mhurhangee/ep-ind-claims huggingface dataset:
An input mechanism for a mobile electronic device, the input mechanism comprising: a cap shaped to wrap around an edge of the mobile electronic device and moveable in a first direction, toward the front surface of the mobile electronic device, and a second direction, toward the side surface of the mobile electronic device; a first switch for activating a first function on the mobile electronic device, the first switch being covered by the cap and actuatable upon movement of the cap in the first direction toward the first switch; and a second switch for activating a second function on the mobile electronic device, the second switch being covered by the cap and actuatable upon movement of the cap in the second direction toward the second switch; characterised in that the cap is moveable in a third direction and further comprising a third switch for activating a third function on the mobile electronic device, the third switch being covered by the cap and actuatable upon movement of the cap in the third direction toward the third switch and wherein the third direction is toward the rear surface. a cap shaped to wrap around an edge of the mobile electronic device and moveable in a first direction, toward the front surface of the mobile electronic device, and a second direction, toward the side surface of the mobile electronic device; a first switch for activating a first function on the mobile electronic device, the first switch being covered by the cap and actuatable upon movement of the cap in the first direction toward the first switch; and a second switch for activating a second function on the mobile electronic device, the second switch being covered by the cap and actuatable upon movement of the cap in the second direction toward the second switch; characterised in that the cap is moveable in a third direction and further comprising a third switch for activating a third function on the mobile electronic device, the third switch being covered by the cap and actuatable upon movement of the cap in the third direction toward the third switch and wherein the third direction is toward the rear surface.
A cannula configured to provide positive expiratory pressure and oxygen to a patient, comprising: a base including an oxygen opening and an inhalation opening; a valve including an inhalation flap valve that closes the inhalation opening and a PEP flap valve; a valve retainer including a flow opening and an exhalation opening, wherein the PEP flap valve closes the exhalation opening; and a nasal pillow seated on the valve retainer. a base including an oxygen opening and an inhalation opening; a valve including an inhalation flap valve that closes the inhalation opening and a PEP flap valve; a valve retainer including a flow opening and an exhalation opening, wherein the PEP flap valve closes the exhalation opening; and a nasal pillow seated on the valve retainer.
A compound which is: wherein R 1 is selected from the group consisting of H, CH 3, CN, CH 2 CN, C(CH 3) 2 CN, and F; R 2 is selected from the group consisting of H, O(C 1 -C 3 alkyl)R 5, CH 2 CN, and CN; R 3 is selected from the group consisting of H, OCH 3, CN, C(CH 3) 2 CN, and CH 2 CN; R 4 is selected from the group consisting of H and CH 3; and R 5 is selected from the group consisting of H, CN, C(CH 3) 2 CN, OCH 3, S 2 CH 3, and C(CH 3) 2 OH; provided that at least one selected from the group consisting of R1, R2, R3 and R4 is H; or a pharmaceutically acceptable salt thereof. R 1 is selected from the group consisting of H, CH 3, CN, CH 2 CN, C(CH 3) 2 CN, and F; R 2 is selected from the group consisting of H, O(C 1 -C 3 alkyl)R 5, CH 2 CN, and CN; R 3 is selected from the group consisting of H, OCH 3, CN, C(CH 3) 2 CN, and CH 2 CN; R 4 is selected from the group consisting of H and CH 3; and R 5 is selected from the group consisting of H, CN, C(CH 3) 2 CN, OCH 3, S 2 CH 3, and C(CH 3) 2 OH; provided that at least one selected from the group consisting of R1, R2, R3 and R4 is H; or a pharmaceutically acceptable salt thereof.
A frame pool comprising: a pool body; a support frame supporting the pool body and comprising: a plurality of support members; and an upper frame supported by the plurality of support members and including: at least one first upper tube arranged along a length of the frame pool; at least one second upper tube arranged along a width of the frame pool perpendicular to the at least one first upper tube; a connecting tube connecting the at least one first upper tube and the at least one second upper tube to establish the upper frame; and a collar located between the connecting tube and one of the at least one first upper tube and the at least one second upper tube. a pool body; a support frame supporting the pool body and comprising: a plurality of support members; and an upper frame supported by the plurality of support members and including: at least one first upper tube arranged along a length of the frame pool; at least one second upper tube arranged along a width of the frame pool perpendicular to the at least one first upper tube; a connecting tube connecting the at least one first upper tube and the at least one second upper tube to establish the upper frame; and a collar located between the connecting tube and one of the at least one first upper tube and the at least one second upper tube. a plurality of support members; and an upper frame supported by the plurality of support members and including: at least one first upper tube arranged along a length of the frame pool; at least one second upper tube arranged along a width of the frame pool perpendicular to the at least one first upper tube; a connecting tube connecting the at least one first upper tube and the at least one second upper tube to establish the upper frame; and a collar located between the connecting tube and one of the at least one first upper tube and the at least one second upper tube. at least one first upper tube arranged along a length of the frame pool; at least one second upper tube arranged along a width of the frame pool perpendicular to the at least one first upper tube; a connecting tube connecting the at least one first upper tube and the at least one second upper tube to establish the upper frame; and a collar located between the connecting tube and one of the at least one first upper tube and the at least one second upper tube.
A method of producing a covering, in particular for use in a press section of a machine for producing a fibrous web such as a paper, board or tissue web, comprising the method steps: i) producing a base structure of any width; the base structure having edges with lateral seam loops ii) converting the base structure into rolled material; iii) applying at least one staple fibre layer and needling it to the base structure; iv) converting the roll material into strips; v) rotating the strips by 90° so that the edges with lateral seam loops are oriented in a transverse machine direction of the covering; and vi) connecting the strips to form a covering, wherein the connection can be made in particular by means of plug wires.
A vacuum evaporation deposition method of the winding type in which under the atmosphere of reduced pressure, an insulating material film is continuously fed out, cooled in close contact with a cooling roller and metal is evaporated onto the insulating material film to deposit a metal film thereon, characterized in that before the deposition of the metal film, the insulating material film is closely contacted with the cooling roller by charging the insulating material film, and after the deposition of the metal film, the insulating material film is closely contacted with the cooling roller by applying a DC voltage between an auxiliary roller for guiding the insulating material film and the cooling roller, the auxiliary roller is in contact with the metal film on the insulating material film and is arranged between the cooling roller and a winding roller for taking up the insulating material film, and electricity of the insulating material film are removed by an electricity removing unit arranged between the auxiliary roller and the winding roller, the electricity removing unit removes the electricity of the insulating material film passing through the electricity removing unit.
A veneer roll unwinding apparatus comprising: a take-up reel on which a veneer sheet is wound to form a veneer roll, rotatably supported with bearings at both ends thereof at an unwinding position; drive guide bands (24, 218) provided in plural rows in a shaft direction of the take-up reel 7 with a position below the unwinding position with a base end and a distal end of the drive guide bands 24, 218 as a free end, the distal end of drive guide bands being freely swingable with the base end as a fulcrum toward the veneer roll 9 and the drive guide bands 24, 218 being put in press contact with part of a circumferential surface of the veneer roll 9 and a fold-back member disposed in an opposite position to a circumference of the base end section of the drive guide bands 24, 218 with an arbitrary spatial interval therebetween such that the drive guide bands 24, 218 are connected with a fold-back conveyor 226.
An electronic device comprising: a housing including a first surface facing a first direction, a second surface facing a second direction opposite to the first direction, and a side surface extending between and along a perimeter of the first surface and the second surface; a cover glass corresponding to at least the first surface; a display panel disposed under the cover glass and including an active area exposed through the cover glass, an inactive area surrounding the active area, and a printed circuit board connection portion connected to one end of the inactive area, wherein at least one opening including a first opening formed in a top end of the active area or at least one cutaway portion including a first cutaway portion formed in a corner of the active area is formed in the display panel; and a camera module exposed through the cover glass; wherein the display panel is foldable such that the first opening or the first cutaway portion is positioned at a folded portion of the display panel; wherein the first opening or the first cutaway portion is configured to form a space having a designated shape when the display panel is folded; and wherein the camera module is disposed in the space formed by the first opening or the first cutaway portion. a housing including a first surface facing a first direction, a second surface facing a second direction opposite to the first direction, and a side surface extending between and along a perimeter of the first surface and the second surface; a cover glass corresponding to at least the first surface; a display panel disposed under the cover glass and including an active area exposed through the cover glass, an inactive area surrounding the active area, and a printed circuit board connection portion connected to one end of the inactive area, wherein at least one opening including a first opening formed in a top end of the active area or at least one cutaway portion including a first cutaway portion formed in a corner of the active area is formed in the display panel; and a camera module exposed through the cover glass; wherein the display panel is foldable such that the first opening or the first cutaway portion is positioned at a folded portion of the display panel; wherein the first opening or the first cutaway portion is configured to form a space having a designated shape when the display panel is folded; and wherein the camera module is disposed in the space formed by the first opening or the first cutaway portion.
Method of processing of meat trim products, where trim products are supplied as a sequence of collections of trim (COTs), each collection of trim comprising a plurality of trim products, whereby - a fat/meat relationship for a collection of trim is measured, - a collection of trim is transferred to a selected station by a separator, controlled by a controller (50, 51, 52), and whereby - a batch is completed at a selected station on the basis of data for said fat/meat relationship, said batch comprising collections of trim (COTs) and fulfilling a predetermined criterion regarding a total fat/meat relationship, characterized in that - said batch is further completed at said selected station on the basis of the data for the collections of trim (COTs) that have already been transferred to each of the available stations, wherein said data for the collections of trim (COTs) that have already been transferred to each of the available stations include the total fat/meat relationship for the already accumulated collections of trim (COTs) at each of the stations and the total weight, - wherein weight is determined for the supplied collections of trim (COTs) and wherein the weight data is supplied to the controller (50, 51, 52). - a fat/meat relationship for a collection of trim is measured, - a collection of trim is transferred to a selected station by a separator, controlled by a controller (50, 51, 52), and whereby - a batch is completed at a selected station on the basis of data for said fat/meat relationship, said batch comprising collections of trim (COTs) and fulfilling a predetermined criterion regarding a total fat/meat relationship, characterized in that - said batch is further completed at said selected station on the basis of the data for the collections of trim (COTs) that have already been transferred to each of the available stations, wherein said data for the collections of trim (COTs) that have already been transferred to each of the available stations include the total fat/meat relationship for the already accumulated collections of trim (COTs) at each of the stations and the total weight, - wherein weight is determined for the supplied collections of trim (COTs) and wherein the weight data is supplied to the controller (50, 51, 52).
Heating apparatus for fluids comprising: - a capillary tube heater composed of multiple capillary tubes grouped in bundles, said capillary tube heater, namely a tube having a microscopic section of passage of fluids, designed to contain the fluid to be heated and connected to electric connections designed to provide electrical voltage to the capillary tube heater; - a microfiltration apparatus connected upstream to said capillary tube heater, in the sense of flow of fluid to be heated, and designed to eliminate calcareous particles present in the fluids; - an electronic control card with multi-function display connected to the capillary tube heater and designed to control flow and temperature of the fluids and the heat balance from the outside of the beam to the center of the bundles of capillary tubes - a nozzle connected downstream to the capillary tube heater, in the sense of flow of fluid to be heated, and designed to exit hot fluids from the heating apparatus; - a temperature detector operatively connected to the electronic control card and placed on the nozzle; - a pump connected to the capillary tube heater and designed to be actuated by the electronic control card to control flow-rate and pressure of water in the capillary tube heater; and - a filter connected to the capillary tube heater and designed to filter the hot fluids before they exit from the heating apparatus. - a capillary tube heater composed of multiple capillary tubes grouped in bundles, said capillary tube heater, namely a tube having a microscopic section of passage of fluids, designed to contain the fluid to be heated and connected to electric connections designed to provide electrical voltage to the capillary tube heater; - a microfiltration apparatus connected upstream to said capillary tube heater, in the sense of flow of fluid to be heated, and designed to eliminate calcareous particles present in the fluids; - an electronic control card with multi-function display connected to the capillary tube heater and designed to control flow and temperature of the fluids and the heat balance from the outside of the beam to the center of the bundles of capillary tubes - a nozzle connected downstream to the capillary tube heater, in the sense of flow of fluid to be heated, and designed to exit hot fluids from the heating apparatus; - a temperature detector operatively connected to the electronic control card and placed on the nozzle; - a pump connected to the capillary tube heater and designed to be actuated by the electronic control card to control flow-rate and pressure of water in the capillary tube heater; and - a filter connected to the capillary tube heater and designed to filter the hot fluids before they exit from the heating apparatus.
An fibre reinforced composite material molding system of molding a plate-shaped fibre reinforced composite material material in which a plurality of prepregs are stacked, to give an arc-shaped fibre reinforced composite material component, the fibre reinforced composite material molding system comprising: an arc-shaped inner jig plate having an outer surface that fits with an inner surface shape of the fibre reinforced composite material component; an arc-shaped outer jig plate having an inner surface that fits with an outer surface shape of the fibre reinforced composite material component; characterized by a partial pressing device configured to intermittently compress a part of an integrated jig plate in which the fibre reinforced composite material material is interposed between the inner jig plate and the outer jig plate, in a radial direction orthogonal to the arc of the fibre reinforced composite material component to partially mold the fibre reinforced composite material component; and a transfer device configured to intermittently transfer the compressed portion of the integrated jig plate by the partial pressing device. an arc-shaped inner jig plate having an outer surface that fits with an inner surface shape of the fibre reinforced composite material component; an arc-shaped outer jig plate having an inner surface that fits with an outer surface shape of the fibre reinforced composite material component; characterized by a partial pressing device configured to intermittently compress a part of an integrated jig plate in which the fibre reinforced composite material material is interposed between the inner jig plate and the outer jig plate, in a radial direction orthogonal to the arc of the fibre reinforced composite material component to partially mold the fibre reinforced composite material component; and a transfer device configured to intermittently transfer the compressed portion of the integrated jig plate by the partial pressing device.
A motor-vehicle comprising a floor structure, a lithium battery rigidly connected to the floor structure, an engine compartment wherein a lead-acid battery and an alternator unit are arranged, said motor-vehicle also comprising an electric connection node for electrically interconnecting the lithium battery, the lead-acid battery and the alternator including: - a support casing having an upper face, a plurality of side faces and a lower face, said support casing being connected to a floor structure, so that said electric connection node protrudes below the floor structure and said upper face is facing towards said floor structure, - a first and a second inlet fitting (5,6), each provided with a respective connector (50,60), wherein said first and second inlet fittings (5,6) are arranged on at least one side face of the support and are connected, respectively, to a first and a second power cable, said first and second power cables (C1, C2) being connected at their opposite ends to the alternator assembly and to the lead-acid battery, respectively, - a third inlet fitting arranged at said upper face and provided with a further connector, connected to a third power cable which is connected at its opposite end to said lithium battery. - a support casing having an upper face, a plurality of side faces and a lower face, said support casing being connected to a floor structure, so that said electric connection node protrudes below the floor structure and said upper face is facing towards said floor structure, - a first and a second inlet fitting (5,6), each provided with a respective connector (50,60), wherein said first and second inlet fittings (5,6) are arranged on at least one side face of the support and are connected, respectively, to a first and a second power cable, said first and second power cables (C1, C2) being connected at their opposite ends to the alternator assembly and to the lead-acid battery, respectively, - a third inlet fitting arranged at said upper face and provided with a further connector, connected to a third power cable which is connected at its opposite end to said lithium battery.
A method for integrated analysis of a biomaterial, characterized by simultaneously performing quantitative analysis of a reaction product amplified by using a real-time polymerase chain reaction (real-time PCR) and qualitative analysis of the reaction product by a biochip having a target gene probe immobilized thereon in a single reactor, wherein the biochip is formed on a bottom surface or a lateral surface inside the single reactor, or on a rod extended from a lower side of a reactor coupler of the single reactor, wherein a fluorescent material of a probe for the quantitative analysis and a fluorescent material of the reaction product for the qualitative analysis have different wavelengths and are as shown in Fig. 2.
Process for producing a ceramic casting core for the manufacture of a hollow part with a complex cavity by lost-wax casting, such as a rotor or stator for a gas turbine, an aircraft engine, a reactor, a combustion chamber or the like, said core being an image of the complex cavity of the hollow part to be produced, characterized in that one manufactures said core by machining a fired ceramic material block, said machining being performed by mechanical material removal by means of a cutting tool, in that the machining operation comprises at least a first machining step to realize a first machined surface (6, 7) in said material block, and a second machining step to realize a second machined surface in said material block, substantially opposite to said first machined surface (6, 7), and in that, prior to said second machining step, one applies on the whole or on a part of said first machined surface (6, 7) a reinforcement layer (8, 11) made of a stiffening solution to protect said material block from breaking during the second machining step and one waits for the solidification of said reinforcement layer (8, 11) before carrying out the second machining step.
A building panel, in particular a panel suitable for use as lost formwork, comprising a panel body made of polystyrene with a mortar coating, the mortar coating comprising, on both sides of the panel, a hydraulic and/or polymeric binder, carbonate or silicate fillers, carbonate or silicate fine sand, and plasticizer, a reinforcement in the form of a glass-fibre web being located in the mortar coating, characterised in that the side surfaces of the polystyrene panel, which carry the mortar coating, have a structure in the form of a multiplicity of recesses and/or projections (3, 3'), distributed over the polystyrene panel, preferably in the form of grid-like-arranged recesses and/or projections (3, 3'), and that the building panel has at a maximum a weight of 25 kg/m 2 and a bending moment of at least 10 kNm/m.