mhurhangee/ep-ind-claims huggingface dataset:
A method of storing potatoes, the method comprising the steps of: i. providing a plurality of dormant potatoes, wherein the potatoes have been cured after harvesting; ii. storing the potatoes at a storage temperature within the range of from 4 to 15°C in atmospheric air at atmospheric pressure; iii. monitoring the dormancy of the stored potatoes or of control potatoes stored in atmospheric air; iv. in response to initiation of eye movement of at least one of the stored potatoes or of at least one control potato stored in atmospheric air, treating the stored potatoes with ethylene, the treatment comprising exposing the stored potatoes, which are at the storage temperature, to ethylene which is added to the atmospheric air, and wherein the method further comprises the step A, prior to or during the storing step ii and before treating step iv, of treating the cured dormant potatoes with 1-methylcyclopropene, the treatment comprising exposing the potatoes to 1-methylcyclopropene, wherein the treatment is carried out at a temperature of at least 8°C, and wherein before treatment step A the cured potatoes have not been cooled below a temperature of 8°C. i. providing a plurality of dormant potatoes, wherein the potatoes have been cured after harvesting; ii. storing the potatoes at a storage temperature within the range of from 4 to 15°C in atmospheric air at atmospheric pressure; iii. monitoring the dormancy of the stored potatoes or of control potatoes stored in atmospheric air; iv. in response to initiation of eye movement of at least one of the stored potatoes or of at least one control potato stored in atmospheric air, treating the stored potatoes with ethylene, the treatment comprising exposing the stored potatoes, which are at the storage temperature, to ethylene which is added to the atmospheric air,
A fastener assembly (10,10a,10b,110,210) comprising: a stud (12,12a,12b) comprising an elongated shaft (28,28a), a first head (20,20a) at one end of the shaft and a second head at an opposite end of the shaft (28,28a), a bearing surface of the first head (20,20a) opposing a bearing surface of the second head; a threaded sleeve (16,16a,116,216) disposed about the elongated shaft (28,28a) of the stud (12,12a,12b) and comprising an exterior surface adapted for connecting to a threaded hole, and having an interior surface with an inwardly projected shoulder, the threaded sleeve having an outer diameter smaller than an outer diameter of the first head of the stud; and a spring (18,18a) disposed about the shaft (28,28a) of the stud (12,12a,12b) and at least partially inside the sleeve (16,16a,116,216), the spring (18,18a) having a first end bearing against the shoulder of the threaded sleeve (16,16a,116,216) and having a second end bearing against the bearing surface of the second head of the stud, the spring (18,18a) arranged to press the sleeve (16,16a,116,216) against the bearing surface of the first head (20,20a) such that bearing surface of the first head bears against the sleeve (16,16a,116,216) under a preload from the spring; such that moving the sleeve (16,16a,116,216) away from the first head (20,20a) of the stud (12,12a,12b) causes the spring (18,18a) to compress. a stud (12,12a,12b) comprising an elongated shaft (28,28a), a first head (20,20a) at one end of the shaft and a second head at an opposite end of the shaft (28,28a), a bearing surface of the first head (20,20a) opposing a bearing surface of the second head; a threaded sleeve (16,16a,116,216) disposed about the elongated shaft (28,28a) of the stud (12,12a,12b) and comprising an exterior surface adapted for connecting to a threaded hole, and having an interior surface with an inwardly projected shoulder, the threaded sleeve having an outer diameter smaller than an outer diameter of the first head of the stud; and a spring (18,18a) disposed about the shaft (28,28a) of the stud (12,12a,12b) and at least partially inside the sleeve (16,16a,116,216), the spring (18,18a) having a first end bearing against the shoulder of the threaded sleeve (16,16a,116,216) and having a second end bearing against the bearing surface of the second head of the stud, the spring (18,18a) arranged to press the sleeve (16,16a,116,216) against the bearing surface of the first head (20,20a) such that bearing surface of the first head bears against the sleeve (16,16a,116,216) under a preload from the spring; such that moving the sleeve (16,16a,116,216) away from the first head (20,20a) of the stud (12,12a,12b) causes the spring (18,18a) to compress.
Drive and dosing device for an injection device for administering a liquid product, in particular a medicament, wherein a product dose to be administered can be set with the drive and dosing device, comprising: a) a housing b) a dose display element, across the circumference of which a dosing scale is arranged c) a display means (4d; 21) and a dosing member that can be held by the user of the drive and dosing device, wherein the dose display element can be screwed relative to the display means (4d; 21) and around an axis of rotation for setting the dose to be administered by turning the dosing member relative to the display means (4d; 21), and a value of the dosing scale equalling the set dose can be read by means of the display means (4d; 21), d) a bearing element, with which the dose display element is engaged, which effects the turning or screwing movement of the dose display element relative to the display means (4d; 21), characterised in that e) the bearing element is arranged rotation-resistantly relative to the housing, but displaceable along the longitudinal axis L, and f) the bearing element comprises a thread, with which a thread of the dose display element engages, wherein g) the bearing element is displaceable relative to the housing and along the axis of rotation together with the dose display element, and h) the display element can be screwed relative to the bearing element by means of this thread engagement. a) a housing b) a dose display element, across the circumference of which a dosing scale is arranged c) a display means (4d; 21) and a dosing member that can be held by the user of the drive and dosing device, wherein the dose display element can be screwed relative to the display means (4d; 21) and around an axis of rotation for setting the dose to be administered by turning the dosing member relative to the display means (4d; 21), and a value of the dosing scale equalling the set dose can be read by means of the display means (4d; 21), d) a bearing element, with which the dose display element is engaged, which effects the turning or screwing movement of the dose display element relative to the display means (4d; 21), e) the bearing element is arranged rotation-resistantly relative to the housing, but displaceable along the longitudinal axis L, and f) the bearing element comprises a thread, with which a thread of the dose display element engages, wherein g) the bearing element is displaceable relative to the housing and along the axis of rotation together with the dose display element, and h) the display element can be screwed relative to the bearing element by means of this thread engagement.
A height adjustment mechanism for driver's seats in vehicles, characterized by • a shaft, that is positioned in a manner to pass inside a rotation gear mechanism and a mounting bracket; that transmits the drive provided by the user to a second gear pawl push and that keeps the whole system together, • first and second gear pawls (251,252) that are placed on the rotation gear mechanism, perform the locking motion in relation to the rotation gear mechanism and enable the stage adjustment achieved depending on this motion, • and a first gear pawl push that acts as a bearing for a second gear pawl push, which actuates these elements, and • first and second outer gears (256, 257) that are placed inside the rotation gear mechanism and that adjust the stage of height by means of the stage threads placed on them. • a shaft, that is positioned in a manner to pass inside a rotation gear mechanism and a mounting bracket; that transmits the drive provided by the user to a second gear pawl push and that keeps the whole system together, • first and second gear pawls (251,252) that are placed on the rotation gear mechanism, perform the locking motion in relation to the rotation gear mechanism and enable the stage adjustment achieved depending on this motion, • and a first gear pawl push that acts as a bearing for a second gear pawl push, which actuates these elements, and • first and second outer gears (256, 257) that are placed inside the rotation gear mechanism and that adjust the stage of height by means of the stage threads placed on them.
A method of producing a pressed paper piece, which is implemented by deep drawing a sheet-like blank that is primarily made of paper in use of a punch and a die while punching out the blank by a cutter and pressing an outer peripheral region of a process portion by a blank holder, the method comprising: steps of moving first and second blank holders (1, 2) integrally downward so that a cutter punches out a sheet-like paper material in cooperation with the first blank holder in the state of maintaining a predetermined gap between the first blank holder and the die in an outer peripheral region of a process portion of the blank; and while lowering the punch into the die in the state of applying a constant pressure to a radially inner region thereof via the second blank holder, forming a side wall of a bottom member between the punch and the die, thereby reducing wrinkling by an effect of integrated functions exerted in both regions of the blank, characterized in that an ejector member is lowered into the die integrally with the punch.
An apparatus for controlling fluid flow in a motor vehicle transmission, comprising: a first pump driven by an input shaft of the transmission to supply fluid from a source of fluid to at least one friction engagement device (C1, C2, C3) via a first fluid passageway, a second pump driven by the input shaft of the transmission to normally supply fluid from the source of fluid to a lubrication and cooling sub-system of the transmission via a second fluid passageway, a first valve fluidly coupled between the first and second fluid passageways and directing fluid from the second fluid passageway to the first fluid passageway when fluid pressure in the second fluid passageway is greater than fluid pressure in the first fluid passageway by at least a threshold pressure amount, and a second valve fluidly coupled to the first and second fluid passageways and to the lubrication and cooling sub-system, and characterised in that the second valve is blocking the first and second fluid passageways from the lubrication and cooling sub-system when a flow rate of the fluid in the first fluid passageway is less than a first threshold fluid flow rate, a temperature of the fluid is greater than a temperature threshold and a fluid flow demand is greater than a fluid flow demand threshold such that fluid pressure in the second fluid passageway exceeds the fluid pressure in the first fluid passageway by at least the threshold pressure amount, whereby fluid is supplied by the first and second pumps only to the at least one friction engagement device via the first fluid passageway. a first pump driven by an input shaft of the transmission to supply fluid from a source of fluid to at least one friction engagement device (C1, C2, C3) via a first fluid passageway, a second pump driven by the input shaft of the transmission to normally supply fluid from the source of fluid to a lubrication and cooling sub-system of the transmission via a second fluid passageway, a first valve fluidly coupled between the first and second fluid passageways and directing fluid from the second fluid passageway to the first fluid passageway when fluid pressure in the second fluid passageway is greater than fluid pressure in the first fluid passageway by at least a threshold pressure amount, and a second valve fluidly coupled to the first and second fluid passageways and to the lubrication and cooling sub-system, and characterised in that the second valve is blocking the first and second fluid passageways from the lubrication and cooling sub-system when a flow rate of the fluid in the first fluid passageway is less than a first threshold fluid flow rate, a temperature of the fluid is greater than a temperature threshold and a fluid flow demand is greater than a fluid flow demand threshold such that fluid pressure in the second fluid passageway exceeds the fluid pressure in the first fluid passageway by at least the threshold pressure amount, whereby fluid is supplied by the first and second pumps only to the at least one friction engagement device via the first fluid passageway.
A wavelength conversion and filtering module comprising: a plurality of optical regions (GG, YM, YT, TT) adapted to move to be inserted into a transmission path of an exciting beam in turn, at least one of the optical regions being a wavelength conversion and filtering region, and the wavelength conversion and filtering region comprising: a reflection unit; a wavelength conversion unit adapted to convert the exciting beam into at least one converted beam (60Y, 60G); a filter unit adapted to allow the exciting beam from an exciting light source to pass through and wherein a transmission spectrum of the filter unit depends on an incident angle of the converted beam (60Y, 60G); characterized in that it further comprises: a prism sheet capable of collimating the converted beam (60Y, 60G), wherein the wavelength conversion unit is located between the reflection unit and the prism sheet; and wherein the prism sheet is located between the wavelength conversion unit and the filter unit. a plurality of optical regions (GG, YM, YT, TT) adapted to move to be inserted into a transmission path of an exciting beam in turn, at least one of the optical regions being a wavelength conversion and filtering region, and the wavelength conversion and filtering region comprising: a reflection unit; a wavelength conversion unit adapted to convert the exciting beam into at least one converted beam (60Y, 60G); a filter unit adapted to allow the exciting beam from an exciting light source to pass through and wherein a transmission spectrum of the filter unit depends on an incident angle of the converted beam (60Y, 60G); a reflection unit; a wavelength conversion unit adapted to convert the exciting beam into at least one converted beam (60Y, 60G); a filter unit adapted to allow the exciting beam from an exciting light source to pass through and wherein a transmission spectrum of the filter unit depends on an incident angle of the converted beam (60Y, 60G); a prism sheet capable of collimating the converted beam (60Y, 60G), wherein the wavelength conversion unit is located between the reflection unit and the prism sheet; and wherein the prism sheet is located between the wavelength conversion unit and the filter unit.
A chain saw comprising: an engine having: a crankcase (52, 53); a cylinder attached to the crankcase; and a piston configured to reciprocate in the cylinder; a guide bar, around which a saw chain is to be wound so as to be rotated by the engine; and a housing configured to accommodate the engine and having a bottom surface, an upper surface, and a side surface to which the guide bar is attached, wherein the engine has two upper and lower surfaces substantially parallel to an axis direction of a crankshaft, the two surfaces being covered with and fixed (31 ∼ 34) to the upper and bottom surfaces of the housing, characterised in that the engine is further fixed to the housing with a fixing member at the side surface of the housing where the guide bar is attached to the housing, wherein, in a longitudinal direction of the guide bar, the fixing member is attached between a position where the guide bar is attached to the housing, and the crankshaft. an engine having: a crankcase (52, 53); a cylinder attached to the crankcase; and a piston configured to reciprocate in the cylinder; a crankcase (52, 53); a cylinder attached to the crankcase; and a piston configured to reciprocate in the cylinder; a guide bar, around which a saw chain is to be wound so as to be rotated by the engine; and a housing configured to accommodate the engine and having a bottom surface, an upper surface, and a side surface to which the guide bar is attached, wherein the engine has two upper and lower surfaces substantially parallel to an axis direction of a crankshaft, the two surfaces being covered with and fixed (31 ∼ 34) to the upper and bottom surfaces of the housing, the engine is further fixed to the housing with a fixing member at the side surface of the housing where the guide bar is attached to the housing,
A method for producing a treatment liquid comprising a polyvalent metal ion and water, the method comprising: a step of adjusting a dissolved carbon dioxide concentration in the treatment liquid to 4 mg/l or lower by performing at least one of a heat treatment and a deaeration treatment. a step of adjusting a dissolved carbon dioxide concentration in the treatment liquid to 4 mg/l or lower by performing at least one of a heat treatment and a deaeration treatment.
A method for extracting polychlorinated biphenyls from a polychlorinated biphenyls-containing oily liquid, comprising the steps of: adding the oily liquid to a sulfuric acid silica gel layer, keeping the sulfuric acid silica gel layer to which the oily liquid is added in a state heated to at least 35°C for a predetermined time and then cooling the layer to ordinary temperature, supplying an aliphatic hydrocarbon solvent to the sulfuric acid silica gel layer cooled to ordinary temperature, passing the aliphatic hydrocarbon solvent through the sulfuric acid silica gel layer to a metal salt hydrate silica gel layer, passing the aliphatic hydrocarbon solvent through the metal salt hydrate silica gel layer to a silver nitrate silica gel layer, passing the aliphatic hydrocarbon solvent through the silver nitrate silica gel layer to and through an alumina layer, passing a hydrophobic solvent capable of dissolving the polychlorinated biphenyls to and through the alumina layer, and securing the hydrophobic solvent passed through the alumina layer, wherein the metal salt hydrate silica gel layer is selected from a copper sulfate hydrate silica gel layer, a copper nitrate hydrate silica gel layer, a calcium nitrate hydrate silica gel layer and an iron nitrate hydrate silica gel layer. adding the oily liquid to a sulfuric acid silica gel layer, keeping the sulfuric acid silica gel layer to which the oily liquid is added in a state heated to at least 35°C for a predetermined time and then cooling the layer to ordinary temperature, supplying an aliphatic hydrocarbon solvent to the sulfuric acid silica gel layer cooled to ordinary temperature, passing the aliphatic hydrocarbon solvent through the sulfuric acid silica gel layer to a metal salt hydrate silica gel layer, passing the aliphatic hydrocarbon solvent through the metal salt hydrate silica gel layer to a silver nitrate silica gel layer, passing the aliphatic hydrocarbon solvent through the silver nitrate silica gel layer to and through an alumina layer, passing a hydrophobic solvent capable of dissolving the polychlorinated biphenyls to and through the alumina layer, and securing the hydrophobic solvent passed through the alumina layer, wherein the metal salt hydrate silica gel layer is selected from a copper sulfate hydrate silica gel layer, a copper nitrate hydrate silica gel layer, a calcium nitrate hydrate silica gel layer and an iron nitrate hydrate silica gel layer.
A patient interface comprising: a blower comprising an impeller, a motor for driving rotation of the impeller about a rotational axis of the impeller, a blower housing providing an impeller space for housing the impeller, a blower inlet and a blower outlet, a cushion for contacting a user's face, a mask body and/or a frame for supporting the cushion on a user's face, the cushion and/or the mask body or frame defining an interior space for receiving a flow of gases from the blower, the mask body or frame comprising an inlet to the interior space, wherein the blower is mounted or received within the inlet of the mask body or frame by a portion of the blower housing that is radially outside of and/or surrounding the impeller and impeller space so that the blower is at least partially within the mask body or frame, and wherein the blower substantially separates a high pressure side of the mask body or frame from a low pressure side of the mask body or frame, and wherein the mask body or frame is substantially without a wall between the blower and the interior space such that the blower outlet of the blower opens directly into the interior space. a blower comprising an impeller, a motor for driving rotation of the impeller about a rotational axis of the impeller, a blower housing providing an impeller space for housing the impeller, a blower inlet and a blower outlet, a cushion for contacting a user's face, a mask body and/or a frame for supporting the cushion on a user's face, the cushion and/or the mask body or frame defining an interior space for receiving a flow of gases from the blower, the mask body or frame comprising an inlet to the interior space, wherein the blower is mounted or received within the inlet of the mask body or frame by a portion of the blower housing that is radially outside of and/or surrounding the impeller and impeller space so that the blower is at least partially within the mask body or frame, and wherein the blower substantially separates a high pressure side of the mask body or frame from a low pressure side of the mask body or frame, and wherein the mask body or frame is substantially without a wall between the blower and the interior space such that the blower outlet of the blower opens directly into the interior space.
An LED screen comprising • a mounting frame; • a plurality of LED modules arranged at said mounting frame, said LED modules comprises a plurality of LED pixels arranged in an array; • a plurality of retention systems configured to securing at least one of said LED modules to said mounting frame, wherein at least one of said retention systems comprises a male part, a female part adapted to receive said male part and a retention spring, said retention spring is movable between a retaining position and a non-retaining position, where in said retaining position said retention spring is configured to engage said male part and to provide a retaining force to said male part, said retaining force presses said mounting frame and at least one of said plurality of LED modules together, wherein said female part is formed as a retention hole in a retention plate and that said male part comprises a retention pin configured to fit into said retention hole, said retention pin having at least one furrow formed therein, and said retention spring is configured to fit into said furrow and said retention spring provides in said retaining position said retaining force between said retention pin and said retention plate, characterized in that said retention spring comprises two resilient retention fingers configured to engage said furrow at opposite sides of said retention pin. • a mounting frame; • a plurality of LED modules arranged at said mounting frame, said LED modules comprises a plurality of LED pixels arranged in an array; • a plurality of retention systems configured to securing at least one of said LED modules to said mounting frame,