mhurhangee/ep-ind-claims huggingface dataset:
A method for joining beam portions (10a, 10b) together, short side to short side, so as to form a beam, which method involves: providing first and second hollow beam portions (10a, 10b) which have substantially identical cross sections comprising a first pair of opposite inner surface portions (11a, 11b) and a second pair of opposite inner surface portions (12a, 12b) which are located substantially at right angles to the first pair of surface portions, providing first and second jointing elements (13a, 13b), inserting the jointing elements (13a, 13b) into the cavities of both beam portions such that each of the jointing elements bears against one of the first inner surface portions (11a, 11b), respectively, and against both of the second inner surface portions (12a, 12b), characterized by providing at least one wedge (14a, 14b) which is inserted between the jointing elements (13a, 13b) such that these are pressed in a direction away from each other and toward a respective first inner surface portion (11a, 11b), and providing at least one pressure-generating connector (21a1-21a4; 21b1-21b4), which presses the second inner surface portions (12a, 12b) in a direction toward each other, such that the jointing elements are clamped between the second inner surface portions (12a, 12b). providing first and second hollow beam portions (10a, 10b) which have substantially identical cross sections comprising a first pair of opposite inner surface portions (11a, 11b) and a second pair of opposite inner surface portions (12a, 12b) which are located substantially at right angles to the first pair of surface portions, providing first and second jointing elements (13a, 13b), inserting the jointing elements (13a, 13b) into the cavities of both beam portions such that each of the jointing elements bears against one of the first inner surface portions (11a, 11b), respectively, and against both of the second inner surface portions (12a, 12b), characterized by providing at least one wedge (14a, 14b) which is inserted between the jointing elements (13a, 13b) such that these are pressed in a direction away from each other and toward a respective first inner surface portion (11a, 11b), and providing at least one pressure-generating connector (21a1-21a4; 21b1-21b4), which presses the second inner surface portions (12a, 12b) in a direction toward each other, such that the jointing elements are clamped between the second inner surface portions (12a, 12b).
A car comprising: at least one radiator; and a ventilation channel, which houses on the inside the radiator and extends between an inlet opening, thorough which fresh air flows in, and an outlet opening, through which hot air flows out; the car is characterised in that it comprises: a first aerodynamic duct, which extends between an inlet opening, which is arranged next to the inlet opening of the ventilation channel, and an outlet opening, which is obtained inside the ventilation channel between the inlet opening of the ventilation channel and the radiator; and a shutter, which is arranged in correspondence to the inlet opening of the first aerodynamic duct and is mobile between an engagement position, in which the first shutter closes the inlet opening of the first aerodynamic duct, and a disengagement position, in which the first shutter leaves the inlet opening of the first aerodynamic duct free. at least one radiator; and a ventilation channel, which houses on the inside the radiator and extends between an inlet opening, thorough which fresh air flows in, and an outlet opening, through which hot air flows out; the car is characterised in that it comprises: a first aerodynamic duct, which extends between an inlet opening, which is arranged next to the inlet opening of the ventilation channel, and an outlet opening, which is obtained inside the ventilation channel between the inlet opening of the ventilation channel and the radiator; and a shutter, which is arranged in correspondence to the inlet opening of the first aerodynamic duct and is mobile between an engagement position, in which the first shutter closes the inlet opening of the first aerodynamic duct, and a disengagement position, in which the first shutter leaves the inlet opening of the first aerodynamic duct free. a first aerodynamic duct, which extends between an inlet opening, which is arranged next to the inlet opening of the ventilation channel, and an outlet opening, which is obtained inside the ventilation channel between the inlet opening of the ventilation channel and the radiator; and a shutter, which is arranged in correspondence to the inlet opening of the first aerodynamic duct and is mobile between an engagement position, in which the first shutter closes the inlet opening of the first aerodynamic duct, and a disengagement position, in which the first shutter leaves the inlet opening of the first aerodynamic duct free.
Engine control valve for a vehicle, particularly a motor vehicle, comprising a flap mounted with the ability to rotate in a valve body about an axis dividing the said flap into a first part and a second part, the said flap being able to collaborate with sealing means borne by the valve body in a closed position in order to stop the flow of a fluid through the said flap, for which position the first part of the flap collaborates in a sealed manner with first sealing means and the second part of the flap collaborates in a sealed manner with second sealing means, characterized in that the first sealing means and the second sealing means are mounted so that they slide as one along the valve body.
Gearwheel mechanism, comprising at least two intermeshing spur gears (1, 2) which have a tooth width (b) and helical toothings (3, 4), wherein a first spur gear has a tooth profile with a tip circle diameter (D K1) and a second spur gear has a tooth profile with a root circle diameter (D F2), characterized in that the first spur gear has at least one elevation of the tooth profile beyond the tip circle diameter (D K1), which elevation extends over a part of the tooth width, and in that the at least one elevation has at least one abutment surface in an axial direction.
An anti-separating structure of a sensing magnet for EPS motor, the structure comprising: a disk-shaped plate formed with an opening in which a rotation shaft can be inserted and a vertically penetrating coupling hole; and a magnet formed on an upper surface of the plate and injection molded along with the plate, wherein the injection molded magnet includes a downwardly protruding lug for insertion into the coupling hole, characterized in that a lower end of the lug is extended to a lower surface of the plate, and a diameter of the lower end of the lug is greater than that of the coupling hole, whereby a coupling force between the magnet and the plate to an axial direction is enhanced.
A method for fabricating an optical device comprising: a light waves-transmitting substrate (20, 110) having at least two major surfaces and edges and a plurality of partially reflecting surfaces carried by the substrate, wherein the partially reflecting surfaces are parallel to each other and not parallel to any of the edges of the substrate, the method comprising the steps of: providing at least one transparent flat plate and plates having partially reflecting surfaces; optically attaching together the flat plates so as to create a stacked, staggered form; slicing off from the stacked, staggered form at least one segment by cutting across several plates; grinding and polishing the segment to produce the light waves-transmitting substrate, characterized in that: the plates are optically attached to each other by an optically adhesive-free process, and in that the light waves-transmitting substrate is chemically strengthened by a surface finishing process. a light waves-transmitting substrate (20, 110) having at least two major surfaces and edges and a plurality of partially reflecting surfaces carried by the substrate, wherein the partially reflecting surfaces are parallel to each other and not parallel to any of the edges of the substrate, the method comprising the steps of: providing at least one transparent flat plate and plates having partially reflecting surfaces; optically attaching together the flat plates so as to create a stacked, staggered form; slicing off from the stacked, staggered form at least one segment by cutting across several plates; grinding and polishing the segment to produce the light waves-transmitting substrate, characterized in that: the plates are optically attached to each other by an optically adhesive-free process, and in that the light waves-transmitting substrate is chemically strengthened by a surface finishing process. providing at least one transparent flat plate and plates having partially reflecting surfaces; optically attaching together the flat plates so as to create a stacked, staggered form; slicing off from the stacked, staggered form at least one segment by cutting across several plates; grinding and polishing the segment to produce the light waves-transmitting substrate, characterized in that: the plates are optically attached to each other by an optically adhesive-free process, and in that the light waves-transmitting substrate is chemically strengthened by a surface finishing process. the plates are optically attached to each other by an optically adhesive-free process, and in that the light waves-transmitting substrate is chemically strengthened by a surface finishing process.
A method in a home base station, here referred to as an energy efficient base station, EEBS, connected to a mobile telecommunication network via a concentration gateway, said concentration gateway being a home base station gateway, said method being characterized in comprising the steps of: -detecting if no UEs allowed to access the EEBS are located in the vicinity of the EEBS, wherein said detecting step, which comprises paging for UEs, is triggered by a request received from said concentration gateway to page for UEs, if no UEs allowed to access the EEBS are detected in that no answer of said paging is received: - entering a sleep mode, wherein the EEBS transmits its reference signal and system information less frequently than during regular operation, and - maintaining the sleep mode until an indication is received from said concentration gateway to wake up from the sleep mode. -detecting if no UEs allowed to access the EEBS are located in the vicinity of the EEBS, wherein said detecting step, which comprises paging for UEs, is triggered by a request received from said concentration gateway to page for UEs, - entering a sleep mode, wherein the EEBS transmits its reference signal and system information less frequently than during regular operation, and - maintaining the sleep mode until an indication is received from said concentration gateway to wake up from the sleep mode.
An impedance measuring apparatus comprising: a first high-frequency current generator configured to generate a first current corresponding to a first high-frequency; a second high-frequency current generator configured to generate a second current corresponding to a second high-frequency; a low-frequency current generator configured to generate a low-frequency current based on a beat phenomenon of the first current and the second current; a biopotential measurer configured to measure a voltage applied to the target part based on the high-frequency current and the low-frequency current; an electrode array comprising a plurality of electrodes configured to contact the target part; an electrode switching network configured to selectively connect at least one of the first high-frequency current generator, the second high-frequency current generator, and the low-frequency current generator to at least one of the plurality of electrodes; and a controller configured to calculate an impedance of a target part based on a voltage induced to the target part by a high-frequency current corresponding to at least one of the first current and the second current, and the low-frequency current, wherein when a stimulation area is selected in the target part, the controller is further configured to select one or more electrodes corresponding to the stimulation area from the plurality of electrodes. a first high-frequency current generator configured to generate a first current corresponding to a first high-frequency; a second high-frequency current generator configured to generate a second current corresponding to a second high-frequency; a low-frequency current generator configured to generate a low-frequency current based on a beat phenomenon of the first current and the second current; a biopotential measurer configured to measure a voltage applied to the target part based on the high-frequency current and the low-frequency current; an electrode array comprising a plurality of electrodes configured to contact the target part; an electrode switching network configured to selectively connect at least one of the first high-frequency current generator, the second high-frequency current generator, and the low-frequency current generator to at least one of the plurality of electrodes; and a controller configured to calculate an impedance of a target part based on a voltage induced to the target part by a high-frequency current corresponding to at least one of the first current and the second current, and the low-frequency current, wherein when a stimulation area is selected in the target part, the controller is further configured to select one or more electrodes corresponding to the stimulation area from the plurality of electrodes.
An aircraft sensor fault detection system, the system comprising: a sensor system including a sensing apparatus to measure a parameter of an environment and a measurement circuit coupled to the sensing apparatus; a first source of alternating current connected to a first conductor of the sensor system; a second source of alternating current connected to a second conductor of the sensor system, the second source of alternating current being 180 degrees out of phase with the first source of alternating current; and an alternating current measurement system arranged to measure alternating current from the first source and the second source passing through the sensor system, the alternating current being changed by a change in impedance of the first conductor or the second conductor, and indicate an error based on the change in impedance, indicated by the alternating current, exceeding a threshold. a sensor system including a sensing apparatus to measure a parameter of an environment and a measurement circuit coupled to the sensing apparatus; a first source of alternating current connected to a first conductor of the sensor system; a second source of alternating current connected to a second conductor of the sensor system, the second source of alternating current being 180 degrees out of phase with the first source of alternating current; and an alternating current measurement system arranged to measure alternating current from the first source and the second source passing through the sensor system, the alternating current being changed by a change in impedance of the first conductor or the second conductor, and indicate an error based on the change in impedance, indicated by the alternating current, exceeding a threshold. measure alternating current from the first source and the second source passing through the sensor system, the alternating current being changed by a change in impedance of the first conductor or the second conductor, and indicate an error based on the change in impedance, indicated by the alternating current, exceeding a threshold.
A lithium secondary battery comprising an anode including an anode active material capable of performing reversible storage and release of lithium ions, a cathode including a cathode active material capable of performing reversible storage and release of lithium ions, a porous separator interposed between the anode and cathode, and an electrolyte containing a lithium salt, characterized in that the electrolyte includes a controlled-release capsule, the controlled release capsule contains a material required in relation to the operation of the battery inside a microporous cell, the controlled releases capsule releases the material contained therein at a release rate in the range of 1 to 10000 μg/day wherein the controlled-release capsule is composed of an electrolyte-insoluble material which is at least one selected from the group consisting of polyethylene, polypropylene, polystyrene, nylon, polycaprolactone, polyethylene terephthalate, polyurethane, gelatin, chitosan and cellulose, and wherein the material released from the capsule is (i) at least one selected from the group consisting of vinylene carbonate, vinylene ethylene carbonate, fluoro-ethylene carbonate, succinic anhydride, lactide, caprolactam, ethylene sulfite, propane sultone, propene sultone, vinyl sulfone, and derivatives and halogen-substituted compounds thereof; (ii) at least one selected from the group consisting of ethylenediaminetetraacetic acid, tetramethylethylene diamine, pyridine, dipyridyl, ethylene bis(diphenylphosphine), butyronitrile, succinonitrile, iodine, ammonium halogenate and derivatives thereof or (iii) at least one selected from the group consisting of hexamethyldisiloxane, hexamethoxycyclotriphosphazene, hexamethylphosphoramide, cyclohexylbenzene, biphenyl and dimethylpyrrole. (i) at least one selected from the group consisting of vinylene carbonate, vinylene ethylene carbonate, fluoro-ethylene carbonate, succinic anhydride, lactide, caprolactam, ethylene sulfite, propane sultone, propene sultone, vinyl sulfone, and derivatives and halogen-substituted compounds thereof; (ii) at least one selected from the group consisting of ethylenediaminetetraacetic acid, tetramethylethylene diamine, pyridine, dipyridyl, ethylene bis(diphenylphosphine), butyronitrile, succinonitrile, iodine, ammonium halogenate and derivatives thereof or (iii) at least one selected from the group consisting of hexamethyldisiloxane, hexamethoxycyclotriphosphazene, hexamethylphosphoramide, cyclohexylbenzene, biphenyl and dimethylpyrrole.
A fin block (100, 100a) for calibrating an extruded profile within a calibrating device, wherein the fin block (100, 100a) comprises a fin structure, which has a plurality of fins which are spaced apart from one another by grooves and are arranged in longitudinal direction of the fin block (100, 100a), wherein the fin block (100, 100a) has at least one channel (130, 130a) for feeding a temperature-control fluid, wherein the at least one channel (130, 130a) is formed in an integrated and loop-like manner in the fin block (100, 100a), and wherein the fin block (100, 100a) is formed in one piece.
A method for operating a winding device, wherein the winding device comprises a winding shaft rotatable about its own longitudinal axis, a first clamping, a second clamping, a control device and a rotary drive, wherein the winding shaft has at least one critical rotational speed (n ki), characterized by the steps of 1. determining the at least one critical rotational speed (n ki); 2. measuring the current rotational speed (n) of the winding shaft; 3. comparing the current rotational speed (n) to the at least one critical rotational speed (n ki); 4. changing the tension in the winding shaft upon the current rotational speed (n) approaching a critical rotational speed (n ki). 1. determining the at least one critical rotational speed (n ki); 2. measuring the current rotational speed (n) of the winding shaft; 3. comparing the current rotational speed (n) to the at least one critical rotational speed (n ki); 4. changing the tension in the winding shaft upon the current rotational speed (n) approaching a critical rotational speed (n ki).
A trigger wire release mechanism for releasing a retained end of a prosthesis, the trigger wire release mechanism comprising: a prosthesis retaining device (10, 40) arranged to engage an end of the prosthesis; a trigger wire (22, 24) having a distal end and a proximal end, the distal end being arranged to selectively couple the prosthesis retaining device to the prosthesis; a control mechanism comprising an elongate body member and a guide member, the elongate body member having a proximal end and a distal end, an exterior surface, and an interior surface, the interior surface defining a chamber extending longitudinally with the elongate body member; wherein the trigger wire proximal end is operably coupled to the guide member in the chamber and the guide member is slidably disposed between a generally distal position and a generally proximal position along the elongate body member to selectively disengage the prosthesis retaining device from the prosthesis, characterised in that the guide member comprises a knob radially disposed around the elongate body member. a prosthesis retaining device (10, 40) arranged to engage an end of the prosthesis; a trigger wire (22, 24) having a distal end and a proximal end, the distal end being arranged to selectively couple the prosthesis retaining device to the prosthesis; a control mechanism comprising an elongate body member and a guide member, the elongate body member having a proximal end and a distal end, an exterior surface, and an interior surface, the interior surface defining a chamber extending longitudinally with the elongate body member; wherein the trigger wire proximal end is operably coupled to the guide member in the chamber and the guide member is slidably disposed between a generally distal position and a generally proximal position along the elongate body member to selectively disengage the prosthesis retaining device from the prosthesis, characterised in that the guide member comprises a knob radially disposed around the elongate body member.
Device for preventing excess speed, which is caused by an energy store, of a door leaf, the device comprising: - a door leaf displaceable between an open position and a closed position, - an energy store coupled with the door leaf, which energy store provides energy for the closing movement of the door leaf in the event of failure of the electrical energy supply, - a door drive coupled with the door leaf, wherein electrical energy can be induced in the door drive when closing movement of the door leaf takes place, and - a door control, which actuates the door drive and which is suitable for regulation of the speed of movement of the door leaf, characterised in that the door control is operable by means of the induced electrical energy when the electrical energy supply fails. - a door leaf displaceable between an open position and a closed position, - an energy store coupled with the door leaf, which energy store provides energy for the closing movement of the door leaf in the event of failure of the electrical energy supply, - a door drive coupled with the door leaf, wherein electrical energy can be induced in the door drive when closing movement of the door leaf takes place, and - a door control, which actuates the door drive and which is suitable for regulation of the speed of movement of the door leaf,