mhurhangee/ep-ind-claims huggingface dataset:
A machining center, particularly a five-axis grinding center, comprising: - a control unit for automatically operating the machining center; - a grinding head, having a spindle for clamping a machining tool and a first touch probe being attached to the grinding head and electrically connected to the control unit to provide a first touch probe signal to the control unit; - a machining table for supporting a workpiece; and - a first test piece being configured to be mounted on the machining table, characterized in that the first test piece has a second touch probe being electrically connectable to the control unit to provide a second touch probe signal to the control unit, and in that the machining center further comprises a second test piece being configured to be connected to the spindle. - a control unit for automatically operating the machining center; - a grinding head, having a spindle for clamping a machining tool and a first touch probe being attached to the grinding head and electrically connected to the control unit to provide a first touch probe signal to the control unit; - a machining table for supporting a workpiece; and - a first test piece being configured to be mounted on the machining table, characterized in that the first test piece has a second touch probe being electrically connectable to the control unit to provide a second touch probe signal to the control unit, and in that the machining center further comprises a second test piece being configured to be connected to the spindle.
A dishwasher comprising a cabinet (1, 2), having an opening at the front of the cabinet, allowing access to the inside of the cabinet, a door (3; 16, 17) adapted to close the opening, and a water tank, positioned in the cabinet, to be filled with water for washing, whereby the frontal opening is adapted to receive the water tank.
An isotopically modified polyunsaturated fatty acid or ester prodrug thereof for use in treating or preventing the progression of a neurodegenerative disease in a subject; wherein upon administration, the isotopically modified polyunsaturated fatty acid or ester prodrug thereof is incorporated in brain and/or neuronal tissue of the subject; and wherein the isotopically modified polyunsaturated fatty acid or ester prodrug thereof is deuterated at a bis-allylic or pro-bis-allylic position; wherein the isotopically modified polyunsaturated fatty acid is selected from linoleic acid, linolenic acid, arachidonic acid, eicosapentaenoic acid, or docosahexaenoic acid; and wherein the amount of deuterium in the isotopically modified polyunsaturated fatty acid is above the naturally-occurring abundance level.
A reaction mixture for signal normalization in a real-time polymerase chain reaction amplification of a target nucleic acid wherein the mixture is compatible for use in both (a) a real-time PCR amplification system employing a high passive reference dye concentration for the normalization and (b) a real-time PCR amplification system employing a low passive reference dye concentration for the normalization, wherein the mixture comprises a plurality of passive reference dyes that produce fluorescent signals independent of the amplification reactions, wherein the mixture comprises a first passive reference dye having a Stokes-shift, wherein the first passive reference dye is at a concentration sufficient for use in low concentration passive reference dye normalization, wherein the first passive reference dye has a first passive reference dye excitation wavelength maximum and a first passive reference dye emission wavelength maximum, wherein the first passive dye does not interact in FRET interactions with another dye in the reaction mixture; and a second passive reference dye having a Stokes-shift that is greater than the Stokes-shift of the first passive reference dye, wherein the second passive reference dye has an emission wavelength maximum within 30 nm of the first passive reference dye emission wavelength maximum, and an excitation wavelength maximum at least 10 nm apart from the first passive reference dye excitation wavelength maximum, wherein the second passive dye does not interact in FRET interactions with another dye in the reaction mixture.
A method for producing N-vinylacetamide, comprising: a feeding step of feeding a raw material containing N-(1-methoxyethyl)acetamide to an evaporator, an evaporation step of evaporating, by the evaporator, the raw material, to form a vaporized raw material, a superheating step of feeding the vaporized raw material to a superheater, and superheating the vaporized raw material such that a superheating temperature of the vaporized raw material is equal to or more than a temperature higher by 5°C than a boiling point of the N-(1-methoxyethyl)acetamide under an inner pressure of the superheater (the boiling point of the N-(1-methoxyethyl)acetamide under the inner pressure of the superheater plus 5°C) and equal to or less than 200°C, and a thermal decomposition step of feeding the superheated vaporized raw material to a thermal decomposition reactor, to thermally decompose the superheated vaporized raw material, wherein a content of the N-(1-methoxyethyl)acetamide in the raw material is from 80 to 100 mass%. a feeding step of feeding a raw material containing N-(1-methoxyethyl)acetamide to an evaporator, an evaporation step of evaporating, by the evaporator, the raw material, to form a vaporized raw material, a superheating step of feeding the vaporized raw material to a superheater, and superheating the vaporized raw material such that a superheating temperature of the vaporized raw material is equal to or more than a temperature higher by 5°C than a boiling point of the N-(1-methoxyethyl)acetamide under an inner pressure of the superheater (the boiling point of the N-(1-methoxyethyl)acetamide under the inner pressure of the superheater plus 5°C) and equal to or less than 200°C, and a thermal decomposition step of feeding the superheated vaporized raw material to a thermal decomposition reactor, to thermally decompose the superheated vaporized raw material, wherein a content of the N-(1-methoxyethyl)acetamide in the raw material is from 80 to 100 mass%.
Microelectrode probe (10, 30, 40) for implantation by insertion into soft tissue, in particular nervous or endocrine tissue, comprising an electrically conducting core (6, 15, 41, 41a), the core comprising portions, centrally disposed in a rotationally symmetric envelope or sleeve of flexible polymer material such as polyurethanes, polyethylenes and polymers referred to as Parylenes (19, 21, 23, 45) and attached to the envelope or sleeve by a wall of flexible polymer material extending in a radial or angular direction in respect of the axis of rotation (10a, 43) and separating the envelope or sleeve into a distal compartment (9, 18, 46) and a proximal compartment (4, 26, 47); wherein the distal compartment comprises (9, 18, 46) a matrix of first biocompatible material selected from one or more of carbohydrate material, proteinaceous material, other material, and wherein any such material is dissolvable or degradable in aqueous body fluid; wherein the proximal compartment (4, 26, 47) comprises a matrix of second biocompatible material selected from one or more of carbohydrate material, proteinaceous material, other material, and wherein any such material is dissolvable or degradable in aqueous body fluid; wherein the core portion disposed in the proximal compartment extends proximally of the compartment (6', 6", 41', 41"); wherein the distal opening of the distal compartment is covered by a domed (spherical) cover or other cover narrowing in distal direction of flexible polymer material optionally disposed on or attached to a matrix of a third biocompatible material (22, 52) selected from one or more of carbohydrate material, proteinaceous material, other material, and wherein any such material is dissolvable or degradable in aqueous body fluid; wherein the envelope or sleeve has at least one distal opening (24, 49) and a proximal opening (25, Z); and wherein the matrix is of a stiff material when dry. wherein the distal compartment comprises (9, 18, 46) a matrix of first biocompatible material selected from one or more of carbohydrate material, proteinaceous material, other material, and wherein any such material is dissolvable or degradable in aqueous body fluid; wherein the proximal compartment (4, 26, 47) comprises a matrix of second biocompatible material selected from one or more of carbohydrate material, proteinaceous material, other material, and wherein any such material is dissolvable or degradable in aqueous body fluid; wherein the core portion disposed in the proximal compartment extends proximally of the compartment (6', 6", 41', 41"); wherein the distal opening of the distal compartment is covered by a domed (spherical) cover or other cover narrowing in distal direction of flexible polymer material optionally disposed on or attached to a matrix of a third biocompatible material (22, 52) selected from one or more of carbohydrate material, proteinaceous material, other material, and wherein any such material is dissolvable or degradable in aqueous body fluid; wherein the envelope or sleeve has at least one distal opening (24, 49) and a proximal opening (25, Z); and wherein the matrix is of a stiff material when dry.
An autonomously traveling work vehicle comprising: a position calculation means positioning a position of a vehicle body by using a satellite positioning system; and a control device making the vehicle travel and work automatically along a set traveling route, characterized in that an obstacle detection means detecting whether an obstacle exists in a circumference of the autonomously traveling work vehicle or not, and a sensitivity adjustment means changing sensitivity of the obstacle detection means are provided, and the control device adjusts the sensitivity of the obstacle detection means by the sensitivity adjustment means so that the sensitivity is high in a set work area and low out of the set work area. a position calculation means positioning a position of a vehicle body by using a satellite positioning system; and a control device making the vehicle travel and work automatically along a set traveling route, characterized in that an obstacle detection means detecting whether an obstacle exists in a circumference of the autonomously traveling work vehicle or not, and a sensitivity adjustment means changing sensitivity of the obstacle detection means are provided, and the control device adjusts the sensitivity of the obstacle detection means by the sensitivity adjustment means so that the sensitivity is high in a set work area and low out of the set work area.
JUNCTION OR WALL BOX TO BE USED FOR SETTING UP ELECTRICAL SYSTEMS IN PLASTERBOARD WALLS, said box comprising a box-shaped containment, shaped so that it is subject to be applied onto an unfinished, so- called "open" wall, that is, when a single sheet or a plurality of sheets is mounted, mutually placed leaning, on the metal support structure of the plasterboard wall, it being further provided that in the finished plasterboard wall, the box fully positions itself within the air space, defined between the two opposite sheets (L1, L2), the box having a width equal to the width of the air space, so as to abut against the two inner surfaces (S1, S2) of the two sheets (L 1, L2), the box being characterised in that the box-shaped body is provided at the front opening with a thick collar and in that the back is closed by a thick bottom.
Line supply arrangement for electrically driven motor vehicles, comprising the following features: a. an electric line for charging an energy store of the motor vehicle is arranged on a support arm; wherein the support arm is arranged on a support column; b. a trolley is arranged on the support arm for positioning the line; c. the trolley is displaceable relative to the support arm in the horizontal direction or the support arm is displaceable in the horizontal direction and the trolley is displaceable relative to the support arm in the horizontal direction; d. the trolley is designed to be located at a height above the motor vehicle to be charged; e. a free end of the line hangs down from the trolley on the support arm in order to be connected from above to the motor vehicle for charging; f. the line is liquid-cooled; characterised by the following features: g. at least one hose reel is stationarily arranged on the support arm near the support column and is used for supply and discharge of a cooling liquid to and from the electric line on the trolley, which is movable relative to the hose reel, wherein a line reel for the line is arranged on the trolley in order to lower the free end of the line to the motor vehicle; h. a heat exchanger for cooling the cooling liquid is arranged at a distance from the trolley. a. an electric line for charging an energy store of the motor vehicle is arranged on a support arm; wherein the support arm is arranged on a support column; b. a trolley is arranged on the support arm for positioning the line; c. the trolley is displaceable relative to the support arm in the horizontal direction or the support arm is displaceable in the horizontal direction and the trolley is displaceable relative to the support arm in the horizontal direction; d. the trolley is designed to be located at a height above the motor vehicle to be charged; e. a free end of the line hangs down from the trolley on the support arm in order to be connected from above to the motor vehicle for charging; f. the line is liquid-cooled; g. at least one hose reel is stationarily arranged on the support arm near the support column and is used for supply and discharge of a cooling liquid to and from the electric line on the trolley, which is movable relative to the hose reel, wherein a line reel for the line is arranged on the trolley in order to lower the free end of the line to the motor vehicle; h. a heat exchanger for cooling the cooling liquid is arranged at a distance from the trolley.
A fluid fabric care composition comprising: a) from 1.5% to 50% by weight of the composition of a fabric softening active, wherein the softening active is a cationic surfactant; b) from 0.5% to 6% by weight of the fabric softening active of a stability agent selected from saturated branched alcohols comprising 8 to 20 carbon atoms or a member selected from the group consisting of saturated branched carboxylic acids comprising 8 to 20 carbon atoms, or the salts of said acids, and mixtures thereof; c) from 0.01% to 8% by weight of the composition of a delivery enhancing agent selected from cationic or amphiphilic polymers and polysaccharides having a cationic charge density of the polymer ranging from 0.05 meq/g to 23 meq/g; the polysaccharides having a weight average molecular weight from 50,000 to 2 millions; and d) optionally, a fatty amphiphile; the composition having a pour viscosity from 30 to 500 mPas, or from 50 to 200 mPas, as measured at 25 °C; wherein the stability agent is added directly to the fabric softening active before the fabric softening active is hydrated and before it is combined with the remaining components of the composition; and wherein the delivery enhancing agent enhances the deposition of a fabric care benefit agent onto a fabric during laundering. a) from 1.5% to 50% by weight of the composition of a fabric softening active, wherein the softening active is a cationic surfactant; b) from 0.5% to 6% by weight of the fabric softening active of a stability agent selected from saturated branched alcohols comprising 8 to 20 carbon atoms or a member selected from the group consisting of saturated branched carboxylic acids comprising 8 to 20 carbon atoms, or the salts of said acids, and mixtures thereof; c) from 0.01% to 8% by weight of the composition of a delivery enhancing agent selected from cationic or amphiphilic polymers and polysaccharides having a cationic charge density of the polymer ranging from 0.05 meq/g to 23 meq/g; the polysaccharides having a weight average molecular weight from 50,000 to 2 millions; and d) optionally, a fatty amphiphile;
A wet-dry face seal seat configured to rotate about an axis, comprising: a main body having a mating face configured to mate with a sealing member and an outer diameter surface, the main body defining an oil pool on the mating face, a pool feed passage that extends to the oil pool and a cooling hole that extends to the outer diameter surface; and an oil capture scoop extending from the main body and defining an oil volume in fluid communication with the pool feed passage and the cooling hole, an oil jet configured to provide oil to the volume, the oil capture scoop having a radial distance that allows oil to flow through the cooling hole in response to oil flow from the oil jet being below a threshold value and through the pool feed passage in response to the oil flow from the oil jet reaching or exceeding the threshold value, wherein the oil capture scoop includes an axial portion extending away from the main body and a radial portion extending radially inward from the axial portion, and the oil volume is located radially inward from the axial portion; and wherein the radial distance extends from the axial portion to a radially inner end of the radial portion. a main body having a mating face configured to mate with a sealing member and an outer diameter surface, the main body defining an oil pool on the mating face, a pool feed passage that extends to the oil pool and a cooling hole that extends to the outer diameter surface; and an oil capture scoop extending from the main body and defining an oil volume in fluid communication with the pool feed passage and the cooling hole, an oil jet configured to provide oil to the volume, the oil capture scoop having a radial distance that allows oil to flow through the cooling hole in response to oil flow from the oil jet being below a threshold value and through the pool feed passage in response to the oil flow from the oil jet reaching or exceeding the threshold value, wherein the oil capture scoop includes an axial portion extending away from the main body and a radial portion extending radially inward from the axial portion, and the oil volume is located radially inward from the axial portion; and wherein the radial distance extends from the axial portion to a radially inner end of the radial portion.
Method for working a useful surface of a floor covering, comprising the following steps: a) introducing structures into a planar cork material, by way of a material-removing method; b) printing the structured cork material by way of a digital printing method; and c) applying a protective layer onto the printed structured cork material. a) introducing structures into a planar cork material, by way of a material-removing method; b) printing the structured cork material by way of a digital printing method; and c) applying a protective layer onto the printed structured cork material.
A combined sensor, comprising: a pressure detector that detects a pressure of a detection medium flowing through a flow path; a temperature detector that detects a temperature of the detection medium using a thermistor; and a housing portion that houses the temperature detector closer to the flow path than the pressure detector and includes a through hole part at an inner peripheral side of the housing portion, one end of the through hole part being an opening end that is open to the flow path, wherein the temperature detector includes a first lead and a second lead connected to the thermistor, and a thermistor case in which a part of the first lead and a part of the second lead are embedded, the thermistor case includes an extension part that passes through the through hole part of the housing portion, and a ring part that includes a flow hole part having one end continuous with the extension part and another end facing the pressure detector, the detection medium flowing through the flow hole part, the thermistor is supported by the extension part to be arranged outside the opening end of the housing portion, and the extension part includes a space portion communicating with the flow hole part of the ring part and with the outside, wherein the extension part is provided by being separated into a portion where the first lead is embedded and a portion where the second lead is embedded, along an extending direction of the extension part. a pressure detector that detects a pressure of a detection medium flowing through a flow path; a temperature detector that detects a temperature of the detection medium using a thermistor; and a housing portion that houses the temperature detector closer to the flow path than the pressure detector and includes a through hole part at an inner peripheral side of the housing portion, one end of the through hole part being an opening end that is open to the flow path, wherein the temperature detector includes a first lead and a second lead connected to the thermistor, and a thermistor case in which a part of the first lead and a part of the second lead are embedded, the thermistor case includes an extension part that passes through the through hole part of the housing portion, and a ring part that includes a flow hole part having one end continuous with the extension part and another end facing the pressure detector, the detection medium flowing through the flow hole part, the thermistor is supported by the extension part to be arranged outside the opening end of the housing portion, and the extension part includes a space portion communicating with the flow hole part of the ring part and with the outside, wherein the extension part is provided by being separated into a portion where the first lead is embedded and a portion where the second lead is embedded, along an extending direction of the extension part.
A tattooing apparatus, comprising: a main body having a power source therein; a cap part in the form of a cylinder detachably coupled to a side of the main body and having a first inlet formed on a circumferential surface thereof and a first storing chamber provided therein to communicate with the first inlet; a tattoo needle support disposed in the first storing chamber of the cap part to be movable back and forth and a tattoo needle disposed on a side thereof; and a guide member inserted into and coupled to the cap part at one side thereof and having a second storing chamber provided therein to form a single storing chamber together with the first storing chamber and an outlet for discharging a staining solution for tattoo stored in the single storing chamber formed at the other side thereof, wherein the guide member is rotatably coupled to the cap part to adjust a degree of opening and closing the first inlet of the cap part and thus to allow a pressure in the single storing chamber to be adjusted. a main body having a power source therein; a cap part in the form of a cylinder detachably coupled to a side of the main body and having a first inlet formed on a circumferential surface thereof and a first storing chamber provided therein to communicate with the first inlet; a tattoo needle support disposed in the first storing chamber of the cap part to be movable back and forth and a tattoo needle disposed on a side thereof; and a guide member inserted into and coupled to the cap part at one side thereof and having a second storing chamber provided therein to form a single storing chamber together with the first storing chamber and an outlet for discharging a staining solution for tattoo stored in the single storing chamber formed at the other side thereof, wherein the guide member is rotatably coupled to the cap part to adjust a degree of opening and closing the first inlet of the cap part and thus to allow a pressure in the single storing chamber to be adjusted.