mhurhangee/ep-ind-claims huggingface dataset:
Process for the production of rusk slices comprising the steps of: a) providing a dough comprising at least a cereal meal, water and a leavening agent; b) oven-baking said dough, thereby obtaining a loaf of bread; c) cutting crosswise said loaf of bread into individual slices of bread having a preset thickness, a perimetral crust and two flat opposite sides; d) arranging said slices of bread so that at least one side faces an engraving module which has a heatable embossed surface; e) bringing the heatable embossed surface of the engraving module into contact with said at least one side of the slices of bread facing the engraving module for a time of between 0.5 and 3 seconds, so as to impress on said side a negative engraving having a profile complementing that of said heatable embossed surface of the engraving module, said heatable embossed surface having a temperature of between 190°C and 260°C; f) toasting said slices of bread thus engraved, thereby obtaining rusk slices having at least one engraved side and a moisture content of between 2% and 7% by weight of their total weight. a) providing a dough comprising at least a cereal meal, water and a leavening agent; b) oven-baking said dough, thereby obtaining a loaf of bread; c) cutting crosswise said loaf of bread into individual slices of bread having a preset thickness, a perimetral crust and two flat opposite sides; d) arranging said slices of bread so that at least one side faces an engraving module which has a heatable embossed surface; e) bringing the heatable embossed surface of the engraving module into contact with said at least one side of the slices of bread facing the engraving module for a time of between 0.5 and 3 seconds, so as to impress on said side a negative engraving having a profile complementing that of said heatable embossed surface of the engraving module, said heatable embossed surface having a temperature of between 190°C and 260°C; f) toasting said slices of bread thus engraved, thereby obtaining rusk slices having at least one engraved side and a moisture content of between 2% and 7% by weight of their total weight.
A method comprising: receiving at a user equipment a list of prepared candidate cells from a source cell, the prepared candidate cells being candidate cells from among which the user equipment can select a target cell for a user equipment autonomous handover from the source cell; and transmitting the list of prepared candidate cells from the user equipment to a target cell after or during handover from the source cell to the target cell. receiving at a user equipment a list of prepared candidate cells from a source cell, the prepared candidate cells being candidate cells from among which the user equipment can select a target cell for a user equipment autonomous handover from the source cell; and transmitting the list of prepared candidate cells from the user equipment to a target cell after or during handover from the source cell to the target cell.
A rare earth metal recovery apparatus for recovering a rare earth metal from a rare earth magnet comprising: a first reaction vessel for extracting a rare earth metal from a magnet having the rare earth metal by using molten magnesium, a first vessel for accommodating the first reaction vessel, a first separation unit for separating the magnet from which the rare earth metal has been extracted and liquid magnesium having the rare earth metal dissolved therein, a second reaction vessel for extracting a rare earth metal from a magnet having the rare earth metal by using molten magnesium, a second vessel for accommodating the second reaction vessel, a second separation unit for separating the magnet from which the rare earth element has been extracted and liquid magnesium having the rare earth elements dissolved therein, and a rare earth element recovery unit for recovering the rare earth metal from the liquid magnesium containing the separated rare earth metal in the first reaction vessel or the second reaction vessel, in which the evaporated magnesium is transferred to another vessel different from the vessel that accommodates the first reaction vessel or the second reaction vessel which contains the liquid magnesium containing the separated rare earth metals, and condensed, liquefied, or solidified in the different vessel, thereby recovering the evaporated magnesium. a first reaction vessel for extracting a rare earth metal from a magnet having the rare earth metal by using molten magnesium, a first vessel for accommodating the first reaction vessel, a first separation unit for separating the magnet from which the rare earth metal has been extracted and liquid magnesium having the rare earth metal dissolved therein, a second reaction vessel for extracting a rare earth metal from a magnet having the rare earth metal by using molten magnesium, a second vessel for accommodating the second reaction vessel, a second separation unit for separating the magnet from which the rare earth element has been extracted and liquid magnesium having the rare earth elements dissolved therein, and a rare earth element recovery unit for recovering the rare earth metal from the liquid magnesium containing the separated rare earth metal in the first reaction vessel or the second reaction vessel, in which the evaporated magnesium is transferred to another vessel different from the vessel that accommodates the first reaction vessel or the second reaction vessel which contains the liquid magnesium containing the separated rare earth metals, and condensed, liquefied, or solidified in the different vessel, thereby recovering the evaporated magnesium.
A method for receiving data in a first wireless network and transmitting data in at least a second wireless network, the method comprising: receiving, by a receiver of a wireless communication device, a channel of a first wireless network when a transmitter of the wireless communication device is transmitting to a second wireless network; determining a first condition for the received channel of the first wireless network when the transmitter for the second wireless network is transmitting (210, 310); determining a second condition for the received channel when the transmitter for the second wireless network is not transmitting (212, 312); determining a difference between the first condition and the second condition (214, 314); and in response to determining that the difference between the first condition and the second condition exceeds a predetermined threshold, modifying transmission characteristics for the transmitter for the second wireless network (216, 316), wherein determining the first condition for the received channel of the first wireless network further comprises determining the first condition when the transmitter for the second wireless network and a transmitter for the first wireless network are both transmitting. receiving, by a receiver of a wireless communication device, a channel of a first wireless network when a transmitter of the wireless communication device is transmitting to a second wireless network; determining a first condition for the received channel of the first wireless network when the transmitter for the second wireless network is transmitting (210, 310); determining a second condition for the received channel when the transmitter for the second wireless network is not transmitting (212, 312); determining a difference between the first condition and the second condition (214, 314); and in response to determining that the difference between the first condition and the second condition exceeds a predetermined threshold, modifying transmission characteristics for the transmitter for the second wireless network (216, 316), wherein determining the first condition for the received channel of the first wireless network further comprises determining the first condition when the transmitter for the second wireless network and a transmitter for the first wireless network are both transmitting.
Device for the production of ice cream, comprising - an immersion bath which has an interior which is filled with a cryogenic liquid medium, - at least one case which can be moved into the interior of the immersion bath and has moulds arranged therein for receiving ice cream mass, - a filling apparatus for filling the moulds with the ice cream mass, - a stick-placement apparatus for placing sticks, characterised in that the moulds consist of two hinged halves (13.1, 13.2) which act as shaping cavity to give the ice cream the corresponding geometric shape, the two halves (13.1, 13.2) comprising a filling funnel and three-dimensional shaping profiles for the ice cream, in order to create the geometric appearance, and being held together in the closed state by a locking mechanism. - an immersion bath which has an interior which is filled with a cryogenic liquid medium, - at least one case which can be moved into the interior of the immersion bath and has moulds arranged therein for receiving ice cream mass, - a filling apparatus for filling the moulds with the ice cream mass, - a stick-placement apparatus for placing sticks,
An apparatus comprising: a sensor system configured to collect, from air on an exterior of an aircraft, drops of water and generate a number of images of the drops of water collected; and an icing condition detector configured to detect a presence of a number of types of icing conditions for the aircraft 100 using the number of images from the sensor system. a sensor system configured to collect, from air on an exterior of an aircraft, drops of water and generate a number of images of the drops of water collected; and an icing condition detector configured to detect a presence of a number of types of icing conditions for the aircraft 100 using the number of images from the sensor system.
Tubular shell heat exchanger, comprising a shell with a set of connecting tubes which are mounted parallel to the axis between two tube plates (2, 3), wherein the heating medium inlet is located on the top of the shell and the heating medium outlet is arranged at the bottom and on the inlet tube plate side is an inlet tube for the heated medium and an outlet tube is arranged on the side of the outlet tube plate, whereas the tubes are provided with deflectors, which are fixed at regular mutual intervals and perpendicular to these tubes, whereas deflectors consist of a horizontal fastening strip and an inclined wing, which is arranged obliquely at an angle α = 120 to 140° to the fastening strip in its horizontal position, wherein deflectors are in rows next to each other, at a distance within one horizontal row of tubes, all of which are inclined in the same direction within such a formation and deflectors on tubes in a lower adjacent row are again arranged at a distance,wherein below this offset row the arrangement and inclination of deflectors are again the same as in the row above it, characterized in that deflectors on tubes in a lower adjacent row are inclined in the opposite direction to those above them, and they are offset by half of the distance, whereas deflectors are fixed to the tubes by means of fixing sleeves, wherein inlet is divided into branches which entry into the shell is in the position above deflectors arranged on the tube which is closest to the branches and deflectors in the place below each entry of the branch form either an assembly of two deflectors oriented to one side, or there is only one deflector oriented to the opposite side and the height of deflectors is less than the distance (h) of the surfaces of two tubes arranged above each other.
A method for coating a substrate, the method comprising: impacting a substrate with a plurality of particles such that the particles adhere to the substrate, the particles comprising a polyphenyl polymer; bonding the particles to the substrate to form an overlayer; and crosslinking the particles in the overlayer to coat the substrate with a crosslinked polymer coating, wherein the polyphenyl polymer comprises, in the backbone of the polymer, a phenyl group, substituted phenyl group, or phenyl group and a heteroatom, characterized in that: the particles further comprise a crosslinker, the crosslinker comprising sulfur, a peroxy compound, a metal peroxide, or a metal oxide, wherein the metal oxide comprises one or more of the following: zinc oxide; magnesium oxide; or titanium dioxide. impacting a substrate with a plurality of particles such that the particles adhere to the substrate, the particles comprising a polyphenyl polymer; bonding the particles to the substrate to form an overlayer; and crosslinking the particles in the overlayer to coat the substrate with a crosslinked polymer coating, wherein the polyphenyl polymer comprises, in the backbone of the polymer, a phenyl group, substituted phenyl group, or phenyl group and a heteroatom, characterized in that: the particles further comprise a crosslinker, the crosslinker comprising sulfur, a peroxy compound, a metal peroxide, or a metal oxide, wherein the metal oxide comprises one or more of the following: zinc oxide; magnesium oxide; or titanium dioxide. the particles further comprise a crosslinker, the crosslinker comprising sulfur, a peroxy compound, a metal peroxide, or a metal oxide, wherein the metal oxide comprises one or more of the following: zinc oxide; magnesium oxide; or titanium dioxide.
An engine controlling apparatus for a motorcycle which includes accelerator opening detection means for detecting an opening value of an accelerator grip, and a reduction control section for deciding, if a brake operation is detected when it is decided from the opening value detected by said accelerator opening detection means that said accelerator grip is in an open state, whether it is necessary to reduce the output power of an engine and carrying out output power reduction control of said engine, characterized in that said engine controlling apparatus for a motorcycle further includes brake operation detection means for detecting a brake operation for a front wheel, and vehicle speed detection means for detecting a speed value of the motorcycle, and said reduction control section decides, when said brake operation detection means detects a brake operation for the front wheel and it is decided from the speed value detected by said vehicle speed detection means that the motorcycle is not being decelerated, that there is the necessity to reduce the output power of the engine and carries out the output power reduction control of the engine. accelerator opening detection means for detecting an opening value of an accelerator grip, and a reduction control section for deciding, if a brake operation is detected when it is decided from the opening value detected by said accelerator opening detection means that said accelerator grip is in an open state, whether it is necessary to reduce the output power of an engine and carrying out output power reduction control of said engine, characterized in that said engine controlling apparatus for a motorcycle further includes brake operation detection means for detecting a brake operation for a front wheel, and vehicle speed detection means for detecting a speed value of the motorcycle, and said reduction control section decides, when said brake operation detection means detects a brake operation for the front wheel and it is decided from the speed value detected by said vehicle speed detection means that the motorcycle is not being decelerated, that there is the necessity to reduce the output power of the engine and carries out the output power reduction control of the engine.
Dome cover for closing an opening of a container and container with an opening, in particular on a vehicle, wherein the dome cover comprises: an upper part of the dome cover; a swivel joint attached to the container or to the edge of the opening of the container for swiveling the upper part of the dome cover horizontally to the container surface, and a swivel mechanism for folding the upper part of the dome cover into a vertical state relative to the container surface, wherein the upper part of the dome cover comprises an outer dome cover edge region, wherein a seal is arranged in this dome cover edge region on the underside of the upper part of the dome cover in order to seal the opening in the closed state in cooperation with an edge or nozzle of the opening, wherein the dome cover comprises a swivel arm connected to the swivel joint and the upper part of the dome cover, wherein the swivel arm is connected to the upper part of the dome cover by the swivel mechanism characterized in that an angular contact ball bearing, in particular a double-row angular contact ball bearing, is formed in the swivel joint, and in that the swivel mechanism is formed vertically adjustable so that it can be readjusted when the seal is worn, and the swivel mechanism has an end stop which prevents the upper part of the dome cover from being deflected too far. wherein the dome cover comprises: an upper part of the dome cover; a swivel joint attached to the container or to the edge of the opening of the container for swiveling the upper part of the dome cover horizontally to the container surface, and a swivel mechanism for folding the upper part of the dome cover into a vertical state relative to the container surface, an upper part of the dome cover; a swivel joint attached to the container or to the edge of the opening of the container for swiveling the upper part of the dome cover horizontally to the container surface, and a swivel mechanism for folding the upper part of the dome cover into a vertical state relative to the container surface, wherein the upper part of the dome cover comprises an outer dome cover edge region, wherein a seal is arranged in this dome cover edge region on the underside of the upper part of the dome cover in order to seal the opening in the closed state in cooperation with an edge or nozzle of the opening, wherein the dome cover comprises a swivel arm connected to the swivel joint and the upper part of the dome cover, wherein the swivel arm is connected to the upper part of the dome cover by the swivel mechanism characterized in that an angular contact ball bearing, in particular a double-row angular contact ball bearing, is formed in the swivel joint, and in that the swivel mechanism is formed vertically adjustable so that it can be readjusted when the seal is worn, and the swivel mechanism has an end stop which prevents the upper part of the dome cover from being deflected too far.
A measuring device comprising: a tablet measuring part that comprises a plurality of housing parts that are each configured to house one tablet; a measuring-number selecting part that enables to select a measuring number of tablets by selecting the number of housing parts available for housing tablets out of the plurality of the housing parts; and a measuring-number fixing part that locks the measuring-number selecting part to prevent the measuring number selected by the measuring-number selecting part from being changed, wherein the measuring-number fixing part has an annular shape, the tablet measuring part comprises a measurement body part in which the plurality of the housing parts are provided, and the measurement body part comprises a substantially cylindrical sidewall part and a top face wall part in which the plurality of the housing parts are provided. a tablet measuring part that comprises a plurality of housing parts that are each configured to house one tablet; a measuring-number selecting part that enables to select a measuring number of tablets by selecting the number of housing parts available for housing tablets out of the plurality of the housing parts; and a measuring-number fixing part that locks the measuring-number selecting part to prevent the measuring number selected by the measuring-number selecting part from being changed, wherein the measuring-number fixing part has an annular shape, the tablet measuring part comprises a measurement body part in which the plurality of the housing parts are provided, and the measurement body part comprises a substantially cylindrical sidewall part and a top face wall part in which the plurality of the housing parts are provided.
Device for monitoring a detection field which is generated by a sensor unit (12, 12A) with at least one first sensor element, the sensor unit (12, 12A) being arranged via a mounting such that it can be pivoted about at least one axis, the sensor unit (12, 12A) having at least one second sensor element (14, 14A), an evaluation and control unit determining and evaluating a current angle of inclination of the at least one first sensor element from an output signal from the at least one second sensor element (14, 14A), characterized in that the at least one second sensor element has a measured value transmitter (14.1) and a measured value receiver (14.2), wherein the output signal indicates a position of the measured value receiver (14.2) relative to the measured value transmitter (14.1), from which the angle of inclination of the at least one first sensor element can be determined, wherein either the measured value transmitter (14.1) or the measured value receiver (14.2) is moved with the at least one first sensor element.
An opening/closing operation device for a vehicle open/close door in which: a handle for opening and closing an open/close door by turning manipulation and a lever for transmitting an unlock operation force to a latch mechanism are turnably supported by the open/close door, the latch mechanism provided in the open/close door in a way that makes the latch mechanism capable of maintaining a close lock state of the open/close door; and one end portion of the lever is brought into contact with a contact surface formed in the handle at a position offset from a rotary fulcrum of the handle in a way that makes the lever performs turning operation in response to a turning manipulation of the handle, wherein the contact surface includes an initial-stage contact portion which is formed in an inclined manner or curvedly such that the initial-stage contact portion is situated more forward in the movement direction of the contact surface, in which the contact surface moves in response to the turn of the handle, as the initial-stage contact portion comes closer to the rotary fulcrum of the lever in the direction along the plane orthogonal to the movement direction, and intersects the plane, the initial-stage contact portion being configured to come into contact with the one end portion of the lever at the initial stage of the manipulation of the handle toward an opening side of the open/close door, the opening/closing device is characterized in that the contact surface further includes a latter-stage contact portion which is formed so as to be along the plane, and which is continuous with the initial-stage contact portion such that the latter-stage contact portion comes into contact with the one end portion of the lever at a latter stage of the manipulation of the handle.