mhurhangee/ep-ind-claims huggingface dataset:
Modular production device for integral fibre semi-finished products made of continuous fibres for producing continuous fibre composite components having a hollow body structure, wherein the modular production device comprises - at least one movably guided fibre guide tube, - at least one base element (2, 2'), - a plurality of hollow bodies, which can be secured to an inner wall of the base element (2, 2') in a row while being spaced by a gap, wherein each hollow body has at least one foot on at least one side, the gap having a width which provides a passage for the fibre guide tube, and - a plurality of interstice bodies, wherein a interstice body can be installed into position in the gap while matching a gap shape, and wherein the base element (2, 2') has on the inner wall at the end face of the row of hollow bodies provided a reversing element each for deflecting the continuous fibres. - at least one movably guided fibre guide tube, - at least one base element (2, 2'), - a plurality of hollow bodies, which can be secured to an inner wall of the base element (2, 2') in a row while being spaced by a gap, wherein each hollow body has at least one foot on at least one side, the gap having a width which provides a passage for the fibre guide tube, and - a plurality of interstice bodies, wherein a interstice body can be installed into position in the gap while matching a gap shape, and
An electromagnetic clutch assembly comprising: a first clutch plate configured to rotate about a clutch axis; and a second clutch plate configured to rotate about the clutch axis, the second clutch plate comprising: a first surface facing the first clutch plate; and a second surface facing away from the first clutch plate, wherein the second clutch plate defines an aperture extending from the first surface to the second surface, a synchronizer, wherein at least a portion of the synchronizer is configured to extend from the second surface of the second clutch plate through the aperture, wherein, in the absence of a magnetic field, the first clutch plate and the first surface of the second clutch plate define an air gap and the portion of the synchronizer extends through the aperture into the air gap, wherein, in response to a first magnetic field, a surface of the synchronizer is configured to contact the first clutch plate, and wherein, in response to a second magnetic field, the synchronizer is configured to translate in the aperture toward the second surface of the second clutch plate and the first clutch plate and the first surface of the second clutch plate are configured to close the air gap. a first clutch plate configured to rotate about a clutch axis; and a second clutch plate configured to rotate about the clutch axis, the second clutch plate comprising: a first surface facing the first clutch plate; and a second surface facing away from the first clutch plate, wherein the second clutch plate defines an aperture extending from the first surface to the second surface, a first surface facing the first clutch plate; and a second surface facing away from the first clutch plate, wherein the second clutch plate defines an aperture extending from the first surface to the second surface, a synchronizer, wherein at least a portion of the synchronizer is configured to extend from the second surface of the second clutch plate through the aperture, wherein, in the absence of a magnetic field, the first clutch plate and the first surface of the second clutch plate define an air gap and the portion of the synchronizer extends through the aperture into the air gap, wherein, in response to a first magnetic field, a surface of the synchronizer is configured to contact the first clutch plate, and wherein, in response to a second magnetic field, the synchronizer is configured to translate in the aperture toward the second surface of the second clutch plate and the first clutch plate and the first surface of the second clutch plate are configured to close the air gap.
Method for heating a process gas in a top or bottom fired reformer comprising two outer lanes of reformer tubes and one or more inner lanes of reformer tubes (11,12), the method comprising flowing process gas through the reformer tubes of the inner and outer lanes, wherein each lane has a lane flow rate, which is defined as the total amount of process gas that flows through the reformer tubes of said lane per unit time, wherein the lane flow rate of at least one outer lane is different from the lane flow rate of at least one inner lane (11,12) by having set the lane flow rate of said outer tube lane upstream of the reformer tube inlets in a gas header providing said at least one outer lane with process gas, or upstream thereof.
A computer-implemented medical method of determining a compensation for gravity-related displacements of a medical carrier structure having at least one adjustable and selectively fixable joint which respectively connects two sections (6, 7, 14) of the carrier structure, the method comprising the following step: - target position data is acquired which describes a target position for a predefined section of the carrier structure, the method characterised by the following steps: - rest position data is acquired which describes a rest position into which the predefined section of the carrier structure is displaced by gravity after being positioned at the target position with the at least one selectively fixable joint being fixed and the predefined section of the carrier structure being free of any actuator effects or support from an operator; - deviation data is determined based on the target position data and the rest position data, which describes a spatial deviation between the target position and the rest position; - prepositioning data is determined based on the deviation data, which describes an offset position at which the predefined section of the carrier structure needs to be positioned in order for it to be displaced by gravity into the target position. - target position data is acquired which describes a target position for a predefined section of the carrier structure, the method characterised by the following steps: - rest position data is acquired which describes a rest position into which the predefined section of the carrier structure is displaced by gravity after being positioned at the target position with the at least one selectively fixable joint being fixed and the predefined section of the carrier structure being free of any actuator effects or support from an operator; - deviation data is determined based on the target position data and the rest position data, which describes a spatial deviation between the target position and the rest position; - prepositioning data is determined based on the deviation data, which describes an offset position at which the predefined section of the carrier structure needs to be positioned in order for it to be displaced by gravity into the target position. - rest position data is acquired which describes a rest position into which the predefined section of the carrier structure is displaced by gravity after being positioned at the target position with the at least one selectively fixable joint being fixed and the predefined section of the carrier structure being free of any actuator effects or support from an operator; - deviation data is determined based on the target position data and the rest position data, which describes a spatial deviation between the target position and the rest position; - prepositioning data is determined based on the deviation data, which describes an offset position at which the predefined section of the carrier structure needs to be positioned in order for it to be displaced by gravity into the target position.
A protective circuit, comprising: - a terminal, - a reference potential terminal, - a protective structure which is arranged between the terminal and the reference potential terminal and configured to be electrically conductive in the event of an electrostatic discharge, and - a voltage supply circuitry implemented as a charge pump which has its input side connected to the terminal and has its output side connected to a control input of the protective structure, said voltage supply circuitry being configured such that in the event of an RF interference it supplies the control input with a control signal of such a high voltage value that the protective structure is prevented from being electrically conductive, the charge pump being supplied with a supply voltage and a terminal signal that is applied on the terminal and selectively converting the terminal signal or the supply voltage into the control signal depending on which one of the two signals or voltages has a higher voltage value. - a terminal, - a reference potential terminal, - a protective structure which is arranged between the terminal and the reference potential terminal and configured to be electrically conductive in the event of an electrostatic discharge, and - a voltage supply circuitry implemented as a charge pump which has its input side connected to the terminal and has its output side connected to a control input of the protective structure, said voltage supply circuitry being configured such that in the event of an RF interference it supplies the control input with a control signal of such a high voltage value that the protective structure is prevented from being electrically conductive,
Device for attaching equipment to a chassis of a feeder, the said device comprising at least one bracket comprising a housing of a shape that complements the said chassis, and securing means which are connected to each of the ends of the said bracket, the said at least one bracket and the said securing means (33, 35) being intended to clamp the said chassis, characterized in that the said bracket comprises two bracket portions (28, 29) each comprising a distal end between them delimiting the said housing of the said bracket, the said bracket portions (28, 29) being able to move relative to one another between at least an unclamped position in which the said distil ends are distant and at least a clamped position in which the said distal ends are closer together, so as to adapt the size of the said housing to that of the said chassis.
A shaft assembly for a turbine engine, the shaft assembly defining an axial direction and a radial direction, the shaft assembly comprising: a coupling shaft defining a plurality of coupling shaft teeth extended in the axial direction; wherein each coupling shaft tooth is in circumferential arrangement along the coupling shaft; the coupling shaft comprises a first material; the plurality of coupling shaft teeth comprise a second material different from the first material; and the plurality of coupling shaft teeth each define a cavity and an outlet. a coupling shaft defining a plurality of coupling shaft teeth extended in the axial direction; wherein each coupling shaft tooth is in circumferential arrangement along the coupling shaft; the coupling shaft comprises a first material; the plurality of coupling shaft teeth comprise a second material different from the first material; and the plurality of coupling shaft teeth each define a cavity and an outlet.
A system for treating sub-dermal targets by cooling, said system comprising a probe (16; 26, 28, 42; 54, 110), said probe comprising a handpiece (16; 42; 110), at least one needle (26;54) having a closed distal end, and an applicator (28, 62) proximal to the at least one needle (26;54) and adjacent to the distal end of the handpiece (16; 42, 110), wherein the at least one needle (26; 54) extends distally from the handpiece (16; 42, 110) and is configured to be inserted into a sub-dermal target tissue through a skin surface, wherein the at least one needle (26, 54) is configured to receive cooling fluid from a cooling fluid path of the handpiece (16; 42, 110) and to provide cooling so as to remodel the target tissue, wherein the applicator (28, 62) is configured to engage tissue along the skin surface when the at least one needle (26, 54) is inserted therethrough, and wherein the applicator (28, 62) is configured to heat the skin surface so as to inhibit injury when the at least one needle (26, 54) cools the target tissue.
A stacking safety device for connecting several stackable transport carts, wherein the stacking safety device at least at an axial end forms a sleeve body (17; 17a; 17b), whose clear internal width lies at least at 40 millimeters, and which internally has at least one safety attachment that protrudes into its interior space, which stops an overflowing movement onto a body that can penetrate into the interior space, and wherein the sleeve body (17; 17a; 17b) forms a square profile in cross section, and at one axially outwardly facing end has at least one recess lying in its corner area.
An electronic device at a user equipment side, comprising: one or more processing circuits (110, 111, 112, 113) configured to perform operations of: determining positioning measurement auxiliary data for the user equipment, the auxiliary data comprising configuration information of an enhanced discovery reference signal eDRS transmitted by at least one sleeping small cell base station; performing positioning measurement on the eDRS transmitted by the at least one sleeping small cell base station based on the auxiliary data; and generating positioning information based on a result of positioning measurement performed on the eDRS transmitted by the at least one sleeping small cell base station to perform positioning on the user equipment, wherein the eDRS has a greater transmission power than a discovery reference signal DRS. one or more processing circuits (110, 111, 112, 113) configured to perform operations of: determining positioning measurement auxiliary data for the user equipment, the auxiliary data comprising configuration information of an enhanced discovery reference signal eDRS transmitted by at least one sleeping small cell base station; performing positioning measurement on the eDRS transmitted by the at least one sleeping small cell base station based on the auxiliary data; and generating positioning information based on a result of positioning measurement performed on the eDRS transmitted by the at least one sleeping small cell base station to perform positioning on the user equipment, determining positioning measurement auxiliary data for the user equipment, the auxiliary data comprising configuration information of an enhanced discovery reference signal eDRS transmitted by at least one sleeping small cell base station; performing positioning measurement on the eDRS transmitted by the at least one sleeping small cell base station based on the auxiliary data; and generating positioning information based on a result of positioning measurement performed on the eDRS transmitted by the at least one sleeping small cell base station to perform positioning on the user equipment, wherein the eDRS has a greater transmission power than a discovery reference signal DRS.
A view door of a heating device for combusting an energy source, in particular biomass, comprising a carrier element, against whose front side facing the user at least one view window abuts, wherein overlapping zones between the view window and the carrier element are adhesively bonded with each other by an intermediate material, wherein the intermediate material offsets temperature-induced relative displacements between the view window and carrier element owing to different thermal expansion coefficients, and wherein a window safeguarding device is formed, which exhibits at least one mechanical coupling element between the carrier element and view window, and whose coupling element extends like a bridge between the carrier element and view window, characterized in that the coupling element is arranged on the rear side of the view window and carrier element, wherein the coupling element is rigidly secured to the view window, and in the other end section positively engages the carrier element from behind, and is joined with the latter so as to move relative thereto, and that the rigid connection between the coupling element and view window takes the form of an adhesive bond, wherein this adhesive bond, by comparison to the adhesive, elastic intermediate material in the overlapping zone between the view window and carrier element, is designed with an inflexible, more rigid, adhesive with a higher fatigue strength or longer adhesive stability..
Method for connecting a first part composed of a material that is difficult to solder, in particular a ceramic, a glass ceramic or a glass, with a second part, wherein the following steps are performed: a) wetting of a first surface of the first part, to be connected with the second part, with a first solder, and connecting the first solder with the first surface of the first part by introducing heat and ultrasound energy; b) wetting of a second surface of the second part, to be connected with the first part, with a second solder; d) producing a connection of the first surface of the first part, wetted with the first solder, and of the second surface of the second part, wetted with the second solder, by bringing the first and the second surface (11, 21) into contact with one another to form a unit; e) performing a temperature step in which the unit is exposed to a temperature within a predetermined temperature range, which has a lower temperature limit and an upper temperature limit, wherein the upper temperature limit is less than 800°C. characterized in that the method comprises as step c): machining of the surface of the first solder, to be connected with the second solder, for removal of an oxide layer produced in step a); in step d), for producing the connection, the first surface of the first part and the second surface of the second part (10, 20) are oriented plane-parallel to one another before the first and the second surface (11, 21) are pressed against one another with a force in a predetermined force range; and a ductile material is introduced between the first and the second surface (11, 21) as a spacer, by means of which a predetermined distance between the first and the second surface is produced after solidification of the first and the second solder. a) wetting of a first surface of the first part, to be connected with the second part, with a first solder, and connecting the first solder with the first surface of the first part by introducing heat and ultrasound energy; b) wetting of a second surface of the second part, to be connected with the first part, with a second solder; d) producing a connection of the first surface of the first part, wetted with the first solder, and of the second surface of the second part, wetted with the second solder, by bringing the first and the second surface (11, 21) into contact with one another to form a unit; e) performing a temperature step in which the unit is exposed to a temperature within a predetermined temperature range, which has a lower temperature limit and an upper temperature limit, wherein the upper temperature limit is less than 800°C.
A method for identifying a consecutive row of video data files in a MDDI data packet stream, the method comprising the steps of: setting bit 5 of a pixel data attribute field of a video stream packet to a 1 level to identify a content of the pixel data field as a next consecutive row of a video window; and ignoring undefined parameters in the video stream packet. setting bit 5 of a pixel data attribute field of a video stream packet to a 1 level to identify a content of the pixel data field as a next consecutive row of a video window; and ignoring undefined parameters in the video stream packet.
A machine for pre-treatment of selected shrimp types, the machine comprising a conveyor belt, two or more mounted rotating brushes and two or more plates, wherein across the conveyor belt where the shrimps are to be positioned and at a height above the conveyor belt, it comprises the two or more mounted rotating brushes that are driven by a motor and across the conveyor belt where the shrimps are to be positioned and at a height above the conveyor belt, it comprises the two or more plates, the plates being positioned following the two or more mounted rotating brushes according to the direction at which the conveyer belt is driven/running.
A model material composition for shaping a model material by a material jetting optical shaping method, comprising a polymerizable compound, a photopolymerization initiator and a siloxane compound having one polymerizable group per molecule, the siloxane compound having a number average molecular weight of 300 to 10,000, measured by gel permeation chromatography, characterized in that the model material composition comprises the siloxane compound in an amount of 0.005 to 5% by mass, with respect to a total mass of the model material composition.
A process comprising the steps consisting in: - performing a hydrotreatment or a hydrocracking operated at a pressure of 20 to 120 bar and at a temperature between 250 and 500°C, preferably between 350 and 400°C, on a hydrocarbon feedstock comprising or consisting of: - a petroleum-derived feedstock, - a biologically-derived feedstock comprising or formed by vegetable oils and/or animal fats, at least 5% by weight, preferably at least 20% by weight or even at least 50% by weight of the fatty acids of which have a chain length less than or equal to 14 carbon atoms relative to the total weight of the triglycerides; and - performing a fractionation so as to recover a kerosene fraction, said fraction preferably having a boiling point below 300°C and even more preferably a boiling point below 240°C, in which the petroleum-derived feedstock is injected into a first catalytic zone of the hydrotreatment or hydrocracking unit and the biologically-derived feedstock is injected into a second catalytic zone of the hydrotreatment or hydrocracking unit, this zone being located downstream of the first catalytic zone.. - performing a hydrotreatment or a hydrocracking operated at a pressure of 20 to 120 bar and at a temperature between 250 and 500°C, preferably between 350 and 400°C, on a hydrocarbon feedstock comprising or consisting of: - a petroleum-derived feedstock, - a biologically-derived feedstock comprising or formed by vegetable oils and/or animal fats, at least 5% by weight, preferably at least 20% by weight or even at least 50% by weight of the fatty acids of which have a chain length less than or equal to 14 carbon atoms relative to the total weight of the triglycerides; and - a petroleum-derived feedstock, - a biologically-derived feedstock comprising or formed by vegetable oils and/or animal fats, at least 5% by weight, preferably at least 20% by weight or even at least 50% by weight of the fatty acids of which have a chain length less than or equal to 14 carbon atoms relative to the total weight of the triglycerides; and - performing a fractionation so as to recover a kerosene fraction, said fraction preferably having a boiling point below 300°C and even more preferably a boiling point below 240°C,