mhurhangee/ep-ind-claims huggingface dataset:
A system for cleaning a scanning module comprising: a cleaning device to remove debris from a scanning surface of the scanning module; and characterized by: a moving device coupled to the cleaning device and selectively coupled to the scanning module, comprising: a shaft arranged to, upon rotation, simultaneously move the scanning module away from a substrate support surface and extend the cleaning device into the scan path of the scanning module between the scanning surface of the scanning module and the substrate supporting surface; and a coupling device arranged to couple the moving device to the scanning module to move the scanning module into a position away from the substrate support surface, and to decouple the moving device from the scanning module allowing the scanning module to pinch the cleaning device between the scanning module and the substrate support surface; wherein the shaft is arranged to rotate back and forth to oscillate the cleaning device along the scanning surface after decoupling from the scanning module. a shaft arranged to, upon rotation, simultaneously move the scanning module away from a substrate support surface and extend the cleaning device into the scan path of the scanning module between the scanning surface of the scanning module and the substrate supporting surface; and a coupling device arranged to couple the moving device to the scanning module to move the scanning module into a position away from the substrate support surface, and to decouple the moving device from the scanning module allowing the scanning module to pinch the cleaning device between the scanning module and the substrate support surface; wherein the shaft is arranged to rotate back and forth to oscillate the cleaning device along the scanning surface after decoupling from the scanning module.
A method performed by a central unit, CU, of a gNodeB, gNB, the gNB including the CU and a plurality of distributed units, DUs, the method comprising: receiving, from a source DU of the gNB, a first uplink, UL, radio resource control, RRC, transfer message including a measurement report associated with a user equipment, UE; transmitting, to a target DU of the gNB, a UE context setup request message based on the first UL RRC transfer message; receiving, from the target DU of the gNB, a UE context setup response message as a response to the UE context setup request message, the UE context setup response message including an identifier associated with the UE; transmitting, to the source DU of the gNB, an RRC reconfiguration message for the UE and information indicating that the source DU of the gNB stops data transmission for the UE; and receiving, from the target DU of the gNB, a second UL RRC transfer message including an RRC reconfiguration complete message. receiving, from a source DU of the gNB, a first uplink, UL, radio resource control, RRC, transfer message including a measurement report associated with a user equipment, UE; transmitting, to a target DU of the gNB, a UE context setup request message based on the first UL RRC transfer message; receiving, from the target DU of the gNB, a UE context setup response message as a response to the UE context setup request message, the UE context setup response message including an identifier associated with the UE; transmitting, to the source DU of the gNB, an RRC reconfiguration message for the UE and information indicating that the source DU of the gNB stops data transmission for the UE; and receiving, from the target DU of the gNB, a second UL RRC transfer message including an RRC reconfiguration complete message.
A reversible washing, floating bed type reverse sewage treatment system used for filtering sewage into clean water, comprising: a sewage filter tank, being a closed container with a sewage filter chamber inside, wherein a sewage inlet pipe communicated to the sewage treatment chamber is provided at a bottom of the closed container, and a clean water drainage pipe communicated to the sewage treatment chamber is provided at a top of the sewage filter tank; a plurality of light filter sands with a specific gravity smaller than that of water, filled in the sewage filter chamber and to be gathered in an upper part of the sewage filter chamber through a buoyancy of water; a filter sand cleaning tank, wherein one end of the filter sand cleaning tank is communicated to a top end of the sewage filter chamber of the sewage filter tank through a sand inlet pipe, the other end of the filter sand cleaning tank is communicated back to the sewage filter chamber of the sewage filter tank through a sand outlet pipe for cyclically cleaning the light filter sands; a sludge discharge device, arranged at a bottom of the sewage filter tank and communicated to the sewage filter chamber, used for discharging deposited sludge at the bottom of the sewage filter chamber and a reverse washing jet nozzle, characterized in that, said reverse washing jet nozzle extending into the sewage filter chamber of the sewage filter tank and located above the clean water drainage pipe, used for inputting clean water to wash the light filter sands. a sewage filter tank, being a closed container with a sewage filter chamber inside, wherein a sewage inlet pipe communicated to the sewage treatment chamber is provided at a bottom of the closed container, and a clean water drainage pipe communicated to the sewage treatment chamber is provided at a top of the sewage filter tank; a plurality of light filter sands with a specific gravity smaller than that of water, filled in the sewage filter chamber and to be gathered in an upper part of the sewage filter chamber through a buoyancy of water; a filter sand cleaning tank, wherein one end of the filter sand cleaning tank is communicated to a top end of the sewage filter chamber of the sewage filter tank through a sand inlet pipe, the other end of the filter sand cleaning tank is communicated back to the sewage filter chamber of the sewage filter tank through a sand outlet pipe for cyclically cleaning the light filter sands; a sludge discharge device, arranged at a bottom of the sewage filter tank and communicated to the sewage filter chamber, used for discharging deposited sludge at the bottom of the sewage filter chamber and a reverse washing jet nozzle, characterized in that, said reverse washing jet nozzle extending into the sewage filter chamber of the sewage filter tank and located above the clean water drainage pipe, used for inputting clean water to wash the light filter sands.
An electronic device, comprising: a display module, configured to display an image; a mainboard, comprising a radio frequency circuit; a metal frame surrounding the display module, coupled to the radio frequency circuit and configured to receive or transmit a radio frequency signal; and a shield structure, located in the display module or on a side of the display module closer to the mainboard, and connected to the display module, wherein the shield structure comprises a metal shield layer; the metal shield layer is insulated from the metal frame and the radio frequency circuit; and the metal shield layer is annular. a display module, configured to display an image; a mainboard, comprising a radio frequency circuit; a metal frame surrounding the display module, coupled to the radio frequency circuit and configured to receive or transmit a radio frequency signal; and a shield structure, located in the display module or on a side of the display module closer to the mainboard, and connected to the display module, wherein the shield structure comprises a metal shield layer; the metal shield layer is insulated from the metal frame and the radio frequency circuit; and the metal shield layer is annular.
A battery retention system for a power tool having a motor, a drive mechanism coupled to the motor, and an output element coupled to the drive mechanism, the battery retention system comprising: a battery pack for powering the motor, wherein the battery pack is removably coupled to the power tool; a first mating feature (20a, 20b, 44a, 44b) configured for coupling the battery pack to the power tool in locking engagement to provide power to the power tool; and a second mating feature (22a, 22b, 26a, 26b) configured for coupling the battery pack to the power tool in locking engagement to provide power to the power tool independently from the first mating feature (20a, 20b, 44a, 44b) as a backup to the first mating feature (20a, 20b, 44a, 44b) in the event that the first mating feature (20a, 20b, 44a, 44b) is disengaged. a battery pack for powering the motor, wherein the battery pack is removably coupled to the power tool; a first mating feature (20a, 20b, 44a, 44b) configured for coupling the battery pack to the power tool in locking engagement to provide power to the power tool; and a second mating feature (22a, 22b, 26a, 26b) configured for coupling the battery pack to the power tool in locking engagement to provide power to the power tool independently from the first mating feature (20a, 20b, 44a, 44b) as a backup to the first mating feature (20a, 20b, 44a, 44b) in the event that the first mating feature (20a, 20b, 44a, 44b) is disengaged.
A camera apparatus, comprising: a camera module; a rotating shaft fixedly connected to the camera module, wherein a first gear is fixed at one end, away from the camera module, of the rotating shaft; a transmission component fixed on the rotating shaft and abutting against the camera module; a screw rod rotatably connected to the transmission component, wherein a second gear is fixed on the screw rod, and the screw rod is arranged in parallel with the rotating shaft; and a control mechanism connected to the screw rod, wherein the control mechanism is configured to drive the screw rod to rotate, the screw rod is configured to rotate to drive the transmission component to move in a central axis direction of the rotating shaft, and when the transmission component moves to a predetermined position, the first gear meshes with the second gear to drive the camera module to rotate. a camera module; a rotating shaft fixedly connected to the camera module, wherein a first gear is fixed at one end, away from the camera module, of the rotating shaft; a transmission component fixed on the rotating shaft and abutting against the camera module; a screw rod rotatably connected to the transmission component, wherein a second gear is fixed on the screw rod, and the screw rod is arranged in parallel with the rotating shaft; and a control mechanism connected to the screw rod, wherein the control mechanism is configured to drive the screw rod to rotate, the screw rod is configured to rotate to drive the transmission component to move in a central axis direction of the rotating shaft, and when the transmission component moves to a predetermined position, the first gear meshes with the second gear to drive the camera module to rotate.
A hot runner nozzle comprising: a nozzle body; an annular outlet channel in the nozzle body; a source channel upstream of the annular outlet channel in the nozzle body; and a flow transition channel in the nozzle body interconnecting the source channel with a part-annular segment of the annular outlet channel, the flow transition channel widening in a downstream direction and having a non-uniform cross-sectional channel thickness, characterized in that the non-uniform cross-sectional channel thickness comprises a non-uniform longitudinal cross-sectional channel thickness progressively decreasing in the downstream direction, from an input thickness to an output thickness. a nozzle body; an annular outlet channel in the nozzle body; a source channel upstream of the annular outlet channel in the nozzle body; and a flow transition channel in the nozzle body interconnecting the source channel with a part-annular segment of the annular outlet channel, the flow transition channel widening in a downstream direction and having a non-uniform cross-sectional channel thickness, characterized in that the non-uniform cross-sectional channel thickness comprises a non-uniform longitudinal cross-sectional channel thickness progressively decreasing in the downstream direction, from an input thickness to an output thickness.
An implantable medical device arranged for breast reconstruction and/or augmentation, said device being made of an interconnected porous structured polymeric matrix, wherein said polymeric matrix comprises a plurality of channels three-dimensionally propagating through the polymeric matrix and interconnected with the porous structure of said polymeric matrix, said three-dimensional channels being drilled by means of heated tools; characterized in that said implantable device is biodegradable; and in that said polymeric matrix is a bio-resorbable matrix belonging to the family of poly(urea-urethane-ester-ether)s and comprises - high-to-medium molecular weight hydrophobic biodegradable amorphous soft segments polyols having average molecular weight comprised between 20'000 and 60'000 Da; - hydrophilic polyalkoxide polyols, of average molecular weight comprised between 2'000 and 15'000 Da; - low molecular weight polyisocyanates and polyols, whose average molecular weights range between 15 and 200 Da. characterized in that said implantable device is biodegradable; and in that said polymeric matrix is a bio-resorbable matrix belonging to the family of poly(urea-urethane-ester-ether)s and comprises - high-to-medium molecular weight hydrophobic biodegradable amorphous soft segments polyols having average molecular weight comprised between 20'000 and 60'000 Da; - hydrophilic polyalkoxide polyols, of average molecular weight comprised between 2'000 and 15'000 Da; - low molecular weight polyisocyanates and polyols, whose average molecular weights range between 15 and 200 Da. - high-to-medium molecular weight hydrophobic biodegradable amorphous soft segments polyols having average molecular weight comprised between 20'000 and 60'000 Da; - hydrophilic polyalkoxide polyols, of average molecular weight comprised between 2'000 and 15'000 Da; - low molecular weight polyisocyanates and polyols, whose average molecular weights range between 15 and 200 Da.
Bearing for a lever, which is provided with a pivot arm, relative to a pressure piece, with a partially cylindrically curved rolling guide on the lever side, a partially cylindrically curved rolling guide on the pressure piece side, rolling elements which roll on both rolling guides (45, 35) and are assembled in a bearing cage, and having a radial projection, which is non-rotatably fixed relative to one rolling guide and forms a stop which limits the movability of the bearing cage in one circumferential direction, characterised by a pocket or opening, which is arranged in the other rolling guide or extends partially into this rolling guide, the pocket or opening extending only over a part of the width of the rolling guide and, at the transition to the curvature plane of the rolling guide, forming a stop edge which limits the movability of the bearing cage in the other circumferential direction.
Household refrigeration appliance with an interior (4, 5), which is delimited by walls (3a, 3b, 3c) of an inner container, and with at least one container (9, 10) for accommodating foodstuffs, which is arranged in a displaceable manner in the interior (4, 5), wherein a carrier is mounted in a displaceable manner in the interior and the container (9, 10) is arranged on the carrier such that it can be released in a non-destructive manner and is motion-coupled to the carrier for the purpose of displacement, wherein a motion coupling, viewed in the depth direction of the household refrigeration appliance, is embodied at least in a front region of the container (9, 10) and at least in a front region of the carrier, characterised in that the container (9, 10) has a depression in the front region at the base thereof, into which depression an engagement element, which protrudes upwardly and is elevated in a front region of the carrier, engages in the coupled state.
Utility vehicle tyre of radial type of construction, having a tread with two shoulder-side circumferential channels which run in a circumferential direction and which in each case delimit a profile rib, running at the shoulder side, towards the tread inner side, wherein the tread is of two-layer construction in a radial direction and is made up of a tread cap, which comprises the profiling, and of a tread base running radially within the tread cap, wherein the tread cap is composed of an electrically non-conductive rubber material which has an electrical resistance of greater than 10 8 ohm, and the tread base has a base part composed of an electrically conductive rubber material, wherein a rubber strip running in encircling fashion in a circumferential direction and composed of an electrically conductive rubber material extends in a radial direction through the tread cap and produces an electrically conductive connection between the base part and the outer surface of the tread cap, wherein the base part composed of the electrically conductive rubber material occupies the central region of the tread base, characterized in that said base part is adjoined laterally by in each case one further base part which runs at the shoulder side and which is composed of a silica-containing, electrically non-conductive rubber material with an electrical resistance of greater than 10 8 ohm, wherein each shoulder-side base part extends towards the tread inner side at most as far as a plane (l 1) which extends in a radial direction and which runs through those points of the marginal edge, situated on the tread surface and facing towards the tread inner side, of the shoulder-side profile rib which are situated furthest towards the tread outer side.
An aluminum conducting wire for automobile wiring, comprising a stranded conductor that is formed by stranding solid conductors of an aluminum alloy for automobile wiring, wherein the aluminum alloy consists of 0.1 to 1.0 mass% of Fe, 0.05 to 0.5 mass% of Cu, and 0.05 to 0.4 mass% of Mg, in which the total amount of Cu and Mg is 0.3 to 0.8 mass%, with the balance being aluminum and inevitable impurities; wherein the solid conductors have a wire diameter of from 0.07 to 1.50 mm; and wherein the solid conductors have a tensile strength of 110 MPa or more but 146 MPa or less, and show resistance against bending of 50,000 times or more.
Method for producing flow-loaded components (1, 19, 100), in particular components of gas turbines or aircraft engines, in which a component is made available and the component is provided with a protective layer which is applied by physical vapour deposition, the protective layer being applied as a multilayer layer (2, 3, 4, 5, 6; 102, 103, 104, 105, 106), in which at least two repeating layer sequences are deposited with partial layers of different compositions and/or properties, characterised in that at least partially the surface (7, 101) of the component, before the application of the protective layer, is smoothed to an average surface roughness R Z of less than or equal to 3 μm, or is provided with surface structures.
A multipurpose woodworking device comprising: a woodworking work table for performing various woodworking operations; a plurality of woodworking jigs provided for performing the woodworking operations and combined with the woodworking work table to guide the woodworking operations; a cutter mounted over the woodworking work table to perform the woodworking operations through a circular saw; and a router mounted over the woodworking work table to perform the woodworking operations through a plurality of end mills, wherein the woodworking jigs includes at least one of a wood piece support jigs supporting a wood piece to be fabricated at the same height as that of the wood piece or under the wood piece, a shaping guide jig for making shapes corresponding to the woodworking operations, and a stopper jig maintaining X-axial movement of the router at intervals corresponding to the woodworking operations, wherein wood piece supporting jig includes at least one of a horizontal support jig mounted on the top of the woodworking work table and a lower support jig mounted on a side of the woodworking work table, and wherein the shaping guide jig includes shaping guide body coupled to the woodworking work table and guide portions guiding the router when the router is moved, characterized in that the stopper jig includes a stopper jig block coupled to the top of the woodworking work table and interval grooves formed with intervals corresponding to the woodworking operations on the stopper jig block. a woodworking work table for performing various woodworking operations; a plurality of woodworking jigs provided for performing the woodworking operations and combined with the woodworking work table to guide the woodworking operations; a cutter mounted over the woodworking work table to perform the woodworking operations through a circular saw; and a router mounted over the woodworking work table to perform the woodworking operations through a plurality of end mills, wherein the woodworking jigs includes at least one of a wood piece support jigs supporting a wood piece to be fabricated at the same height as that of the wood piece or under the wood piece, a shaping guide jig for making shapes corresponding to the woodworking operations, and a stopper jig maintaining X-axial movement of the router at intervals corresponding to the woodworking operations, wherein wood piece supporting jig includes at least one of a horizontal support jig mounted on the top of the woodworking work table and a lower support jig mounted on a side of the woodworking work table, and wherein the shaping guide jig includes shaping guide body coupled to the woodworking work table and guide portions guiding the router when the router is moved, characterized in that the stopper jig includes a stopper jig block coupled to the top of the woodworking work table and interval grooves formed with intervals corresponding to the woodworking operations on the stopper jig block.
Baler comprising a partially or fully variable bale chamber, in which stem-like and/or leaf-like crops or similar material to be compressed can be shaped and/or compressed to form bales, wherein the bale-forming chamber comprises at least one belt element which circulates around deflection rollers and to which at least one adjustable belt tensioner (7, 8) is assigned, wherein the bale-forming chamber comprises an openable unloading door, and wherein an unloading-control device is provided for controlling the unloading door and/or the deflection rollers and/or the belt tensioners (7, 8) when unloading a bale, characterised in that the unloading-control device is designed, during unloading, to press the belt tensioner against the bale while opening the unloading door and to provide an opening movement of the unloading door, the movement profile and/or speed profile of which is adapted to the travel of the belt tensioner, and to push the bale out of the bale-forming chamber by means of the belt tensioner while the belt element remains tensioned.