mhurhangee/ep-ind-claims huggingface dataset:
A surgical dissection tool for cutting bone and other tissue, comprising: a shank; and a cutting head extending from the shank to a distal-most portion comprised therein, the cutting head and the shank having a central longitudinal axis, the cutting head having an outer surface with an odd number of flutes formed therein, each flute comprising: a rake surface intersecting the outer surface to form a cutting edge; a relief surface opposite the rake surface; and a leading angled surface extending from the relief surface to the distal-most portion of the cutting head; wherein a first rake surface of a first flute has a first surface area and a second rake surface of a second flute has a second surface area, the first surface area different from the second surface area; wherein the surgical dissection tool is characterized by the fact that each leading angled surface comprises a chamfer or a round extending from its most distal end to the relief surface, wherein each chamfer or round has different depths or curvatures. a shank; and a cutting head extending from the shank to a distal-most portion comprised therein, the cutting head and the shank having a central longitudinal axis, the cutting head having an outer surface with an odd number of flutes formed therein, each flute comprising: a rake surface intersecting the outer surface to form a cutting edge; a relief surface opposite the rake surface; and a leading angled surface extending from the relief surface to the distal-most portion of the cutting head; wherein a first rake surface of a first flute has a first surface area and a second rake surface of a second flute has a second surface area, the first surface area different from the second surface area; wherein the surgical dissection tool is characterized by the fact that each leading angled surface comprises a chamfer or a round extending from its most distal end to the relief surface, wherein each chamfer or round has different depths or curvatures. a rake surface intersecting the outer surface to form a cutting edge; a relief surface opposite the rake surface; and a leading angled surface extending from the relief surface to the distal-most portion of the cutting head; wherein a first rake surface of a first flute has a first surface area and a second rake surface of a second flute has a second surface area, the first surface area different from the second surface area; wherein the surgical dissection tool is characterized by the fact that each leading angled surface comprises a chamfer or a round extending from its most distal end to the relief surface, wherein each chamfer or round has different depths or curvatures.
A polymeric leuco colorant of structure (II-a): wherein: R 1 is H, dialkyl amine, diarylamine, alkylamine, hydroxyl, halogen, O-alkyl, or polyalkylene oxide amine; R 2 -R 5 each independently is C 1-18 -alkyl, aryl, benzyl, polyalkylene oxide, or glycidylether-polyalkylene oxide wherein the terminal group is selected from hydroxide, C 1-18 -alkyl ester, and an amino substituted with H, C 1-18 -alkyl, alkyleneoxide residue, or ammonium quaternary salts derived from alkylation of the amino substituted structure; X is alkyl, H, sulfonate, or carboxylate; G 1-3 each independently is H, alkyl, halogen, nitro, or O-alkyl; Y is H, alkyl, halogen, nitro, or O-alkyl; Z is H, alkyl, halogen, nitro, or O-alkyl; L is C 1-16 -alkoxide, phenoxide, bisphenoxide, nitrite, nitrile, alkyl amine, imidazole, arylamine, alkylsulfide, aryl sulfide, or phosphine oxide; and X and G 1, Y and G 3, Z and G 2, R 2 and G 2, and R 4 and G 3, each independently taken together may form an aromatic or heteroaromatic ring; wherein the colorant of structure (II-a) includes at least one polyoxyalkylene chain having 4-20 repeating units. R 1 is H, dialkyl amine, diarylamine, alkylamine, hydroxyl, halogen, O-alkyl, or polyalkylene oxide amine; R 2 -R 5 each independently is C 1-18 -alkyl, aryl, benzyl, polyalkylene oxide, or glycidylether-polyalkylene oxide wherein the terminal group is selected from hydroxide, C 1-18 -alkyl ester, and an amino substituted with H, C 1-18 -alkyl, alkyleneoxide residue, or ammonium quaternary salts derived from alkylation of the amino substituted structure; X is alkyl, H, sulfonate, or carboxylate; G 1-3 each independently is H, alkyl, halogen, nitro, or O-alkyl; Y is H, alkyl, halogen, nitro, or O-alkyl; Z is H, alkyl, halogen, nitro, or O-alkyl; L is C 1-16 -alkoxide, phenoxide, bisphenoxide, nitrite, nitrile, alkyl amine, imidazole, arylamine, alkylsulfide, aryl sulfide, or phosphine oxide;
A process of purification of native form plasminogen (Glu-Pg) starting from human plasma or a fractionation intermediate thereof; said process comprising: ii) a step of virus inactivation in which human plasma is contacted with a solvent/detergent mixture; v) a single affinity chromatographic step on L-lysine immobilized cross-linked agarose resin wherein the plasminogen elution buffer contains sodium phosphate 0.05 M, ε-aminocaproic acid 0.05 M, sodium chloride 0.1 M pH 7.4; and ix) a virus removal nanofiltration step; wherein said virus inactivation (ii) is performed upstream the affinity chromatography and said nanofiltration (ix) is performed downstream the affinity chromatography; wherein no protease inhibitor is employed;. ii) a step of virus inactivation in which human plasma is contacted with a solvent/detergent mixture; v) a single affinity chromatographic step on L-lysine immobilized cross-linked agarose resin wherein the plasminogen elution buffer contains sodium phosphate 0.05 M, ε-aminocaproic acid 0.05 M, sodium chloride 0.1 M pH 7.4; and ix) a virus removal nanofiltration step; wherein said virus inactivation (ii) is performed upstream the affinity chromatography and said nanofiltration (ix) is performed downstream the affinity chromatography; wherein no protease inhibitor is employed;.
Apparatus for applying a structure made of printing medium to a substrate, having a rotatable transfer cylinder, a printing medium supply unit and a substrate supply unit, wherein the printing medium supply unit is configured to supply printing medium to the transfer cylinder and the apparatus is configured to transfer printing medium indirectly or directly from the transfer cylinder to the substrate supplied by means of the substrate supply unit, in order to form the structure made of printing medium on the substrate, characterised in that the printing medium supply unit has a dispensing unit having a plurality of discharge openings for printing medium, which dispensing unit is configured to co-operate with the transfer cylinder, which is configured as a dispensing-transfer cylinder, in order to effect simultaneous application of a plurality of parallel and mutually spaced printing medium lines of printing medium to the dispensing-transfer cylinder; and the apparatus has at least one length-limiting unit which is configured to limit the length of the printing medium lines generated by means of the dispensing unit on the dispensing-transfer cylinder and/or on a further transfer cylinder of the apparatus. having a rotatable transfer cylinder, a printing medium supply unit and a substrate supply unit, wherein the printing medium supply unit is configured to supply printing medium to the transfer cylinder and the apparatus is configured to transfer printing medium indirectly or directly from the transfer cylinder to the substrate supplied by means of the substrate supply unit, in order to form the structure made of printing medium on the substrate, characterised in that the printing medium supply unit has a dispensing unit having a plurality of discharge openings for printing medium, which dispensing unit is configured to co-operate with the transfer cylinder, which is configured as a dispensing-transfer cylinder, in order to effect simultaneous application of a plurality of parallel and mutually spaced printing medium lines of printing medium to the dispensing-transfer cylinder; and the apparatus has at least one length-limiting unit which is configured to limit the length of the printing medium lines generated by means of the dispensing unit on the dispensing-transfer cylinder and/or on a further transfer cylinder of the apparatus.
Gravity-driven hydraulic device with a water reservoir which has an inlet and an outlet, water being able to run out of the water reservoir into a water reservoir against a resistance which slows down the flow, and a water inlet being provided via which water replacing water running out can be supplied to the water reservoir, the water reservoir being formed by an aspirating tank which has a lower discharge opening for the discharge of the water stored therein and projects at its underside with a discharge opening into the water reservoir filled with water in such a way that the discharge opening is arranged below the liquid level in the water reservoir and the suction tank, with the exception of the immersed lower region, is arranged above the liquid level, and wherein the water inlet is embodied such that water is sucked into the sucking tank through the resistance by the negative pressure formed in the sucking tank by the drainage of the water through the drainage opening, wherein the resistance provided in the upper portion of the sucking tank comprises a water filter, and the sucking tank and the water inlet are embodied such that due to the potential energy built up as a result of the different heights of the water inlet and the lower outlet opening, water without sucked-in air components is able to flow through the sucking tank while overcoming the resistance.
A method for supporting a vehicle driver of a rail vehicle, having the following steps: - acquisition of operating parameter data; - acquisition of current status parameter data; - evaluation of the vehicle driver's driving style to date based on the operating parameter data acquired and on the current status parameter data acquired; - generation of feedback on the vehicle driver's driving style to date; and - display of the feedback for the vehicle driver; characterised in that the evaluation step has the following steps: - determination of the vehicle driver's driving style to date from the vehicle driver's driving to date; - comparison (103b, 103c) of the vehicle driver's driving to date with earlier journeys made by the vehicle driver and/or with earlier journeys made by other vehicle drivers; and - comparison of the vehicle driver's driving to date with driving guidelines; and feedback on the vehicle driver's driving style to date that contains at least one absolute value and at least one comparative value relative to the vehicle driver's driving to date for at least one target value to be optimised and at least one forecast of the vehicle driver's further driving. - acquisition of operating parameter data; - acquisition of current status parameter data; - evaluation of the vehicle driver's driving style to date based on the operating parameter data acquired and on the current status parameter data acquired; - generation of feedback on the vehicle driver's driving style to date; and - display of the feedback for the vehicle driver; - determination of the vehicle driver's driving style to date from the vehicle driver's driving to date; - comparison (103b, 103c) of the vehicle driver's driving to date with earlier journeys made by the vehicle driver and/or with earlier journeys made by other vehicle drivers; and - comparison of the vehicle driver's driving to date with driving guidelines; and
A laminating apparatus comprising: a base component; a lid connected to the base component via at least one hinge; at least two clamping mechanisms disposed on the lid, each comprising: at least one base component engaging element, each configured to releasably engage a corresponding clamping recess defined by the base component; characterised in that the laminating apparatus further comprises at least one track defined by each clamping mechanism, each of the at least one track defined on at least one edge by a sloped portion; and at least one roller configured to translate within the tracks defined by the clamping elements, and thereby apply a force between the base component and the lid. a base component; a lid connected to the base component via at least one hinge; at least two clamping mechanisms disposed on the lid, each comprising: at least one base component engaging element, each configured to releasably engage a corresponding clamping recess defined by the base component; characterised in that the laminating apparatus further comprises at least one track defined by each clamping mechanism, each of the at least one track defined on at least one edge by a sloped portion; and at least one roller configured to translate within the tracks defined by the clamping elements, and thereby apply a force between the base component and the lid. at least one base component engaging element, each configured to releasably engage a corresponding clamping recess defined by the base component; characterised in that the laminating apparatus further comprises at least one track defined by each clamping mechanism, each of the at least one track defined on at least one edge by a sloped portion; and at least one roller configured to translate within the tracks defined by the clamping elements, and thereby apply a force between the base component and the lid.
A knob assembly includes: a knob body that is disposed at a front surface of a control panel and that is configured to rotate with respect to a rotation shaft extended in a front-rear direction of the knob assembly; a light diffusing part that is disposed at a rear side of the knob body and that is configured to diffuse light; and a light source part that is disposed at a rear side of the light diffusing part and that includes one or more light sources, wherein the light diffusing part comprises a light source corresponding part that is disposed at a position corresponding to one of the one or more light sources, and characterised in that, a thickness of the light diffusing part along a virtual first straight line that passes from a center of the light diffusing part through the light source corresponding part is greater than a thickness of the light diffusing part along a virtual straight line from a center of the light diffusing part that does not pass through the light source corresponding part, the virtual first straight line and the virtual straight line being in a plane to which the front rear direction is perpendicular. a knob body that is disposed at a front surface of a control panel and that is configured to rotate with respect to a rotation shaft extended in a front-rear direction of the knob assembly; a light diffusing part that is disposed at a rear side of the knob body and that is configured to diffuse light; and a light source part that is disposed at a rear side of the light diffusing part and that includes one or more light sources, wherein the light diffusing part comprises a light source corresponding part that is disposed at a position corresponding to one of the one or more light sources, and characterised in that, a thickness of the light diffusing part along a virtual first straight line that passes from a center of the light diffusing part through the light source corresponding part is greater than a thickness of the light diffusing part along a virtual straight line from a center of the light diffusing part that does not pass through the light source corresponding part, the virtual first straight line and the virtual straight line being in a plane to which the front rear direction is perpendicular.
Station comprising: - at least one additional structure (1, 7) for a bike comprising at least two wheels, said at least one additional structure comprising: - at least one additional wheel (10, 83); - a chassis (11, 8) to which said at least one additional wheel is coupled; - coupling means (3, 92) borne by the chassis and able to couple the bike reversibly to the chassis, the chassis comprising a mounting space for the bike wherein the coupling means are able to secure the chassis to the bike; - at least one attachment terminal for attaching to said at least one additional structure, said at least one attachment terminal being able to keep said at least one additional structure in a position waiting to be coupled to said bike; the station being characterized by: - at least one electronic provision device for making said at least one additional structure available, able to cause said at least one additional structure to be released by said at least one attachment terminal once the bike is coupled by the coupling means to the inside of the mounting space of the chassis of said at least one additional structure. - at least one additional structure (1, 7) for a bike comprising at least two wheels, said at least one additional structure comprising: - at least one additional wheel (10, 83); - a chassis (11, 8) to which said at least one additional wheel is coupled; - coupling means (3, 92) borne by the chassis and able to couple the bike reversibly to the chassis, the chassis comprising a mounting space for the bike wherein the coupling means are able to secure the chassis to the bike; - at least one additional wheel (10, 83); - a chassis (11, 8) to which said at least one additional wheel is coupled; - coupling means (3, 92) borne by the chassis and able to couple the bike reversibly to the chassis, - at least one attachment terminal for attaching to said at least one additional structure, said at least one attachment terminal being able to keep said at least one additional structure in a position waiting to be coupled to said bike; - at least one electronic provision device for making said at least one additional structure available, able to cause said at least one additional structure to be released by said at least one attachment terminal once the bike is coupled by the coupling means to the inside of the mounting space of the chassis of said at least one additional structure.
A watch winder comprising a frame, a first ring connected to the frame in a manner to be rotatable about a first axis of rotation, a holder for holding a watch connected to the first ring in a manner to be rotatable about a further axis of rotation, and a motor, characterised by at least one second ring connected to the first ring in a manner to be rotatable about a second axis of rotation, and by at least one third ring connected to the second ring in a manner to be rotatable about a third axis of rotation and designed to support the holder for receiving the watch, and characterised in that the three axes of rotation (35, 37, 39) differ from one another.
An air filter element comprising a first end and a second end located opposite to the first end in relation to a longitudinal direction of the air filter element, the air filter element being configured for axial insertion into an air filter housing, with the first end leading the axial insertion, wherein the air filter element comprises a first outlet located in the first end and being configured to communicate with a corresponding first housing outlet in the air filter housing, and a second outlet located in the second end and being configured to communicate with a corresponding second housing outlet (25, 30) in the air filter housing, characterized in that a cross-sectional area of the second outlet, along a geometrical plane perpendicular to the centre axis, is tapering, and is shaped as a trapezoid, or truncated triangle.
A compound represented by the following General Formula, wherein A, B, C, and D are the following groups: A = -N(R a)R b -Si(R c) n (OR d) 3-n, or -N{R b -Si(R c) n (OR d) 3-n} 2, B = -N(R e)R f (NH 2) m, or -N{R f (NH 2) m} 2, C = A, B, or -N(R g)R h, and D=R i; each of R a, R e, and R g is H or a hydrocarbon group; R b, R c, R d, R f, R h, and R i are hydrocarbon groups; n is 0, 1 or 2; and m is 1 or 2; wherein the hydrocarbon group consists of H and C atoms. A, B, C, and D are the following groups: A = -N(R a)R b -Si(R c) n (OR d) 3-n, or -N{R b -Si(R c) n (OR d) 3-n} 2, B = -N(R e)R f (NH 2) m, or -N{R f (NH 2) m} 2, C = A, B, or -N(R g)R h, and D=R i; A = -N(R a)R b -Si(R c) n (OR d) 3-n, or -N{R b -Si(R c) n (OR d) 3-n} 2, B = -N(R e)R f (NH 2) m, or -N{R f (NH 2) m} 2, C = A, B, or -N(R g)R h, and D=R i; each of R a, R e, and R g is H or a hydrocarbon group; R b, R c, R d, R f, R h, and R i are hydrocarbon groups; n is 0, 1 or 2; and m is 1 or 2; wherein the hydrocarbon group consists of H and C atoms.
A process for preparing water-soluble or water-swellable polymers containing a) 5 to 98 mol%, preferably from 20 to 80 mol%, of one or more repeat structural units of the formula in which R 1, R 2, R 3 is hydrogen, methyl or ethyl, Y is a chemical bond, O, CH 2, C(CH 3)H, C NR 2, A is a chemical bond, O, arylene, phenylene, linear or branched C 1 -C 12 -alkylene, a linear monohydroxyalkylene group having 2 to 6 carbon atoms or a linear or branched dihydroxyalkylene group having 3 to 6 carbon atoms, D is S, POH, POR 3 or PO - Q +, Q + is H +, Li +, Na +, K +, 1⁄2Ca ++, 1⁄2Mg ++, 1⁄2Zn ++, 1⁄3Al +++, 1⁄4Zr ++++ or is mixtures of these ions, b) 2 to 95 mol%, preferably 20 to 80 mol%, of one or more mutually independent uncharged repeat structural units, in which the monomers from which the structural units a) and b) derive are subjected to precipitative free-radical polymerization in a polar solvent or solvent mixture, with the proviso that the polar solvent or solvent mixture comprises 2-methyl-2-propanol and a C 3 -C 5 ketone. a) 5 to 98 mol%, preferably from 20 to 80 mol%, of one or more repeat structural units of the formula in which R 1, R 2, R 3 is hydrogen, methyl or ethyl, Y is a chemical bond, O, CH 2, C(CH 3)H, C NR 2, A is a chemical bond, O, arylene, phenylene, linear or branched C 1 -C 12 -alkylene, a linear monohydroxyalkylene group having 2 to 6 carbon atoms or a linear or branched dihydroxyalkylene group having 3 to 6 carbon atoms, D is S, POH, POR 3 or PO - Q +, Q + is H +, Li +, Na +, K +, 1⁄2Ca ++, 1⁄2Mg ++, 1⁄2Zn ++, 1⁄3Al +++, 1⁄4Zr ++++ or is mixtures of these ions, R 1, R 2, R 3 is hydrogen, methyl or ethyl, Y is a chemical bond, O, CH 2, C(CH 3)H, C NR 2, A is a chemical bond, O, arylene, phenylene, linear or branched C 1 -C 12 -alkylene, a linear monohydroxyalkylene group having 2 to 6 carbon atoms or a linear or branched dihydroxyalkylene group having 3 to 6 carbon atoms, D is S, POH, POR 3 or PO - Q +, Q + is H +, Li +, Na +, K +, 1⁄2Ca ++, 1⁄2Mg ++, 1⁄2Zn ++, 1⁄3Al +++, 1⁄4Zr ++++ or is mixtures of these ions, b) 2 to 95 mol%, preferably 20 to 80 mol%, of one or more mutually independent uncharged repeat structural units,
A liquid discharge head (2, 102), comprising: a head body comprising a discharge hole for discharging a liquid therethrough; a driver IC configured to control driving of the head body; a casing which is disposed on the head body and comprises an opening (91a, 91b) on a side surface of the casing, wherein the casing is formed from a resin; a heat sink which is disposed on the opening (91a, 91b) of the casing and configured to dissipate heat generated in the driver IC, wherein the heat sink is disposed so as to be in contact with the driver IC, and wherein the heat sink is made of metal or alloy; and a thermal insulation part disposed between the heat sink and the head body, wherein the heat sink is disposed on the thermal insulation part. a head body comprising a discharge hole for discharging a liquid therethrough; a driver IC configured to control driving of the head body; a casing which is disposed on the head body and comprises an opening (91a, 91b) on a side surface of the casing, wherein the casing is formed from a resin; a heat sink which is disposed on the opening (91a, 91b) of the casing and configured to dissipate heat generated in the driver IC, wherein the heat sink is disposed so as to be in contact with the driver IC, and wherein the heat sink is made of metal or alloy; and a thermal insulation part disposed between the heat sink and the head body, wherein the heat sink is disposed on the thermal insulation part.