mhurhangee/patent-ind-claim-en huggingface dataset:
A shunt regulation device for implantation into a body , comprising a) an electrically driven tube pinch valve , b) electrical driving means for electrically driving the tube pinch valve c) at least one first battery electrically connected to the electrical driving means for supplying the electrical driving means with electrical energy, d) a first control unit electrically connected to the electrical driving means and configured to control the supply of electrical energy to the electrical driving means , e) a first wireless receiving unit electrically connected to the first control unit and being configured to receive an external wireless signal, and f) a closed first housing , part of the first housing comprising or forming at least part of a passage opening for receiving a flexible shunt tube or a body vessel, wherein - at least the electrical driving means for electrically driving the tube pinch valve is arranged in the closed first housing , - the at least one battery and the first control unit are arranged, together with the electrical driving means , in the first housing , or are arranged together in a second housing, - the tube pinch valve is configured in manner that the pinch valve is able to pinch a flexible shunt tube or body vessel when arranged in the passage opening , and - the tube pinch valve is adjustable from outside the body via the external wireless signal. a) an electrically driven tube pinch valve , b) electrical driving means for electrically driving the tube pinch valve c) at least one first battery electrically connected to the electrical driving means for supplying the electrical driving means with electrical energy, d) a first control unit electrically connected to the electrical driving means and configured to control the supply of electrical energy to the electrical driving means , e) a first wireless receiving unit electrically connected to the first control unit and being configured to receive an external wireless signal, and f) a closed first housing , part of the first housing comprising or forming at least part of a passage opening for receiving a flexible shunt tube or a body vessel, - at least the electrical driving means for electrically driving the tube pinch valve is arranged in the closed first housing , - the at least one battery and the first control unit are arranged, together with the electrical driving means , in the first housing , or are arranged together in a second housing, - the tube pinch valve is configured in manner that the pinch valve is able to pinch a flexible shunt tube or body vessel when arranged in the passage opening , and - the tube pinch valve is adjustable from outside the body via the external wireless signal.
Main bearing for a wind turbine comprising an inner ring and an outer ring , whereby the main bearing is a slide bearing and the inner ring is adapted to be stationary while the outer ring is adapted to rotate around the inner ring , with the main bearing being lubricated with a lubrication fluid , and with the outer ring comprising a first and a second sealing means arranged at both sides of the outer ring for sealing to the inner ring and extending around the outer ring , whereby an associated stationary leakage lubrication fluid collection means is provided to be arranged adjacent to the first sealing means , which leakage lubrication fluid collecting means is adapted to collect lubrication fluid leaking from the first and the second sealing means , whereby the outer ring is provided with one or more axial bores connecting a leakage lubrication fluid collection area adjacent to the second sealing means to the leakage lubrication fluid collection means and wherein each sealing means comprises a groove accommodating a sealing element characterized in that each sealing means comprises a sealing element carrier ring having a fold and a clamp ring attached to the carrier ring closing the fold to build the groove and clamping the sealing means in the groove .
Turbine engine speed reducer with a planetary or epicyclic gear train, the reducer comprising a planet-carrier cage and a barrel comprising an annular row of axial arms , the cage containing a central sun gear with an axis X of rotation and an annular row of planet gears arranged around the axis X and geared with said sun gear, the cage comprising, at the periphery thereof, axial housings receiving the axial arms secured to the barrel , each housing being passed through by a substantially radial finger guiding in rotation a ball joint carried by one of said arms , each arm comprising a hole for mounting a ball joint passed through by the finger of said housing, characterised in that each finger comprises means for lubricating said ball joint.
A wireless communication terminal, comprising: a radio frequency transceiver; and a plurality of UWB antennas, wherein each UWB antenna comprises: a radiator comprising a waveguide cavity having opposite open-end faces ; wherein the open-end faces of the waveguide cavity are coplanar with a pair of end faces of the radiator respectively; and a feeding end disposed on one of the open-end faces and configured to receive a wireless communication signal, wherein the feeding end of each antenna is electrically connected to the radio frequency transceiver. a radio frequency transceiver; and a plurality of UWB antennas, wherein each UWB antenna comprises: a radiator comprising a waveguide cavity having opposite open-end faces ; wherein the open-end faces of the waveguide cavity are coplanar with a pair of end faces of the radiator respectively; and a feeding end disposed on one of the open-end faces and configured to receive a wireless communication signal, wherein the feeding end of each antenna is electrically connected to the radio frequency transceiver. a radiator comprising a waveguide cavity having opposite open-end faces ; wherein the open-end faces of the waveguide cavity are coplanar with a pair of end faces of the radiator respectively; and a feeding end disposed on one of the open-end faces and configured to receive a wireless communication signal, wherein the feeding end of each antenna is electrically connected to the radio frequency transceiver.
An organic peroxide formulation for curing an elastomer composition in the full or partial presence of oxygen comprising: A) at least one organic peroxide, B) at least one drying oil selected from the group consisting of: tung oil, hemp oil, linseed oil, poppy oil, walnut oil, sunflower oil, cottonseed oil, corn oil, soybean oil, sardine oil, herring oil, safflower oil, flax seed oil, perilla oil, and a combination thereof, and C) at least one free radical trap selected from the group consisting of nitroxides and quinones, wherein the amounts of the at least one organic peroxide, the at least one drying oil and the at least one free radical trap are selected such that the formulation is capable of curing an elastomer composition in a non-coating type elastomer article in the full or partial presence of oxygen. A) at least one organic peroxide, B) at least one drying oil selected from the group consisting of: tung oil, hemp oil, linseed oil, poppy oil, walnut oil, sunflower oil, cottonseed oil, corn oil, soybean oil, sardine oil, herring oil, safflower oil, flax seed oil, perilla oil, and a combination thereof, and C) at least one free radical trap selected from the group consisting of nitroxides and quinones,
Method for operating a casing plug assembly in a well pipe, the casing plug assembly comprising a running tool , an equalizing module , a seal module and an anchor module , where the method comprises the steps of: a) running the casing plug assembly to a desired location in the well pipe by means of a drill string; b) pumping a fluid through the drill string and further through a fluid channel through the casing plug assembly ; c) setting a slips device of the anchor module by increasing the fluid flow through the fluid channel ; d) setting the seal module in the well by applying an axial pressure to the drill string against the set slips device , defined on point c), of the anchor module ; e) testing the well integrity below the seal module by increasing the pressure of the fluid in the drill string and casing plug assembly . a) running the casing plug assembly to a desired location in the well pipe by means of a drill string; b) pumping a fluid through the drill string and further through a fluid channel through the casing plug assembly ; c) setting a slips device of the anchor module by increasing the fluid flow through the fluid channel ; d) setting the seal module in the well by applying an axial pressure to the drill string against the set slips device , defined on point c), of the anchor module ; e) testing the well integrity below the seal module by increasing the pressure of the fluid in the drill string and casing plug assembly .
A centrifugal pendulum absorber device for arrangement in the drive train of a motor vehicle, comprising at least one pendulum which is arranged on a pendulum flange and can perform a relative movement with respect to the pendulum flange along a predetermined pendulum path, in order to thereby assume a variable distance from the axis of rotation of the pendulum flange , wherein the pendulum is arranged between side flanges of the pendulum flange and is supported on rollers which are mounted in slots in the pendulum and slots in the side flanges , wherein the pendulum is mounted with at least one rolling means opposite at least one of the side flanges , wherein the rolling means is a ball , wherein the at least one ball is arranged in at least one groove in the pendulum , characterised in that the pendulum comprises a middle pendulum mass and outer pendulum masses , arranged on both sides thereof, wherein at least one slot is arranged in at least one of the outer pendulum masses , wherein the diameter (d) of the ball is greater than the thickness (b) of the outer pendulum mass .
Use of a gene panel or combination of genes comprising at least the genes with the nucleotide sequence of SEQ ID Nos. 1 to 14 in the in vitro or ex vivo diagnosis of a genetic disposition to pulmonary arterial hypertension (PAH) and/or chronic thromboembolic pulmonary hypertension (CTEPH), wherein the gene panel or combination of genes comprises the at least 14 genes with the nucleotide sequence of SEQ ID Nos. 1 to 14 and up to the 50 genes comprising genes with the nucleotide sequence of SEQ ID Nos. 1 to 43.
Printed circuit board, in particular for a control device , - wherein the printed circuit board supports at least one position sensor and has at least one contact element which has, between a printed circuit board contact zone electrically contacted with the circuit board and a metal structure contact zone electrically contactable with a metal structure , a curved spring zone which resiliently accommodates the relative movements between the printed circuit board contact zone and the metal structure contact zone , - wherein the spring zone has a first transverse portion which transitions by way of a first L-shaped curved portion into the printed circuit board contact zone and which transitions by way of a first U-shaped curved portion into a second transverse portion , which in turn transitions by way of a second U-shaped curved portion into a third transverse portion , which in term transitions by way of a second L-shaped curved portion into the metal structure contact zone , - wherein the printed circuit board contact zone is planar and lies in one plane, - wherein the metal structure contact zone is planar and lies in one plane, - wherein a transverse direction of the contact element , which runs transversely with respect to a longitudinal direction of the contact element in which the contact zones are spaced apart from one another, is perpendicular to these planes, - and wherein the metal structure contact zone is positioned with respect to the transverse direction of the contact element between the first Ushaped curve and the second U-shaped curve . - wherein the printed circuit board supports at least one position sensor and has at least one contact element which has, between a printed circuit board contact zone electrically contacted with the circuit board and a metal structure contact zone electrically contactable with a metal structure , a curved spring zone which resiliently accommodates the relative movements between the printed circuit board contact zone and the metal structure contact zone , - wherein the spring zone has a first transverse portion which transitions by way of a first L-shaped curved portion into the printed circuit board contact zone and which transitions by way of a first U-shaped curved portion into a second transverse portion , which in turn transitions by way of a second U-shaped curved portion into a third transverse portion , which in term transitions by way of a second L-shaped curved portion into the metal structure contact zone , - wherein the printed circuit board contact zone is planar and lies in one plane, - wherein the metal structure contact zone is planar and lies in one plane, - wherein a transverse direction of the contact element , which runs transversely with respect to a longitudinal direction of the contact element in which the contact zones are spaced apart from one another, is perpendicular to these planes, - and wherein the metal structure contact zone is positioned with respect to the transverse direction of the contact element between the first Ushaped curve and the second U-shaped curve .
Large manipulator with a turntable , which is arranged rotatably about a vertical axis on a chassis of the large manipulator , wherein set up on the turntable is an articulated boom , which can be folded out and has a plurality of boom segments , wherein the boom segments are pivotable at articulated joints respectively about articulated axes with respect to an adjacent boom segment , wherein a flexible end hose is arranged on the last boom segment forming the boom tip , wherein the end hose can be fixed on the last boom segment by means of an end hose holder , wherein the end hose holder comprises at least one holding bracket arranged on the last boom segment , characterised in that the holding bracket is configured to be pivotable with respect to the last boom segment into at least three pivot positions, wherein - the holding bracket holds the end hose on the last boom segment in the first pivot position, wherein the end hose holder secures the end hose in the first pivot position for a travel operation on the last boom segment , - the holding bracket releases the end hose in a release direction (f) in the second pivot position and - the holding bracket is folded onto the last boom segment in the third pivot position. - the holding bracket holds the end hose on the last boom segment in the first pivot position, wherein the end hose holder secures the end hose in the first pivot position for a travel operation on the last boom segment , - the holding bracket releases the end hose in a release direction (f) in the second pivot position and - the holding bracket is folded onto the last boom segment in the third pivot position.
A theater comprising: at least one screen at a front end; a display apparatus suitable for displaying a visual content on said at least one screen ; a back wall arranged facing said at least one screen; and a plurality of platforms such that each of said platforms has a plurality of seats fastened thereon, and each of said platforms: is a projecting platform, that is, a platform that for spectators present on the platform appears to be connected to the remainder of the theater only from behind the seats, presents a width that is less than 70% of the width of the theater, and enables spectators to walk on the platform and access the seats that are provided on the platform. at least one screen at a front end; a display apparatus suitable for displaying a visual content on said at least one screen ; a back wall arranged facing said at least one screen; and a plurality of platforms such that each of said platforms has a plurality of seats fastened thereon, and each of said platforms: is a projecting platform, that is, a platform that for spectators present on the platform appears to be connected to the remainder of the theater only from behind the seats, presents a width that is less than 70% of the width of the theater, and enables spectators to walk on the platform and access the seats that are provided on the platform. is a projecting platform, that is, a platform that for spectators present on the platform appears to be connected to the remainder of the theater only from behind the seats, presents a width that is less than 70% of the width of the theater, and enables spectators to walk on the platform and access the seats that are provided on the platform.
A reflective sheet , comprising: a reflective sheet body provided with a plurality of opening areas each including an open-closed structure having an open state and a closed state, said opening areas being configured for allowing a plurality of positioning posts to penetrate through the opening areas to put the open-closed structure in the open state; the open-closed structure comprises at least one movable vane, and one side of the movable vane is connected with an edge of the opening area of the reflective sheet body , said one side being a connection side, wherein the movable vane has a reflective surface, and the reflective surface of the movable vane is disposed on the same side as a reflective surface of the reflective sheet body , characterized in that, the opening areas are located in the middle of the reflective sheet body , the number of the opening areas is larger than the number of the positioning posts , the reflective sheet body and the open-closed structure are made of the same reflective material, or the reflective sheet body or the open-closed structure is coated with a layer of reflective coating, and the reflective coating is made from yellow-resistant and heat-resistant white reflective paint materials, and the at least one movable vane is configured to cover the surface of the positioning post when tilted to the connection side so as to reflect light rays from said connection side, while the at least one movable vane is in the open state.
A microfluidic chip for focussing of a stream of particulate containing fluid and analysis of the focussed stream, comprising: a microfluidic channel configured to receive the stream of particulate containing fluid; and a detection zone comprising one or more electrical sensors including at least one pair of electrodes including an excitation electrode and a detection electrode configured to detect AC impedance changes in the microfluidic channel corresponding to the stream of particulates passing between the electrodes, characterised in that the microfluidic chip comprises: a sample microfluidic channel configured to receive the stream of particulate containing fluid ; a guidance microfluidic channel configured to receive a stream of guidance fluid and having a polygonal cross section; and a common microfluidic channel formed by the merging of the sample microfluidic channel and the guidance microfluidic channel at an oblique angle of 5° to 60° along a part of one side of the guidance microfluidic channel, wherein the merging of the sample microfluidic channel and the guidance microfluidic channel is configured to provide a composite fluid stream containing a focussed beam of particulates that is disposed asymmetrically in the common microfluidic channel adjacent a corner or a side of the common channel, wherein the at least one pair of electrodes is configured to detect AC impedance changes in the common microfluidic channel corresponding to the focussed beam of particulates passing between the electrodes. a microfluidic channel configured to receive the stream of particulate containing fluid; and a detection zone comprising one or more electrical sensors including at least one pair of electrodes including an excitation electrode and a detection electrode configured to detect AC impedance changes in the microfluidic channel corresponding to the stream of particulates passing between the electrodes, a sample microfluidic channel configured to receive the stream of particulate containing fluid ; a guidance microfluidic channel configured to receive a stream of guidance fluid and having a polygonal cross section; and a common microfluidic channel formed by the merging of the sample microfluidic channel and the guidance microfluidic channel at an oblique angle of 5° to 60° along a part of one side of the guidance microfluidic channel, wherein the merging of the sample microfluidic channel and the guidance microfluidic channel is configured to provide a composite fluid stream containing a focussed beam of particulates that is disposed asymmetrically in the common microfluidic channel adjacent a corner or a side of the common channel, wherein the at least one pair of electrodes is configured to detect AC impedance changes in the common microfluidic channel corresponding to the focussed beam of particulates passing between the electrodes.
A method of controlling the performance of a night vision device, the night vision device including a power supply and an image intensifier tube in communication with the power supply, the method comprising: supplying , by the power supply, to a microchannel plate of the image intensifier tube, a control voltage that controls a gain of the microchannel plate; determining an amount of compensation to apply to the control voltage based on a change to the control voltage attributed to a change in temperature of an operating environment of the night vision device; adjusting the control voltage in accordance with the amount of compensation to obtain a compensated control voltage; and supplying , by the power supply, the compensated control voltage to the microchannel plate of the light intensifier tube, characterized by determining whether the night vision device has been used for a predetermined amount of time; and only after the night division device has been used for the predetermined amount of time, supplying the compensated control voltage to the microchannel plate of the light intensifier tube. supplying , by the power supply, to a microchannel plate of the image intensifier tube, a control voltage that controls a gain of the microchannel plate; determining an amount of compensation to apply to the control voltage based on a change to the control voltage attributed to a change in temperature of an operating environment of the night vision device; adjusting the control voltage in accordance with the amount of compensation to obtain a compensated control voltage; and supplying , by the power supply, the compensated control voltage to the microchannel plate of the light intensifier tube, characterized by determining whether the night vision device has been used for a predetermined amount of time; and only after the night division device has been used for the predetermined amount of time, supplying the compensated control voltage to the microchannel plate of the light intensifier tube.