mhurhangee/ep-ind-claims huggingface dataset:
A suction device, comprising a body, wherein a cavity is disposed in the body, the cavity has a closed end face and an open end face, and the open end face forms an end face used for the suction device to suck a workpiece, wherein a tangential nozzle is disposed on a sidewall surface of the cavity, an external fluid enters the cavity through the tangential nozzle along a tangential direction of the cavity, and the open end face includes an outer edge configured to contact the workpiece being sucked, characterized in that a suction hole is disposed on the closed end face of the cavity, the suction hole is connected to a suction unit, and the suction unit sucks the fluid in the cavity through the suction hole.
Device 1 for securing a fitting 2 in a T-shaped groove 3 of an outer fixed frame or opening panel type of joinery, the T-shaped groove 3 being delimited by at least one bottom 5 and two side walls 6, 7 each provided with at least one hooking flange 8, 9 remote from the bottom 5, said device 1 comprising: - means 11 for pre-assembly and pre-positioning by clipping, in said T-shaped groove 3 perpendicularly to the axis thereof, in order to ensure at least temporary holding of the fitting 2 in this groove 3 at least in this perpendicular interlocking direction 12 in the latter; - clamping means in the form of a nut plate 16, for interacting with said hooking flanges 8, 9, said nut plate 16, with which a clamping screw 26 is caused to interact, being capable of occupying at least a first inactive position 17 which allows its engagement between said hooking flanges 8, 9, and at least a second active position 18 in which said nut plate 16 extends under said hooking flanges 8, 9, - and retractable means 19 for rotational retention of the nut plate 16 in said first inactive position 17; characterized in that it comprises intermediate insulation means 39 intended to be interposed between the nut plate 16 and the hooking flanges 8 in the active position 18, said intermediate insulation means 39 consisting of deformable skirts 40, 41 extending under a base 15, on either side of the longitudinal median plane 42 of the pre-assembly and pre-positioning means 11. - means 11 for pre-assembly and pre-positioning by clipping, in said T-shaped groove 3 perpendicularly to the axis thereof, in order to ensure at least temporary holding of the fitting 2 in this groove 3 at least in this perpendicular interlocking direction 12 in the latter; - clamping means in the form of a nut plate 16, for interacting with said hooking flanges 8, 9, said nut plate 16, with which a clamping screw 26 is caused to interact, being capable of occupying at least a first inactive position 17 which allows its engagement between said hooking flanges 8, 9, and at least a second active position 18 in which said nut plate 16 extends under said hooking flanges 8, 9, - and retractable means 19 for rotational retention of the nut plate 16 in said first inactive position 17;
A method of providing a permanent or temporary plug in a casing in a well, wherein the plug is provided by means of a fluidized plugging material which is carried into the well from a surface of the well, that the method includes the steps of: - using an apparatus including: - a carrier body defined by an endless side portion extending between a first end portion and a second end portion; - at least one displacement member arranged on the carrier body, wherein the displacement member is defined by a surface of the carrier body and a free end portion facing outwards from the surface of the carrier body, whereby the free end portion will face an inside of the casing when placed therein; and - a driving device connected to the carrier body for allowing the carrier body and thus the at least one displacement member to be set in motion in the casing; - moving the apparatus into the casing of the well; - setting the apparatus in motion in the casing and supplying the fluidized plugging material from the surface of the well, thereby setting the fluidized plugging material in motion in the casing; - continuing moving the apparatus for a predetermined time after having supplied all of the plugging material; and - pulling the apparatus out of the well. - using an apparatus including: - a carrier body defined by an endless side portion extending between a first end portion and a second end portion; - at least one displacement member arranged on the carrier body, wherein the displacement member is defined by a surface of the carrier body and a free end portion facing outwards from the surface of the carrier body, whereby the free end portion will face an inside of the casing when placed therein; and - a driving device connected to the carrier body for allowing the carrier body and thus the at least one displacement member to be set in motion in the casing; - a carrier body defined by an endless side portion extending between a first end portion and a second end portion; - at least one displacement member arranged on the carrier body, wherein the displacement member is defined by a surface of the carrier body and a free end portion facing outwards from the surface of the carrier body, whereby the free end portion will face an inside of the casing when placed therein; and - a driving device connected to the carrier body for allowing the carrier body and thus the at least one displacement member to be set in motion in the casing; - moving the apparatus into the casing of the well; - setting the apparatus in motion in the casing and supplying the fluidized plugging material from the surface of the well, thereby setting the fluidized plugging material in motion in the casing; - continuing moving the apparatus for a predetermined time after having supplied all of the plugging material; and - pulling the apparatus out of the well.
An asphalt binder comprising: a base asphalt; and a plastomer having a drop point of from about 152 °C to about 167 °C; and wherein the asphalt binder is substantially free of elastomer. a base asphalt; and a plastomer having a drop point of from about 152 °C to about 167 °C; and wherein the asphalt binder is substantially free of elastomer.
A method for time-dependent hint generation, the method comprising: receiving, by a hinting machine, a plurality of resource samples, each resource sample recorded at a corresponding sample time and indicating a rendering status of a respective resource (127, 510) with respect to rendering a web page at the corresponding sample time, the web page comprising multiple of the resources; calculating, by the hinting machine as a function of the plurality of resource samples, a time-based probability function of each resource being fetched over time as part of rendering the web page, wherein a statistical model computes a probability that a particular resource will be rendered in association with a particular web transaction at a particular time or times in the future as a function of whether the resource was rendered in association with other web transactions at previous sample times, wherein the probability is impacted by a persistence of indications whether the resource was rendered at the previous sample times, and/or wherein the probability follows a pattern of renderings of the resource at the previous sample times, and/or wherein the time-based probability function is calculated using a consistency and/or regularity of the rendering of the resource at the previous sample times; and generating, by the hinting machine according to the respective time-based probability functions, a plurality of time-dependent hints (150, 550) for prefetching the respective resources in association with rendering the web page by a client machine. receiving, by a hinting machine, a plurality of resource samples, each resource sample recorded at a corresponding sample time and indicating a rendering status of a respective resource (127, 510) with respect to rendering a web page at the corresponding sample time, the web page comprising multiple of the resources; calculating, by the hinting machine as a function of the plurality of resource samples, a time-based probability function of each resource being fetched over time as part of rendering the web page, wherein a statistical model computes a probability that a particular resource will be rendered in association with a particular web transaction at a particular time or times in the future as a function of whether the resource was rendered in association with other web transactions at previous sample times, wherein the probability is impacted by a persistence of indications whether the resource was rendered at the previous sample times, and/or wherein the probability follows a pattern of renderings of the resource at the previous sample times, and/or wherein the time-based probability function is calculated using a consistency and/or regularity of the rendering of the resource at the previous sample times; and generating, by the hinting machine according to the respective time-based probability functions, a plurality of time-dependent hints (150, 550) for prefetching the respective resources in association with rendering the web page by a client machine.
Remote control with a housing and a multifunction button which has a plurality of button areas (8, 9, 10, 11) which are arranged radially offset with respect to a center point and movable relative to the housing, wherein the multifunction button having plurality of button areas (8, 9, 19, 11) which are arranged radially offset with respect to their center point have a plurality of magnets to which counter-magnets are assigned connected to the housing, characterised in that - the magnets and counter-magnets are polarized and arranged such that the multifunction button is pushed away in a first direction towards the outside of the housing, - a plurality of pins with thickened heads are attached to the multifunction button, - a housing-fixed carrying plate has bearing shells adapted to the thickened heads, - the pins extend through openings in the carrying plate - and the bearing shells and the thickened heads are formed as a limiting stop for a movement of the multifunction button against the first direction. - the magnets and counter-magnets are polarized and arranged such that the multifunction button is pushed away in a first direction towards the outside of the housing, - a plurality of pins with thickened heads are attached to the multifunction button, - a housing-fixed carrying plate has bearing shells adapted to the thickened heads, - the pins extend through openings in the carrying plate - and the bearing shells and the thickened heads are formed as a limiting stop for a movement of the multifunction button against the first direction.
A multi-ply tile joint sealing tape for backing silicone joints comprising a waterproof flexible backing tape and at least one flexible cut-resistant strip; wherein at least one cut-resistant strip is arranged over the entire length of the tile joint sealing tape in such a way that on both sides of the cut-resistant strip an edge strip of the carrier tape is free of the cut-resistant strip and that the cut-resistant strip lies in the region of the silicone joint in the installed state of the tile joint sealing tape, characterised in that the carrier tape has a protective and retaining layer of a textile fabric, in particular a non-woven fabric, of polypropylene or polyethylene, which rests on the cut-resistant strip and is firmly connected to the exposed strip of the carrier tape at least on one side of the cut-resistant strip.
A cutting unit for a hair cutting device, comprising a stationary cutting member, wherein the stationary cutting member comprises a plurality of stationary blade pieces, and a moving cutting member, wherein multiple cutting elements are extending along a middle axis from a base sheet of the moving cutting member, wherein each cutting element of the moving cutting member comprises a proximal end with a first width connected to the base sheet and a distal end with a second width facing away from the base sheet, a first flank and a second flank each extending from the proximal end to the distal end, wherein the first flank and/or the second flank each comprising a blade edge extending at least partially along the first flank and/or the second flank, wherein the second width of the distal end is larger than the first width of the proximal end, characterized in that the distal end comprises at least one cutting edge, wherein the at least one cutting edge is facing away from the base sheet, and wherein the at least one cutting edge is formed as a recess at the distal end.
A method for producing a functionalized polymer, the method comprising the steps of: i. polymerizing conjugated diene monomer, optionally together with a copolymerizable monomer, within a solvent to produce a polymerization mixture including a polymer having a reactive terminus; ii. coupling a portion of the polymer having a reactive terminus with a hydrocarbyloxysiloxane to produce a polymerization mixture including polymer coupled with the hydrocarbyloxysiloxane and residual polymer having a reactive terminus, where the hydrocarbyloxysiloxane is defined by the formula: where each R and R 1 is independently a monovalent organic group and n is an integer from 4 to 50; iii. reacting the residual polymer having a reactive terminus with a functionalizing agent having at least one hydrocarbyloxy functionality to produce a polymerization mixture including a functionalized polymer and the polymer coupled with the hydrocarbyloxysiloxane; and iv. desolventizing the polymerization mixture including the functionalized polymer and the polymer coupled with the hydrocarbyloxysiloxane. i. polymerizing conjugated diene monomer, optionally together with a copolymerizable monomer, within a solvent to produce a polymerization mixture including a polymer having a reactive terminus; ii. coupling a portion of the polymer having a reactive terminus with a hydrocarbyloxysiloxane to produce a polymerization mixture including polymer coupled with the hydrocarbyloxysiloxane and residual polymer having a reactive terminus, where the hydrocarbyloxysiloxane is defined by the formula: where each R and R 1 is independently a monovalent organic group and n is an integer from 4 to 50; iii. reacting the residual polymer having a reactive terminus with a functionalizing agent having at least one hydrocarbyloxy functionality to produce a polymerization mixture including a functionalized polymer and the polymer coupled with the hydrocarbyloxysiloxane; and iv. desolventizing the polymerization mixture including the functionalized polymer and the polymer coupled with the hydrocarbyloxysiloxane.
A worm reduction gear comprising: a housing in which a holding hole with an opening at one end of the holding hole is formed; a worm shaft including a first end coupled to an electric motor and a second end positioned on the opposite side of the worm shaft from the first end in an axial direction, the worm shaft being housed in the housing; a worm wheel that meshes with the worm shaft; a first bearing held by the housing and supporting the first end such that the first end is rotatable; a second bearing that supports the second end such that the second end is rotatable; and a bias member that directly or indirectly biases the second end in such a direction that the second end approaches the worm wheel; characterized by a guide member including a ring portion fitted in the holding hole in the housing to guide movement of the second end of the worm shaft and a closing portion that closes an end of the ring portion and the opening of the holding hole. a housing in which a holding hole with an opening at one end of the holding hole is formed; a worm shaft including a first end coupled to an electric motor and a second end positioned on the opposite side of the worm shaft from the first end in an axial direction, the worm shaft being housed in the housing; a worm wheel that meshes with the worm shaft; a first bearing held by the housing and supporting the first end such that the first end is rotatable; a second bearing that supports the second end such that the second end is rotatable; and a bias member that directly or indirectly biases the second end in such a direction that the second end approaches the worm wheel; characterized by a guide member including a ring portion fitted in the holding hole in the housing to guide movement of the second end of the worm shaft and a closing portion that closes an end of the ring portion and the opening of the holding hole.
A management apparatus for managing a network equipment element comprising: means for providing a software management capabilities object offering capabilities of a corresponding software management physical process including at least one stop point, the at least one offered stop point determining at least one point at which a corresponding software management physical process can be stopped and resumed; means for profiling the capabilities object into a software management profile object by using selected certain offered capabilities from the set of offered capabilities, a selected at least one stop point determining at least one point at which the corresponding physical process is to stop; means for generating a software management process description by using the profile object, the generated process description being a description of a physical process; means for executing the generated process description; and means for controlling the physical process in accordance with the generated process description, wherein the physical process is interrupted according to the selected at least one stop point. means for providing a software management capabilities object offering capabilities of a corresponding software management physical process including at least one stop point, the at least one offered stop point determining at least one point at which a corresponding software management physical process can be stopped and resumed; means for profiling the capabilities object into a software management profile object by using selected certain offered capabilities from the set of offered capabilities, a selected at least one stop point determining at least one point at which the corresponding physical process is to stop; means for generating a software management process description by using the profile object, the generated process description being a description of a physical process; means for executing the generated process description; and means for controlling the physical process in accordance with the generated process description, wherein the physical process is interrupted according to the selected at least one stop point.
Production method for a drill having a helix: cold forming a rod-shaped blank into a semifinished product having three or more rectilinear longitudinal webs running along a longitudinal axis of the semifinished product, introducing the longitudinal webs of the semifinished product into a first die-plate and a second die-plate in a working direction, wherein the first die-plate lies against the longitudinal webs in a direction of rotation about the longitudinal axis and the second die-plate lies against the longitudinal webs counter to the direction of rotation, pivoting the first die-plate in the direction of rotation in relation to the second die-plate in order to twist the longitudinal webs between the first die-plate and the second die-plate, pulling the longitudinal webs of the semifinished product through the pivoted first die-plate and the second die-plate counter to the working direction in order to twist the longitudinal webs, and attaching a drill head at the rear end in the working direction. cold forming a rod-shaped blank into a semifinished product having three or more rectilinear longitudinal webs running along a longitudinal axis of the semifinished product, introducing the longitudinal webs of the semifinished product into a first die-plate and a second die-plate in a working direction, wherein the first die-plate lies against the longitudinal webs in a direction of rotation about the longitudinal axis and the second die-plate lies against the longitudinal webs counter to the direction of rotation, pivoting the first die-plate in the direction of rotation in relation to the second die-plate in order to twist the longitudinal webs between the first die-plate and the second die-plate, pulling the longitudinal webs of the semifinished product through the pivoted first die-plate and the second die-plate counter to the working direction in order to twist the longitudinal webs, and attaching a drill head at the rear end in the working direction.
A magnetic resonance imaging radio frequency coil comprising: two or more current units (200; 200A - 200E), wherein each current unit (200; 200A - 200E) is a discrete insulated module that includes: a dielectric; a first radio frequency current path proximate the dielectric; and a second radio frequency current path proximate the dielectric; CHARACTERISED IN THAT: the second radio frequency current path is independent of the first radio frequency current path; and the magnetic resonance imaging radio frequency coil is configured so that the magnitude, phase, frequency, timing or spatial position of the current in the second radio frequency current path can be selected independently of the current in the first current path; wherein the magnetic resonance imaging radio frequency coil is configured for use in magnetic resonance imaging. two or more current units (200; 200A - 200E), wherein each current unit (200; 200A - 200E) is a discrete insulated module that includes: a dielectric; a first radio frequency current path proximate the dielectric; and a second radio frequency current path proximate the dielectric; a dielectric; a first radio frequency current path proximate the dielectric; and a second radio frequency current path proximate the dielectric; CHARACTERISED IN THAT: the second radio frequency current path is independent of the first radio frequency current path; and the magnetic resonance imaging radio frequency coil is configured so that the magnitude, phase, frequency, timing or spatial position of the current in the second radio frequency current path can be selected independently of the current in the first current path; wherein the magnetic resonance imaging radio frequency coil is configured for use in magnetic resonance imaging. the second radio frequency current path is independent of the first radio frequency current path; and the magnetic resonance imaging radio frequency coil is configured so that the magnitude, phase, frequency, timing or spatial position of the current in the second radio frequency current path can be selected independently of the current in the first current path; wherein the magnetic resonance imaging radio frequency coil is configured for use in magnetic resonance imaging.