mhurhangee/ep-ind-claims huggingface dataset:
An apparatus, comprising: a device for communicating wirelessly with other devices, the device including: a first radio that is compatible with a wireless wide area network, WWAN, to receive, from a base station of the WWAN, an indication of when the first radio is scheduled to receive a signal over the WWAN; a second radio that is compatible with a wireless local area network, WLAN; and a non-wireless interface to convey, from the first radio to the second radio, timing information indicating a reception time when the first radio is scheduled to receive the signal over the WWAN based on the indication received by the first radio; wherein the timing information is relative to a clock common to the first radio and the second radio, the reception time has a start time, X, and an end time, Y, and the second radio is configured to compare, at a time T, an intended transmission period, L, of the second radio over the WLAN with the reception time of the first radio and to not transmit if T < X and T+L>X or if X<T<Y. a device for communicating wirelessly with other devices, the device including: a first radio that is compatible with a wireless wide area network, WWAN, to receive, from a base station of the WWAN, an indication of when the first radio is scheduled to receive a signal over the WWAN; a second radio that is compatible with a wireless local area network, WLAN; and a non-wireless interface to convey, from the first radio to the second radio, timing information indicating a reception time when the first radio is scheduled to receive the signal over the WWAN based on the indication received by the first radio; a first radio that is compatible with a wireless wide area network, WWAN, to receive, from a base station of the WWAN, an indication of when the first radio is scheduled to receive a signal over the WWAN; a second radio that is compatible with a wireless local area network, WLAN; and a non-wireless interface to convey, from the first radio to the second radio, timing information indicating a reception time when the first radio is scheduled to receive the signal over the WWAN based on the indication received by the first radio;
Process for preparing methyl mercaptan, characterized in that the syntheses of hydrogen sulphide and methyl mercaptan are coupled to one another by mixing the reaction mixture which leaves the reactor for hydrogen sulphide synthesis under pressure with methanol and introducing it into the reactor for methyl mercaptan synthesis under pressure, a pressure difference being established between the reactors used for the two syntheses which allows the hydrogen sulphide/methanol mixture to flow in the direction of the methyl mercaptan reactor.
A vehicle comprising a chassis, a driver seat, and an interference sensor device comprising: a signal adder having two input ports and two output ports; a first conductive plate; a second conductive plate aligned parallel to the first conductive plate; a non-conductive matter between the first conductive plate and the second conductive plate, wherein the first conductive plate is coupled to a first input of a first amplifier and the second conductive plate is coupled to a second input of the first amplifier, wherein an output of the first amplifier is coupled to a first of the two input ports of the signal adder; and a sensor coil having two ports each electrically coupled to a first input and a second input of a second amplifier, wherein an output of the second amplifier is coupled to a second of the two input ports of the signal adder; wherein the interference sensor device is installed at either an inside bottom of chassis of the vehicle, or at an inside top of the chassis of the vehicle above the driver seat. a signal adder having two input ports and two output ports; a first conductive plate; a second conductive plate aligned parallel to the first conductive plate; a non-conductive matter between the first conductive plate and the second conductive plate, wherein the first conductive plate is coupled to a first input of a first amplifier and the second conductive plate is coupled to a second input of the first amplifier, wherein an output of the first amplifier is coupled to a first of the two input ports of the signal adder; and a sensor coil having two ports each electrically coupled to a first input and a second input of a second amplifier, wherein an output of the second amplifier is coupled to a second of the two input ports of the signal adder; wherein the interference sensor device is installed at either an inside bottom of chassis of the vehicle, or at an inside top of the chassis of the vehicle above the driver seat.
A system for controlling a ship comprising: a ship having: a ship control unit configured to determine situation information of the ship; and a transmitter-receiver connected to the ship control unit and configured to transmit the situation information; and a remote-control centre remote from the ship comprising: a transmitter-receiver configured to receive situation information of the ship; and a remote-control unit configured to determine pilot-control information for manoeuvring the ship based on the situation information and configured to transmit the pilot-control information to the ship via the transmitter-receiver of the remote-control centre, characterized in that the ship control unit or the remote-control unit is configured to determine a quality of a connection between the transmitter-receiver of the ship and the transmitter-receiver of the remote-control centre, and wherein, based on the determined quality of the connection, the ship control unit or the remote-control unit is configured to prioritise the situation information transmitted from the ship to the remote-control centre, based on a type of the situation information. a ship having: a ship control unit configured to determine situation information of the ship; and a transmitter-receiver connected to the ship control unit and configured to transmit the situation information; and a ship control unit configured to determine situation information of the ship; and a transmitter-receiver connected to the ship control unit and configured to transmit the situation information; and a remote-control centre remote from the ship comprising: a transmitter-receiver configured to receive situation information of the ship; and a remote-control unit configured to determine pilot-control information for manoeuvring the ship based on the situation information and configured to transmit the pilot-control information to the ship via the transmitter-receiver of the remote-control centre, a transmitter-receiver configured to receive situation information of the ship; and a remote-control unit configured to determine pilot-control information for manoeuvring the ship based on the situation information and configured to transmit the pilot-control information to the ship via the transmitter-receiver of the remote-control centre, characterized in that the ship control unit or the remote-control unit is configured to determine a quality of a connection between the transmitter-receiver of the ship and the transmitter-receiver of the remote-control centre, and wherein, based on the determined quality of the connection, the ship control unit or the remote-control unit is configured to prioritise the situation information transmitted from the ship to the remote-control centre, based on a type of the situation information.
Sole bar arrangement for a body of a vehicle, in particular a rail vehicle, characterised in that at least one sole bar having a hole pattern and at least one suspension apparatus which is perforated in an interface-identical manner to the hole pattern and has a U-shaped cross-section as well as a U-shaped contour, are provided, wherein the at least one suspension apparatus is interlockingly and frictionally connected to the at least one sole bar and rests on the sole bar in the region of a contact surface.
A light emitting unit driving circuit comprising: a first driving transistor having a first channel width and a first channel length and being configured to provide a first current (Ia); a second driving transistor having a second channel width and a second channel length and being configured to provide a second current (Ib); a light emitting unit electrically connected to the first driving transistor and the second driving transistor, and configured to receive at least one of the first current (Ia) and the second current (Ib) to emit light; characterized by further comprising: a first data line (D1[x]); a second data line (D2[x]); a scan line (S1[y]); a first switching transistor electrically connected to the first data line (D1[x]), the first driving transistor, and the scan line (S1[y]); and a second switching transistor electrically connected to the second data line (D2[x]), the second driving transistor, and the scan line (S1[y]); and wherein a first ratio of the first channel width to the first channel length is different from a second ratio of the second channel width to the second channel length. a first driving transistor having a first channel width and a first channel length and being configured to provide a first current (Ia); a second driving transistor having a second channel width and a second channel length and being configured to provide a second current (Ib); a light emitting unit electrically connected to the first driving transistor and the second driving transistor, and configured to receive at least one of the first current (Ia) and the second current (Ib) to emit light; characterized by further comprising: a first data line (D1[x]); a second data line (D2[x]); a scan line (S1[y]); a first switching transistor electrically connected to the first data line (D1[x]), the first driving transistor, and the scan line (S1[y]); and a second switching transistor electrically connected to the second data line (D2[x]), the second driving transistor, and the scan line (S1[y]); and wherein a first ratio of the first channel width to the first channel length is different from a second ratio of the second channel width to the second channel length. a first data line (D1[x]); a second data line (D2[x]); a scan line (S1[y]); a first switching transistor electrically connected to the first data line (D1[x]), the first driving transistor, and the scan line (S1[y]); and a second switching transistor electrically connected to the second data line (D2[x]), the second driving transistor, and the scan line (S1[y]); and wherein a first ratio of the first channel width to the first channel length is different from a second ratio of the second channel width to the second channel length.
A battery module having a plurality of battery cells, the battery module comprising: a cell module stack having a structure in which a plurality of cell modules having the battery cells mounted in cartridges is vertically stacked; a lower end plate to support a lower end of the cell module stack; and an upper end plate to fix an uppermost cartridge of the cell module stack disposed on the lower end plate, wherein the cartridges, the upper end plate, and the lower end plate are provided with through holes formed such that the through holes communicate with one another, a fixing member is inserted through the through holes and coupled to the upper end plate and the lower end plate, and the fixing member is configured to have a polygonal shape or a circular shape having a protrusion in horizontal section and each of the through holes is formed in an inner shape corresponding to the outer shape of the fixing member so as to restrain rotation of the fixing member when rotational force for fastening is applied to the fixing member. a cell module stack having a structure in which a plurality of cell modules having the battery cells mounted in cartridges is vertically stacked; a lower end plate to support a lower end of the cell module stack; and an upper end plate to fix an uppermost cartridge of the cell module stack disposed on the lower end plate, wherein the cartridges, the upper end plate, and the lower end plate are provided with through holes formed such that the through holes communicate with one another, a fixing member is inserted through the through holes and coupled to the upper end plate and the lower end plate, and
A device for a radial spray catheter (102, 202), comprising: a body having a longitudinal axis, a proximal end, a distal end, a mid-portion extending therebetween, and an exterior radial surface; a central lumen extending within the body along the longitudinal axis from the proximal end of the body into at least the mid-portion of the body; one or more apertures distributed about the exterior radial surface of the body; and a flow distribution element in fluid communication with the central lumen and the one or more apertures, wherein the flow distribution element comprises a distribution lumen that extends from the central lumen to the distal end of the body and is in fluid communication with the central lumen, and wherein the distribution lumen includes a plurality of the apertures along the longitudinal axis, characterised by a spring within the distribution lumen having a distal component associated with the distal end of the body and a proximal component associated with an oscillator body, whereby the oscillator body oscillates in the distribution lumen with flow pushing against a restoring force of the spring to distribute the flow to the apertures. a body having a longitudinal axis, a proximal end, a distal end, a mid-portion extending therebetween, and an exterior radial surface; a central lumen extending within the body along the longitudinal axis from the proximal end of the body into at least the mid-portion of the body; one or more apertures distributed about the exterior radial surface of the body; and a flow distribution element in fluid communication with the central lumen and the one or more apertures, wherein the flow distribution element comprises a distribution lumen that extends from the central lumen to the distal end of the body and is in fluid communication with the central lumen, and wherein the distribution lumen includes a plurality of the apertures along the longitudinal axis, characterised by a spring within the distribution lumen having a distal component associated with the distal end of the body and a proximal component associated with an oscillator body, whereby the oscillator body oscillates in the distribution lumen with flow pushing against a restoring force of the spring to distribute the flow to the apertures.
A method for producing succinic acid, comprising allowing a coryneform bacterium modified to enhance fumarate reductase activity by using a succinate dehydrogenase gene from coryneform bacterium, to react with glucose in a reaction solution containing a carbonate ion, a bicarbonate ion, or carbon dioxide gas to generate succinic acid; and collecting the succinic acid.
A method of creating a transparent polymer window with a field of lenses in a security paper substrate, the method comprising the following steps: - providing a security paper substrate; - forming an opening into the security paper substrate; - laminating a transparent film which comprises a field of lenses onto a first side of the security paper substrate in such a way as to close the opening at one end and form lenses on the first side of the security paper substrate in register with the opening; and - filling the opening with transparent polymer material, wherein the transparent polymer material is a UV-curable polymer material and wherein the UV-curable polymer material is cured from a second side of the security paper substrate, opposite to the first side. - providing a security paper substrate; - forming an opening into the security paper substrate; - laminating a transparent film which comprises a field of lenses onto a first side of the security paper substrate in such a way as to close the opening at one end and form lenses on the first side of the security paper substrate in register with the opening; and - filling the opening with transparent polymer material,
A vehicle on which is mounted a structure-wall imaging device, the structure-wall imaging device comprising: an image acquisition unit including a plurality of cameras (331 to 334) to acquire an image of a wall of a structure; a mechanical component that is movable to change a position of the image acquisition unit within a plane intersecting with a direction of travel of the vehicle, wherein the image acquisition unit slides in a direction intersecting with the direction of travel of the vehicle; and fixing means for fixing the image acquisition unit to the mechanical component at one of two different positions in a direction facing the wall of the structure within the plane based on presence or absence of a predetermined road structure to maintain common photographing conditions for the image such as focus state, magnification, and brightness of illumination. an image acquisition unit including a plurality of cameras (331 to 334) to acquire an image of a wall of a structure; a mechanical component that is movable to change a position of the image acquisition unit within a plane intersecting with a direction of travel of the vehicle, wherein the image acquisition unit slides in a direction intersecting with the direction of travel of the vehicle; and fixing means for fixing the image acquisition unit to the mechanical component at one of two different positions in a direction facing the wall of the structure within the plane based on presence or absence of a predetermined road structure to maintain common photographing conditions for the image such as focus state, magnification, and brightness of illumination.
Induction hob comprising an AC power input and a power conversion entity adapted to provide high frequency electric current to an induction coil, wherein an electromagnetic filtering section is provided between said AC power input and said power conversion entity; characterized in that said electromagnetic filtering section comprises common mode filtering means and differential mode filtering means, wherein said electromagnetic filtering section comprises a closed magnetic core element around which at least two coils (5, 6) are provided; wherein said common mode filtering means is provided in form of said closed magnetic core element and said coils (5, 6); wherein said differential mode filtering means are adapted to enable a direct magnetic flux between the coil ends (5.1, 5.2, 6.1, 6.2) of each coil (5, 6) in order to obtain a differential mode filtering effect; wherein said electromagnetic filtering section provides common mode and differential mode filtering capabilities in a single component.
A memory control method comprising: dividing a memory used by a graphic processor for processing a plurality of tasks in a time-divided manner into a first area and a second areas, characterized by: using the first area as a fixed area which stores data related to a predetermined task regardless of whether a task change occurs or not; and using the second area as a switchable area which stores data related to a task after the change in response to a task change. using the first area as a fixed area which stores data related to a predetermined task regardless of whether a task change occurs or not; and using the second area as a switchable area which stores data related to a task after the change in response to a task change.
A clearance compensation device for a rack, said device comprising a tappet intended to exert a thrust force against a rack, said tappet being movably mounted and guided in translation, according to a thrust axis (ZZ'), in a casing (15, 16) which is arranged to form, on the one hand, an axial stop which hinders the axial recoil of the tappet according to the thrust axis (ZZ') and, on the other hand, a radial stop which hinders the radial distance of the tappet transversely to the thrust axis (ZZ'), said device also comprising an elastic damping member, which is interposed between the tappet and the casing (15, 16), bearing respectively against a first bearing surface belonging to the tappet and a second bearing surface belonging to the casing (15, 16), said device being characterized in that at least one of said first and second bearing surfaces (21, 22), called « distribution surface » (21, 23), is inclined with respect to the thrust axis (ZZ'), and in that the other of said first and second bearing surfaces (21, 22), called « seat surface » (22, 24), has, facing the distribution surface (21, 23) and against the elastic damping member, at least one radial extension component, which allows said seat surface (22, 24) to act axially on the damping member, and at least one axial extension component, which allows said seat surface (22, 24) to act radially on the damping member so that, when the tappet compresses the elastic damping member against the casing (15, 16), the elastic damping member exerts, in response on the tappet, a retaining force (R 20/10) which tends to return simultaneously said tappet axially in the direction of the rack and transversely in the direction of the thrust axis (ZZ').
A microfabricated device comprising: a substrate material comprising an array of microwells formed therein, said array of microwells defining at least one gas-entrapping feature on said substrate that entraps gas bubbles upon wetting said array of microwells with an aqueous solvent or solution, wherein the at least one gas-entrapping feature comprises a well, corner, microcavity, dead end, post, trap, hole or combination thereof, and a sacrificial residue being a solid material soluble in said aqueous solvent or solution, wherein said sacrificial residue is comprised of a salt, carbohydrate, or hydrophilic polymer, said sacrificial residue providing a conformal coating in contact with said array of microwells including said at least one gas-entrapping feature, wherein said residue is dissolvable in said aqueous solvent or solution to thereby cause dissolution guided wetting to fill said at least one gas-entrapping feature with said aqueous solvent or solution without entrapping gas bubbles. a substrate material comprising an array of microwells formed therein, said array of microwells defining at least one gas-entrapping feature on said substrate that entraps gas bubbles upon wetting said array of microwells with an aqueous solvent or solution, wherein the at least one gas-entrapping feature comprises a well, corner, microcavity, dead end, post, trap, hole or combination thereof, and a sacrificial residue being a solid material soluble in said aqueous solvent or solution, wherein said sacrificial residue is comprised of a salt, carbohydrate, or hydrophilic polymer, said sacrificial residue providing a conformal coating in contact with said array of microwells including said at least one gas-entrapping feature,
Method for transmitting data through an optical time-domain wavelength interleaved network, referred to as a TWIN, the optical network comprising a plurality of optical nodes, in which at least one wavelength (λ2) is dedicated to the transmission in the network of bursts of data transmitted by at least one of said nodes, called source node, to one of said nodes, called destination node, the method being characterized in that it comprises the transmission (CTRL) of a control message from said destination node to said at least one source node, the control message being transported in an optical signal transmitted at said wavelength (λ2) dedicated to the transmission in the network of bursts of data to said destination node.
A spray dried dispersion comprising -1-(2,2-difluorobenzo[d] [1,3]dioxol-5-yl)-N-(1-(2,3-dihydroxypropyl)-6-fluoro-2-(1-hydroxy-2-methylpropan-2-yl)-1H-indol-5-yl)cyclopropanecarboxamide (Compound 1) and N-(5-hydroxy-2,4-di-tert-butylphenyl)-4-oxo-1H-quinoline-3-carboxamide (Compound 2), wherein the spray dried dispersion is substantially amorphous and comprises less than about 15% crystallinity.