mhurhangee/ep-ind-claims huggingface dataset:
A circumferential angle adjustment device for a generatrix of a cylindrical lens, comprising: a lens holding tube which holds the cylindrical lens, the lens holding tube having an optical axis; an outer peripheral tube in which the lens holding tube is arranged at an inner peripheral side of the outer peripheral tube, the outer peripheral tube having a long hole, the long hole extending parallel to the optical axis; and a cam member which is provided at an outer peripheral side of the lens holding tube and has a cam surface eccentric with respect to an axis intersecting with the optical axis, the cam surface slidably engaging with an inner surface of the long hole so that the cam member moves in a direction parallel to the optical axis; wherein the lens holding tube is rotatably supported with respect to the outer peripheral tube in a circumferential direction of the optical axis. a lens holding tube which holds the cylindrical lens, the lens holding tube having an optical axis; an outer peripheral tube in which the lens holding tube is arranged at an inner peripheral side of the outer peripheral tube, the outer peripheral tube having a long hole, the long hole extending parallel to the optical axis; and a cam member which is provided at an outer peripheral side of the lens holding tube and has a cam surface eccentric with respect to an axis intersecting with the optical axis, the cam surface slidably engaging with an inner surface of the long hole so that the cam member moves in a direction parallel to the optical axis; wherein the lens holding tube is rotatably supported with respect to the outer peripheral tube in a circumferential direction of the optical axis.
A non-invasive measuring device for measuring fluid retention in the urinary bladder of a user, comprising: a light source adapted to rest against the body of the user and to irradiate light into the user; a control unit adapted to output to the light source an excitation signal matched to the user and controlling the light emission of the light source; a measuring unit which is designed to rest against the body of the user, to detect the light emitted by the light source and reflected by the urinary bladder, and to output a measurement signal corresponding to the detected light; and an evaluation unit adapted to determine an amount of fluid retention in the urinary bladder based on the measurement signal and to output a measurement result based on the determination, characterized in that the light source and measuring unit are arranged with respect to each other such that an emission vector of the light source and a reception vector of the measuring unit converge to a focal point in the body of the user; and a focus angle (α) between the emitting vector and the receiving vector has a value in the range between 0° and 50°, wherein the focus angle (α) is adjustable. a light source adapted to rest against the body of the user and to irradiate light into the user; a control unit adapted to output to the light source an excitation signal matched to the user and controlling the light emission of the light source; a measuring unit which is designed to rest against the body of the user, to detect the light emitted by the light source and reflected by the urinary bladder, and to output a measurement signal corresponding to the detected light; and an evaluation unit adapted to determine an amount of fluid retention in the urinary bladder based on the measurement signal and to output a measurement result based on the determination, characterized in that the light source and measuring unit are arranged with respect to each other such that an emission vector of the light source and a reception vector of the measuring unit converge to a focal point in the body of the user; and a focus angle (α) between the emitting vector and the receiving vector has a value in the range between 0° and 50°, wherein the focus angle (α) is adjustable.
A filling adapter for a container to be filled with media, particularly for the initial filling of containers with operating fluids on assembly lines for manufacturing motor vehicles, wherein the filling adapter is equipped with a hose pack, electric, pneumatic, and hydraulic lines and an associated system controller, wherein an electronic assembly for maintenance control is provided in the adapter head of the filling adapter, which records the usage time of the filling adapter and compares it to a presettable usage time, such that at least an advance warning is triggered when the usage time comes close to the presettable usage time, and that the associated system controller is informed that maintenance is now due when said presettable usage time is reached.
A polishing slurry, comprising: amorphous carbon and water, wherein a total amount of the amorphous carbon and the water is equal to or more than 90% of whole of the polishing slurry in terms of mass ratio, and the amorphous carbon is hydrophilic. amorphous carbon and water, wherein a total amount of the amorphous carbon and the water is equal to or more than 90% of whole of the polishing slurry in terms of mass ratio, and the amorphous carbon is hydrophilic.
Device for regulating a charging process of a battery, wherein the device comprises an input for a signal connection (403, 301), via which input a charging current amplitude I bev preferred for charging can be signaled to the device, and an output for a further signal connection, via which output a required current amplitude I anf can be signaled by means of the device, wherein the device is further designed to receive signaling of a charging current amplitude I emf, received from the battery, via the signal connection (403, 301) or another signal connection, and to use the received charging current amplitude I emf together with the preferred charging current amplitude I bev for the determination of the required current amplitude I anf, characterized in that at least one current amplitude I ber supplied for charging the battery can be additionally signaled to the device and the device is configured to determine the required current amplitude I anf using the supplied current amplitude I ber.
Cladding panel for a motor vehicle, said panel comprising a core, said core having a front face clad with an adhesively bonded front covering and a reverse face clad with an adhesively bonded reverse covering, said faces being connected together by an edge and said reverse face is provided with a groove over at least part of its periphery, said panel being characterised in that said reverse covering has a first peripheral border extending on either side of said groove and inserted therein and following the geometry of said groove, - said front covering has a second peripheral border folded against said rear face, so as to cover said edge and part of said peripheral border, the free edge of said second border being inserted in said groove so as to be concealed. - said front covering has a second peripheral border folded against said rear face, so as to cover said edge and part of said peripheral border, the free edge of said second border being inserted in said groove so as to be concealed.
Synthetic clove particles, comprising (a) 45 to 70 % by weight starch; (b) 5 to 30 % by weight dextrins; (c) 5 to 15 % by weight polyols; (d) 0 to 25 % by weight triglycerides; (e) 0 to 5 % by weight colourants; (f) 0 to 40% by weight aroma substances; wherein the amounts with water add up to 100 wt.%. (a) 45 to 70 % by weight starch; (b) 5 to 30 % by weight dextrins; (c) 5 to 15 % by weight polyols; (d) 0 to 25 % by weight triglycerides; (e) 0 to 5 % by weight colourants; (f) 0 to 40% by weight aroma substances;
A method of transferring a slurry, in which a transfer pump equipped with a ball type check valve is operated under the condition satisfying the following formula to transfer a slurry containing particles and a liquid; 7.8 × 10 3 < P ≤ 5.0 × 10 5 wherein, P = W(ρ 1 /(ρ b -ρ l)) 0.5 /(C•d(d+R)R 0.5) in the formula, W represents the particle flow rate (kg/hr) in the slurry passing through the ball type check valve, C represents the particle concentration (kg/m 3) in the slurry, d represents the maximum particle diameter (m) of the particles in the slurry, R represents the ball diameter (m) of the check valve, pi represents the density (kg/m 3) of the liquid, and ρ b represents the density (kg/m 3) of the ball of the check valve.
A grip tape comprising: a top face and a bottom face, wherein the bottom face is suitable for being wrapped around a handle or portion of on an item of a sports or industrial equipment; characterised by a plurality of suckers located on the top face; wherein at least one or a plurality of the suckers form a concave shape and are therefore capable of creating a suction action against a user when depressed under pressure, thereby improving the suction force between the user and the tape; wherein the plurality of suckers comprise side walls which extend out from the top face forming the concave shape of the suckers and an outer surface of the side walls is sloped inwards towards a central part of the concave sucker, whereupon the base of the side wall is wider than the top portion which has been found to be optimal to increase the efficiency of the suction/gripping action; and wherein the sidewalls comprise no undercuts, thus allowing the sucker to be evenly compressed under pressure; wherein the tape is in the form of an adhesive elongate tape which is capable of being wound around a sports or industrial article where improved grip is required; and wherein the suckers are arranged in a pattern to allow moisture and/or sweat to escape from the tape. a top face and a bottom face, wherein the bottom face is suitable for being wrapped around a handle or portion of on an item of a sports or industrial equipment; characterised by a plurality of suckers located on the top face; wherein at least one or a plurality of the suckers form a concave shape and are therefore capable of creating a suction action against a user when depressed under pressure, thereby improving the suction force between the user and the tape; wherein the plurality of suckers comprise side walls which extend out from the top face forming the concave shape of the suckers and an outer surface of the side walls is sloped inwards towards a central part of the concave sucker, whereupon the base of the side wall is wider than the top portion which has been found to be optimal to increase the efficiency of the suction/gripping action; and wherein the sidewalls comprise no undercuts, thus allowing the sucker to be evenly compressed under pressure; wherein the tape is in the form of an adhesive elongate tape which is capable of being wound around a sports or industrial article where improved grip is required; and wherein the suckers are arranged in a pattern to allow moisture and/or sweat to escape from the tape.
Method of spinning fibres or extrusion, comprising a) Injection of a central flow dispersion comprising long-chained polymer(s) or non-spherical particles into a central flow channel of a reaction chamber, wherein the central flow dispersion has a crowding factor N that is less than 60, wherein N is determined by the equation N = 2/3*Cv*(L/d) 2, and wherein Cv is the volume fraction of the long-chained polymer(s) or non-spherical particles in the central flow dispersion, L is the characteristic length of the long-chained polymers or non-spherical particles, and d is the characteristic diameter of the long-chained polymers or non-spherical particles; b) Acceleration of the central flow in the reaction chamber by at least two opposite, aligning flow streams, essentially perpendicular to the central flow, whereby the long-chained polymer(s) or non-spherical particles are aligned in the flow direction, and wherein by essentially perpendicular it is meant that an angle between the central flow and each aligning flow stream is from 70° to 90°; and c) Gelling of the aligned long-chained polymer(s) or non-spherical particles, through diffusion of salt, chelating agent or acid contained in the aligning flow streams, into the aligned long-chained polymer(s) or non-spherical particles, followed by coagulation of the gel string obtained, and/or d) Polymerization of a polymerizable component contained in the central flow dispersion; and e) Drying of the fibre obtained. a) Injection of a central flow dispersion comprising long-chained polymer(s) or non-spherical particles into a central flow channel of a reaction chamber, wherein the central flow dispersion has a crowding factor N that is less than 60, wherein N is determined by the equation N = 2/3*Cv*(L/d) 2, and wherein Cv is the volume fraction of the long-chained polymer(s) or non-spherical particles in the central flow dispersion, L is the characteristic length of the long-chained polymers or non-spherical particles, and d is the characteristic diameter of the long-chained polymers or non-spherical particles; b) Acceleration of the central flow in the reaction chamber by at least two opposite, aligning flow streams, essentially perpendicular to the central flow, whereby the long-chained polymer(s) or non-spherical particles are aligned in the flow direction, and wherein by essentially perpendicular it is meant that an angle between the central flow and each aligning flow stream is from 70° to 90°; and c) Gelling of the aligned long-chained polymer(s) or non-spherical particles, through diffusion of salt, chelating agent or acid contained in the aligning flow streams, into the aligned long-chained polymer(s) or non-spherical particles, followed by coagulation of the gel string obtained, and/or d) Polymerization of a polymerizable component contained in the central flow dispersion; and e) Drying of the fibre obtained.
Smelting metallurgical furnace for the smelting of metallic material, particularly scrap, wherein the furnace comprises at least one burner, by which heat can be supplied to a receiving space for the metallic material, wherein the at least one burner is constructed to heat a heating chamber which is in fluid separation from the receiving space and arranged in the furnace, wherein the furnace has at least one exhaust gas flue, which is in fluid connection with the heating chamber and which is constructed to discharge the exhaust gas of the combustion process from the heating chamber out of the furnace without contact with the receiving space, wherein the heating chamber is arranged in the base region of the furnace and wherein the heating chamber is arranged below a base plate forming the base of the receiving space, characterised in that the base plate is arranged at an acute angle (α) to the horizontal, wherein the angle (α) lies between 2° and 30°.
A cyclical swing adsorption process for removing contaminants from a gaseous feed stream comprising methane, the process comprising: a) performing one or more adsorption steps, wherein each of the adsorption steps comprises passing a gaseous feed stream at a feed pressure and feed temperature through an adsorbent bed unit to remove one or more contaminants from the gaseous feed stream and to form a product stream that is passed to a cryogenic recovery system including a demethanizer, wherein at least a portion of the product stream is passed to the demethanizer to separate the at least portion of the product stream into a final product stream and a demethanizer overhead stream comprising methane; b) performing one or more depressurization steps, wherein the pressure of the adsorbent bed unit is reduced by a predetermined amount with each successive depressurization step; c) performing one or more purge steps, wherein each of the purge steps comprises passing a purge stream through the adsorbent bed unit in a counter flow direction relative to the flow of the gaseous feed stream to form a purge product stream, wherein the purge stream comprises at least a portion of the demethanizer overhead stream from the demethanizer; d) performing one or more re-pressurization steps, wherein the pressure within the adsorbent bed unit is increased with each re-pressurization step by a predetermined amount with each successive re-pressurization step; and e) repeating the steps a) to d) for at least one additional cycle. a) performing one or more adsorption steps, wherein each of the adsorption steps comprises passing a gaseous feed stream at a feed pressure and feed temperature through an adsorbent bed unit to remove one or more contaminants from the gaseous feed stream and to form a product stream that is passed to a cryogenic recovery system including a demethanizer, wherein at least a portion of the product stream is passed to the demethanizer to separate the at least portion of the product stream into a final product stream and a demethanizer overhead stream comprising methane; b) performing one or more depressurization steps, wherein the pressure of the adsorbent bed unit is reduced by a predetermined amount with each successive depressurization step; c) performing one or more purge steps, wherein each of the purge steps comprises passing a purge stream through the adsorbent bed unit in a counter flow direction relative to the flow of the gaseous feed stream to form a purge product stream, wherein the purge stream comprises at least a portion of the demethanizer overhead stream from the demethanizer; d) performing one or more re-pressurization steps, wherein the pressure within the adsorbent bed unit is increased with each re-pressurization step by a predetermined amount with each successive re-pressurization step; and e) repeating the steps a) to d) for at least one additional cycle.
Surgical protection device for a surgical sealing element of a surgical sealing system comprising a trocar (14, 22), said sealing element having an insertion opening adapted to be widened, said protection device comprising a base member adapted to be arranged on the trocar (14, 22) or on a part thereof, being in a ring shape or essentially in a ring shape and defining an opening and comprising several protection elements (200, 202) arranged in circumferential direction and pointing parallel or towards a longitudinal axis of the protection device, said protection elements (200, 202) having free ends (204, 206) pointing essentially in a distal direction, wherein at least some of the protection elements have at least one retaining element on an outer side for engagement with the sealing element, characterized in that the at least one retaining element is arranged at a free end or in the area of a free end of a protection element and in that it has a tip pointing away from the protection element and a shape making it possible for them to become caught in an elastic sealing element.
A polyether copolymer that comprises a polyether segment block containing a cationic group and a hydrophobic polyether segment block, wherein the molecular weight distribution, namely the ratio of the weight-average molecular weight to the number-average molecular weight, of the polyether copolymer is 1.0 to 2.0, and characterized in that the hydrophobic polyether segment is a polyether segment that gives a sample consisting only of the polyether segment that retains, after being kept to stand in water at 60°C for 24 hours, its shape without being dissolved therein, even if the sample absorbed water to swell, and gives no weight loss when the sample is taken out from water and is deprived of water by distillation.
A latching device for reversibly fastening a side section of a truck to a structure of a tractor of the truck, the latching device comprising - at least one skid with an aperture mounted to the structure of the tractor, - at least one sleeve with a sliding rail mounted to the side section, - a pin that is adapted to slide in the sliding rail, and that passes through the aperture in the skid, and - at least one spring (4a, 4b) comprised by the sleeve for keeping the pin in at least one predetermined position characterized in that - the pin is kept in a first position by a first spring, if the side section is not to be fastened, and - the pin is kept in a second position by the second spring, if the side section is to be fastened. - at least one skid with an aperture mounted to the structure of the tractor, - at least one sleeve with a sliding rail mounted to the side section, - a pin that is adapted to slide in the sliding rail, and that passes through the aperture in the skid, and - at least one spring (4a, 4b) comprised by the sleeve for keeping the pin in at least one predetermined position - the pin is kept in a first position by a first spring, if the side section is not to be fastened, and - the pin is kept in a second position by the second spring, if the side section is to be fastened.
A face detection activating method, applied in an electronic device comprising a pixel array, characterized in that, the face detection activating method is configured to determine whether to activate a face detection operation and comprises: computing a plurality of first depth values corresponding to a plurality of first pixels within the pixel array, wherein the plurality of first pixels is a part of pixels in the pixel array; and determining whether to activate the face detection operation according to the plurality of first depth values; wherein the step of determining whether to activate the face detection operation according to the plurality of first depth values comprises: determining whether or not the plurality of first depth values is within a specific depth range; and determining to activate the face detection operation when the plurality of first depth values is within the specific depth range, wherein the step of determining whether or not the plurality of first depth values is within the specific depth range comprises: determining whether a number of a plurality of second pixels among the plurality of first pixels is greater than a specific number, wherein the plurality of second pixels is a part of the plurality of first pixels and the first depth values corresponding to the plurality of second pixels are within the specific depth range; wherein pixels of the pixel array except the plurality of first pixels are OFF or disabled during determining whether to activate the face detection operation. computing a plurality of first depth values corresponding to a plurality of first pixels within the pixel array, wherein the plurality of first pixels is a part of pixels in the pixel array; and determining whether to activate the face detection operation according to the plurality of first depth values; wherein the step of determining whether to activate the face detection operation according to the plurality of first depth values comprises: determining whether or not the plurality of first depth values is within a specific depth range; and determining to activate the face detection operation when the plurality of first depth values is within the specific depth range, determining whether or not the plurality of first depth values is within a specific depth range; and determining to activate the face detection operation when the plurality of first depth values is within the specific depth range, wherein the step of determining whether or not the plurality of first depth values is within the specific depth range comprises: determining whether a number of a plurality of second pixels among the plurality of first pixels is greater than a specific number, wherein the plurality of second pixels is a part of the plurality of first pixels and the first depth values corresponding to the plurality of second pixels are within the specific depth range; wherein pixels of the pixel array except the plurality of first pixels are OFF or disabled during determining whether to activate the face detection operation.