mhurhangee/patent-ind-claim-en huggingface dataset:
A method for quantification of nucleic acid of at least one biological cell, i. Providing a sample comprising at least one biological cell, or providing a sample comprising cell parts with nucleic acid, said cell parts being obtained from at least one biological cell, ii. Adding an acidic agent to the sample , the acidic agent comprising a detergent causing lysis of the biological cell and a buffer having a pH between 2.0 and 3.0, iii. Adding a fluorescent labelling agent to the sample, wherein the fluorescent labelling agent interacts with nucleic acid, hereby obtaining a sample with fluorescent labelled nucleic acid, iv. Adding a neutralizing agent for neutralising the sample after or simultaneous to adding the labelling agent, and v. Determining the content of fluorescent labelled nucleic acid of the at least one biological cell or cell parts in the sample by fluorescence measurements, wherein said method is performed without fixation of the cells. i. Providing a sample comprising at least one biological cell, or providing a sample comprising cell parts with nucleic acid, said cell parts being obtained from at least one biological cell, ii. Adding an acidic agent to the sample , the acidic agent comprising a detergent causing lysis of the biological cell and a buffer having a pH between 2.0 and 3.0, iii. Adding a fluorescent labelling agent to the sample, wherein the fluorescent labelling agent interacts with nucleic acid, hereby obtaining a sample with fluorescent labelled nucleic acid, iv. Adding a neutralizing agent for neutralising the sample after or simultaneous to adding the labelling agent, and v. Determining the content of fluorescent labelled nucleic acid of the at least one biological cell or cell parts in the sample by fluorescence measurements,
An elevator installation having an elevator controller , a drive and a hoist machine , wherein the hoist machine comprises: a traction sheave ; an electric motor to rotate the traction sheave ; a brake ; one or more bearings supporting the traction sheave ; CHARACTERISED BY a lubrication device automatically transmitting oil to the bearings upon receipt of a brake release signal (R1) from the drive or the controller . a traction sheave ; an electric motor to rotate the traction sheave ; a brake ; one or more bearings supporting the traction sheave ; CHARACTERISED BY a lubrication device automatically transmitting oil to the bearings upon receipt of a brake release signal (R1) from the drive or the controller .
A stylet for guiding an endotracheal tube during intubation, the stylet comprising: a stylet body having a pivotable tip located at a distal end of the stylet body, the pivotable tip being moveable in two opposing directions from the longitudinal axis of the distal end of the stylet body; a control mechanism comprising an actuator at a proximal end of the stylet body, for controlling the pivot angle of the pivotable tip; characterized in that the actuator includes first and second relatively moveable members which are biased into engagement, the first relatively moveable member being a rotatable control portion having a series of notches which sequentially engage with a detent of the second relatively moveable member as the control portion is rotated, to thereby provide a plurality of discrete stop points enabling locking of the pivotable tip at discrete incremental pivot angles, and in that the stylet further comprises a malleable rod removably disposed within a lumen of the stylet body, the malleable rod having a rectangular transverse cross section. a stylet body having a pivotable tip located at a distal end of the stylet body, the pivotable tip being moveable in two opposing directions from the longitudinal axis of the distal end of the stylet body; a control mechanism comprising an actuator at a proximal end of the stylet body, for controlling the pivot angle of the pivotable tip; characterized in that the actuator includes first and second relatively moveable members which are biased into engagement, the first relatively moveable member being a rotatable control portion having a series of notches which sequentially engage with a detent of the second relatively moveable member as the control portion is rotated, to thereby provide a plurality of discrete stop points enabling locking of the pivotable tip at discrete incremental pivot angles, and in that the stylet further comprises a malleable rod removably disposed within a lumen of the stylet body, the malleable rod having a rectangular transverse cross section.
A dressing for treating a tissue site with negative pressure, the dressing comprising: a sealing layer comprising a treatment area having at least one treatment aperture ; a fluid control layer comprising a plurality of reversibly openable fluid restrictions comprising perforations in the fluid control layer aligned with the treatment aperture ; a manifold adjacent to the sealing layer and/or the fluid control layer ; a cover disposed adjacent the manifold opposite the sealing layer and/or fluid control layer ; and wherein citric acid is present as a coating on one or more surfaces of the sealing layer and/or one or more surfaces of the fluid control layer , the coating comprising citric acid and a water-soluble and/or water-sensitive polymer, wherein the water-soluble and/or water-sensitive polymer comprises a sodium and/or potassium salt of a carboxylated polymer, a hydroxy and carboxylic acid modified polyacrylic, a water-soluble polyurethane, polyvinyl alcohol (PVOH), polyethylene oxide (PEO), polypropylene oxide (PPO), polyvinyl pyrrolidone (PVP), polyvinyl acetate (PVA), a copolymer of PVA and PVP, or a combination thereof. a sealing layer comprising a treatment area having at least one treatment aperture ; a fluid control layer comprising a plurality of reversibly openable fluid restrictions comprising perforations in the fluid control layer aligned with the treatment aperture ; a manifold adjacent to the sealing layer and/or the fluid control layer ; a cover disposed adjacent the manifold opposite the sealing layer and/or fluid control layer ; and wherein citric acid is present as a coating on one or more surfaces of the sealing layer and/or one or more surfaces of the fluid control layer , the coating comprising citric acid and a water-soluble and/or water-sensitive polymer, wherein the water-soluble and/or water-sensitive polymer comprises a sodium and/or potassium salt of a carboxylated polymer, a hydroxy and carboxylic acid modified polyacrylic, a water-soluble polyurethane, polyvinyl alcohol (PVOH), polyethylene oxide (PEO), polypropylene oxide (PPO), polyvinyl pyrrolidone (PVP), polyvinyl acetate (PVA), a copolymer of PVA and PVP, or a combination thereof.
A crystalline form of (1 R ,2 R )-2-[4-(3-methyl-1 H -pyrazol-5-yl)benzoyl]- N -(4-oxo-4,5,6,7-tetrahydropyrazolo[1,5- a ]pyrazin-3-yl)cyclohexanecarboxamide:
A dual wet clutch mechanism comprising a first clutch (E1) and a second clutch (E2), respectively, of the multi-disk type, controlled to selectively couple a driving shaft to a first driven shaft and to a second driven shaft, for example, a first and a second gearbox shaft, said first and second clutches (E1, E2) comprise, each of them, aa output disk holder , each of disk holder comprising: - a cylindrical hub with an axis of rotation O; - a disk support of rotationally symmetrical shape about the axis O, the disk support axially bearing on the hub , the hub and the disk support being assembled by means of friction welding, wherein the disk support comprises a bore , the internal periphery of which defines a first diameter D1 along the axis O, and the hub comprises an external periphery defining a second diameter D2 along the axis O, the diameter D1 being less than the diameter D2, the wet clutch mechanism being characterized in that it comprises also an axial bearing axially interposed between the output disk holder of the first clutch (E1) and the output disk holder of the second clutch (E2), the axial bearing being radially disposed at least partly between the diameters D1 and D2 of one of the output disk holders. - a cylindrical hub with an axis of rotation O; - a disk support of rotationally symmetrical shape about the axis O, the disk support axially bearing on the hub , the hub and the disk support being assembled by means of friction welding, wherein the disk support comprises a bore , the internal periphery of which defines a first diameter D1 along the axis O, and the hub comprises an external periphery defining a second diameter D2 along the axis O, the diameter D1 being less than the diameter D2, the wet clutch mechanism being characterized in that it comprises also an axial bearing axially interposed between the output disk holder of the first clutch (E1) and the output disk holder of the second clutch (E2), the axial bearing being radially disposed at least partly between the diameters D1 and D2 of one of the output disk holders.
Electrode separator element for electrochemical battery cells having a SO 2 -containing electrolyte, comprising - a rigid electrode which comprises an active mass, and - a ceramic separator layer , characterized in that the surfaces of the electrode separator element are plane-parallel to one another such that cracks are prevented from forming in the separator layer when the electrode separator element is stacked or connected to form a stack, and the plane parallelism of the electrode over the surface of the electrode having height differences of a maximum of 10% of the thickness of the electrode. - a rigid electrode which comprises an active mass, and - a ceramic separator layer , the surfaces of the electrode separator element are plane-parallel to one another such that cracks are prevented from forming in the separator layer when the electrode separator element is stacked or connected to form a stack, and the plane parallelism of the electrode over the surface of the electrode having height differences of a maximum of 10% of the thickness of the electrode.
Method for operating a vehicle crane having a lower carriage with jib supports and a superstructure with a counterweight , in which a live view of the surroundings of the vehicle crane is displayed to the driver, characterised in that the live view is generated at least via cameras arranged on the lower carriage , identifications (12a-c, 13) of the movement ranges of the jib supports and of the pivoting range of the superstructure are superposed, to scale, onto the live view, the identifications (12a-c, 13) are fixed-programmed, crane-specific overlays and the live view is a crane-specific view calibrated in terms of dimensions.
A radiation therapy system comprising: a radiation source configured to direct one or more radiation pulses toward a PET-avid region of interest; a plurality of PET detectors configured to detect positron annihilation photons; a current detector configured to measure a bias current of the plurality of PET detectors; and a controller configured to receive photon data output from the plurality of PET detectors, wherein the controller is configured to detect a pair of coincident positron annihilation photons by adjusting the photon data output using a gain factor calculated based on the measured bias current during a therapy session. a radiation source configured to direct one or more radiation pulses toward a PET-avid region of interest; a plurality of PET detectors configured to detect positron annihilation photons; a current detector configured to measure a bias current of the plurality of PET detectors; and a controller configured to receive photon data output from the plurality of PET detectors,
Coin sorting device for processing coins, comprising - an insertion device into which coins (M) for sorting are insertable, - a sorting device for sorting coins (M) inserted via the insertion device , - a plurality of receiving containers for storing sorted coins (M), - an overflow collecting device for receiving coins (M) after at least one receiving container has overflowed, wherein coins (M) for reinserting into the insertion device are removable from the overflow collecting device and are reinsertable into the insertion device in a reinserting operation, and - a counting device for counting coins (M) inserted into the insertion device and coins (M) passing into the overflow collecting device , characterized by a checking device which is designed to check whether, in the event of a reinserting operation, the number of coins (M) reinserted into the insertion device corresponds to the number of coins (M) removed from the overflow collecting device , wherein the checking device is designed to produce an indication if it is determined during a reinserting operation that the number of coins (M) reinserted into the insertion device does not correspond to the number of coins (M) removed from the overflow collecting device , wherein the overflow collecting device has a first container and a second container for collecting coins (M), wherein the second container is arrangeable in or on the first container , wherein the overflow collecting device is designed in such a manner that, with a second container arranged in or on the first container , after at least one receiving container has overflowed, coins (M) are collected in the second container , and the second container with coins collected therein is removable from the first container , wherein the overflow collecting device is designed in such a manner that, with the second container not arranged in or on the first container , after at least one receiving container has overflowed, coins (M) are collected in the first container . - an insertion device into which coins (M) for sorting are insertable, - a sorting device for sorting coins (M) inserted via the insertion device , - a plurality of receiving containers for storing sorted coins (M), - an overflow collecting device for receiving coins (M) after at least one receiving container has overflowed, wherein coins (M) for reinserting into the insertion device are removable from the overflow collecting device and are reinsertable into the insertion device in a reinserting operation, and - a counting device for counting coins (M) inserted into the insertion device and coins (M) passing into the overflow collecting device ,
A display panel comprising: a substrate in which a first subpixel including a first light emitting region configured to emit light having a first color, a second subpixel including a second light emitting region configured to emit light having a second color and a third subpixel including a third light emitting region configured to emit light having a third color are defined, the substrate including a non-light emitting region positioned around the first light emitting region, the second light emitting region and the third light emitting region; an encapsulation layer disposed on the substrate; a touch electrode disposed on the encapsulation layer and including a first metal layer ; a nanostructure disposed on the touch electrode, and being in direct contact with the first metal layer; a first insulating layer disposed on the nanostructure; and a color filter including a first conversion portion disposed on the first insulating layer, a second conversion portion disposed on the first insulating layer, and a third conversion portion disposed on the first insulating layer, wherein the first, second and third conversion portions correspond respectively to the first, second and third subpixels , and wherein in the non-light emitting region , the nanostructure , the first conversion portion and the third conversion portion are positioned to overlap each other. a substrate in which a first subpixel including a first light emitting region configured to emit light having a first color, a second subpixel including a second light emitting region configured to emit light having a second color and a third subpixel including a third light emitting region configured to emit light having a third color are defined, the substrate including a non-light emitting region positioned around the first light emitting region, the second light emitting region and the third light emitting region; an encapsulation layer disposed on the substrate; a touch electrode disposed on the encapsulation layer and including a first metal layer ; a nanostructure disposed on the touch electrode, and being in direct contact with the first metal layer; a first insulating layer disposed on the nanostructure; and a color filter including a first conversion portion disposed on the first insulating layer, a second conversion portion disposed on the first insulating layer, and a third conversion portion disposed on the first insulating layer, wherein the first, second and third conversion portions correspond respectively to the first, second and third subpixels , and wherein in the non-light emitting region , the nanostructure , the first conversion portion and the third conversion portion are positioned to overlap each other.
A manufacturing method of architectural glass made of waste solar panel, comprising the steps of: removing an aluminum frame and taking out a glass plate with the largest area: using laser or diamond to cut the glass with the largest area of a waste solar panel, separating the aluminum frame from the waste solar panel, and taking out the glass plate with the largest area; removing the non-glass parts, such as the back plate, solar cell and wire, on the glass plate: removing the non-glass parts such as the back plate, solar cell and wire on the glass plate obtained in step with a grinding wheel to preserve a complete glass plate; polishing the surface of the glass plate: polishing the surface of the glass plate obtained in step to restore the bright surface of the glass plate; processing and cutting the glass plate: cutting the glass plate obtained in step into required sizes; and compositing the glass plates into architectural glasses: stacking and laminating the glass plates obtained in step in multiple layers to form a composite architectural glass. removing an aluminum frame and taking out a glass plate with the largest area: using laser or diamond to cut the glass with the largest area of a waste solar panel, separating the aluminum frame from the waste solar panel, and taking out the glass plate with the largest area; removing the non-glass parts, such as the back plate, solar cell and wire, on the glass plate: removing the non-glass parts such as the back plate, solar cell and wire on the glass plate obtained in step with a grinding wheel to preserve a complete glass plate; polishing the surface of the glass plate: polishing the surface of the glass plate obtained in step to restore the bright surface of the glass plate; processing and cutting the glass plate: cutting the glass plate obtained in step into required sizes; and compositing the glass plates into architectural glasses: stacking and laminating the glass plates obtained in step in multiple layers to form a composite architectural glass.
A method of forming a cushioned envelope, the method comprising: feeding a laminated web material comprising a cushioning web and a shell web , wherein each of the cushioning web and the shell web includes an inner side and an outer side, wherein the outer side of the cushioning web is laminated to the inner side of the shell web ; applying a crimping adhesive to a first transverse seam of the inner side of the cushioning web and to a second transverse seam of the inner side of the cushioning web ; folding the laminated web material so that the first transverse seam on the inner side of the cushioning web is folded in on itself and the second transverse seam on the inner side of the cushioning web is folded in on itself; after folding the laminated web material , crimping the laminated web material at the first transverse seam and at the second transverse seam; and after crimping the laminated web material , cutting the laminated web material at a location in the first transverse seam and at a location in the second transverse seam. feeding a laminated web material comprising a cushioning web and a shell web , wherein each of the cushioning web and the shell web includes an inner side and an outer side, wherein the outer side of the cushioning web is laminated to the inner side of the shell web ; applying a crimping adhesive to a first transverse seam of the inner side of the cushioning web and to a second transverse seam of the inner side of the cushioning web ; folding the laminated web material so that the first transverse seam on the inner side of the cushioning web is folded in on itself and the second transverse seam on the inner side of the cushioning web is folded in on itself; after folding the laminated web material , crimping the laminated web material at the first transverse seam and at the second transverse seam; and after crimping the laminated web material , cutting the laminated web material at a location in the first transverse seam and at a location in the second transverse seam.
Gas-selection device for a sealed storage container with modified or controlled atmosphere for storing perishable products such as for example fruits and vegetables, or flowers, comprising a hollow body and at least one first orifice , a second orifice and a first membrane , said first and second orifices (3, 53, 153, 253; 4, 54, 154, 254) connecting the inside of said body with the outside thereof, said first membrane being disposed inside said body between said first and second orifices (3, 53, 153, 253; 4, 54, 154, 254) so that the gases flowing from the first orifice to the second orifice , or vice versa, necessarily and solely pass through said first membrane , said body comprising at least one first casing provided with at least said first orifice and a second casing provided with at least said second orifice , said gas-selection device being characterised in that said second casing comprises, in line with the second orifice , a hollow cylindrical tube projecting towards the outside of the body and being arranged so as to be inserted in an orifice provided on one of the walls of the container connecting the inside of the container to the outside thereof, in order to secure the gas-selection device , sealingly, to said wall of the container , in line with said orifice , so as to allow a flow of gas from its second orifice through said orifice in the wall , or vice versa.
A glass-fiber-reinforced resin plate having a thickness of 0.5 mm or less, comprising: glass fiber that has a flat cross-sectional shape with a minor axis Ds in a range of 4.5 to 12.0 μm, and a major axis D L in a range of 20.0 to 50.0 μm; and an amorphous thermoplastic resin, wherein a number average fiber length L of the glass fiber is in a range of 50 to 400 μm, a glass fiber content C is in a range of 25.0 to 55.0% by mass, and the Ds, D L , L, and C satisfy the following formula : 0.32 ≤ 1000 × D S × D L 3 × C / 100 4 / L 3 ≤ 1.22 wherein D S , D L , and L are determined according to the description. glass fiber that has a flat cross-sectional shape with a minor axis Ds in a range of 4.5 to 12.0 μm, and a major axis D L in a range of 20.0 to 50.0 μm; and an amorphous thermoplastic resin, wherein a number average fiber length L of the glass fiber is in a range of 50 to 400 μm, a glass fiber content C is in a range of 25.0 to 55.0% by mass, and the Ds, D L , L, and C satisfy the following formula : 0.32 ≤ 1000 × D S × D L 3 × C / 100 4 / L 3 ≤ 1.22