mhurhangee/patent-ind-claim-en huggingface dataset:
A copper foil with a carrier comprising a carrier, an intermediate layer, an ultra-thin copper layer and a roughened layer on a surface of the ultra-thin copper layer, laminated in this order, wherein the carrier comprises a foil selected from a copper foil, a copper alloy foil, an aluminum foil, an aluminum alloy foil, an iron alloy foil, a stainless steel foil, a nickel foil, or a nickel alloy, and wherein the intermediate layer is at least one layer containing at least one selected from the group consisting of Cr, Ni, Co, Fe, Mo, Ti, W, P, Cu and Al, one or more alloys thereof, one or more hydrates thereof, one or more oxides thereof, and one or more organic compounds; wherein the ultra-thin copper layer includes the roughened layer on the surface thereof, and the roughened layer comprises particles having an average diameter D1 at the particle bottom being apart from the bottom of each particle by 10% of the particle length L1 of 0.2 to 1.0 μm and having a ratio L1/D1 of the particle length L1 to the average diameter D1 at the particle bottom of 15 or less; and wherein the roughened layer on a surface of the ultra-thin copper layer has a ratio D2/D1 of the average diameter D2 at the particle middle being apart from the bottom of each particle by 50% of the particle length to the average diameter D1 at the particle bottom of 1 to 4, and a ratio D3/D2 of the average diameter D3 at the particle end being apart from the bottom of each particle by 90% of the particle length to the average diameter D2 at the particle middle is 0.8 to 1.0.
A spring link with a link body which has two side wall profiles which are connected by a spring seat plate , wherein each side wall profile has a side web with an outwardly directed upper collar portion extending in the longitudinal direction (L) of the side web , characterized in that each side wall profile has a side web with an outwardly directed lower collar portion extending in the longitudinal direction (L) of the side web , and each side wall profile has a first end portion and a second end portion ,wherein in at least one end portion a bead is provided, which is formed in the transition from the upper collar portion to the side web , wherein the bead extends triangularly, downwards in the side web to approximately its middle and wherein the spring seat plate lies with a lateral longitudinal edge portion on an upper collar portion and is joined to the upper collar portion .
A light diffusion reflecting plate comprising a substrate having thereon at least a ground coat layer and a top coat layer in contact with this ground coat layer , wherein the ground coat layer is a white coating film layer; the top coat layer contains a white pigment and two kinds of spherical particles ; the content of the white pigment in the top coat layer is from 2 to 15% by mass; the two kinds of spherical particles are (A) a spherical particle having an average particle size of from 5 to 30 μm and (B) a spherical particle having an average particle size of from 15 to 45 μm; the difference in the average particle size between the spherical particle (A) and the spherical particle (B) is 10 μm or more; and each of the spherical particle (A) and the spherical particle (B) is contained in an amount of from 5 to 17% by mass in the top coat layer ; characterized in that the two kinds of spherical particles are resin beads.
A battery lower casing , characterized in that , the battery lower casing comprising: a support frame comprising a plurality of fixing beams that are connected end to end to form an accommodating space , wherein each of two fixing beams opposite to each other comprises a fixing portion extending toward the accommodating space , each of the fixing beams comprises fixing tabs at a side of the fixing beam away from the accommodating space , and the battery lower casing is connected to a target object through the fixing tabs ; and a bottom plate connected to the fixing beams , wherein a side of the bottom plate of the battery lower casing facing the accommodating space is lower than a surface of the fixing portion carrying weight; characterized in that the support frame further comprises a reinforcing beam disposed in the accommodating space , wherein the reinforcing beam comprises a plurality of fixing rods , and the battery lower casing is also connected to the target object through an end of the fixing rods away from a supporting portion , the reinforcing beam comprises the supporting portion and a hanging portion which are disposed to intersect with each other, wherein the supporting portion is located in a horizontal plane, and the hanging portion is located in a vertical plane, and the fixing rod is disposed to pass through the supporting portion and the hanging portion in a direction away from and perpendicular to a plane of the bottom plate . a support frame comprising a plurality of fixing beams that are connected end to end to form an accommodating space , wherein each of two fixing beams opposite to each other comprises a fixing portion extending toward the accommodating space , each of the fixing beams comprises fixing tabs at a side of the fixing beam away from the accommodating space , and the battery lower casing is connected to a target object through the fixing tabs ; and a bottom plate connected to the fixing beams , wherein a side of the bottom plate of the battery lower casing facing the accommodating space is lower than a surface of the fixing portion carrying weight; characterized in that the support frame further comprises a reinforcing beam disposed in the accommodating space , wherein the reinforcing beam comprises a plurality of fixing rods , and the battery lower casing is also connected to the target object through an end of the fixing rods away from a supporting portion , the reinforcing beam comprises the supporting portion and a hanging portion which are disposed to intersect with each other, wherein the supporting portion is located in a horizontal plane, and the hanging portion is located in a vertical plane, and the fixing rod is disposed to pass through the supporting portion and the hanging portion in a direction away from and perpendicular to a plane of the bottom plate .
A self-limiting shaped memory alloy device, comprising: • a shape memory alloy member having a first end and a second end ; • a first anchor member connected to the first end; • an energy contact ; • a second anchor member connected to the energy contact ; • an energy source connected in energetic communication to the energy contact ; • a moveable member connected to the second end of the shape memory alloy member ; • a biasing member operationally connected to the moveable member for urging the moveable member towards and into physical contact with the second anchor member , wherein the biasing member provides a constant, predetermined urging force on the moveable member in the direction of the second anchor member ; wherein when the moveable member is in physical contact with the second anchor member, the second end of the shape memory alloy member is in energetic communication with the energy contact ; wherein actuation of the energy source energizes the energy contact ; wherein energization of the shape memory alloy member initiates a phase change that generates an opposite urging force sufficiently great to overcome the constant, predetermined urging force of the biasing member and urge the moveable member away from the second anchor member , such that the moveable member and the second anchor member separate from one another; wherein movement of the moveable member away from the second anchor member disengages the second end from the energy contact , thus ceasing the flow of energy into the shape memory alloy member . • a shape memory alloy member having a first end and a second end ; • a first anchor member connected to the first end; • an energy contact ; • a second anchor member connected to the energy contact ; • an energy source connected in energetic communication to the energy contact ; • a moveable member connected to the second end of the shape memory alloy member ; • a biasing member operationally connected to the moveable member for urging the moveable member towards and into physical contact with the second anchor member , wherein the biasing member provides a constant, predetermined urging force on the moveable member in the direction of the second anchor member ; wherein when the moveable member is in physical contact with the second anchor member, the second end of the shape memory alloy member is in energetic communication with the energy contact ; wherein actuation of the energy source energizes the energy contact ; wherein energization of the shape memory alloy member initiates a phase change that generates an opposite urging force sufficiently great to overcome the constant, predetermined urging force of the biasing member and urge the moveable member away from the second anchor member , such that the moveable member and the second anchor member separate from one another; wherein movement of the moveable member away from the second anchor member disengages the second end from the energy contact , thus ceasing the flow of energy into the shape memory alloy member .
An image display apparatus comprising: a laser light source configured to emit laser light in accordance with an image; an optical deflector configured to deflect the laser light emitted by the laser light source ; a screen configured to make an intermediate image diverge at a predetermined angle of divergence, to cause the intermediate image to be reflected by a concave mirror and a curved transparent reflective member to form a virtual image, the intermediate image being drawn on the screen with the laser light deflected by the optical deflector ; and characterized by a housing forming a curved housing space for housing the screen , wherein the housing houses the screen in the housing space to curve the screen with a predetermined curvature. a laser light source configured to emit laser light in accordance with an image; an optical deflector configured to deflect the laser light emitted by the laser light source ; a screen configured to make an intermediate image diverge at a predetermined angle of divergence, to cause the intermediate image to be reflected by a concave mirror and a curved transparent reflective member to form a virtual image, the intermediate image being drawn on the screen with the laser light deflected by the optical deflector ; and characterized by a housing forming a curved housing space for housing the screen , wherein the housing houses the screen in the housing space to curve the screen with a predetermined curvature.
An agricultural baler , comprising: a rotatable shaft ; a flywheel operatively connected to the shaft ; an operating component ; and, a cooling circuit arranged to permit flow of operating fluid therethrough, the cooling circuit being arranged to permit flow of the operating fluid away from and back towards the operating component , wherein the cooling circuit has a cooling section through which the operating fluid flows after flowing away from the operating component and prior to flowing back towards the operating component, characterised in that the cooling section is positioned adjacent to the flywheel so that rotation of the flywheel generates airflow across the cooling section to cool the operating fluid. a rotatable shaft ; a flywheel operatively connected to the shaft ; an operating component ; and, a cooling circuit arranged to permit flow of operating fluid therethrough, the cooling circuit being arranged to permit flow of the operating fluid away from and back towards the operating component , wherein the cooling circuit has a cooling section through which the operating fluid flows after flowing away from the operating component and prior to flowing back towards the operating component, characterised in that the cooling section is positioned adjacent to the flywheel so that rotation of the flywheel generates airflow across the cooling section to cool the operating fluid.
Flexible hose for gardening and the like comprising a first tubular element of rigid polymeric material having corrugated shape and having in longitudinal cross-section a series of outer crests having a triangular profile, so as to be axially flexible, and a second tubular element of lightweight polymeric material externally associated with said first tubular element so as to fill at least partially a corresponding series of troughs alternately shaped by said outer crests characterized in that the lightweight polymeric material of said second tubular element partially fills said series of troughs alternately shaped by said outer crests , so as to define at the bottom of the same troughs a corresponding series of chambers of annular shape, and wherein the second tubular element is made, at least partially, of a foam material so as to have a cell structure having different characteristics in relation to the different areas of the flexible hose.
A system comprising: a machine for processing textiles and configured to treat, within the same, textiles with a gaseous mixture comprising ozone gas; an ozone generator configured to produce and provide the ozone gas of the gaseous mixture to the machine ; a dehumidification system connected to, or integrated into, the machine and configured to reduce a humidity of the gaseous mixture within the machine ; and a circulation pump configured to take gaseous mixture from the textile processing machine, to pass said gaseous mixture through the dehumidification system for decreasing the humidity of the gaseous mixture and to return to the textile processing machine the gaseous mixture the humidity of which is reduced by the dehumidification system during an operation of the system. a machine for processing textiles and configured to treat, within the same, textiles with a gaseous mixture comprising ozone gas; an ozone generator configured to produce and provide the ozone gas of the gaseous mixture to the machine ; a dehumidification system connected to, or integrated into, the machine and configured to reduce a humidity of the gaseous mixture within the machine ; and a circulation pump configured to take gaseous mixture from the textile processing machine, to pass said gaseous mixture through the dehumidification system for decreasing the humidity of the gaseous mixture and to return to the textile processing machine the gaseous mixture the humidity of which is reduced by the dehumidification system during an operation of the system.
A method for applying adhesive to a web being wound into a roll comprising: spirally winding a web into a roll , the roll rotationally moving during winding; applying adhesive to a surface of an applicator device ; and moving the applicator device from a non-engagement position to an engagement position, the surface of the applicator device contacting a surface of the roll while winding of the web onto the roll continues, the adhesive transferring to the web , the surface of the applicator device moving with the rotating roll ; the method characterised by further comprising: cutting the moving web to form the trailing edge during winding of the web , the applicator device contacting the surface of the rotating roll and the web being cut in a manner such that adhesive applied to the web is located between the last two layers of the wound roll . spirally winding a web into a roll , the roll rotationally moving during winding; applying adhesive to a surface of an applicator device ; and moving the applicator device from a non-engagement position to an engagement position, the surface of the applicator device contacting a surface of the roll while winding of the web onto the roll continues, the adhesive transferring to the web , the surface of the applicator device moving with the rotating roll ; the method characterised by further comprising: cutting the moving web to form the trailing edge during winding of the web , the applicator device contacting the surface of the rotating roll and the web being cut in a manner such that adhesive applied to the web is located between the last two layers of the wound roll .
Hand-held power tool having a drive unit , the drive unit being actuatable by means of at least one manual switch , having a control unit at least for controlling the drive unit , the control unit having a control-unit housing , having at least one user interface , the user interface comprising at least one operating element , and having a housing , the housing at least partially accommodating at least the control unit and the user interface , characterized in that the hand-held power tool has a positioning device , the user interface being supported on the control-unit housing by use of the positioning device .
An oxygen supply device having a function for controlling a flow rate of an oxygen gas supplied to a user for inhalation based on percutaneous arterial oxygen saturation, SpO2, comprising: a sensor unit adapted to acquire information on SpO2 of the user, and a control unit adapted to control a supply rate of the oxygen gas based on the information on SpO2 acquired from the sensor unit and calculate a moving average value of SpO2 and a sudden downward peak, Dip, frequency per predetermined time from the information on SpO2, wherein the control unit is adapted to calculate a first moving average value of SpO2 calculated over a first time span, a second moving average value of SpO2 calculated over a second time span which is longer than the first time span, and a Dip frequency per predetermined time from the information on SpO2 acquired by the sensor unit, select either of the first moving average value or the second moving average value based on the calculated Dip frequency, and control the supply rate of the oxygen gas based on the selected moving average value. a sensor unit adapted to acquire information on SpO2 of the user, and a control unit adapted to control a supply rate of the oxygen gas based on the information on SpO2 acquired from the sensor unit and calculate a moving average value of SpO2 and a sudden downward peak, Dip, frequency per predetermined time from the information on SpO2, wherein the control unit is adapted to calculate a first moving average value of SpO2 calculated over a first time span, a second moving average value of SpO2 calculated over a second time span which is longer than the first time span, and a Dip frequency per predetermined time from the information on SpO2 acquired by the sensor unit, select either of the first moving average value or the second moving average value based on the calculated Dip frequency, and control the supply rate of the oxygen gas based on the selected moving average value.
Releasable connector having a supporting sleeve , preferably made from plastic, the connector serving to connect a functional element to the supporting sleeve , comprising an inner sleeve , the inner sleeve having a standard region for connecting to the supporting sleeve and the functional element for defining the further use, the standard region of the inner sleeve being pushed onto the supporting sleeve , the inner sleeve being configured in one piece, a sliding sleeve for clamping and opening the clamping of the inner sleeve on the supporting sleeve , the sliding sleeve being arranged on the outer circumference of the inner sleeve in the standard region , the sliding sleeve being arranged in an axially displaceable manner for clamping and opening the inner sleeve on the supporting sleeve , latching fingers being arranged in the standard region along the circumference on the end side which faces away from the functional element , the functional element being configured as a covering cap, supporting sleeve, the supporting sleeve being identical to the supporting sleeve already comprised by the connector, reduced supporting sleeve, the reduced supporting sleeve being of an identical design to the supporting sleeve already comprised by the connector, but smaller, or standard region for connecting to a supporting sleeve, the standard region being designed identically to the standard region already comprised by the connector.
Attachment device for a module for dispensing an aqueous solution contained in a tank on board a motor vehicle, said attachment device comprising a pump stator , a heating means and a heat diffuser which comprises a base and a first plurality of walls that are substantially vertical with respect to said base and define at least one first internal volume , said base and/or at least one wall that is substantially vertical with respect to the base comprising at least one means for positioning the pump stator and/or a first means for attaching the pump stator and/or at least one second means for attaching the heating means, the attachment device being characterized in that the pump stator and heat diffuser assembly is overmolded with a plastic material, the attachment device comprising at least one first through-hole , preferably in the region of the base of the attachment device , suitable for discharging the aqueous solution pumped by the pump, and a second through-hole suitable for supplying the pump with aqueous solution.
A method for producing a short-chain peptide-immobilized carrier, the method comprising: a step of preparing an alcohol solution containing an alcohol solvent, and a short-chain peptide having a plurality of immobilizing functional groups, the short-chain peptide having a secondary structure induced in the alcohol solvent; and a step of bringing a carrier coupled with a spacer having a reactive group that reacts with the immobilizing functional group, into contact with the alcohol solution, and thereby immobilizing the short-chain peptide to the spacer, wherein the spacer is a polyacrylic acid, and wherein the number of amino acid residues of the short-chain peptide is 50 or less. a step of preparing an alcohol solution containing an alcohol solvent, and a short-chain peptide having a plurality of immobilizing functional groups, the short-chain peptide having a secondary structure induced in the alcohol solvent; and a step of bringing a carrier coupled with a spacer having a reactive group that reacts with the immobilizing functional group, into contact with the alcohol solution, and thereby immobilizing the short-chain peptide to the spacer,
A physical assessment device comprising: an instrument housing having an interior; a viewing assembly disposed between distal and proximal end openings of the instrument housing ; and an illumination assembly including at least one light source for illuminating a target of interest, at least one of the viewing assembly and illumination assembly having a plurality of components that are assembled by interlocking engagement, wherein the illumination assembly includes an assembly support member and an illuminator connector , characterised by a lower portion of the assembly support member and an upper portion of the illuminator connector being shaped and configured to releasably engage the other in an interlocking manner. an instrument housing having an interior; a viewing assembly disposed between distal and proximal end openings of the instrument housing ; and an illumination assembly including at least one light source for illuminating a target of interest, at least one of the viewing assembly and illumination assembly having a plurality of components that are assembled by interlocking engagement, wherein the illumination assembly includes an assembly support member and an illuminator connector , characterised by a lower portion of the assembly support member and an upper portion of the illuminator connector being shaped and configured to releasably engage the other in an interlocking manner.