mhurhangee/ep-ind-claims huggingface dataset:
A dental milling machine comprising a closed milling space, which has an inlet opening and an outlet, which are substantially opposite each other in relation to the milling space and generating an air flow, which sweeps across a machining area, where a milling tool carries out a milling operation on a milling workpiece, one side of the milling space, especially the front side, having an openable door, and the bottom wall of the milling space being designed to extend at least partially obliquely, and wherein the outlet is located diametrally opposite to the supply-air opening, which is provided on a top side of the closed milling space, characterized in that the bottom wall of the milling space is designed in the manner of a fillet which extends transversely through the milling space, and the milling space has a U-shaped or V-shaped configuration in the region of the bottom wall, as viewed in lateral vertical view, wherein the bottom wall of the milling space is inclined such that it inclines towards the outlet, wherein the outlet is connected to the lowermost region of the bottom wall and the lowermost point of the bottom wall opens to a suction connection.
A magnetic lock comprising a first latch (36, 53) and a second latch (38, 55) which are provided in the magnetic lock and can move back and forth between a locked position and an unlocked position so that, when in the locked position, the first latch (36, 53) and the second latch (38, 55) at least partially close a receiving hole for a locking element, characterized in that the first latch (36, 53) has a first permanent magnet and the second latch (38, 55) has a second permanent magnet, wherein the first permanent magnet and the second permanent magnet exert a force on each other which pulls the first latch (36, 53) and the second latch (38, 55) into the locked position.
Process for making polymeric compounds for mixtures aimed to produce technical rubber items, wherein said polymeric compounds are obtained starting from secondary raw materials chosen from the group comprising PFU, namely out of use tires, EPDM, and butyl rubbers, said process comprising the following steps: - shredding the secondary raw materials with granulometry included between 2.5 and 7 mm, without including crumb; - extruding with the following parameters: extruder head temperature included between 60 and 100 °C, vacuum equal to 700 mbar, number of screw revolutions included between 190 and 300, torque included between 120 and 890 Nm and extruder pressure included between 6 and 7 mbar, wherein the extruder pressure is obtained by using as extruder a co-rotating twin screw, said extruder being composed of a number of rectilinear sections from 16 to 24, each one of said sections being approximately 30 cm long, said co-rotating twin screw being from about 480 cm to about 720 cm long. - shredding the secondary raw materials with granulometry included between 2.5 and 7 mm, without including crumb; - extruding with the following parameters: extruder head temperature included between 60 and 100 °C, vacuum equal to 700 mbar, number of screw revolutions included between 190 and 300, torque included between 120 and 890 Nm and extruder pressure included between 6 and 7 mbar, wherein the extruder pressure is obtained by using as extruder a co-rotating twin screw, said extruder being composed of a number of rectilinear sections from 16 to 24, each one of said sections being approximately 30 cm long, said co-rotating twin screw being from about 480 cm to about 720 cm long.
Extractor hood with a fan device which comprises a fan housing and at least one sensor unit with at least one sensor and at least one circuit board, characterised in that the circuit board of the sensor unit is held on the outside of the fan housing, the sensor is provided on the circuit board and extends at least partially through the wall of the fan housing, the fan device has at least one cover which is detachably fastened to the outside of the fan housing and via which at least the circuit board of the sensor unit is kept biased towards the outside of the fan housing, in that a pressure force is applied to at least one part of the top of the circuit board and wherein the cover has at least one spring element for exerting the pressure force onto the circuit board of the sensor unit.
An insulating strip for a composite profile for window, door or facade elements, which insulating strip extends in a longitudinal direction and with a constant cross section in a plane (X-Y) perpendicular to the longitudinal direction and has a strip body which, in a width direction which is perpendicular to the longitudinal direction, has a roll-in body, at least on one longitudinal edge, for rolling-in into a groove of the composite profile, comprising at least one hinge clip device comprising a clip connection which has a first clip portion and a second clip portion corresponding to the first clip portion, a functional member which is designed as a cross strip and is integrally connected to the first clip portion, and a hinge with a pivot axis, which is parallel to the longitudinal direction, for connecting the first clip portion to the strip body, wherein the first clip portion and the second clip portion are arranged in such a manner that they can be brought into engagement by pivoting of the first clip portion about the pivot axis, the functional member is connected to the hinge in such a manner that, in a closed state of the clip connection, the functional member extends away from the hinge along the height direction, and the hinge and the second clip portion are connected to a first side (22, 23) of the strip body.
A heating device for calender cylinders, comprising a core cylinder, a cylinder (2,3) and a plurality of infrared heating elements, wherein said cylinder (2, 3) is arranged around said core cylinder and is adapted to support said plurality of infrared heating elements, said core cylinder and said cylinder (2, 3) adapted to support said infrared heating elements are configured to be accommodated in a fixed manner inside a rotating calender cylinder, characterized in that said cylinder (2, 3) which supports said infrared heating elements is provided with a plurality of fins which are extended along the entire length of said cylinder (2, 3).
An unhydrogenated plant oil composition comprising linoleic acid or a derivative thereof, and less than 3 wt.% α-linolenic acid or a derivative thereof, based upon the total weight of fatty acids or derivatives thereof in the composition, the composition having an anisidine value of less than 2.0, and the composition being a refined, bleached, deodorized soybean oil composition, the composition being obtainable by a process comprising degumming a crude oil to form a degummed oil; bleaching the degummed oil to form a bleached oil; deodorizing the bleached oil in a continuous deodorizer at a temperature from 240°C to 250°C and a residence time of up to 30 minutes to form the oil composition.
A wireless power transmission device for determining a load impedance to be used as the impedance that is connected to a target resonator in wireless power transmission from a source resonator to said target resonator, the device comprising and characterised by a measurement unit to measure by a distance sensor at least one of a distance and an angle between the source resonator and the target resonator; a decision unit to determine the load impedance based on at least one of the measured distance and the measured angle; and a change unit to change an impedance of the wireless power transmission device to be conjugated with the load impedance to enhance the efficiency of the wireless power transmission even in environments where the source resonator and/or target resonator dynamically change location, wherein the wireless power transmission device includes the source resonator.
A process for producing a multilayered wiring board, which comprises: sintering a multilayered wiring molding comprising a green material comprising a glass having a crystallization temperature exceeding 1,000 °C and a ceramic filler and a conductor layer comprising a metal conductor, a part of the conductor layer being an entire electrode conductor layer having a forming area of 1 cm 2 or more, at a temperature lower than the crystallization temperature of the glass to form a multilayered wiring board, wherein the glass comprises Si, B and an alkaline metal element, wherein the ceramic filler comprises at least one member of SiO 2, Al 2 O 3 and 3AL 2 O 3 *2SiO 2, and an alkali metal element and further optionally contains an alkali earth metal element, the content of the alkali metal element which is contained in the glass converted into A 2 O is 0.5 mol % or less, wherein A represents an alkali metal element, the content of the alkali metal element which is contained in the ceramic filler converted into A 2 O is 0.5 mol % or less, wherein A represents an alkali metal element, the content of an alkali earth metal element which can be contained in the ceramic filler converted into oxide is 1 mol % or less, and wherein the mixing amount of glass powder and the ceramic filler before sintering is between 55 to 70% by volume. sintering a multilayered wiring molding comprising a green material comprising a glass having a crystallization temperature exceeding 1,000 °C and a ceramic filler and a conductor layer comprising a metal conductor, a part of the conductor layer being an entire electrode conductor layer having a forming area of 1 cm 2 or more, at a temperature lower than the crystallization temperature of the glass to form a multilayered wiring board, wherein the glass comprises Si, B and an alkaline metal element, wherein the ceramic filler comprises at least one member of SiO 2, Al 2 O 3 and 3AL 2 O 3 *2SiO 2, and an alkali metal element and further optionally contains an alkali earth metal element, the content of the alkali metal element which is contained in the glass converted into A 2 O is 0.5 mol % or less, wherein A represents an alkali metal element, the content of the alkali metal element which is contained in the ceramic filler converted into A 2 O is 0.5 mol % or less, wherein A represents an alkali metal element, the content of an alkali earth metal element which can be contained in the ceramic filler converted into oxide is 1 mol % or less, and wherein the mixing amount of glass powder and the ceramic filler before sintering is between 55 to 70% by volume.
A coil spring assembly suitable for mattress assemblies, comprising: a plurality of strands either twisted or braided together to form a multi-strand cord, the multi-strand cord coiled into a first helical spring having four or more active coils; said helical spring comprising at least one inactive coil forming a closed end and having a free length of at least four inches (101.6mm); characterized in that: said helical spring is barrel-shaped and pocketed in a sleeve to produce the coil spring assembly, the sleeve being formed of a non-woven, non-allergenic material. a plurality of strands either twisted or braided together to form a multi-strand cord, the multi-strand cord coiled into a first helical spring having four or more active coils; said helical spring comprising at least one inactive coil forming a closed end and having a free length of at least four inches (101.6mm); characterized in that: said helical spring is barrel-shaped and pocketed in a sleeve to produce the coil spring assembly, the sleeve being formed of a non-woven, non-allergenic material. said helical spring is barrel-shaped and pocketed in a sleeve to produce the coil spring assembly, the sleeve being formed of a non-woven, non-allergenic material.
An isolated cortical bone-derived stem cell (CBSC) capable of differentiating into a cardiomyocyte, wherein the cell expresses CD29, Sca-1, CD105, CD44, CD106, CD73, CD271, and CD90.
A composition comprising a myostatin inhibitor which is an antibody or antigen-binding fragment thereof, for use as a medicament in treatment of a metabolic disease in a human subject, comprising steps of selecting a human subject suffering from a metabolic disease; and, administering to the human subject the composition comprising an effective amount of the antibody, or antigen-binding fragment thereof; wherein the metabolic disease is obesity, metabolic syndrome, non-alcoholic steatohepatitis (NASH), non-alcoholic fatty liver disease (NAFLD) and/or diabetes; wherein the human subject is on a caloric restriction diet. selecting a human subject suffering from a metabolic disease; and, administering to the human subject the composition comprising an effective amount of the antibody, or antigen-binding fragment thereof; wherein the metabolic disease is obesity, metabolic syndrome, non-alcoholic steatohepatitis (NASH), non-alcoholic fatty liver disease (NAFLD) and/or diabetes; wherein the human subject is on a caloric restriction diet.
Method for operating a metal detector, which comprises a drive coil for producing an electromagnetic field in a product, and at least one detection coil (L62, L63) arranged to detect fluctuations in the magnetic field caused by metallic particles present in the product, and a multi-frequency transmitter unit comprising a converter with a plurality of drive switches (S41, S42; S43, S44) driven by a drive controller according to operating instructions such, that the drive switches (S41, S42; S43, S44) alternately conduct a drive current (i D) through the drive coil so that the generated electromagnetic field exhibits two or more different frequency components (f D1, f D2); comprising the steps of: - determining a waveform of the drive current (i D) for the at least two different frequency components (f D1, f D2); - determining at least one PXM-signal (s PXM) that is a modulated pulse sequence, such as a pulse-width modulated or pulse-density modulated signal, and that corresponds to the determined waveform of the drive current (i D); - according to the operating instructions provided selecting the at least one determined PXM-signal (s PXM) which is determined online or stored in a memory module (231; 232); and - generating and applying the at least one determined PXM-signal (s PXM) to control the drive switches (S41, S42; S43, S44); characterized in that the method further comprises the steps of: - determining the PXM-signal (s PXM) by approximating a triangular or trapezoidal signal to the determined waveform of the drive current (i D) such that the maxima and minima of the determined waveform of the drive current (i D) and the maxima and minima of the triangular signal correspond to one another and/or coincide; and - defining switching angles (α1, α2, ···) sequentially for falling and rising edges of the PXM-signal (s PXM) at the maxima and minima of the triangular or trapezoidal signal. - determining a waveform of the drive current (i D) for the at least two different frequency components (f D1, f D2); - determining at least one PXM-signal (s PXM) that is a modulated pulse sequence, such as a pulse-width modulated or pulse-density modulated signal, and that corresponds to the determined waveform of the drive current (i D); - according to the operating instructions provided selecting the at least one determined PXM-signal (s PXM) which is determined online or stored in a memory module (231; 232); and - generating and applying the at least one determined PXM-signal (s PXM) to control the drive switches (S41, S42; S43, S44); - determining the PXM-signal (s PXM) by approximating a triangular or trapezoidal signal to the determined waveform of the drive current (i D) such that the maxima and minima of the determined waveform of the drive current (i D) and the maxima and minima of the triangular signal correspond to one another and/or coincide; and - defining switching angles (α1, α2, ···) sequentially for falling and rising edges of the PXM-signal (s PXM) at the maxima and minima of the triangular or trapezoidal signal.
A sealing system comprising a sealing chamber for sealing a rotating shaft projecting through the sealing chamber, having - a mechanical seal arrangement which is flowed through by a barrier fluid at a barrier fluid pressure; - a barrier fluid pressure device which has a pressure piston which is displaceable in a cylinder and by means of which the barrier fluid pressure can be set, wherein - the cylinder has a cylinder end cover and is divided by the pressure piston into a sealing fluid space in which the sealing fluid pressure acts and into a barrier fluid space which is flowed through by the barrier fluid; - the barrier fluid pressure is greater than a sealing fluid pressure of a sealing fluid acting in the sealing chamber; - the sealing fluid pressure and an additional force act on the pressure piston of the barrier fluid pressure device for setting the barrier fluid pressure; and - the additional force acts on the pressure piston via a piston rod connected to the pressure piston, characterized in that the cylinder end cover has a passage and the piston rod projects through the barrier fluid space and the passage of the cylinder end cover and thus projects out of the cylinder. - a mechanical seal arrangement which is flowed through by a barrier fluid at a barrier fluid pressure; - a barrier fluid pressure device which has a pressure piston which is displaceable in a cylinder and by means of which the barrier fluid pressure can be set, - the cylinder has a cylinder end cover and is divided by the pressure piston into a sealing fluid space in which the sealing fluid pressure acts and into a barrier fluid space which is flowed through by the barrier fluid; - the barrier fluid pressure is greater than a sealing fluid pressure of a sealing fluid acting in the sealing chamber; - the sealing fluid pressure and an additional force act on the pressure piston of the barrier fluid pressure device for setting the barrier fluid pressure; and - the additional force acts on the pressure piston via a piston rod connected to the pressure piston,
A task management system that is configured to assign tasks to one or more attendants of a vehicle, the task management system comprising: one or more passenger interfaces associated with one or more passenger seats within an interior cabin of the vehicle, wherein the one or more passenger interfaces are configured to output service request signals indicative of service requests from passengers that are input into the one or more passenger interfaces; one or more attendant devices that are configured to be carried by the one or more attendants; and a task manager including a management control unit that is in communication with the one or more passenger interfaces and the one or more attendant devices, wherein the task manager is configured to analyze attendant workloads, to assign tasks associated with the service requests to a particular attendant device; and wherein the management control unit is configured to receive the service request signals from the one or more passenger interfaces and to assign tasks to the one or more attendant devices based, at least in part, on the service request signals, attendant workloads, and a distance to a particular passenger and/or a distance to galley equipment. one or more passenger interfaces associated with one or more passenger seats within an interior cabin of the vehicle, wherein the one or more passenger interfaces are configured to output service request signals indicative of service requests from passengers that are input into the one or more passenger interfaces; one or more attendant devices that are configured to be carried by the one or more attendants; and a task manager including a management control unit that is in communication with the one or more passenger interfaces and the one or more attendant devices, wherein the task manager is configured to analyze attendant workloads, to assign tasks associated with the service requests to a particular attendant device; and wherein the management control unit is configured to receive the service request signals from the one or more passenger interfaces and to assign tasks to the one or more attendant devices based, at least in part, on the service request signals, attendant workloads, and a distance to a particular passenger and/or a distance to galley equipment.
Voltage converter, in particular intended to supply power to an electrical machine for a motor vehicle, comprising: - at least three electronic power units configured to convert an electrical voltage, each electronic power unit comprising two switching arms, - a filtering block configured to filter the input electrical voltage of the electronic power unit, the at least three power electronic units and the filter block being electrically connected via each switching arm of said power electronic units, in which the distances between each switching arm and the filter block are substantially identical, in which the at least three power electronic units are aligned next to each other, the filter block extending noticeably parallel along the direction of alignment of the at least three power electronic units, and in which the filtering block comprises at least three filtering units so that the minimum distance between the switching arms of one of the at least three power electronic units and one of the at least three filtering units is noticeably identical to the minimum respective distance of the switching arms of the other ones of the power electronic units and of the other ones of the respective at least three filtering units - at least three electronic power units configured to convert an electrical voltage, each electronic power unit comprising two switching arms, - a filtering block configured to filter the input electrical voltage of the electronic power unit, the at least three power electronic units and the filter block being electrically connected via each switching arm of said power electronic units, in which the distances between each switching arm and the filter block are substantially identical, in which the at least three power electronic units are aligned next to each other, the filter block extending noticeably parallel along the direction of alignment of the at least three power electronic units, and in which the filtering block comprises at least three filtering units so that the minimum distance between the switching arms of one of the at least three power electronic units and one of the at least three filtering units is noticeably identical to the minimum respective distance of the switching arms of the other ones of the power electronic units and of the other ones of the respective at least three filtering units