mhurhangee/ep-ind-claims huggingface dataset:
Use, as a bi-directional transistor, of a device comprising: three semiconductor layers (910, 915, 920); wherein the semiconductor layers are arranged to form a 2DHG and a 2DEG separated by a polarization layer, a plurality of electrodes comprising: a first source, a second source, and at least one gate electrode arranged to vary the current flowing in either direction between the two sources via at least one of the 2DEG and the 2DHG. three semiconductor layers (910, 915, 920); wherein the semiconductor layers are arranged to form a 2DHG and a 2DEG separated by a polarization layer, a plurality of electrodes comprising: a first source, a second source, and at least one gate electrode arranged to vary the current flowing in either direction between the two sources via at least one of the 2DEG and the 2DHG.
Device for the attaching of two objects (F1, F2) together in a position that can be adjusted in terms of separation, said device comprising at least one first and one second part, - said first part comprising a head and a protuberance in the form of a notched rod that extends along a first axis (X-X'), comprising a first notched surface, said head comprising means for linking (709, 704a, 704b, 909a, 909b) with a first object, - said second part comprising means for linking (716, 711) with a second object, characterised in that the device further comprises a third part separate from said first and second parts, comprising an interiorly notched tube that extends along a second axis (Y-Y'), open at one end, and in that said third part and said second part comprise means that cooperate in order to axially clip onto one another and in order to make them integral in rotation, in such a way that said notched rod and said interiorly notched tube cooperate, when their respective axes are substantially confounded in order to, in a first relative angular position, slide into one another and to, in a second relative angular position, immobilise in translation the first part and the third part with respect to one another, in such a way as to adjust the separation between said objects. - said first part comprising a head and a protuberance in the form of a notched rod that extends along a first axis (X-X'), comprising a first notched surface, said head comprising means for linking (709, 704a, 704b, 909a, 909b) with a first object, - said second part comprising means for linking (716, 711) with a second object,
A computer implemented method of controlling thrust produced by a plurality of engines on an aircraft for assisting with nose-down recovery of the aircraft in response to nose-up pitching moments caused by aerodynamic flow separation on the wings and/or by engine generated nose-up pitching moments, the method comprising: selecting a maximum value of an aircraft parameter indicative of a critical controllability condition; measuring a value of the aircraft parameter while the aircraft is in flight; based on a comparison of the maximum value and the measured value, determining that the measured value exceeds the maximum value; and reducing a thrust produced by each of the engines of the plurality of engines to bring the measured value of the aircraft parameter below the maximum value of the aircraft parameter. selecting a maximum value of an aircraft parameter indicative of a critical controllability condition; measuring a value of the aircraft parameter while the aircraft is in flight; based on a comparison of the maximum value and the measured value, determining that the measured value exceeds the maximum value; and reducing a thrust produced by each of the engines of the plurality of engines to bring the measured value of the aircraft parameter below the maximum value of the aircraft parameter.
An in-vehicle computing device comprising: a processor (314, 320); a plurality of hardware instances (602, 604), each supported by an associated driver; and a storage device (308, 316) storing instructions for initializing drivers of the in-vehicle computing device, the instructions being executable by the processor (314, 320) to: receive a notification identifying a driver for a hardware instance, wherein the driver supports one or more hardware instances (602a, 602b, 602c, 602d); initialize the driver identified in the notification; for each hardware instance (602a, 602b, 602c, 602d) supported by the driver, determine if that hardware instance is associated with a first stage of initialization from a plurality of initialization stages; and initialize the hardware instance that is determined to be associated with the first stage of initialization and each other hardware instance supported by the driver that is associated with the first stage of initialization. a processor (314, 320); a plurality of hardware instances (602, 604), each supported by an associated driver; and a storage device (308, 316) storing instructions for initializing drivers of the in-vehicle computing device, the instructions being executable by the processor (314, 320) to: receive a notification identifying a driver for a hardware instance, wherein the driver supports one or more hardware instances (602a, 602b, 602c, 602d); initialize the driver identified in the notification; for each hardware instance (602a, 602b, 602c, 602d) supported by the driver, determine if that hardware instance is associated with a first stage of initialization from a plurality of initialization stages; and initialize the hardware instance that is determined to be associated with the first stage of initialization and each other hardware instance supported by the driver that is associated with the first stage of initialization. receive a notification identifying a driver for a hardware instance, wherein the driver supports one or more hardware instances (602a, 602b, 602c, 602d); initialize the driver identified in the notification; for each hardware instance (602a, 602b, 602c, 602d) supported by the driver, determine if that hardware instance is associated with a first stage of initialization from a plurality of initialization stages; and initialize the hardware instance that is determined to be associated with the first stage of initialization and each other hardware instance supported by the driver that is associated with the first stage of initialization.
A magnetic contactor comprising: a frame configured to include a fixed contact which is connected to a power source and a load; a holder movably provided in the frame, and configured to include a movable contact disposed to contact the fixed contact and to be separated from the fixed contact; a movable core coupled to one end of the holder; a bobbin configured to include a coil which is wound around an outer surface, wherein the bobbin generates a magnetic force when external power is applied to the coil; a fixed core coupled to the bobbin; an elastic member disposed between the holder and the bobbin, wherein the elastic member restores the movable core to an original position when the external power is cut off; an electronic circuit part configured to include a voltage dropping element, characterized in that the movable core comprises a switch manipulating part; the contactor comprises: an inverting switch provided within a moving range of the switch manipulating part, wherein an internal contact of the inverting switch is inverted when the inverting switch is contacted by switching manipulating part; and a normal position member configured to fix the switch manipulating part to a normal position to induce a contact between the inverting switch and the switch manipulating part, the electronic circuit part receives an inversion signal from the inverting switch to control a current applied to the coil. a frame configured to include a fixed contact which is connected to a power source and a load; a holder movably provided in the frame, and configured to include a movable contact disposed to contact the fixed contact and to be separated from the fixed contact; a movable core coupled to one end of the holder; a bobbin configured to include a coil which is wound around an outer surface, wherein the bobbin generates a magnetic force when external power is applied to the coil; a fixed core coupled to the bobbin; an elastic member disposed between the holder and the bobbin, wherein the elastic member restores the movable core to an original position when the external power is cut off; an electronic circuit part configured to include a voltage dropping element, characterized in that the movable core comprises a switch manipulating part; an inverting switch provided within a moving range of the switch manipulating part, wherein an internal contact of the inverting switch is inverted when the inverting switch is contacted by switching manipulating part; and a normal position member configured to fix the switch manipulating part to a normal position to induce a contact between the inverting switch and the switch manipulating part,
Cavitation structural converter comprising a set of rings in a quantity of at least 100 made from a corrosion resistant material and secured inside a pipe by means of fixtures, wherein the diameter of the channel formed by said rings varies in a wave-like manner.
Rotor of an outer rotor permanent magnet generator of a wind turbine, - whereby the rotor comprises a support structure that is prepared and arranged in a way to support a permanent magnet, - whereby the support structure comprises a lamination of stacked insulated sheets of metal, to inhibit the development of eddy currents in the support structure, that occur due to interaction between the permanent magnet of the rotor and a winding of a stator when the generator is in operation, - whereby the lamination of stacked insulated sheets comprises a fixation means for a permanent magnet, - whereby the lamination of stacked insulated sheets is fixed by bolts, - whereby the rotor is segmented and the rotor comprises at least two modules that form the support structure, wherein a module comprises a cooling rib, - whereby the cooling rib is formed by the lamination sheets, and - whereby the cooling rib comprises an opening in the lamination sheets and - whereby the bolts for the fixation of the lamination are arranged within the opening in the cooling rib, whereby each module comprises an end plate to fix the lamination of stacked insulated sheets in their position to each other, whereby the at least two modules are identical, whereby the end plates comprise holes, so that two modules are prepared to be connected by bolts. - whereby the rotor comprises a support structure that is prepared and arranged in a way to support a permanent magnet, - whereby the support structure comprises a lamination of stacked insulated sheets of metal, to inhibit the development of eddy currents in the support structure, that occur due to interaction between the permanent magnet of the rotor and a winding of a stator when the generator is in operation, - whereby the lamination of stacked insulated sheets comprises a fixation means for a permanent magnet, - whereby the lamination of stacked insulated sheets is fixed by bolts, - whereby the rotor is segmented and the rotor comprises at least two modules that form the support structure, wherein a module comprises a cooling rib, - whereby the cooling rib is formed by the lamination sheets, and - whereby the cooling rib comprises an opening in the lamination sheets and - whereby the bolts for the fixation of the lamination are arranged within the opening in the cooling rib, whereby each module comprises an end plate to fix the lamination of stacked insulated sheets in their position to each other,
A method for diagnosing bladder cancer in a subject comprising detecting in the DNA of said subject at least one hypermethylated CpG island in ONECUT-2 associated with said cancer, wherein an elevation in the level of methylation in said CpG island of said subject, relative to the level of methylation in said CpG island of a healthy control subject, is indicative of said CpG island being hypermethylated; wherein said CpG island is indicated by chr18:53254153-53259851 as comprised in the Human Genome Assembly hg18 of March 2006.
A method of establishing a connection via a wireless local area network communicating with at least one user terminal, and at least one cellular packet switched network comprising at least one user terminal authentication and authorization means and at least one gateway node (60, 62), said method comprising the step of: a) pauthenticating the connection of a user terminal via said wireless local area network; said method being characterized in that it further comprises the steps of: b) selecting one of said at least one gateway node (60, 62) in said authentication step; c) signaling tunnel parameter information of said selected gateway node to an access server device of said wireless local area network using said one user terminal authentication and authorization means; and d) creating a tunnel connection between said access server device of said wireless local area network and an application server via said selected gateway node based on said tunnel parameter information. a) pauthenticating the connection of a user terminal via said wireless local area network; b) selecting one of said at least one gateway node (60, 62) in said authentication step; c) signaling tunnel parameter information of said selected gateway node to an access server device of said wireless local area network using said one user terminal authentication and authorization means; and d) creating a tunnel connection between said access server device of said wireless local area network and an application server via said selected gateway node based on said tunnel parameter information.
A modified bumper plate (200, 900) which is disk shaped and having a rim, a body, a hub and a collar with an opening in the center, comprising at least two shock absorber regions (220, 902, 908), wherein a first shock absorber region (220, 908) in the rim comprises at least one circumferential row of spaced holes (222, 912, 910) and at least one elastomeric material between the holes (222, 912, 910) that forms surrounding radial walls (224, 236); wherein the at least one elastomeric material having durometer hardness different from the rest of the modified bumper plate (200, 900); wherein the opening in the center of the collar is configured to receive a handle for lifting the modified bumper plate (200, 900); and wherein the holes (222, 912, 910) and surrounding radial walls in the rim act as shock absorbers when the modified bumper plate (200, 900) is dropped on a ground surface thus reducing noise emitted without unduly increasing bounce, wherein said first shock absorber region (220, 902) is on a periphery of the modified bumper plate (200, 900) making contact with the ground surface when the modified bumper plate (200, 900) is dropped on a ground surface and the second of said at least two shock absorber regions (220, 908, 902) forms part of the body of the modified bumper plate (200, 900). at least two shock absorber regions (220, 902, 908), wherein a first shock absorber region (220, 908) in the rim comprises at least one circumferential row of spaced holes (222, 912, 910) and at least one elastomeric material between the holes (222, 912, 910) that forms surrounding radial walls (224, 236); wherein the at least one elastomeric material having durometer hardness different from the rest of the modified bumper plate (200, 900); wherein the opening in the center of the collar is configured to receive a handle for lifting the modified bumper plate (200, 900); and wherein the holes (222, 912, 910) and surrounding radial walls in the rim act as shock absorbers when the modified bumper plate (200, 900) is dropped on a ground surface thus reducing noise emitted without unduly increasing bounce, wherein said first shock absorber region (220, 902) is on a periphery of the modified bumper plate (200, 900) making contact with the ground surface when the modified bumper plate (200, 900) is dropped on a ground surface and the second of said at least two shock absorber regions (220, 908, 902) forms part of the body of the modified bumper plate (200, 900).
A unit dose machine dish wash detergent product comprising at least one thermoplastic solid part, wherein the thermoplastic solid part comprises detergent active, wherein the thermoplastic solid part comprises a combination of a a) chiral aminopolycarboxylate and b) an organic acid, wherein the thermoplastic solid part has c) a water content of from 2 to 30 wt. %.
Tow bar for towing or pushing aircrafts on their nose gear comprising - a base body which is positively coupled via at least one shear pin to a drag head adjoining in the longitudinal direction, - wherein the base body has a tractor coupling at its first free end region facing away from the drag head for coupling the tractor and - the drag head has at its second free end region an aircraft coupling for coupling the nose gear of the aircraft to be dragged, wherein the tow bar - comprises an electrical force measuring device with a force sensor which emits an electrical signal corresponding to the force measured in the tow bar, the measuring device being embodied such that it is capable of measuring forces in the longitudinal direction and/or in one of the transverse directions (11.1, 11.2) thereto and/or torques about one of the transverse directions (11.1, 11.2), - comprises a current source, - the measuring device is part of a warning device which is capable of carrying out a warning reaction when a first limit value of the measured force or torque is exceeded. - a base body which is positively coupled via at least one shear pin to a drag head adjoining in the longitudinal direction, - wherein the base body has a tractor coupling at its first free end region facing away from the drag head for coupling the tractor and - the drag head has at its second free end region an aircraft coupling for coupling the nose gear of the aircraft to be dragged, wherein the tow bar - comprises an electrical force measuring device with a force sensor which emits an electrical signal corresponding to the force measured in the tow bar, the measuring device being embodied such that it is capable of measuring forces in the longitudinal direction and/or in one of the transverse directions (11.1, 11.2) thereto and/or torques about one of the transverse directions (11.1, 11.2), - comprises a current source, - the measuring device is part of a warning device which is capable of carrying out a warning reaction when a first limit value of the measured force or torque is exceeded.
An air filter arrangement comprising an air channel, a first air filter mounted in the air channel, which first air filter comprises a filter frame provided with at least one passage for through flow of air, and a filter body comprising electrostatically chargeable fibres which are attached to the filter frame such that the filter body obtains an extension from the filter frame to a position located at a distance from and downstream the filter frame with respect to the intended flow direction of the air through the air channel, a second air filter, comprising a filter cloth which, in a mounted state, is adapted to extend across the air channel such that it is flown through by air flowing in an substantial longitudinal direction in the air channel, the second air filter being mounted in the air channel in a position located downstream the first air filter with respect to the intended flow direction of the air through the air channel, characterised in that the second air filter is such that as the particle separating ability of the first filter gradually decreases with time the second air filter takes over more and more of the particle separating work.
Method for cased drilling, in which a drill pipe is introduced into a ground at least in an upper area of a borehole to be produced and by means of a rotationally driven drilling tool a ground material inside the drill pipe is removed and the borehole is drilled, characterized in that in an upper area of the drill pipe negative pressure is produced in the drill pipe by means of an annular negative pressure unit arranged in the upper area of the drill pipe, wherein an area of negative pressure is formed in the drill pipe, and in that the negative pressure is set such that ambient air flows annularly from above into the negative pressure area.
Building envelope (10; 20; 30; 70; 80), in particular a building wall, floor or roof, of a building comprising at least two spaced-apart shells (11a, 11b; 21a, 21b; 21a', 21b'; 21a", 21b"; 31a, 31b; 71, 72; 81, 82), said shells enclosing between them an intermediate space which, with the exception of load-bearing and/or building-technology elements, is substantially empty or is filled with porous, open-pore material at least in some sections and is sealed with respect to the exterior and the interior of the building, comprising fluid supply and discharge means (28; 28') for supplying to and discharging from the intermediate space, in a controlled manner, a fluid that influences the passage of heat through the building envelope or that transports heat into and/or out of the building envelope, wherein the intermediate space is divided into building envelope sections, and the separately controllable fluid supply and discharge means are designed to control the heat transport in a section-selective manner, wherein controllable sealing means (76b; 84b) are provided for sealing the intermediate space with respect to the exterior and the interior and also for sealing separate building envelope sections from each other, wherein the fluid supply and discharge means (28; 28') comprise liquid pumps and a liquid reservoir for selectively filling the intermediate space of the building envelope sections with a heat-conducting liquid or for pumping the latter out therefrom. comprising fluid supply and discharge means (28; 28') for supplying to and discharging from the intermediate space, in a controlled manner, a fluid that influences the passage of heat through the building envelope or that transports heat into and/or out of the building envelope, wherein the intermediate space is divided into building envelope sections, and the separately controllable fluid supply and discharge means are designed to control the heat transport in a section-selective manner, wherein controllable sealing means (76b; 84b) are provided for sealing the intermediate space with respect to the exterior and the interior and also for sealing separate building envelope sections from each other, wherein the fluid supply and discharge means (28; 28') comprise liquid pumps and a liquid reservoir for selectively filling the intermediate space of the building envelope sections with a heat-conducting liquid or for pumping the latter out therefrom.
A laundry treating appliance comprising: a chassis defining an interior; a rotatable treating chamber located within the interior and having an access opening; a cover movably mounted to the chassis for selective movement between opened/closed positions to open/close the access opening; and a spray arm assembly having a spray head and a faucet, with the spray head overlying the access opening when the cover is closed to spray liquid into the treating chamber, and the faucet operable to emit liquid into the treating chamber when the cover is opened, characterised in that the spray arm assembly includes a spray arm hinge about which the spray arm assembly is rotatably movable, allowing the spray arm assembly to be in a lowered position when the cover is closed and in a raised position when the cover is opened. a chassis defining an interior; a rotatable treating chamber located within the interior and having an access opening; a cover movably mounted to the chassis for selective movement between opened/closed positions to open/close the access opening; and a spray arm assembly having a spray head and a faucet, with the spray head overlying the access opening when the cover is closed to spray liquid into the treating chamber, and the faucet operable to emit liquid into the treating chamber when the cover is opened,