mhurhangee/ep-ind-claims huggingface dataset:
A drilling device with automatic or controlled feed speed comprising a casing housing a drilling spindle intended to drive a cutting tool in motion to drill a part comprising a target surface, said spindle being tiltable inside said casing with respect to the axis of said casing, said device comprising means (314, 317, LR) for the self-alignment of said spindle with respect to said target surface, said means for the self-alignment moving said spindle into a position in which its axis is essentially perpendicular to said target surface under the effect of an application of a thrust force of said drilling device against said target surface essentially according to the axis of said casing, said device comprising rotational drive means (318, 311, 320, 321) and translational drive means (319, 310, 322, 323) of said spindle according to its axis, characterised in that said drive means comprise means enabling offset of said spindle with respect to said casing. said spindle being tiltable inside said casing with respect to the axis of said casing, said device comprising means (314, 317, LR) for the self-alignment of said spindle with respect to said target surface, said means for the self-alignment moving said spindle into a position in which its axis is essentially perpendicular to said target surface under the effect of an application of a thrust force of said drilling device against said target surface essentially according to the axis of said casing, said device comprising rotational drive means (318, 311, 320, 321) and translational drive means (319, 310, 322, 323) of said spindle according to its axis, characterised in that said drive means comprise means enabling offset of said spindle with respect to said casing.
Manual transmission having a plurality of shiftable gears for a motor vehicle, comprising: - an input shaft and an output shaft which is arranged coaxially to the input shaft, - a first intermediate shaft and a second intermediate shaft which are arranged in parallel to and distanced from the input shaft, - a drive-side gearwheel pair having one drive gearwheel arranged in a rotationally conjoint manner on the input shaft and having one first intermediate gearwheel arranged in a rotationally conjoint manner on the first intermediate shaft, - a drive-side gearwheel pair having one second intermediate gearwheel arranged in a rotationally conjoint manner on the second intermediate shaft and having one drive gearwheel arranged in a rotationally conjoint manner on the output shaft, wherein in the traction mode of the manual transmission - in the engaged state of at least one shiftable gear, drive torque is transmitted from the input shaft to the output shaft via the drive-side gearwheel pair, while in each case no drive torque is transmitted via the output-side gearwheel pair, - in the respectively engaged state of at least three other shiftable gears talk moment is transmitted from the input shaft to the output shaft via the output-side gearwheel pair, while in each case no drive torque is transmitted via the drive-side gearwheel pair, wherein the first intermediate shaft and the second intermediate shaft are arranged coaxially, characterised in that the first intermediate shaft is designed as an inner shaft and the second intermediate shaft is designed as a hollow shaft. - an input shaft and an output shaft which is arranged coaxially to the input shaft, - a first intermediate shaft and a second intermediate shaft which are arranged in parallel to and distanced from the input shaft, - a drive-side gearwheel pair having one drive gearwheel arranged in a rotationally conjoint manner on the input shaft and having one first intermediate gearwheel arranged in a rotationally conjoint manner on the first intermediate shaft, - a drive-side gearwheel pair having one second intermediate gearwheel arranged in a rotationally conjoint manner on the second intermediate shaft and having one drive gearwheel arranged in a rotationally conjoint manner on the output shaft, - in the engaged state of at least one shiftable gear, drive torque is transmitted from the input shaft to the output shaft via the drive-side gearwheel pair, while in each case no drive torque is transmitted via the output-side gearwheel pair, - in the respectively engaged state of at least three other shiftable gears talk moment is transmitted from the input shaft to the output shaft via the output-side gearwheel pair, while in each case no drive torque is transmitted via the drive-side gearwheel pair,
Process for preparing polyol esters by reacting polyols with linear or branched aliphatic monocarboxylic acids having 3 to 20 carbon atoms in excess and then working up the reaction mixture by means of steam treatment, characterized in that in a first fraction the aliphatic monocarboxylic acid removed during the reaction is removed fully or partly from the process, in a second fraction the aliphatic monocarboxylic acid still present in the reaction mixture after reaction has ended is removed and recycled fully back into the esterification reaction, and in a third fraction the residual amount of aliphatic monocarboxylic acid removed in the course of steam treatment of the reaction product is removed fully from the process, with the proviso that the aliphatic monocarboxylic acid has a lower boiling point than the polyol used and the steam treatment is followed by the drying of the polyol ester.
A device for producing ice (1', 1") comprising: - a control container designed to contain water; - an ice forming station in turn comprising a cooling surface (7, 7') designed to come into contact with water coming from the control container, cooling it and transforming it into ice; and - a level sensor (15, 15', 15") designed for measuring the level of the water in the control container; - a control system designed for controlling the cooling surface (7, 7') on the basis of the measurements of the level sensor (15, 15', 15"); characterised in that the level sensor (15, 15', 15") is immersed in the water contained in said control container or is fixed to an outer wall of said control container and comprises one or more sensitive elements (17, 19), said level sensor (15, 15', 15") being configured to to measure the water level in the control container by measuring an electrical capacitance associated with the quantity of water present in the control container, said device (1', 1") being designed to determine the quantity and/or the thickness of the ice which covers the cooling surface (7, 7') on the basis of the variations of the water level in the control container or on the basis of the difference between the quantity of water added in the control container and drawn from it. - a control container designed to contain water; - an ice forming station in turn comprising a cooling surface (7, 7') designed to come into contact with water coming from the control container, cooling it and transforming it into ice; and - a level sensor (15, 15', 15") designed for measuring the level of the water in the control container; - a control system designed for controlling the cooling surface (7, 7') on the basis of the measurements of the level sensor (15, 15', 15");
A system comprising: a main memory; said main memory comprising RAM; a plurality of preliminary counters each fed by a corresponding event source; and a sweeper operable to access each of 2 M preliminary counters in sequential order in a clock cycle of length 2 M and to feed values from preliminary counters to said RAM; said RAM acting to accumulate counting data relating to the event sources; and wherein said sweeper comprises a free running M-bit counter which facilitates sequential access of said sweeper to said preliminary counters. a main memory; said main memory comprising RAM; a plurality of preliminary counters each fed by a corresponding event source; and a sweeper operable to access each of 2 M preliminary counters in sequential order in a clock cycle of length 2 M and to feed values from preliminary counters to said RAM; said RAM acting to accumulate counting data relating to the event sources; and wherein said sweeper comprises a free running M-bit counter which facilitates sequential access of said sweeper to said preliminary counters.
An apparatus for hemodiafiltration with an extracorporeal circulation for receiving blood to be purified and having a hemodialyzer and/or hemofilter which is connected to the blood circulation, wherein the blood circulation has at least one inlet line (12, 14) for the supply of a replacement fluid upstream and downstream from the hemodialyzer and/or hemofilter, characterized in that the apparatus also comprises measurement apparatuses for recording the transmembrane pressure and/or hematocrit and/or blood density, wherein the measurement apparatuses are connected to a control unit for controlling one or more of the transmembrane pressure and/or the hematocrit and/or the blood density, wherein the control unit is constructed so that the control is implemented with the help of at least one of the infusion rates (Q s pre, Q s post) of the replacement fluid (13, 15), and the blood to be purified is exposed to a high-frequency electromagnetic field and/or an electric DC field before and/or during contact with the hemodialyzer and/or hemofilter.
Fastening shackle for fastening a leaf spring to a vehicle body of a vehicle, with: a first bearing end, which is fastenable to the vehicle body; a second bearing end at which the leaf spring is supportable; and a shackle body, which connects the first bearing end and the second bearing end, wherein the first bearing end has an outer sleeve and an inner sleeve, characterized in that the first bearing end has a sleeve-shaped plastic sliding bearing, wherein the sleeve-shaped plastic sliding bearing is arranged in the outer sleeve and is slidably mounted in the outer sleeve, and wherein the inner sleeve is fixed to the sleeve-shaped plastic sliding bearing. a first bearing end, which is fastenable to the vehicle body; a second bearing end at which the leaf spring is supportable; and a shackle body, which connects the first bearing end and the second bearing end, wherein the first bearing end has an outer sleeve and an inner sleeve, characterized in that the first bearing end has a sleeve-shaped plastic sliding bearing, wherein the sleeve-shaped plastic sliding bearing is arranged in the outer sleeve and is slidably mounted in the outer sleeve, and wherein the inner sleeve is fixed to the sleeve-shaped plastic sliding bearing.
A flexible cylindrical pipe equipped at its periphery with a measurement system comprising a string of multiple sensor housings linked electrically to one another by link cables, characterized in that the housings have an elongate form with, for each housing, in the direction of elongation, two ends linked respectively to an upstream link cable (CLa) and a downstream link cable (CLb), the upstream cable and the downstream cable following primarily two parallel helical paths, separated at the point of their connections to the housing by a non-zero distance D in the direction of the axis of the pipe, the housing being placed between the two cables and oriented with its direction of elongation parallel to the axis of the helical paths, merged with the axis of the pipe, and the sensors being situated on a same generatrix of the cylindrical pipe, the sensor housings being placed in recesses hollowed out at the periphery of the pipe and the cables being placed in grooves (30A, 30B) also hollowed out at the periphery of the pipe.
A method for producing a sintered R-T-B based magnet, comprising the steps of: providing a plurality of sintered R-T-B based magnet bodies (R is at least one of rare earth elements and necessarily contains Nd and/or Pr; and T is at least one of transition metals and necessarily contains Fe); providing a plurality of alloy powder particles having a size of 90 μm or less and containing a heavy rare earth element RH (the heavy rare earth RH is Tb and/or Dy) at a content of 20 mass% or greater and 80 mass% or less; loading the plurality of sintered R-T-B based magnet bodies and the plurality of alloy powder particles of a ratio of 2% by weight or greater and 15% by weight or less with respect to the plurality of sintered R-T-B based magnet bodies into a process chamber; and heating, while rotating and/or swinging, the process chamber to move the sintered R-T-B based magnet bodies and the alloy powder particles continuously or intermittently to perform an RH supply and diffusion process. providing a plurality of sintered R-T-B based magnet bodies (R is at least one of rare earth elements and necessarily contains Nd and/or Pr; and T is at least one of transition metals and necessarily contains Fe); providing a plurality of alloy powder particles having a size of 90 μm or less and containing a heavy rare earth element RH (the heavy rare earth RH is Tb and/or Dy) at a content of 20 mass% or greater and 80 mass% or less; loading the plurality of sintered R-T-B based magnet bodies and the plurality of alloy powder particles of a ratio of 2% by weight or greater and 15% by weight or less with respect to the plurality of sintered R-T-B based magnet bodies into a process chamber; and heating, while rotating and/or swinging, the process chamber to move the sintered R-T-B based magnet bodies and the alloy powder particles continuously or intermittently to perform an RH supply and diffusion process.
A drive unit for a magnetic coupling pump with an impeller, which is rotatable around a rotation axis, and a driven magnet, which is made of a permanent magnet and fixed to the impeller, the drive unit comprising: a magnetism shielding body made of a paramagnetic material and having a bottomed cylindrical shape; a mount part to which the magnetic coupling pump is to be attached, wherein the mount part is formed from resin, includes an engaging portion that is formed at an outer peripheral edge thereof and engages an opening edge of the magnetism shielding body, and blocks an opening of the magnetism shielding body; a driving magnet positioned at an outside of the driven magnet of the magnetic coupling pump with respect to the rotation axis of the magnetic coupling pump when the same is attached to the mount part so as to face the driven magnet with a gap; a magnet retaining ring, which is made of a ferromagnetic material and includes a tube portion having a tubular shape centered on the rotation axis of the magnetic coupling pump to be attached to the mount part, wherein the magnet retaining ring is provided to an inside of the magnetism shielding body with a gap and the driving magnet is fixed to an inside of the tube portion; a motor for rotating the magnet retaining ring around the rotation axis of the magnetic coupling pump to be attached to the mount part; and a plurality of convex shaped cooling fins formed on an outer circumferential surface of the magnetism shielding body. a magnetism shielding body made of a paramagnetic material and having a bottomed cylindrical shape; a mount part to which the magnetic coupling pump is to be attached, wherein the mount part is formed from resin, includes an engaging portion that is formed at an outer peripheral edge thereof and engages an opening edge of the magnetism shielding body, and blocks an opening of the magnetism shielding body; a driving magnet positioned at an outside of the driven magnet of the magnetic coupling pump with respect to the rotation axis of the magnetic coupling pump when the same is attached to the mount part so as to face the driven magnet with a gap; a magnet retaining ring, which is made of a ferromagnetic material and includes a tube portion having a tubular shape centered on the rotation axis of the magnetic coupling pump to be attached to the mount part, wherein the magnet retaining ring is provided to an inside of the magnetism shielding body with a gap and the driving magnet is fixed to an inside of the tube portion; a motor for rotating the magnet retaining ring around the rotation axis of the magnetic coupling pump to be attached to the mount part; and a plurality of convex shaped cooling fins formed on an outer circumferential surface of the magnetism shielding body.
A biaxially oriented polyester film which is a polyester film having a polyester layer (P1 layer) containing a polyester comprising ethylene terephthalate as a main constituent, a high melting point resin having a melting point Tm B1 of not less than 260°C and not more than 320°C, and inorganic particles, wherein the content of the high melting point resin in the P1 layer, W B1, is not less than 2% by mass and not more than 40% by mass based on the P1 layer; in the P1 layer, dispersion phases composed of the high melting point resin are present in the polyester; and the average longitudinal length of the dispersion phases is not more than 10,000 nm (10 μm).
A method of facilitating communications between a radio and a virtual baseband unit, the method comprising: determining characteristics of the radio and/or receiving the characteristics of the radio, wherein the radio uses a first input/output (I/O) data protocol and a first message protocol; selecting at least one translation library corresponding to at least one of determined characteristics of the radio and the received characteristics of the radio; wherein the first I/O data protocol and a second I/O data protocol are incompatible; converting at least one of: (a) baseband data, in an uplink path, in at least one of a user plane, a control plane, a synchronization plane, and a management plane into the second I/O data protocol used by the virtual baseband unit, and (b) baseband data, in a downlink path, in the second I/O data protocol into data, in at least one of: the user plane, the control plane, the synchronization plane, and the management plane, in the first I/O protocol; and converting using the selected at least one translation library at least one of: a message in the first message protocol, transmitted from the radio to the virtual baseband unit, to a second message protocol, and a message in the second message protocol, transmitted from the virtual baseband unit to the radio, to the first message protocol, wherein the first message protocol and the second message protocol are incompatible. determining characteristics of the radio and/or receiving the characteristics of the radio, wherein the radio uses a first input/output (I/O) data protocol and a first message protocol; selecting at least one translation library corresponding to at least one of determined characteristics of the radio and the received characteristics of the radio; wherein the first I/O data protocol and a second I/O data protocol are incompatible; converting at least one of: (a) baseband data, in an uplink path, in at least one of a user plane, a control plane, a synchronization plane, and a management plane into the second I/O data protocol used by the virtual baseband unit, and (b) baseband data, in a downlink path, in the second I/O data protocol into data, in at least one of: the user plane, the control plane, the synchronization plane, and the management plane, in the first I/O protocol; and (a) baseband data, in an uplink path, in at least one of a user plane, a control plane, a synchronization plane, and a management plane into the second I/O data protocol used by the virtual baseband unit, and (b) baseband data, in a downlink path, in the second I/O data protocol into data, in at least one of: the user plane, the control plane, the synchronization plane, and the management plane, in the first I/O protocol; and converting using the selected at least one translation library at least one of: a message in the first message protocol, transmitted from the radio to the virtual baseband unit, to a second message protocol, and a message in the second message protocol, transmitted from the virtual baseband unit to the radio, to the first message protocol, wherein the first message protocol and the second message protocol are incompatible.
An image processing apparatus comprising: a flicker estimating unit (371, 371') configured to estimate a first flicker component included in a first image picked up under a first exposure condition and to estimate a second flicker component included in a second image picked up under a second exposure condition, wherein the first exposure condition differs from the second exposure condition, and wherein the flicker estimating unit estimates the flicker components for each of the first and second image through operation utilizing mutual relationship between the first and second flicker components under the first and second exposure conditions, wherein the mutual relationship between the flicker components is expressed with a shutter function of the exposure conditions in frequency space, or wherein the mutual relationship between the flicker components is expressed with a ratio obtained by integrating the images and performing division for each row of the images. a flicker estimating unit (371, 371') configured to estimate a first flicker component included in a first image picked up under a first exposure condition and to estimate a second flicker component included in a second image picked up under a second exposure condition, wherein the first exposure condition differs from the second exposure condition, and wherein the flicker estimating unit estimates the flicker components for each of the first and second image through operation utilizing mutual relationship between the first and second flicker components under the first and second exposure conditions, wherein the mutual relationship between the flicker components is expressed with a shutter function of the exposure conditions in frequency space, or wherein the mutual relationship between the flicker components is expressed with a ratio obtained by integrating the images and performing division for each row of the images.
A method for providing marks on extruded films, in particular on stretched films, which are exiting an extrusion lip of a film extruder, comprising the step of: directing at least one gas stream, preferably an air stream to a surface of the film exiting the extrusion lip of the film extruder using at least one nozzle means, in such a manner that the gas stream locally causes a cooling of the extruded film to create a local mark; controlling the delivery of gas to each one of the at least one nozzle means by using control means, characterised in that gas is intermittently provided to at least one or to a specific number of the at least one nozzle means or to all nozzle means to create an array of dot like marks. directing at least one gas stream, preferably an air stream to a surface of the film exiting the extrusion lip of the film extruder using at least one nozzle means, in such a manner that the gas stream locally causes a cooling of the extruded film to create a local mark; controlling the delivery of gas to each one of the at least one nozzle means by using control means, characterised in that gas is intermittently provided to at least one or to a specific number of the at least one nozzle means or to all nozzle means to create an array of dot like marks.