mhurhangee/ep-ind-claims huggingface dataset:
A pouch-type secondary battery in which a cell assembly is surrounded by a pouch casing including an upper pouch film and a lower pouch film each formed of at least a laminate of an outer protection layer, a metal substrate, and a sealing layer, and the pouch casing is sealed through a heat sealing process, the pouch-type secondary battery comprising: four sealing areas formed by melting the sealing layers of the upper pouch film and the lower pouch film along edges of the pouch casing, characterized in that the left and right sealing areas with respect to a direction in which an electrode lead is exposed have a sealing margin that is greater than a movement distance of a sealing residue flowing out of the sealing area, the sealing margin being a distance measured from an intersection point of a first straight line and a second straight line to a boundary line of the sealing area, the first straight line extending horizontally from a surface of the sealing area, when viewed in cross section of the secondary battery, and the second straight line corresponding to a tangent line having an average gradient among possible tangent lines at each point on a cross-sectional slope line of the pouch casing adjacent to the sealing area. four sealing areas formed by melting the sealing layers of the upper pouch film and the lower pouch film along edges of the pouch casing, characterized in that the left and right sealing areas with respect to a direction in which an electrode lead is exposed have a sealing margin that is greater than a movement distance of a sealing residue flowing out of the sealing area, the sealing margin being a distance measured from an intersection point of a first straight line and a second straight line to a boundary line of the sealing area, the first straight line extending horizontally from a surface of the sealing area, when viewed in cross section of the secondary battery, and the second straight line corresponding to a tangent line having an average gradient among possible tangent lines at each point on a cross-sectional slope line of the pouch casing adjacent to the sealing area.
A cosmetic container for storing and discharging two kinds of cosmetics, the cosmetic container comprising: first and second storage containers (V 1 and V 2) to receive cosmetic contents; pistons provided in openings of the first and second storage containers (V 1 and V 2) to discharge the cosmetic contents; a container body coupled to a lower cap to receive the first and second storage containers (V 1 and V 2); a content discharging housing coupled to an upper portion of the container body and formed therein with a button receiving groove to receive a side button; the side button received in the button receiving groove of the content discharging housing to move back and forth; and a content discharge piston descending down as the side button is pressed, and ascending as the pressing of the side button is released, wherein the container body is provided at an upper portion thereof with a piston receiving groove, lower guides are formed at left and right sides of the piston receiving groove to guide the side button to move back and forth, the content discharging housing is formed therein with a discharge piston receiving groove to receive the content discharge piston and formed at an upper portion thereof with an arc surface having a dish shape, such that an upper most portion of the discharge piston receiving groove and a side of the arc surface are bored to form an outlet to discharge the cosmetic contents, and the content discharge piston is formed at a center thereof with a discharge hole to discharge the cosmetic contents, and formed at an upper end portions thereof with an opening/closing protrusion. first and second storage containers (V 1 and V 2) to receive cosmetic contents; pistons provided in openings of the first and second storage containers (V 1 and V 2) to discharge the cosmetic contents; a container body coupled to a lower cap to receive the first and second storage containers (V 1 and V 2); a content discharging housing coupled to an upper portion of the container body and formed therein with a button receiving groove to receive a side button; the side button received in the button receiving groove of the content discharging housing to move back and forth; and a content discharge piston descending down as the side button is pressed, and ascending as the pressing of the side button is released, wherein the container body is provided at an upper portion thereof with a piston receiving groove, lower guides are formed at left and right sides of the piston receiving groove to guide the side button to move back and forth, the content discharging housing is formed therein with a discharge piston receiving groove to receive the content discharge piston and formed at an upper portion thereof with an arc surface having a dish shape, such that an upper most portion of the discharge piston receiving groove and a side of the arc surface are bored to form an outlet to discharge the cosmetic contents, and the content discharge piston is formed at a center thereof with a discharge hole to discharge the cosmetic contents, and formed at an upper end portions thereof with an opening/closing protrusion.
A waterproof outdoor storage bag, comprising a bag body and a bag cover covering an upper end of the bag body, wherein a zipper is arranged between an upper edge of the bag body and a lower edge of the bag cover, the bag body and the bag cover are opened and closed by the zipper, and a positioning strap is arranged at a bottom of the bag body; the bag cover is provided with a mobile phone screen window; a mobile phone stop frame is arranged on an edge of the mobile phone screen window; an elastic fixing strap for a mobile phone is respectively fused to two sides, which correspond to the mobile phone screen window, at a lower end of the bag cover, and a hook and a loop which are adhered to each other are arranged at ends of the two elastic fixing straps for the mobile phone; an enclosed transparent soft film is fused to an inside of the mobile phone stop frame; a protective frame is disposed upward on an edge of the mobile phone stop frame; and an upper end of the protective frame is configured to gradually incline downward from front to back, drainage groove channels are arranged at a rear end of the protective frame, and characterised in that diversion groove channels that extend to both sides of the protective frame are arranged on an upper edge of a front side of the protective frame, and an inclined portion that extends to the bag cover is formed at the front side of the protective frame, a water-barrier groove is formed in a middle of the inclined portion, and diversion grooves that are abutted to the diversion groove channels are respectively arranged at positions, corresponding to both sides of the water-barrier groove, of the protective frame.
A roulette arrangement comprising a roulette wheel and a holding device for the roulette wheel, which has a frame having a number of at least three supports, characterized in that the holding device has a number of holding elements protruding from the frame for the rigid and motion-proof connection of the roulette wheel with the frame, wherein the length of the holding elements protruding from the frame is adjustable in each case, wherein the roulette wheel has receiving recesses for the holding elements adapted to the form, size and arrangement, wherein the holding elements are introduced into the respective receiving recesses and connect the holding device rigidly and motion-proof with the roulette wheel, - wherein the receiving recesses of the roulette wheel are continuously formed, wherein the holding elements, in particular their threaded rods, are introduced from the lower side of the roulette wheel through the latter into the receiving recesses, - that from the upper side of the roulette wheel a closure element is introduced into the receiving recess, and - that the holding elements, in particular their threaded parts, have a thickened point, and - that the roulette wheel is clamped between the thickened point, in particular of the threated part, and the closure element in particular its head part, and thus is connected rigidly and motion-proof with the frame. - wherein the receiving recesses of the roulette wheel are continuously formed, wherein the holding elements, in particular their threaded rods, are introduced from the lower side of the roulette wheel through the latter into the receiving recesses, - that from the upper side of the roulette wheel a closure element is introduced into the receiving recess, and - that the holding elements, in particular their threaded parts, have a thickened point, and - that the roulette wheel is clamped between the thickened point, in particular of the threated part, and the closure element in particular its head part, and thus is connected rigidly and motion-proof with the frame.
Arrangement (1, 1", 1′′′) for a passage system having at least one door post (10, 11) and having a barrier device, having at least one post (3, 4) and having horizontal bars (18, 19, 20), wherein the arrangement has a light barrier, wherein a plurality of transceiver units of the light barrier are provided on a first bar and wherein furthermore a plurality of reflector strips (7, 7') of the light barrier are arranged on an opposing second bar and reflect the light emitted by the transceiver units, characterized in that a further opposing second bar is provided, which is arranged below the opposing second bar, wherein both second bars (19, 20) are provided to accommodate the plurality of reflector strips.
A data sending method implemented by a forwarding device, comprising: respectively receiving, from an upstream forwarding device by using a first flexible Ethernet group, FlexE group and in multiple first timeslots, multiple first encoded data blocks, wherein the multiple first encoded data blocks are in a one-to-one correspondence with the multiple first timeslots, wherein the upstream forwarding device communicates with the forwarding device using FlexE, and the first FlexE group consists of one or more bonded PHYs between the upstream forwarding device and the forwarding device; mapping, by a FlexE shim of the forwarding device, the multiple first encoded data blocks into multiple second timeslots corresponding to a second FlexE group without performing layer 2 or layer 3 processing; respectively sending the multiple first encoded data blocks to a downstream forwarding device by using the second FlexE group and in the multiple second timeslots, wherein the multiple first encoded data blocks are in a one-to-one correspondence with the multiple second timeslots, wherein the downstream forwarding device communicates with the forwarding device using FlexE, and the second FlexE group consists of one or more bonded PHYs between the forwarding device and the downstream forwarding device. respectively receiving, from an upstream forwarding device by using a first flexible Ethernet group, FlexE group and in multiple first timeslots, multiple first encoded data blocks, wherein the multiple first encoded data blocks are in a one-to-one correspondence with the multiple first timeslots, wherein the upstream forwarding device communicates with the forwarding device using FlexE, and the first FlexE group consists of one or more bonded PHYs between the upstream forwarding device and the forwarding device; mapping, by a FlexE shim of the forwarding device, the multiple first encoded data blocks into multiple second timeslots corresponding to a second FlexE group without performing layer 2 or layer 3 processing; respectively sending the multiple first encoded data blocks to a downstream forwarding device by using the second FlexE group and in the multiple second timeslots, wherein the multiple first encoded data blocks are in a one-to-one correspondence with the multiple second timeslots, wherein the downstream forwarding device communicates with the forwarding device using FlexE, and the second FlexE group consists of one or more bonded PHYs between the forwarding device and the downstream forwarding device.
A method of preparing plaster bandages for a plaster cast from a plurality of plaster bandage layers for a human nose, characterized by the following steps: a. providing at least one flat plaster bandage coarse blank and a soaking liquid for the plaster bandage coarse blank, i. wherein the at least one plaster bandage coarse blank comprises the plurality of plaster bandage layers, and ii. has a coarse format preadapted to the physiology of a typical nose, b. determining a skin colour of the nose comprising a skin colour tone and a skin colour saturation, c. selecting at least one dye to dye plaster bandage coarse blank in the skin colour tone, d. determining a dye concentration of the at least one dye necessary for dyeing the plaster bandage coarse blank with the skin colour saturation in an impregnation volume of the soaking liquid sufficient to impregnate the plaster bandage coarse blank, e. metering a liquid volume of the soaking liquid and/or a dye quantity of the at least one dye with a metering device for generating the dye concentration of the at least one dye in the liquid volume, i. wherein the liquid volume is at least as large as the impregnation volume, and f. impregnating the plurality of plaster bandage layers of the plaster bandage coarse blank in the impregnation volume of the soaking liquid with the dye concentration of the at least one dye. a. providing at least one flat plaster bandage coarse blank and a soaking liquid for the plaster bandage coarse blank, i. wherein the at least one plaster bandage coarse blank comprises the plurality of plaster bandage layers, and ii. has a coarse format preadapted to the physiology of a typical nose, i. wherein the at least one plaster bandage coarse blank comprises the plurality of plaster bandage layers, and ii. has a coarse format preadapted to the physiology of a typical nose, b. determining a skin colour of the nose comprising a skin colour tone and a skin colour saturation, c. selecting at least one dye to dye plaster bandage coarse blank in the skin colour tone, d. determining a dye concentration of the at least one dye necessary for dyeing the plaster bandage coarse blank with the skin colour saturation in an impregnation volume of the soaking liquid sufficient to impregnate the plaster bandage coarse blank, e. metering a liquid volume of the soaking liquid and/or a dye quantity of the at least one dye with a metering device for generating the dye concentration of the at least one dye in the liquid volume, i. wherein the liquid volume is at least as large as the impregnation volume, and i. wherein the liquid volume is at least as large as the impregnation volume, and f. impregnating the plurality of plaster bandage layers of the plaster bandage coarse blank in the impregnation volume of the soaking liquid with the dye concentration of the at least one dye.
A laminated structure adapted to be arranged on a display wherein the laminated structure comprises a protective layer, a linear polarizing layer, and a quarter-wave plate that are laminated in sequence, wherein an angle between the absorption axis of the linear polarizing layer and an absorption axis of the quarter-wave plate is 45 degrees, and wherein the laminated structure further comprises a reinforcing layer arranged between the protective layer and the linear polarizing layer, wherein the linear polarizing layer is fixed to the reinforcing layer through an optical adhesive layer, and wherein the protective layer is a film layer attached to one side of the reinforcing layer away from the linear polarizing layer characterized in that the the optical adhesive layer is made of an isotropic material and in that the protective layer polarizes light to form linearly polarized light and the angle between the absorption axis of the protective layer and the absorption axis of the linear polarizing layer is zero degree.
Method for the detection and quantification of atmospheric particulates in a sample and/or of the oxidative potential of such a sample, the method comprising the following steps: - collection of a sample of ambient particulate air matter, - treatment of such a sample of atmospheric particulate matter with an organic solvent to obtain a solution or a suspension, - reaction of said solution or said suspension or a fraction thereof with a reducing agent in operating conditions in a manner to form an oxidizing species, - measurement of a variation of a property correlated to the concentration of said oxidizing species formed in the reaction medium, said variation of a property resulting from consumption by chemical reaction of said oxidizing species by a detecting substance or resulting from interaction of said oxidizing species with a detection substance, - determination of the content of atmospheric particulate matter and/or of the oxidative potential of said sample by comparing the measured value of said property variation in the reaction medium with at least one known value of the same property of at least one sample or derivative thereof having a known content of particulate material and/or with a scale of values related to the oxidative potential of a substance or molecule known for its oxidant ability, such as hydrogen peroxide, the method being characterized in that said oxidizing species is constituted by superoxide radicals. - collection of a sample of ambient particulate air matter, - treatment of such a sample of atmospheric particulate matter with an organic solvent to obtain a solution or a suspension, - reaction of said solution or said suspension or a fraction thereof with a reducing agent in operating conditions in a manner to form an oxidizing species, - measurement of a variation of a property correlated to the concentration of said oxidizing species formed in the reaction medium, said variation of a property resulting from consumption by chemical reaction of said oxidizing species by a detecting substance or resulting from interaction of said oxidizing species with a detection substance, - determination of the content of atmospheric particulate matter and/or of the oxidative potential of said sample by comparing the measured value of said property variation in the reaction medium with at least one known value of the same property of at least one sample or derivative thereof having a known content of particulate material and/or with a scale of values related to the oxidative potential of a substance or molecule known for its oxidant ability, such as hydrogen peroxide,
An electrophoretic medium comprising a continuous phase and a discontinuous phase, the discontinuous phase comprising a plurality of droplets, each of which comprises a fluid and at least one charged particle disposed within the fluid and capable of moving through the fluid upon application of an electric field to the electrophoretic medium, the continuous phase surrounding and encapsulating the discontinuous phase and comprising a polymeric binder and a salt, the salt having an anion the chemical formula of which contains at least one fluorine atom, the salt being characterized by a water solubility of at least about 0.25 per cent by weight at 25°C.
A battery comprising: a power generating element having an electromotive force, a film exterior member (30a, 30b) housing the power generating element therein, wherein the exterior member is made with a laminated film where a first resin layer, metallic foil and a second resin layer are laminated in this order, and insulative adhesion layers (40a, 40b) provided between the power generating element and the film exterior member (30a, 30b), wherein the adhesion layers (40a, 40b) include a thin plate-shaped support layer and adhesive layers (42, 43) formed on both surfaces of the support layer, wherein the power generating element is a wound electrode in which an anode and a cathode are laminated having electrolytes interposed therebetween and wound, the anode in which an anode mixture layer is formed on an anode current collector layer and the cathode in which a cathode mixture layer is formed on a cathode current collector layer, and wherein the cathode mixture layer contains a lithium composite oxide which is expressed by a chemical formula of LiMO 2 where M denotes at least one transition metal selected from the group consisting of cobalt (Co), nickel (Ni) and manganese (Mn), and the anode mixture layer contains a carbonaceous material. a power generating element having an electromotive force, a film exterior member (30a, 30b) housing the power generating element therein, wherein the exterior member is made with a laminated film where a first resin layer, metallic foil and a second resin layer are laminated in this order, and insulative adhesion layers (40a, 40b) provided between the power generating element and the film exterior member (30a, 30b), wherein the adhesion layers (40a, 40b) include a thin plate-shaped support layer and adhesive layers (42, 43) formed on both surfaces of the support layer, wherein the power generating element is a wound electrode in which an anode and a cathode are laminated having electrolytes interposed therebetween and wound, the anode in which an anode mixture layer is formed on an anode current collector layer and the cathode in which a cathode mixture layer is formed on a cathode current collector layer, and wherein the cathode mixture layer contains a lithium composite oxide which is expressed by a chemical formula of LiMO 2 where M denotes at least one transition metal selected from the group consisting of cobalt (Co), nickel (Ni) and manganese (Mn), and the anode mixture layer contains a carbonaceous material.