mhurhangee/ep-ind-claims huggingface dataset:
A battery electrode manufacturing apparatus, comprising: a cutting device which cuts an electrode material of a strip foil shape into an electrode shape; a carrying-in device which grasps the electrode material and conveys the electrode material to a cutting position of the cutting device wherein the carrying-in device includes a pair of graspers; and a supporting device which is disposed upstream of the cutting device in a conveying direction of the electrode material and has a supporting surface for supporting the electrode material when the cutting device cuts the electrode material, characterized in that the supporting device is located between the pair of graspers at least when the electrode material is cut, and the carrying-in device carries the electrode material to the cutting position, at such a position that the electrode material does not contact the cutting device and the supporting device. a cutting device which cuts an electrode material of a strip foil shape into an electrode shape; a carrying-in device which grasps the electrode material and conveys the electrode material to a cutting position of the cutting device wherein the carrying-in device includes a pair of graspers; and a supporting device which is disposed upstream of the cutting device in a conveying direction of the electrode material and has a supporting surface for supporting the electrode material when the cutting device cuts the electrode material, characterized in that the supporting device is located between the pair of graspers at least when the electrode material is cut, and the carrying-in device carries the electrode material to the cutting position, at such a position that the electrode material does not contact the cutting device and the supporting device.
Prop for construction work, of the type which comprises a device for quick decoupling between the lower portion which rests on the ground and the upper portion which supports the load, said device consisting of a part carrying recesses, which are stepped in castellation form on the upper edge of the part, and another part carrying stops which are capable of abutting against the bottom of said stepped recesses or on the upper steps of said stepped recesses, characterised in that the stepped recesses are produced on the upper edge of an internally threaded screw nut, which adjusts the height of the prop, and the stops, which can rest on the bottom of the recesses or on their upper steps, are produced on a rotating part which receives the load of the upper portion of the prop and which similarly receives the action of an internal spring which, in the rest position, brings about the automatic arrangement of said rotating part with the stops thereof abutting against the upper steps of said recesses.
A liquid-crystalline medium applicable to high-frequency electromagnetic wave modulation, characterized in that, the liquid-crystalline medium having a clearing point of more than 110°C, a low-temperature storage temperature of below -20°C, and an optical anisotropy of more than 0.35, measured using a 589 nm light source at 25°C, the liquid-crystalline medium comprising: one or more compounds selected from the compounds of general Formula I in an amount of 31-70% of the total weight of the liquid-crystalline medium: one or more compounds selected from the compounds of general Formula II in an amount of 1-40% of the total weight of the liquid-crystalline medium; and one or more compounds selected from the compounds of general Formula III in an amount of 1-40% of the total weight of the liquid-crystalline medium: and in which, R 1, R 2, R 3, R 4, R 5, R 6 and R 7 each independently represents C 1-12 alkane group, or one or more than two nonadjacent -CH 2 - in the alkane group can each be independently replaced by -CH=CH-, -C=C-, -O-, -CO-, -CO-O- or -O-CO-, and one or more -H present in these groups can each be independently substituted by -F or -Cl; and X 1 ~X 5 each independently represents -H, -F or -OCF 3, and at least two of X 1, X 2 and X 3 represents -F. one or more compounds selected from the compounds of general Formula I in an amount of 31-70% of the total weight of the liquid-crystalline medium: one or more compounds selected from the compounds of general Formula II in an amount of 1-40% of the total weight of the liquid-crystalline medium; and one or more compounds selected from the compounds of general Formula III in an amount of 1-40% of the total weight of the liquid-crystalline medium: and in which, R 1, R 2, R 3, R 4, R 5, R 6 and R 7 each independently represents C 1-12 alkane group, or one or more than two nonadjacent -CH 2 - in the alkane group can each be independently replaced by -CH=CH-, -C=C-, -O-, -CO-, -CO-O- or -O-CO-, and one or more -H present in these groups can each be independently substituted by -F or -Cl; and X 1 ~X 5 each independently represents -H, -F or -OCF 3, and at least two of X 1, X 2 and X 3 represents -F.
Carboxylated polyurethane obtained by: a. reacting m moles of a diisocyanate trimer with m moles of a monofunctional polyetheralcohol or monofunctional polyetheramine having weight average molecular weight from 500 to 4,000, to obtain an adduct; b. reacting the above adduct with n moles of one or more diols, the molar ratio m/n being comprised between 1.09 and 2.00, provided that at least one of the diols is a carboxylated diol, the one or more carboxylated diol represents at least 40% in moles of the diols and the non-carboxylated diols are non-ionic and non-ionizable diols, to form an intermediate product; c. reacting the intermediate product with equivalent amounts, based on the isocyanate group content, of a monofunctional polyetheralcohol or monofunctional polyetheramine having weight average molecular weight from 120 to 4,000, or of a C 1 -C 8, linear or branched, alkyl or alkenyl monoalcohol, or of a C 1 -C 8, linear or branched, alkyl or alkenyl primary or secondary monoamine. a. reacting m moles of a diisocyanate trimer with m moles of a monofunctional polyetheralcohol or monofunctional polyetheramine having weight average molecular weight from 500 to 4,000, to obtain an adduct; b. reacting the above adduct with n moles of one or more diols, the molar ratio m/n being comprised between 1.09 and 2.00, provided that at least one of the diols is a carboxylated diol, the one or more carboxylated diol represents at least 40% in moles of the diols and the non-carboxylated diols are non-ionic and non-ionizable diols, to form an intermediate product; c. reacting the intermediate product with equivalent amounts, based on the isocyanate group content, of a monofunctional polyetheralcohol or monofunctional polyetheramine having weight average molecular weight from 120 to 4,000, or of a C 1 -C 8, linear or branched, alkyl or alkenyl monoalcohol, or of a C 1 -C 8, linear or branched, alkyl or alkenyl primary or secondary monoamine.
A method for diagnosing signal status in measurement, drive, or control by a measuring, drive or control means, by connecting a signal generating means for generating an alternating voltage including a pulse voltage to the primary side of a transformer and a device-to-be-driven for performing measurement, drive, or control to the secondary side of the transformer, comprising: putting the device-to-be-driven connected to the secondary side into action by electric power sent via the transformer, measuring change in the current of the primary side caused by electric power consumed for the action of the device-to-be-driven, and diagnosing signal status in the measurement, drive, or control by the device-to-be-driven based on the measurement result of said change in current, characterized in that the primary side current generated by the current consumed depending on operating condition, normal or abnormal, of the device-to-be-driven, or presence or absence of breaking of wire or short-circuit, is converted into a voltage which is fed back to the input voltage signal, whereby whether the device-to-be-driven is operating normally or not and breaking of wire or short-circuit has occurred or not is diagnosed by comparing the input voltage after the feedback and measurement result of the primary side current. putting the device-to-be-driven connected to the secondary side into action by electric power sent via the transformer, measuring change in the current of the primary side caused by electric power consumed for the action of the device-to-be-driven, and diagnosing signal status in the measurement, drive, or control by the device-to-be-driven based on the measurement result of said change in current, characterized in that the primary side current generated by the current consumed depending on operating condition, normal or abnormal, of the device-to-be-driven, or presence or absence of breaking of wire or short-circuit, is converted into a voltage which is fed back to the input voltage signal, whereby whether the device-to-be-driven is operating normally or not and breaking of wire or short-circuit has occurred or not is diagnosed by comparing the input voltage after the feedback and measurement result of the primary side current.
Camera apparatus for recording a surrounding area of an ego vehicle, having an optoelectronic system comprising a high-resolution image recording sensor and a wide-angle lens for recording at least one initial image of the surrounding area, wherein the image recording sensor has a homogeneous resolution, wherein the optoelectronic system is designed to generate a conditioned result image from the at least one recorded initial image, wherein the conditioned result image has, in comparison with the associated initial image, at least one unchanged image detail and a reduced-resolution remaining image region bordering the at least one image detail, wherein the image recording sensor is configured to output exclusively a partial amount of the total number of pixels, wherein the output partial amount corresponds to the generated conditioned result image, and wherein the reduction in resolution of the remaining image region is effected by means of electronic pixel binning and/or pixel skipping on the image recording sensor.
A continuous process for the manufacture of a polyamide, the process comprising the steps of: (i) flowing a stream A comprising a molten dicarboxylic acid, or a molten dicarboxylic acid-rich mixture comprising a dicarboxylic acid and a diamine, through a first stage and at least one more reaction stage of a vertical multistage reactor, wherein the first stage is at the top of the reactor; (ii) counter-currently flowing a stream B comprising a diamine as either a vapour or a diamine-rich liquid through at least one of the stages below the first reaction stage of said vertical multistage reactor; (iii) accumulating a liquid phase material P comprising polyamide below the final stage of said reactor; wherein said reactor is equipped with internal features suitable for effecting contact between counter-currently flowing streams A and B; and wherein said process further comprises the step of agitating said liquid phase material P by injecting a gaseous stream C consisting or consisting essentially of steam, or at least one inert gas, or a mixture of steam and at least one inert gas into the reactor below the final stage of the reactor through the liquid phase material P. (i) flowing a stream A comprising a molten dicarboxylic acid, or a molten dicarboxylic acid-rich mixture comprising a dicarboxylic acid and a diamine, through a first stage and at least one more reaction stage of a vertical multistage reactor, wherein the first stage is at the top of the reactor; (ii) counter-currently flowing a stream B comprising a diamine as either a vapour or a diamine-rich liquid through at least one of the stages below the first reaction stage of said vertical multistage reactor; (iii) accumulating a liquid phase material P comprising polyamide below the final stage of said reactor; wherein said reactor is equipped with internal features suitable for effecting contact between counter-currently flowing streams A and B; and wherein said process further comprises the step of agitating said liquid phase material P by injecting a gaseous stream C consisting or consisting essentially of steam, or at least one inert gas, or a mixture of steam and at least one inert gas into the reactor below the final stage of the reactor through the liquid phase material P.
A cooling device for an agricultural harvesting machine, comprising - a radiator screen which is rotatable about an axis of rotation, - at least one scraper, as well as - at least one counter-comb, wherein the radiator screen is dish-shaped in configuration, so that it has a front surface as well as a continuous circumferential surface which extends at an angle to the front surface, wherein, in the region of its front surface as well as its circumferential surface, the radiator screen is respectively formed, at least in part, by a screen surface through which a volumetric flow of cooling air can flow from an environment into an interior of the radiator screen, wherein the scraper is securely connected to the radiator screen in a manner such that it can rotate with the radiator screen, wherein the scraper has a plurality of prominences which are separated from each other, wherein the counter-comb is disposed in a stationary manner with respect to the radiator screen, so that the radiator screen can be rotated relative to the counter-comb, wherein the counter-comb has a plurality of fingers by means of which the counter-comb and the scraper comb each other during the rotation of the radiator screen, so that the fingers of the counter-comb pass through gaps between adjacent prominences of the scraper which rotates with the radiator screen, characterized in that the scraper is disposed on the front surface and the circumferential surface of the radiator screen, wherein at least one prominence of the scraper is formed by a stump of a cone. - a radiator screen which is rotatable about an axis of rotation, - at least one scraper, as well as - at least one counter-comb, wherein the radiator screen is dish-shaped in configuration, so that it has a front surface as well as a continuous circumferential surface which extends at an angle to the front surface, wherein, in the region of its front surface as well as its circumferential surface, the radiator screen is respectively formed, at least in part, by a screen surface through which a volumetric flow of cooling air can flow from an environment into an interior of the radiator screen, wherein the scraper is securely connected to the radiator screen in a manner such that it can rotate with the radiator screen, wherein the scraper has a plurality of prominences which are separated from each other, wherein the counter-comb is disposed in a stationary manner with respect to the radiator screen, so that the radiator screen can be rotated relative to the counter-comb, wherein the counter-comb has a plurality of fingers by means of which the counter-comb and the scraper comb each other during the rotation of the radiator screen, so that the fingers of the counter-comb pass through gaps between adjacent prominences of the scraper which rotates with the radiator screen, characterized in that the scraper is disposed on the front surface and the circumferential surface of the radiator screen, wherein at least one prominence of the scraper is formed by a stump of a cone.
Distribution cabinet or box of the electrical installation of buildings with a support chassis, which comprises main support rails arranged parallel to the rear cabinet or box wall and parallel to one another a distance apart and at least one device support rail parallel to the rear cabinet or box wall and perpendicular to the main support rails, wherein the device support rail can be connected at its ends respectively via a connecting piece to one of the main support rails, and wherein the connecting piece allows a connection of the device support rail to the main support rail at different distances from the rear cabinet or box wall, is designed to have multiple parts with a main part connectable to the main support rail and an extension piece connectable to the device support rail and the extension piece can be connected in a form-fitting manner to the main part by pushing into an undercut guide parallel to the rear cabinet or box wall, characterised in that the extension piece can be pushed into the undercut guide perpendicular to the main support rail from the outside of the main support rail facing away from the device support rail by using a free space extending externally along the main support rail.
Heating apparatus comprising: - a heat generation unit provided with a fireplace or combustion chamber of the open type, and a heat exchanger installed in association with said fireplace or combustion chamber of the open type, said heat exchanger being connected to at least one channel for the inlet of a flow of air from the outside, and being configured to heat said flow of air by means of heat generated in said fireplace or combustion chamber of the open type; - a plurality of seating elements connected to said heat generation unit; - heating means associated with said seating elements; - a circuit for conveying and distributing air, connected to said heat exchanger in order to receive said heated flow of air, said conveyor circuit developing at least partly through said seating elements in order to convey and distribute said heated flow of air toward said heating means associated with said seating elements, characterized in that said conveyor circuit is provided with at least one ventilation device configured to force the circulation of said flow of air toward said seating elements. - a heat generation unit provided with a fireplace or combustion chamber of the open type, and a heat exchanger installed in association with said fireplace or combustion chamber of the open type, said heat exchanger being connected to at least one channel for the inlet of a flow of air from the outside, and being configured to heat said flow of air by means of heat generated in said fireplace or combustion chamber of the open type; - a plurality of seating elements connected to said heat generation unit; - heating means associated with said seating elements; - a circuit for conveying and distributing air, connected to said heat exchanger in order to receive said heated flow of air, said conveyor circuit developing at least partly through said seating elements in order to convey and distribute said heated flow of air toward said heating means associated with said seating elements,
A three-dimensional scanning method comprising: identifying a region for replacement in a first point cloud of a dental object; patching the region for replacement with a corresponding region from a second point cloud of a dental object; characterised by surfacing the first point cloud, and uniformly sampling the surfaced model to generate a uniformly sampled point cloud, identifying a closest point in the first point cloud to each point in the uniformly sampled point cloud; and flagging the point in the uniformly sampled point cloud for replacement if a distance between the point in the uniformly sampled point cloud and the identified closest point exceeds a threshold distance. identifying a region for replacement in a first point cloud of a dental object; patching the region for replacement with a corresponding region from a second point cloud of a dental object; characterised by surfacing the first point cloud, and uniformly sampling the surfaced model to generate a uniformly sampled point cloud, identifying a closest point in the first point cloud to each point in the uniformly sampled point cloud; and flagging the point in the uniformly sampled point cloud for replacement if a distance between the point in the uniformly sampled point cloud and the identified closest point exceeds a threshold distance.
An apparatus for measuring light reflections of an object, the apparatus comprising: an illumination unit for providing an illumination beam, said illumination beam illuminating an illumination field on the object; an observation unit for providing an observation beam, said observation beam comprising light received from an observation field on said illuminated object; said observation unit comprising at least a first observation field stop adapted to define a ray boundary of said observation beam; the observation unit further comprising an observation light receiver adapted to provide a measuring signal for determining a reflection coefficient from said measuring signal; wherein the apparatus comprises a lens common to the illumination unit and the observation unit; characterized in that said lens is arranged so that said illumination beam and said observation beam form an overlap therein; and that said first observation field stop comprises a wall member extending from the observation light receiver towards said lens; wherein the wall member extends only a part of the distance between the observation light receiver and the lens as to limit said ray boundary of said observation beam while maintaining said overlap of said illumination beam and said observation beam inside the lens. an illumination unit for providing an illumination beam, said illumination beam illuminating an illumination field on the object; an observation unit for providing an observation beam, said observation beam comprising light received from an observation field on said illuminated object; said observation unit comprising at least a first observation field stop adapted to define a ray boundary of said observation beam; the observation unit further comprising an observation light receiver adapted to provide a measuring signal for determining a reflection coefficient from said measuring signal; wherein the apparatus comprises a lens common to the illumination unit and the observation unit; characterized in that said lens is arranged so that said illumination beam and said observation beam form an overlap therein; and that said first observation field stop comprises a wall member extending from the observation light receiver towards said lens; wherein the wall member extends only a part of the distance between the observation light receiver and the lens as to limit said ray boundary of said observation beam while maintaining said overlap of said illumination beam and said observation beam inside the lens.