mhurhangee/patent-ind-claim-en huggingface dataset:
A portable stain removal device for locally removing a stain on a fabric , comprising: - a chemical container for containing a chemical reagent, - a dispensing mechanism for dispensing the chemical reagent out of the chemical container onto the fabric , and characterized in that the portable stain removal device further comprises: - a heating plate arranged at the front head of the device , - a heater for heating the fabric and/or the chemical reagent, the heater being arranged adjacent to the heating plate . - a chemical container for containing a chemical reagent, - a dispensing mechanism for dispensing the chemical reagent out of the chemical container onto the fabric , and - a heating plate arranged at the front head of the device , - a heater for heating the fabric and/or the chemical reagent, the heater being arranged adjacent to the heating plate .
An interferometric distance measuring arrangement for measuring surfaces , in particular according to the principle of optical coherence tomography, comprising at least - a tunable laser source having a coherence length for generating measurement radiation (MS) modulated with a wavelength ramp, wherein the coherence length of the laser source defines the measurement range, - an optical beam path having ∘ a transmitting optical unit for emitting the measurement radiation (MS) onto the surface , ∘ a receiving optical unit for receiving the measurement radiation (MS) backscattered from the surface, ∘ an interferometer consisting of a measurement arm and a reference arm, in particular with a partly common beam path of measurement arm and reference arm, - a radiation detector and an evaluation unit for determining the distance from a reference point of the distance measuring arrangement to the surface , - a beam splitter , which defines n ≥ 2 channels for the parallel emission of measurement radiation (MS), characterized in that the channels are allocated, for a frequency multiplexing, in each case a different subrange of the measurement range defined by the coherence length, wherein the evaluation unit is configured to separate the channels in the Fourier domain, in particular wherein the channels are arranged in the transmitting optical unit in a line- or matrix-like fashion. - a tunable laser source having a coherence length for generating measurement radiation (MS) modulated with a wavelength ramp, wherein the coherence length of the laser source defines the measurement range, - an optical beam path having ∘ a transmitting optical unit for emitting the measurement radiation (MS) onto the surface , ∘ a receiving optical unit for receiving the measurement radiation (MS) backscattered from the surface, ∘ an interferometer consisting of a measurement arm and a reference arm, in particular with a partly common beam path of measurement arm and reference arm, ∘ a transmitting optical unit for emitting the measurement radiation (MS) onto the surface , ∘ a receiving optical unit for receiving the measurement radiation (MS) backscattered from the surface, ∘ an interferometer consisting of a measurement arm and a reference arm, in particular with a partly common beam path of measurement arm and reference arm, - a radiation detector and an evaluation unit for determining the distance from a reference point of the distance measuring arrangement to the surface , - a beam splitter , which defines n ≥ 2 channels for the parallel emission of measurement radiation (MS),
Pulley for installation in a pulley mechanism of a Jacquard machine, comprising - a shaft ; - a housing , comprising two flank bodies , which fasten the shaft , so that this shaft extends substantially between the flank bodies and so that the the shaft axially secures the flank bodies in both axial directions; - and a pulley wheel , which is arranged between the two flank bodies so as to be directly rotatable around the shaft ; characterized in that the shaft , is provided with at least one cavity for the axial securement of the flank bodies in both axial directions, the cavity forming an empty space within the shaft, the empty space being bounded on at least two opposite sides. - a shaft ; - a housing , comprising two flank bodies , which fasten the shaft , so that this shaft extends substantially between the flank bodies and so that the the shaft axially secures the flank bodies in both axial directions; - and a pulley wheel , which is arranged between the two flank bodies so as to be directly rotatable around the shaft ; characterized in that the shaft , is provided with at least one cavity for the axial securement of the flank bodies in both axial directions, the cavity forming an empty space within the shaft, the empty space being bounded on at least two opposite sides.
A smoke evacuation device with fluid storage for laparoscopic surgery that coupled to an exhaust part of a laparoscopic trocar that is inserted into a human body in laparoscopic surgery, the smoke evacuation device comprising: a main body having an empty space and having an intake port formed through a first side thereof to be connected with the exhaust part and a discharge port formed through a second side; and a filter disposed at a first side in the main body , wherein a first guide pipe through which fluid flowing into the intake port flows to a second side in the main body and a second guide pipe formed along an outer surface of the first guide pipe are disposed in the main body , and when fluid is guided into the main body by the first guide pipe , moisture in the fluid is kept in the main body and gas in the fluid moves toward the filter through a space between the first guide pipe and the second guide pipe , is filtered out, and is then discharged through the discharge port . a main body having an empty space and having an intake port formed through a first side thereof to be connected with the exhaust part and a discharge port formed through a second side; and a filter disposed at a first side in the main body ,
A feedthrough for vacuum chambers for performing thermal processes, comprising, from a first side or surface at atmospheric pressure to a second side or surface at a pressure that is below atmospheric pressure: a gland body having an opening formed therethrough along a longitudinal axis thereof, the gland body being adapted to mate with a threaded opening formed through a first surface of a vacuum chamber wall body ; and a seal device disposed between the gland body and a second surface of the vacuum chamber wall body , characterized in that the seal device comprises: a bushing having a tapered outside diameter that is disposed over a tapered surface of the gland body; a washer having a first surface that is disposed over a surface of the bushing; and a ring seal that is disposed over a second surface of the washer and an internal surface of the vacuum chamber wall body , wherein the bushing comprises aluminum and has a channel . a gland body having an opening formed therethrough along a longitudinal axis thereof, the gland body being adapted to mate with a threaded opening formed through a first surface of a vacuum chamber wall body ; and a seal device disposed between the gland body and a second surface of the vacuum chamber wall body , characterized in that the seal device comprises: a bushing having a tapered outside diameter that is disposed over a tapered surface of the gland body; a washer having a first surface that is disposed over a surface of the bushing; and a ring seal that is disposed over a second surface of the washer and an internal surface of the vacuum chamber wall body , wherein the bushing comprises aluminum and has a channel . a bushing having a tapered outside diameter that is disposed over a tapered surface of the gland body; a washer having a first surface that is disposed over a surface of the bushing; and a ring seal that is disposed over a second surface of the washer and an internal surface of the vacuum chamber wall body , wherein the bushing comprises aluminum and has a channel .
A method of producing an aluminum alloy product comprising: casting a heat treatable aluminum alloy to form a cast aluminum alloy; heating the cast aluminum alloy; hot rolling the cast aluminum alloy to produce a rolled product; quenching the rolled product at a quench rate of from about 500 °C/s to about 1000 °C/s; and coiling the rolled product to provide an aluminum alloy product. casting a heat treatable aluminum alloy to form a cast aluminum alloy; heating the cast aluminum alloy; hot rolling the cast aluminum alloy to produce a rolled product; quenching the rolled product at a quench rate of from about 500 °C/s to about 1000 °C/s; and coiling the rolled product to provide an aluminum alloy product.
A surgical stapler end effector , the end effector comprising: (a) a staple cartridge , wherein the staple cartridge comprises: (i) a plurality of staples, and (ii) a deck , wherein the staple cartridge is operable to drive the staples through the deck; (b) an anvil , wherein the anvil is movable from an open position toward the staple cartridge to reach a closed position, wherein the anvil includes an underside having staple forming surface configured to receive staples driven through the deck; and (c) a buttress assembly , wherein the buttress assembly comprises: (i) a buttress body , and (ii) an adhesive material, wherein the adhesive material is configured to removably secure the buttress body to the deck of the staple cartridge or the underside of the anvil, wherein the adhesive material comprises: a polymer, wherein the polymer is bioabsorbable, wherein the polymer comprises a gel, wherein the gel comprises absorbable particulate materials, characterised in that the gel comprises a viscous cellulose gel. (a) a staple cartridge , wherein the staple cartridge comprises: (i) a plurality of staples, and (ii) a deck , wherein the staple cartridge is operable to drive the staples through the deck; (i) a plurality of staples, and (ii) a deck , wherein the staple cartridge is operable to drive the staples through the deck; (b) an anvil , wherein the anvil is movable from an open position toward the staple cartridge to reach a closed position, wherein the anvil includes an underside having staple forming surface configured to receive staples driven through the deck; and (c) a buttress assembly , wherein the buttress assembly comprises: (i) a buttress body , and (ii) an adhesive material, wherein the adhesive material is configured to removably secure the buttress body to the deck of the staple cartridge or the underside of the anvil, (i) a buttress body , and (ii) an adhesive material, wherein the adhesive material is configured to removably secure the buttress body to the deck of the staple cartridge or the underside of the anvil,
Use, to improve the cold holding properties of a fuel or fuel composition, of one or more polymers comprising at least 70% in moles of units of the following formula : wherein R 1 represents a hydrogen atom or a methyl group, E represents -O-CO-, or -CO-O- or -NH-CO- or -CO-NH-, and G represents a group of formula -R 2 -Q wherein R 2 denotes a C 1 to C 34 hydrocarbon chain and Q denotes a group comprising a quaternary ammonium function and optionally one or more hydroxyl groups. R 1 represents a hydrogen atom or a methyl group, E represents -O-CO-, or -CO-O- or -NH-CO- or -CO-NH-, and G represents a group of formula -R 2 -Q wherein R 2 denotes a C 1 to C 34 hydrocarbon chain and Q denotes a group comprising a quaternary ammonium function and optionally one or more hydroxyl groups.
A wheel weight assembly for use on a vehicle wheel having a wheel disk section with a plurality of weight mounting bores , the wheel weight assembly comprising: an annular starter weight mounted to the wheel disk section, the starter weight having a plurality of mounting bores extending axially therethrough and aligned with the bores of the wheel disk ; a plurality of nut members each nut member being received by a corresponding recess surrounding each mounting bore which prevents rotation of the nut member ; a plurality of inner bolts each extending through a corresponding one of the mounting bores and into a corresponding one of the nut members thereby attaching the starter weight to the wheel disk section ; an annular outer weight having a plurality of attaching bores extending axially therethrough and aligned with the mounting bores of the starter weight ; and a plurality of outer attaching bolts , each extending through a corresponding one of the attaching bores and being threadably received by a corresponding one of the nut members , wherein each of the nut members is positioned between the starter weight and the outer weight ; the starter weight further including an integral axially projecting centering tab , wherein the outer weight has a corresponding centering recess which receives the centering tab . an annular starter weight mounted to the wheel disk section, the starter weight having a plurality of mounting bores extending axially therethrough and aligned with the bores of the wheel disk ; a plurality of nut members each nut member being received by a corresponding recess surrounding each mounting bore which prevents rotation of the nut member ; a plurality of inner bolts each extending through a corresponding one of the mounting bores and into a corresponding one of the nut members thereby attaching the starter weight to the wheel disk section ; an annular outer weight having a plurality of attaching bores extending axially therethrough and aligned with the mounting bores of the starter weight ; and a plurality of outer attaching bolts , each extending through a corresponding one of the attaching bores and being threadably received by a corresponding one of the nut members , wherein each of the nut members is positioned between the starter weight and the outer weight ; the starter weight further including an integral axially projecting centering tab , wherein the outer weight has a corresponding centering recess which receives the centering tab .
A resource reselection method, applied in a first terminal, the method comprising: transmitting to a second terminal a priority of to-be-transmitted data; receiving a resource set transmitted by the second terminal, wherein the resource set is used to indicate a resource exclusion result obtained by a resource exclusion procedure determined by the second terminal according to the priority of the to-be-transmitted data; and when performing re-evaluation on a first selected resource, determining whether to perform reselection for the first selected resource according to the resource set; characterised in that the first selected resource is a resource that has been selected by the first terminal and is not indicated to another terminal via first sidelink control information; wherein the method is further characterised by : indicating to the second terminal a parameter required in the resource exclusion procedure, wherein the parameter comprises: a second parameter related to a resource selection window; or wherein the parameter required in the resource exclusion procedure is determined by the second terminal itself, and the parameter comprises a first parameter related to a resource selection window. transmitting to a second terminal a priority of to-be-transmitted data; receiving a resource set transmitted by the second terminal, wherein the resource set is used to indicate a resource exclusion result obtained by a resource exclusion procedure determined by the second terminal according to the priority of the to-be-transmitted data; and when performing re-evaluation on a first selected resource, determining whether to perform reselection for the first selected resource according to the resource set; characterised in that the first selected resource is a resource that has been selected by the first terminal and is not indicated to another terminal via first sidelink control information; wherein the method is further characterised by : indicating to the second terminal a parameter required in the resource exclusion procedure, wherein the parameter comprises: a second parameter related to a resource selection window; or wherein the parameter required in the resource exclusion procedure is determined by the second terminal itself, and the parameter comprises a first parameter related to a resource selection window. indicating to the second terminal a parameter required in the resource exclusion procedure, wherein the parameter comprises: a second parameter related to a resource selection window; or wherein the parameter required in the resource exclusion procedure is determined by the second terminal itself, and the parameter comprises a first parameter related to a resource selection window.
A system for landing a plurality of unmanned aerial vehicles, UAVs, at a destination , the system comprising: a landing coordination control unit that is configured to output a landing mode signal to the UAVs to switch the UAVs from a normal operating mode to a landing mode in response to the UAVs entering a regulated airspace in relation to the destination , wherein the normal operating mode includes normal instructions for flying and navigating to the destination , and wherein the landing mode includes landing instructions for an automatic landing sequence into a landing zone at the destination , wherein the a landing coordination control unit is configured to determine an order in which the UAVs land at the destination dependent on a time at which each of the UAVs enters the regulated airspace .
Method for manufacturing an annular heat exchanger , in particular intended to be mounted on the radially inner or outer face of an annular shell of a casing of a double-flow turbomachine, comprising the following steps: - obtaining by extrusion a heat exchanger preform by means of a die shaped so that the preform comprises: o first pipes for the circulation of a fluid to be cooled, o second pipes arranged on either side of the first pipes in a direction perpendicular to the direction of extrusion, - making a hole from the outside in the preform , this hole leading into one of the second pipes of the preform , - introducing into said hole of the second given pipe a member for partially closing off its passage cross-section said method being characterized in that it comprises a step of making in a middle portion of the preform and from the outside of the preform a second fluid inlet aperture opening into the second given pipe and a second fluid outlet aperture opening into the second given pipe , said sealing member being interposed along the extrusion direction between the second inlet aperture and the second outlet aperture . - obtaining by extrusion a heat exchanger preform by means of a die shaped so that the preform comprises: o first pipes for the circulation of a fluid to be cooled, o second pipes arranged on either side of the first pipes in a direction perpendicular to the direction of extrusion, o first pipes for the circulation of a fluid to be cooled, o second pipes arranged on either side of the first pipes in a direction perpendicular to the direction of extrusion, - making a hole from the outside in the preform , this hole leading into one of the second pipes of the preform , - introducing into said hole of the second given pipe a member for partially closing off its passage cross-section
A dental care unit, comprising: - a frame structure ; - a support construction for supporting at least one dental instrument , a diagnostic instrument related to dental care and/or at least one instrument used in connection with a dental care operation; - a control system; - a user interface ; - an arrangement via which to said at least one instrument can be delivered power, or control signals, or both, needed for their operation, and wherein the delivering includes supplying to said at least one instrument at least one of the following: water, compressed air; - an operating light arranged for use in connection with dental care comprising a lighting system arranged to generate a desired kind light pattern in a desired direction and at a desired distance from the operating light , to illuminate a first area; - a support structure of the operating light wherein a projector construction is configured to project graphics, pictures and/or video in essentially the same direction as said desired direction on a surface, the surface comprising a second area whereto the graphics, pictures and/or video is projected, the projector construction being both structurally and operatively integrated into the operating light to be a part of the operating light . - a frame structure ; - a support construction for supporting at least one dental instrument , a diagnostic instrument related to dental care and/or at least one instrument used in connection with a dental care operation; - a control system; - a user interface ; - an arrangement via which to said at least one instrument can be delivered power, or control signals, or both, needed for their operation, and wherein the delivering includes supplying to said at least one instrument at least one of the following: water, compressed air; - an operating light arranged for use in connection with dental care comprising a lighting system arranged to generate a desired kind light pattern in a desired direction and at a desired distance from the operating light , to illuminate a first area; - a support structure of the operating light wherein a projector construction is configured to project graphics, pictures and/or video in essentially the same direction as said desired direction on a surface, the surface comprising a second area whereto the graphics, pictures and/or video is projected, the projector construction being both structurally and operatively integrated into the operating light to be a part of the operating light .
A method of analyzing a molecule interacting with a nanopore, wherein the nanopore is inserted in a membrane, comprising: applying a voltage across a nanopore that is inserted in a membrane by coupling the nanopore to a voltage source; decoupling the nanopore from the voltage source; and after the decoupling, determining a rate of decay of the voltage across the nanopore. applying a voltage across a nanopore that is inserted in a membrane by coupling the nanopore to a voltage source; decoupling the nanopore from the voltage source; and after the decoupling, determining a rate of decay of the voltage across the nanopore.