mhurhangee/ep-ind-claims huggingface dataset:
A transfer-resistant cosmetic make-up composition for keratinous substances comprising at least one siloxane based polyamide and at least one volatile oil, wherein said composition is not a deodorant or antiperspirant stick, characterized in that said siloxane based polyamide is a polymer comprising multiples of a unit represented by the following formula: where: (a) DP is between 50 and 700; (b) n is a number selected from the group consisting of 1-500; (c) X is a linear or branched chain alkylene having 1-30 carbons; (d) Y is selected from the group consisting of linear or branched chain alkylenes having 1-40 carbons; (e) R 1, R 2, R 3 and R 4 are the same or different and are selected from the group consisting of methyl, ethyl, propyl, isopropyl, a siloxane chain, and phenyl. (a) DP is between 50 and 700; (b) n is a number selected from the group consisting of 1-500; (c) X is a linear or branched chain alkylene having 1-30 carbons; (d) Y is selected from the group consisting of linear or branched chain alkylenes having 1-40 carbons; (e) R 1, R 2, R 3 and R 4 are the same or different and are selected from the group consisting of methyl, ethyl, propyl, isopropyl, a siloxane chain, and phenyl.
A handle (200, 700, 800, 1206, 1300) for an applicator (10, 900, 1200) of a coloured liquid to skin, wherein the applicator comprises a needle and a needle actuator (110, 1204), the handle comprising: a handle body having a top portion (210, 810, 1210, 1355) and a bottom portion (220, 820, 1220, 1357), the top portion (210, 820, 1220, 1357) engageable with the needle actuator (110, 1204) and having a top opening (212, 812, 1212) for receiving a drive shaft (112, 912, 1214) of the needle actuator (110, 1204), characterized in that the bottom portion (220, 820, 1220, 1357) is directly engageable with a needle module (300, 1208) comprising the needle and has a bottom opening (222, 822, 1222) for receiving a needle shaft of the needle; and the handle further comprises a reciprocally movable interface (250, 252, 760, 850, 1250, 1350) sealingly engaging an internal surface (204, 750, 824, 1308) of the handle body away from the bottom opening (222, 822, 1222), the interface (250, 760) separating the bottom opening (222, 822, 1222) from the top opening (212, 812, 1212) so as to prevent fluid communication from the bottom opening (222, 822, 1222) to the top opening (212, 812, 1212), and configured to abut the drive shaft (112, 1214) and the needle shaft during use to allow the drive shaft (112, 1214) to indirectly drive the needle shaft. a handle body having a top portion (210, 810, 1210, 1355) and a bottom portion (220, 820, 1220, 1357), the top portion (210, 820, 1220, 1357) engageable with the needle actuator (110, 1204) and having a top opening (212, 812, 1212) for receiving a drive shaft (112, 912, 1214) of the needle actuator (110, 1204), characterized in that the bottom portion (220, 820, 1220, 1357) is directly engageable with a needle module (300, 1208) comprising the needle and has a bottom opening (222, 822, 1222) for receiving a needle shaft of the needle; and the handle further comprises a reciprocally movable interface (250, 252, 760, 850, 1250, 1350) sealingly engaging an internal surface (204, 750, 824, 1308) of the handle body away from the bottom opening (222, 822, 1222), the interface (250, 760) separating the bottom opening (222, 822, 1222) from the top opening (212, 812, 1212) so as to prevent fluid communication from the bottom opening (222, 822, 1222) to the top opening (212, 812, 1212), and configured to abut the drive shaft (112, 1214) and the needle shaft during use to allow the drive shaft (112, 1214) to indirectly drive the needle shaft.
Underride protection device with adjustment apparatus for mounting on a vehicle comprising an elongated, normally horizontally disposed underride barrier for securing a rear portion of the vehicle against collision or underride by another vehicle, a mounting bracket, a support arm which is rotatably mounted on the mounting bracket and on which the underride barrier is disposed, and an adjustment apparatus for pivoting the support arm in order to adjust the underride barrier between a securing position blocking the area to be secured and a release position releasing the area, wherein the adjustment apparatus comprises a drive and a rotary element rotatable by the drive and connected to the support arm, wherein a rotation of the rotary element by the drive causes a pivoting of the support arm relative to the mounting bracket, wherein a mechanical transmission apparatus is placed between the drive and the rotary element, characterised in that the support arm is mounted on the mounting bracket via only one axis of rotation; the mechanical transmission apparatus is disposed on the mounting bracket; and the transmission apparatus is designed such that the support arm can be pivoted by at least 150° about the axis of rotation passing through the rotary element.
Modular geothermal energy center, including a main container comprising installed therein at least one geothermal heat pump having an evaporating and a condensing part, wherein the evaporating part of the geothermal heat pump is connected by pipes with an intermediate heat-transferring fluid to a geothermal circulation unit, which geothermal circulation unit is installed in the main container and includes at least one electronically controlled circulation pump which circulation pump is connectable by pipes with a low-potential source fluid to at least one tube heat exchanger (8.1) located in at least one geothermal well with said tube heat exchanger (8.1) being a main source of low potential fluid for the geothermal heat pump, wherein the condensing part of the geothermal heat pump is connectable by pipes to a heating and cooling installation as well as to a domestic hot water installation, characterised in that the evaporating part of the geothermal heat pump through an evaporating part connecting unit is connected by pipes with a cooling fluid to a heat-transferring fluids managing unit, which heat-transferring fluids managing unit through a condensing part connecting unit is connected by pipes with a heating fluid to the condensing part of the geothermal heat pump, such that the evaporating part connecting unit, the condensing part connecting unit and the heat-transferring fluids managing unit are installed in the main container, wherein the condensing part connecting unit is additionally connected by pipes with a heating fluid to a hot water distribution unit (6.1), which hot water distribution unit (6.1) is installed in the main container and is configured to direct the heating fluid via three-way valves to said domestic hot water installation or to the heat-transferring fluids managing unit, which heat-transferring fluids managing unit is connected by pipes with an intermediate heat transfer fluid to the geothermal circulation unit and which heat-transferring fluids managing unit is connected by pipes with a heating or cooling fluid to a plate heat exchanger, which plate heat exchanger is installed in the main container and is configured for connecting to said heating and cooling installation, wherein after said geothermal well(s) and after the heat-transferring fluids managing unit, respectively before the geothermal circulation unit and before the plate heat exchanger, are connected by pipes safety units, which safety units are installed in the main container and each safety unit includes one or more closed expansion vessels with safety valves, and in the main container are additionally installed a heat-transferring fluids refilling station, connected to the geothermal circulation unit, as well as a power supply and control panel.
Aqueous lubricant used for plastic working of metallic material which contains water soluble inorganic salt being selected from a group of sulfate, silicate, borate, molybdate and tungstate, one or more than one lubricative agent being selected from molybdenum disulfide and graphite, and wax, and these components are dissolved or dispersed in water and weight ratio of / in solid state is in the range of 1.0 to 5.0 and weight ratio of / in solid state is in the range of 0.1 to 1.0.
Front stop for sliding equipment, in particular for touring skiing or surfing, telemarking as well as Nordic skiing and cross-country skiing, said front stop comprising - a base plate comprising means for fixing to the main body of this sliding equipment, in particular a board of said ski, - two clamping parts (2,3) arranged on either side of a median plane of said stop, each clamping part comprising an upper end provided with a clamping lug (24,34), as well that a lower end provided with a support rod, - a control lever articulated on the base plate, around a transverse axis, - two connecting members (6,7), each of which is guided by at least one respective rod (26,36), each connecting member being able to cooperate with the control lever, - two elastic means (27, 37), each elastic means being able to push a respective connecting member against the control lever, the clamping parts each being articulated around a respective longitudinal axis, so as to be mutually movable between -- a so-called closed or close configuration, in which said clamping parts allow the mutual approximation of the clamping lugs, so that these lugs cooperate with housings provided in a shoe, thus forming a pivot axis of this shoe, and -- a so-called open or spaced configuration, in which the clamping lugs do not cooperate with said housings, so as to release the shoe from the clamping parts, this stop being characterized in that each connecting member is an articulation member comprising an articulation surface (64',74'; 164',174'; 264',274'; 364',374'; 464',474'; 564',574'; 764',774') in the shape of a portion of a sphere, capable of cooperating with a complementary articulation surface provided, either on the lever, or on an auxiliary member mounted on this lever. - a base plate comprising means for fixing to the main body of this sliding equipment, in particular a board of said ski, - two clamping parts (2,3) arranged on either side of a median plane of said stop, each clamping part comprising an upper end provided with a clamping lug (24,34), as well that a lower end provided with a support rod, - a control lever articulated on the base plate, around a transverse axis, - two connecting members (6,7), each of which is guided by at least one respective rod (26,36), each connecting member being able to cooperate with the control lever, - two elastic means (27, 37), each elastic means being able to push a respective connecting member against the control lever, -- a so-called closed or close configuration, in which said clamping parts allow the mutual approximation of the clamping lugs, so that these lugs cooperate with housings provided in a shoe, thus forming a pivot axis of this shoe, and -- a so-called open or spaced configuration, in which the clamping lugs do not cooperate with said housings, so as to release the shoe from the clamping parts,
A device for removing impurities from shredded plastic, comprising at least one first cleaning body (10, 10') with a conical and/or cylindrical outer surface at least in sections and forming a first cleaning surface (12, 12') and at least one second cleaning body with a conical and/or cylindrical inner surface at least in sections and forming a second cleaning surface, wherein the second cleaning body is designed to receive the first cleaning body, wherein the cleaning surfaces (12, 12', 42) lie opposite each other and delimit amongst themselves a cleaning gap, further comprising a drive apparatus, with which at least one of the cleaning bodies (10, 10', 40) is rotatable about its longitudinal axis and a feed apparatus, with which the shredded plastic can be fed into the cleaning gap, wherein the cleaning surfaces (12, 12', 42) of the cleaning bodies (10, 10', 40) each have a plurality of cleaning fins (18, 46) extending over their cleaning surfaces (12, 12', 42), wherein at least one flank (24, 28) of the cleaning fins (18, 46) is tilted or bent with respect to the vertical axis of the respective cleaning fin and wherein several cleaning webs (20, 48) progressing transversely with respect to the extension direction of the cleaning fins (18, 46) are arranged between at least several neighboring cleaning fins (18, 46), characterized in that the cleaning webs (20, 48) of the first and/or second cleaning body (10, 10', 40) rise respectively in a ramp-like manner in a direction parallel to the longitudinal extension of the cleaning fins and/or that the cleaning webs (20, 48) of the first cleaning body (10, 10') have a smaller height than the cleaning fins (18, 46) of the first cleaning body (10, 10') and/or that the cleaning webs (20, 48) of the second cleaning body have a smaller height than the cleaning fins (18, 46) of the second cleaning body.
A pharmaceutical composition comprising ethyl eicosapentanoate (EPA-E), eicosapentaenoic acid or pharmaceutically acceptable amides, salts, ester or phospholipids thereof for use in treating a fatty liver disease or disorder in a subject, wherein the subject receives a hormone replacement therapy, and wherein the fatty liver disease or disorder is Non-Alcoholic Steatohepatitis (NASH).
A fiber optic cable comprising: a polymer jacket having a channel therein, the channel having a first slot; at least one optical fiber (48, 50) in the first slot; a first electrical conductor; and a second electrical conductor, wherein the first slot is arranged on a first axis, and a second axis extends through the first and second electrical conductors (40, 42), the first electrical conductor is located on a first side of the first slot and the second electrical conductor is located on an opposite side of the first slot, the cable has a preferential bend axis of minimum bend moment of inertia about the second axis, the optical fiber is positioned in the first slot and remains within the first slot when the fiber optic cable is bent a maximum amount such that a bend radius of the optical fiber is greater than or equal to a minimum bend radius of the optical fiber, and the first and second electrical conductors (40, 42) are located in a second slot aligned with the second axis and intersecting the first slot, the first and second slots (72, 74) being defined in part by four projections of the cable jacket extending inwardly toward a geometric center of the cable. a polymer jacket having a channel therein, the channel having a first slot; at least one optical fiber (48, 50) in the first slot; a first electrical conductor; and a second electrical conductor, wherein the first slot is arranged on a first axis, and a second axis extends through the first and second electrical conductors (40, 42), the first electrical conductor is located on a first side of the first slot and the second electrical conductor is located on an opposite side of the first slot, the cable has a preferential bend axis of minimum bend moment of inertia about the second axis, the optical fiber is positioned in the first slot and remains within the first slot when the fiber optic cable is bent a maximum amount such that a bend radius of the optical fiber is greater than or equal to a minimum bend radius of the optical fiber, and the first and second electrical conductors (40, 42) are located in a second slot aligned with the second axis and intersecting the first slot, the first and second slots (72, 74) being defined in part by four projections of the cable jacket extending inwardly toward a geometric center of the cable.
Container for goods to be refrigerated (200; 600) for a refrigeration appliance with a base wall (214; 614), two side walls (206, 606; 208, 608), a rear wall (204; 604), which form a container carcass for goods to be refrigerated (202; 602), and a separate front wall (210; 610), which is formed by a plate-shaped, flat element, wherein the front wall (210; 610) has an inner side and an outer side, which form mutually opposing main surfaces, characterised in that the container carcass for goods to be refrigerated (202; 602) has a plurality of supporting ribs (220, 222, 224; 620, 622, 624), and at least one first retaining protrusion (216; 616), which hold the front wall (210, 610) against the container carcass for goods to be refrigerated (202; 602) in a position for use, and the supporting ribs (220, 222, 224; 620, 622, 624) and the at least one first retaining protrusion (216, 616) rest against different main surfaces.
A blade, comprising: an airfoil including a convex suction side wall, a concave pressure side wall, a leading edge, a trailing edge, a root, and a tip, the convex suction side wall, the concave pressure side wall, and the tip each including interior surfaces that together define an internal cooling circuit, the airfoil comprising a single crystal superalloy; a first set of coatings (234, 236, 238) disposed over the pressure side wall and the suction side wall, the first set of coatings including a bond coating disposed over the single crystal superalloy of the pressure side wall and the suction side wall, and a thermal barrier coating disposed over the bond coating on the pressure side wall and the suction side wall; the blade characterized in that it further comprises a second set of coatings (250, 252) disposed over the tip, the second set of coatings (250, 252) different than the first set of coatings and including a bond coating comprising a noble metal disposed over the single crystal superalloy of the tip and a cladding layer disposed over the bond coating of the tip, the cladding layer comprising a zirconia grain stabilized platinum alloy. an airfoil including a convex suction side wall, a concave pressure side wall, a leading edge, a trailing edge, a root, and a tip, the convex suction side wall, the concave pressure side wall, and the tip each including interior surfaces that together define an internal cooling circuit, the airfoil comprising a single crystal superalloy; a first set of coatings (234, 236, 238) disposed over the pressure side wall and the suction side wall, the first set of coatings including a bond coating disposed over the single crystal superalloy of the pressure side wall and the suction side wall, and a thermal barrier coating disposed over the bond coating on the pressure side wall and the suction side wall; the blade characterized in that it further comprises a second set of coatings (250, 252) disposed over the tip, the second set of coatings (250, 252) different than the first set of coatings and including a bond coating comprising a noble metal disposed over the single crystal superalloy of the tip and a cladding layer disposed over the bond coating of the tip, the cladding layer comprising a zirconia grain stabilized platinum alloy.
A method for forming a patterned layer on a substrate by means of an imprint process for the manufacturing of organic electroluminescent devices or photovoltaic devices, the method comprising the sequential steps of: - providing a first patterning means in the form of a stamp for defining a pattern; - providing a first layer on a surface of said substrate; - providing a pattern of recesses in the first layer by imprinting said first layer with said patterning means; - curing said first layer; - providing a barrier layer over said first layer and over said recesses for preventing diffusion of air and water, - performing a first surface treatment onto said first layer comprising the barrier layer to make the side surfaces of the first layer in the recesses hydrophilic; - performing a second surface treatment onto a selected subarea of the surface of said first layer comprising the barrier layer to make said subarea hydrophobic, said subarea including top surface portions between said recesses and excluding said recesses; and - depositing a conducting pattern material into said recesses. - providing a first patterning means in the form of a stamp for defining a pattern; - providing a first layer on a surface of said substrate; - providing a pattern of recesses in the first layer by imprinting said first layer with said patterning means; - curing said first layer; - providing a barrier layer over said first layer and over said recesses for preventing diffusion of air and water, - performing a first surface treatment onto said first layer comprising the barrier layer to make the side surfaces of the first layer in the recesses hydrophilic; - performing a second surface treatment onto a selected subarea of the surface of said first layer comprising the barrier layer to make said subarea hydrophobic, said subarea including top surface portions between said recesses and excluding said recesses; and - depositing a conducting pattern material into said recesses.
A fixing assembly comprising: a wire rack including a vertical frame and a horizontal frame; a slide rail including a fixed rail coupled to the wire rack and a movable rail disposed on the fixed rail to move in a sliding manner; and a fixing unit which fixes the fixed rail to the wire rack, wherein the fixing unit includes a first fixing clip provided at one side of the fixed rail and a second fixing clip provided at the other side of the fixed rail and has a structure in which the first fixing clip is laterally fixed to the horizontal frame and then the second fixing clip is vertically fixed to the horizontal frame, wherein the first fixing clip includes: a plate part which is in contact with and coupled to one surface of the fixed rail; a lateral fixing part formed on the plate part and including a first coupling part and a second coupling part coupled to angular end portions (122a, 122b) of the horizontal frame; and a horizontal fixing part formed on the plate part and including a first bent part and a second bent part which are supported by a horizontal part of the horizontal frame, characterized in that the lateral fixing part includes an auxiliary support part formed to be supported by the vertical frame at an end portion of the lateral fixing part. a wire rack including a vertical frame and a horizontal frame; a slide rail including a fixed rail coupled to the wire rack and a movable rail disposed on the fixed rail to move in a sliding manner; and a fixing unit which fixes the fixed rail to the wire rack, wherein the fixing unit includes a first fixing clip provided at one side of the fixed rail and a second fixing clip provided at the other side of the fixed rail and has a structure in which the first fixing clip is laterally fixed to the horizontal frame and then the second fixing clip is vertically fixed to the horizontal frame, wherein the first fixing clip includes: a plate part which is in contact with and coupled to one surface of the fixed rail; a lateral fixing part formed on the plate part and including a first coupling part and a second coupling part coupled to angular end portions (122a, 122b) of the horizontal frame; and a horizontal fixing part formed on the plate part and including a first bent part and a second bent part which are supported by a horizontal part of the horizontal frame, characterized in that the lateral fixing part includes an auxiliary support part formed to be supported by the vertical frame at an end portion of the lateral fixing part. a plate part which is in contact with and coupled to one surface of the fixed rail; a lateral fixing part formed on the plate part and including a first coupling part and a second coupling part coupled to angular end portions (122a, 122b) of the horizontal frame; and a horizontal fixing part formed on the plate part and including a first bent part and a second bent part which are supported by a horizontal part of the horizontal frame, characterized in that the lateral fixing part includes an auxiliary support part formed to be supported by the vertical frame at an end portion of the lateral fixing part.