mhurhangee/ep-ind-claims huggingface dataset:
A multiple touch module for touching a capacitive touch screen, the multiple touch module comprising: a plurality of touch units each including a material which induces a capacitance change of the capacitive touch screen, and disposed in a geometric relation such that projected positions of the plurality of touch units projected on the capacitive touch screen are in a predetermined unique relation; a touch film including a contact area which comes into contact with the capacitive touch screen when the multiple touch module touches the capacitive touch screen, wherein a part of the plurality of touch units are disposed on and fixed to an internal area of the touch film corresponding to the geometric relation, the internal area being on an opposite side of the contract area; and a frame unit, wherein the remaining touch units of the plurality of touch units are disposed on and fixed to the frame unit corresponding to the geometric relation, wherein the frame unit is configured to come into contact with the touch units disposed on and fixed to the internal area of the touch film by a pressure applied by a user to the multiple touch module in direction to the capacitive touch screen when the multiple touch module touches the capacitive touch screen, and wherein the frame unit is further configured to apply a capacitance of the human body of the user to the touch units disposed on and fixed to the frame unit and to the ones of the touch units disposed on and fixed to the touch film that are in contact with the frame unit when the user applies the pressure to the multiple touch module. a plurality of touch units each including a material which induces a capacitance change of the capacitive touch screen, and disposed in a geometric relation such that projected positions of the plurality of touch units projected on the capacitive touch screen are in a predetermined unique relation; a touch film including a contact area which comes into contact with the capacitive touch screen when the multiple touch module touches the capacitive touch screen, wherein a part of the plurality of touch units are disposed on and fixed to an internal area of the touch film corresponding to the geometric relation, the internal area being on an opposite side of the contract area; and a frame unit, wherein the remaining touch units of the plurality of touch units are disposed on and fixed to the frame unit corresponding to the geometric relation, wherein the frame unit is configured to come into contact with the touch units disposed on and fixed to the internal area of the touch film by a pressure applied by a user to the multiple touch module in direction to the capacitive touch screen when the multiple touch module touches the capacitive touch screen, and wherein the frame unit is further configured to apply a capacitance of the human body of the user to the touch units disposed on and fixed to the frame unit and to the ones of the touch units disposed on and fixed to the touch film that are in contact with the frame unit when the user applies the pressure to the multiple touch module.
A preparation method for NdFeB permanent magnet, the method including the steps of: a) Preparing main alloy flakes consisting of (Pr 2 Nd 8) x Fe 100-x-y-z B y M z, where M is at least one of Al, Co, Cu, Ga, Ti and Zr, and x, y and z is 28.5wt.%≤x≤31.0wt.%, 0.85wt.%≤y≤0.98wt.% and 0.5wt.%≤z≤5.0wt.%; b) Preparing auxiliary alloy flakes consisting of L u Fe 100-u-v-w B v M w, where L is one or more of the metals Pr and Nd, M is at least one of Al, Co, Cu, Ga, Ti and Zr, and u, v and w is 35.0 wt.%≤u≤45.0wt.%, 0wt.%≤v≤5.0wt.% and 2.0wt.%≤w≤10.0wt.%; c) Mixing the main alloy flakes and the auxiliary alloy flakes in a predetermined rate, then performing a hydrogen decrepitation to produce alloy pieces, and then crushing the alloy pieces to an alloy powder by jet milling; d) Preparing a powder mixture including the alloy powder and an added heavy rare earth powder consisting of at least one of Dy and Tb; and e) Pressing the powder mixture to a green compact while applying a magnetic field, and thermal treatment of the green compact in a vacuum furnace to obtain the NdFeB permanent magnet. a) Preparing main alloy flakes consisting of (Pr 2 Nd 8) x Fe 100-x-y-z B y M z, where M is at least one of Al, Co, Cu, Ga, Ti and Zr, and x, y and z is 28.5wt.%≤x≤31.0wt.%, 0.85wt.%≤y≤0.98wt.% and 0.5wt.%≤z≤5.0wt.%; b) Preparing auxiliary alloy flakes consisting of L u Fe 100-u-v-w B v M w, where L is one or more of the metals Pr and Nd, M is at least one of Al, Co, Cu, Ga, Ti and Zr, and u, v and w is 35.0 wt.%≤u≤45.0wt.%, 0wt.%≤v≤5.0wt.% and 2.0wt.%≤w≤10.0wt.%; c) Mixing the main alloy flakes and the auxiliary alloy flakes in a predetermined rate, then performing a hydrogen decrepitation to produce alloy pieces, and then crushing the alloy pieces to an alloy powder by jet milling; d) Preparing a powder mixture including the alloy powder and an added heavy rare earth powder consisting of at least one of Dy and Tb; and e) Pressing the powder mixture to a green compact while applying a magnetic field, and thermal treatment of the green compact in a vacuum furnace to obtain the NdFeB permanent magnet.
Method for operating at least one apparatus for additively manufacturing of three-dimensional objects by means of successive layerwise selective irradiation and consolidation of layers of a build material (3, 14) which can be consolidated by means of an energy source, which apparatus comprises at least one build material container (4, 8) adapted to receive build material (3, 14), wherein the number of build processes at least one part of the build material (3, 14) received in the at least one build material container (4, 8) has been used in is determined by counting the number of build processes and/or determining at least one parameter relating to the number of build processes, wherein dependent on the number of build processes and/or the number of sieving processes performed, at least one defined amount of build material (3, 14) with a defined number of build processes and/or sieving processes, in particular fresh build material (3, 14), is added to the build material (3, 14) received in the build material container (4, 8) and dependent on the number of build processes and/or the number of sieving processes the build material (3, 14) is reused in different processing steps.
A transdermal absorption preparation containing silodosin or a salt thereof, or tamsulosin or a salt thereof as an active ingredient, wherein the transdermal absorption preparation comprises a pressure-sensitive adhesive, and at least one transdermal absorption promoting agent selected from the group consisting of oleyl alcohol, lauryl alcohol, and lauromacrogol, wherein the pressure-sensitive adhesive consists of an acrylic pressure-sensitive adhesive that comprises a copolymer of at least one (meth)acrylic acid monomer and at least one vinyl monomer and that contains a carboxyl group, and wherein the vinyl monomer comprises at least one selected from the group consisting of vinyl acetate, N-vinyl-2-pyrrolidone, acrylamide, dimethylacrylamide, diethylacrylamide, methacrylamide, N-methylolacrylamide, glycidyl acrylate, and glycidyl methacrylate.
A sun protection device comprising a cloth roller, at least one guide rail and a cloth, wherein the sun protection device comprises a belt pulley, wherein the guide rail comprises a belt strap, a tensioner and a spring, wherein the belt strap is connected to a cloth rollable onto the cloth roller at a first end and is rollable onto a belt pulley connectable to the cloth roller at a second end, the tensioner is slidably accommodated in the guide rail in the longitudinal direction and the belt strap is deflected between its two ends (41, 42), and the spring runs longitudinally accommodated in the guide rail and is connected to the tensioner at a first spring end an d to the guide rail at a second spring end, characterized in that the belt pulley comprises a base body rotationally fixable to the cloth roller and rotating with said cloth roller, a disc element connectable to the base body, as well as a spring clip and a retainer clip, wherein the connection of the disc element to the base body is securable by means of the spring clip, and wherein the second end of the belt pulley is fixable to the base of the disc element by the retainer clip.
Mixture comprising: at least a first aliphatic-aromatic biodegradable polyester of the diacid-diol type obtainable by a mixture comprising: a) at least one acid component having the following composition: al) 51 - 95% by moles of aliphatic dicarboxylic acids, composed for at least 50% by moles of aliphatic dicarboxylic acids with a number of C atoms in the main chain from 7 to 22, of renewable origin; a2) 5 - 49% by moles of polyfunctional aromatic acids; b) at least one diol; at least a second biodegradable aliphatic-aromatic polyester obtainable starting from a mixture comprising adipic acid, terephthalic acid and at least one aliphatic diol; at least one polymer of natural origin; wherein the concentration of varies, with respect to (A+B) in the interval between 5 and 95% by weight, wherein is present in a quantity lower than 50 % by weight with respect to (A+B+C), said mixture having a Melt Flow Index of 1,5-10 g/10 min. measured at 160°C and 5kg according to ASTM 1238-89 "Standard Test Method for Melt Flow rates of Thermoplatics by Extrusion Plastometer", wherein said mixture further comprises at least one rigid polymer with a modulus greater than 1,500 MPa measured according to ASTM D-882-88, traction at 23°C, 55% Relative Humidity, Vo = 50 mm/min, wherein said rigid polymer is selected from polyhydroxyalkanoates; said mixture being biodegradable according to EN13432. at least a first aliphatic-aromatic biodegradable polyester of the diacid-diol type obtainable by a mixture comprising: a) at least one acid component having the following composition: al) 51 - 95% by moles of aliphatic dicarboxylic acids, composed for at least 50% by moles of aliphatic dicarboxylic acids with a number of C atoms in the main chain from 7 to 22, of renewable origin; a2) 5 - 49% by moles of polyfunctional aromatic acids; b) at least one diol; a) at least one acid component having the following composition: al) 51 - 95% by moles of aliphatic dicarboxylic acids, composed for at least 50% by moles of aliphatic dicarboxylic acids with a number of C atoms in the main chain from 7 to 22, of renewable origin; a2) 5 - 49% by moles of polyfunctional aromatic acids; al) 51 - 95% by moles of aliphatic dicarboxylic acids, composed for at least 50% by moles of aliphatic dicarboxylic acids with a number of C atoms in the main chain from 7 to 22, of renewable origin; a2) 5 - 49% by moles of polyfunctional aromatic acids; b) at least one diol; at least a second biodegradable aliphatic-aromatic polyester obtainable starting from a mixture comprising adipic acid, terephthalic acid and at least one aliphatic diol; at least one polymer of natural origin;
A method to rejuvenate a deactivated hydroformylation catalyst solution comprising rhodium, polydentate phosphine ligands, and polydentate phosphine ligand degradation products, the method consisting of: adding a peroxide to the deactivated hydroformylation catalyst solution; optionally adding additional polydentate phosphine ligand to the catalyst solution after the addition of peroxide; and optionally wherein the deactivated hydroformylation catalyst solution further comprises at least one product aldehyde and further comprising removing a majority of the product aldehyde prior to adding the peroxide. optionally adding additional polydentate phosphine ligand to the catalyst solution after the addition of peroxide; and optionally wherein the deactivated hydroformylation catalyst solution further comprises at least one product aldehyde and further comprising removing a majority of the product aldehyde prior to adding the peroxide.
Method of operating an apparatus for additive manufacture of three-dimensional workpieces, during a printing operation for production of a workpiece by emitting individual droplets and filling, where the apparatus is a 3D metal printer, comprising a printhead and an apparatus for generating an inert atmosphere within the printhead by means of a gas, especially inert gas, where the printhead comprises a housing, an apparatus for supply of a metal, a piston, a reservoir having an exit orifice and an actuator apparatus for moving the piston, where the reservoir has a melt region and a displacement chamber for a liquid phase of the metal, where the melt region adjoins the inert atmosphere and is connected to the displacement chamber in such a way that the movement of the piston can induce the liquid phase of the metal to pass through the exit orifice, where the apparatus for generating the inert atmosphere is disposed outside the printhead, where it comprises a storage means, at least one means (42, 43) of pressure control, and a gas conduit (50, 51, 52), characterized in that for production of the workpiece by emission of individual droplets, the pressure (P i) of the inert atmosphere is controlled by the means (42, 43) of pressure control in such a way that the pressure (P i) is above the ambient pressure (P a) and below a limiting pressure that causes emission of droplets through the exit orifice, and for filling of the workpiece, especially a cavity of a workpiece, the pressure (P i) of the inert atmosphere is controlled by the means (42, 43) of pressure control in such a way that the pressure (P i) is above the ambient pressure (P a) and above the limiting pressure that causes emission of droplets through the exit orifice, such that the liquid phase of the metal is emitted through the exit orifice by virtue of the pressure exerted by the inert atmosphere.
A soap bar composition comprising solid soap and an oil-in-water emulsion, wherein the emulsion comprises one or more surfactants, wherein the emulsion is dispersed within the solid soap, and further wherein the emulsion before incorporation into the soap bar comprises 9.4 to 15% water by weight of the soap bar composition.
A composition for treating a joint condition, comprising: a formulation comprising high molecular weight hyaluronic acid; at least one stabilizer comprising tocopherol or tocopherol derivatives, wherein the stabilizer increases stability of the formulation, and at least one additional component which is a lyophilised glycosaminoglycan or GAG precursor, wherein the additional component is present within the composition at a ratio of HA to additional component in the range of about 1:0.005 to 1:100. a formulation comprising high molecular weight hyaluronic acid; at least one stabilizer comprising tocopherol or tocopherol derivatives, wherein the stabilizer increases stability of the formulation, and at least one additional component which is a lyophilised glycosaminoglycan or GAG precursor, wherein the additional component is present within the composition at a ratio of HA to additional component in the range of about 1:0.005 to 1:100.
An ostomy appliance comprising: first and second walls (11, 12) connected to each other at or near their peripheries, the first wall having a stoma-receiving opening; a connection member connected to the first wall for attaching the appliance to a user; an aperture located in either of the first and/or second walls for permitting waste gases to exit the appliance; and a multi-layer filter positioned adjacent and covering the aperture on an exterior surface of the respective first and/or second wall, characterised in that a layer of the filter is hydrophobic and wherein said hydrophobic layer is positioned directly adjacent the respective first and/or second wall so as to directly and completely cover the aperture, and in that the hydrophobic layer has a first side and a second side and wherein the first side is welded directly to the respective first and/or second wall, said welding holding the multi-layer filter relative to the wall. first and second walls (11, 12) connected to each other at or near their peripheries, the first wall having a stoma-receiving opening; a connection member connected to the first wall for attaching the appliance to a user; an aperture located in either of the first and/or second walls for permitting waste gases to exit the appliance; and a multi-layer filter positioned adjacent and covering the aperture on an exterior surface of the respective first and/or second wall, characterised in that a layer of the filter is hydrophobic and wherein said hydrophobic layer is positioned directly adjacent the respective first and/or second wall so as to directly and completely cover the aperture, and in that the hydrophobic layer has a first side and a second side and wherein the first side is welded directly to the respective first and/or second wall, said welding holding the multi-layer filter relative to the wall.
A tensioning strap (100, 150), which can be used in an orthopedic aid or in a sports aid comprising a strap-shaped base body with a longitudinal direction, wherein the base body is compressible in the longitudinal direction, and comprising at least one pull cable, wherein the pull cable runs at least once along the longitudinal direction of the base body, wherein the base body is designed as a netted strap or a mesh strap.
Apparatus for treatment of portable containers, in particular reusable containers for liquid, sludge and similar, whereby it comprises a box like body being formed in the, in use, top section thereof with an elongated cut-out, whereby a water supply pipe is accommodated in said body, said water supply pipe being attachable with the first end thereof to a water source and whereby said pipe is provided with a valve, characterised in that a tubular reception port is inserted through said cut-out into said body, said port may be swivelled by means of a pivotal seating of the apparatus, and in that a free end of said pipe is arranged in the immediate vicinity of an outlet aperture of said port when the latter is placed in the starting, approximately horizontal position, said pipe being optionally attached via an inlet to a repository of a cleaning agent, chemical agent or similar.
An aqueous ink for inkjet printing containing a colorant, a resin, a wetting agent, a surfactant, and water, wherein the wetting agent contains a polyhydric alcohol at 60% by mass or more with respect to a total amount of the wetting agent, the polyhydric alcohol having a solubility parameter value (SP value) of 11.0 to 15.0 (cal/cm 3) 1/2, the resin contains a (meth)acrylic resin having a polydimethylsiloxane chain structure and a polyether chain structure on a side chain and a weight average molecular weight of 2,000 to 30,000, the (meth)acrylic resin is water soluble, a ratio of a blend amount of the polyhydric alcohol to a blend amount of the (meth)acrylic resin is 1500:1 to 6:1 by mass ratio, and a content of fluorine atoms in a total amount of the aqueous ink is 500 mass ppm or less. the wetting agent contains a polyhydric alcohol at 60% by mass or more with respect to a total amount of the wetting agent, the polyhydric alcohol having a solubility parameter value (SP value) of 11.0 to 15.0 (cal/cm 3) 1/2, the resin contains a (meth)acrylic resin having a polydimethylsiloxane chain structure and a polyether chain structure on a side chain and a weight average molecular weight of 2,000 to 30,000, the (meth)acrylic resin is water soluble, a ratio of a blend amount of the polyhydric alcohol to a blend amount of the (meth)acrylic resin is 1500:1 to 6:1 by mass ratio, and a content of fluorine atoms in a total amount of the aqueous ink is 500 mass ppm or less.
An aerated frozen confectionary product comprising: - 3% to 12%, preferably 4% to 12%, most preferably 4.4% to 10% fat, - 2% to 2.7% protein, most preferably 2.4% to 2.7% protein, - up to 29%, preferably up to 26%, most preferably 12% to 26% sugars, - 31% to 45%, preferably 34% to 40%, most preferably 36% to 39% total solids; and a stabiliser composition comprising: - 0.7% to 1.6 % egg yolk, and - up to 10% of the at least one acidifier; and - 0.01% to 0.4% of at least one natural gum and wherein the frozen confectionary product has an overrun of at least 80%, preferably between 80% to 210%, more preferably between 90% to 160%, most preferably between 100% to 150%, and having a pH value of 5.6 to 6.5. - 3% to 12%, preferably 4% to 12%, most preferably 4.4% to 10% fat, - 2% to 2.7% protein, most preferably 2.4% to 2.7% protein, - up to 29%, preferably up to 26%, most preferably 12% to 26% sugars, - 31% to 45%, preferably 34% to 40%, most preferably 36% to 39% total solids; - 0.7% to 1.6 % egg yolk, and - up to 10% of the at least one acidifier; and - 0.01% to 0.4% of at least one natural gum
Charging apparatus comprising a charging station for a vehicle and an electrically chargeable vehicle, wherein the charging station comprises four electrical contacts (31, 32, 33, 34) in order to establish, in mutual contact with four complementary electrical contacts (21, 22, 23, 24) of the vehicle, electrical connections between the vehicle and the charging station, wherein the charging station is designed in such a way that the electrical contacts (31, 32, 33, 34) of the charging station are designed in an at least vertically movable manner, wherein the said electrical contacts of the charging station have lengths which are less than a width of the vehicle, wherein the contacts (21, 22, 23, 24) of the vehicle are fixedly arranged on the vehicle, wherein the said contacts of the vehicle have lengths which are less than a width of the vehicle, characterized in that the electrical contacts of the vehicle and of the charging station each lie in a common plane and are arranged in a rectangular or crosswise manner in respect of their length, wherein the contacts (31, 32, 33, 34) of the charging station are each arranged such that they run transverse to their respectively complementary electrical contacts (21, 22, 23, 24) of the vehicle in the prespecified charging position of the vehicle.
A method for amplifying a template of nucleic acid target sequence contained in a sample comprising: contacting the sample with an amplification reaction mixture containing a primer complementary to the template of nucleic acid target sequence and a nucleic acid destabilizing agent comprising at least one of DMSO, formamide, and Betaine, at a concentration of 8-15 volume percent, the primer having a melting temperature > 55 °C; oscillating a temperature of the reaction between an upper denaturation temperature and a lower annealing temperature wherein a change in temperature is no greater than 20°C during a plurality of temperature cycles, the upper denaturation temperature sufficiently high to completely denature the template; and amplifying the template of nucleic acid target sequence. contacting the sample with an amplification reaction mixture containing a primer complementary to the template of nucleic acid target sequence and a nucleic acid destabilizing agent comprising at least one of DMSO, formamide, and Betaine, at a concentration of 8-15 volume percent, the primer having a melting temperature > 55 °C; oscillating a temperature of the reaction between an upper denaturation temperature and a lower annealing temperature wherein a change in temperature is no greater than 20°C during a plurality of temperature cycles, the upper denaturation temperature sufficiently high to completely denature the template; and amplifying the template of nucleic acid target sequence.