in a radial direction is prevented or considerably reduced, so that a radial expansion of the sealing body outwards is effected from the entire tensioning force applied to tension the outer sealing portion or from at least a majority of this tensioning force, and wherein adjacent, inner sealing portions are connected by means of bridge portions (27a-27e). - an outer sealing portion for sealing against the opening, - a sealing body which bears the outer sealing portion , - a plurality of inner sealing portions for sealing against conduits of different diameter, - a first tensioning device for tensioning the outer sealing portion , wherein the inner sealing portions are uncoupled from the outer sealing portion to avoid influencing by the first tensioning device , wherein the first tensioning device has two tensioning bodies , movable relative to one another, for tensioning the outer sealing portion , and - a flexible and longitudinally-adjustable compensator portion which connects the outer sealing portion and the inner sealing portions ,
A pressing tool for producing a workpiece, having a base structure , a pressing surface , and a wear layer arranged on the base structure and at least partially forming the pressing surface , which wear layer is in contact with the workpiece during the production of the workpiece by pressing, and in which a separating agent is embedded, which at least reduces the adhesion of the wear layer to the workpiece during pressing, characterized in that the wear layer is a full-surface wear layer applied to the base structure , on which wear layer a partial wear layer with a separating agent embedded therein is arranged, such that the full-surface and the partial wear layers form the pressing surface , and that the full-surface wear layer has a first degree of gloss, and the partial wear layer has a second degree of gloss different from the first degree of gloss. the wear layer is a full-surface wear layer applied to the base structure , on which wear layer a partial wear layer with a separating agent embedded therein is arranged, such that the full-surface and the partial wear layers form the pressing surface , and that the full-surface wear layer has a first degree of gloss, and the partial wear layer has a second degree of gloss different from the first degree of gloss.
A monolithic brake disc comprising a brake strip , a supporting element of the brake strip and at least one connecting portion of the supporting element with the brake strip ; the brake strip , the supporting element and the connecting portion being a single mechanical part, as they derive from a machining of a single unfinished mechanical part; the brake strip has two end faces the distance between which defines the axial thickness of the brake strip ; the supporting element has two end faces the distance between which defines the axial thickness of the supporting element ; the connecting portion has respective end faces whose distance defines the axial thickness of the spoke ; the connecting portion has one or more recessed portions , in particular inside and/or superficial, made at least in a radial and axial extension of direction of the disc ; each recessed portion having a respective axial depth defined along the axial extension direction of the disc ; the average axial thickness of the connecting portion being defined as a value equal to the distance between the end faces of the connecting portion , or axial thickness, from which is subtracted the axial depth of at least one recessed portion , in particular internal or superficial; characterised in that a plurality of holes or slots , preferably through holes or slots, define the connecting portions , or spokes , of the supporting element with the brake strip .