mhurhangee/ep-ind-claims huggingface dataset:
A parking-lot-leaving support apparatus, to execute a parking-lot-leaving support to support a vehicle leaving a parking lot, based on a positional relationship between the vehicle and an obstacle in a back-and-forth direction of the vehicle, comprising: a determination unit (404, 405) configured to determine whether an obstacle exists in a side direction of the vehicle, based on a detection result of a detection unit that detects an obstacle in the side direction of the vehicle, a parallel parking state determination means configured to determine whether the vehicle is in a parallel parking state based on a detection result of a detection unit (401, 402) that detects an obstacle in the back-and-forth direction of the vehicle; characterized by a selection operation unit configured to, when it is determined that the vehicle is in the parallel parking state, receive a selection operation based on a blinker operation performed by a driver of a parking-lot-leaving direction; and an inhibition unit (406, 407) configured to, when the determination unit has determined that the obstacle exists in the side direction of the vehicle that coincides with the parking-lot-leaving direction identified based on the blinker operation performed by the driver, inhibit the parking-lot-leaving support in a direction that coincides with the side direction in which the obstacle exists while permitting parking-lot-leaving support in a direction in which no obstacle exists. a determination unit (404, 405) configured to determine whether an obstacle exists in a side direction of the vehicle, based on a detection result of a detection unit that detects an obstacle in the side direction of the vehicle, a parallel parking state determination means configured to determine whether the vehicle is in a parallel parking state based on a detection result of a detection unit (401, 402) that detects an obstacle in the back-and-forth direction of the vehicle; characterized by a selection operation unit configured to, when it is determined that the vehicle is in the parallel parking state, receive a selection operation based on a blinker operation performed by a driver of a parking-lot-leaving direction; and an inhibition unit (406, 407) configured to, when the determination unit has determined that the obstacle exists in the side direction of the vehicle that coincides with the parking-lot-leaving direction identified based on the blinker operation performed by the driver, inhibit the parking-lot-leaving support in a direction that coincides with the side direction in which the obstacle exists while permitting parking-lot-leaving support in a direction in which no obstacle exists.
A belt comprising a rubber core, wherein the rubber core is covered with a cover fabric including filaments oriented in warp and weft yarn directions, characterised in that the filaments are conductive.
A roller blind arrangement for a motor vehicle for shading a transparent vehicle section, comprising a roller blind web which can be wound up to form a roller blind winding and is guided at its lateral edges in relation to a vertical longitudinal center plane of the roller blind each in a guide rail (22A, 22B), as well as a drive device having a drive pinion, which drives two driving means (28A, 28B), which are each guided in one of the guide rails (22A, 22B), characterized in that the driving means (28A, 28B) are each designed as a toothed belt having a toothing, said toothed belt having at least one flat surface for coupling to the roller blind web, and in that the driving means (28A, 28B) are joined within the guide rails (22A, 22B) to the roller blind web in each case solely via their respective flat surfaces and are detached from the roller blind web in a section arranged between the guide rails (22A, 22B) and the roller blind winding.
Catalyst comprising gold, palladium and a porous support, which is in the form of at least one grain, which is in the form of beads or extrudates, in which: - the gold content in the catalyst is between 0.5 and 3% by weight relative to the total weight of the catalyst; - the mean size of the gold particles estimated by transmission electron microscopy is between 0.5 nm and 5 nm; - the gold is homogeneously distributed in said porous support; the gold distribution being homogeneous when the partition coefficient R is between 0.8 and 1.2; as measured by a castaing microprobe R corresponding to the following mathematical formula: R = ∫ − r r c x x 2 dx / r 2 3 ∫ − r r c x dx wherein change pour to for c ( x) for x ∈ [- r;+ r] corresponds to the local concentration of element, r the radius of the bead or of the extrudant and x the position of the point of analysis along the diameter of the grain relative to the centre of this grain; at least 80% by weight of the palladium is distributed in a crust at the periphery of said porous support, the thickness of said crust being less than 300 μm; - the gold/palladium molar ratio is greater than 2. - the gold content in the catalyst is between 0.5 and 3% by weight relative to the total weight of the catalyst; - the mean size of the gold particles estimated by transmission electron microscopy is between 0.5 nm and 5 nm; - the gold is homogeneously distributed in said porous support; the gold distribution being homogeneous when the partition coefficient R is between 0.8 and 1.2; as measured by a castaing microprobe R corresponding to the following mathematical formula: R = ∫ − r r c x x 2 dx / r 2 3 ∫ − r r c x dx wherein change pour to for c ( x) for x ∈ [- r;+ r] corresponds to the local concentration of element, r the radius of the bead or of the extrudant and x the position of the point of analysis along the diameter of the grain relative to the centre of this grain; at least 80% by weight of the palladium is distributed in a crust at the periphery of said porous support, the thickness of said crust being less than 300 μm; c ( x) for x ∈ [- r;+ r] corresponds to the local concentration of element, r the radius of the bead or of the extrudant and x the position of the point of analysis along the diameter of the grain relative to the centre of this grain; at least 80% by weight of the palladium is distributed in a crust at the periphery of said porous support, the thickness of said crust being less than 300 μm; - the gold/palladium molar ratio is greater than 2.
A catalyst comprising: (a) at least one condensed phosphate anion selected from the group consisting of formulae,, and, [P n O 3n+1] (n+2)- [P n O 3n] n- [P (2m+n) O (5m+3n)] n- wherein n is at least 2 and m is at least 1, and (b) at least two different cations, wherein the catalyst is essentially neutrally charged; and further, wherein the molar ratio of phosphorus to said at least two different cations is between 0.7 and 1.7, wherein the cations comprise (i) at least one monovalent cation, and (ii) at least one polyvalent cation, wherein the polyvalent cation is selected from the group consisting of Be 2+, Mg 2+, Ca 2+, Sr 2+, Ba 2+, Mn 2+, Co 2+, Ni 2+, Cu 2+, Zn 2+, Cd 2+, Sn 2+, Pb 2+, Ti 3+, Cr 3+, Mn 3+, Al 3+, Ga 3+, Y 3+, In 3+, Sb 3+, Bi 3+, Si 4+, Ti 4+, V 4+, Ge 4+, Mo 4+, Pt 4+, V 5+, Nb 5+, Sb 5+, and mixtures thereof. (a) at least one condensed phosphate anion selected from the group consisting of formulae,, and, [P n O 3n+1] (n+2)- [P n O 3n] n- [P (2m+n) O (5m+3n)] n- wherein n is at least 2 and m is at least 1, and (b) at least two different cations, (i) at least one monovalent cation, and (ii) at least one polyvalent cation, wherein the polyvalent cation is selected from the group consisting of Be 2+, Mg 2+, Ca 2+, Sr 2+, Ba 2+, Mn 2+, Co 2+, Ni 2+, Cu 2+, Zn 2+, Cd 2+, Sn 2+, Pb 2+, Ti 3+, Cr 3+, Mn 3+, Al 3+, Ga 3+, Y 3+, In 3+, Sb 3+, Bi 3+, Si 4+, Ti 4+, V 4+, Ge 4+, Mo 4+, Pt 4+, V 5+, Nb 5+, Sb 5+, and mixtures thereof.
A gas turbine engine comprising: a fan forward of a primary flowpath inlet; the fan including a plurality of fan blades distributed radially about, and connected to, a hub; and a fan nacelle positioned radially outward of the fan and including an inner diameter, the inner diameter being sloped relative to an engine axis such that a forward portion of the fan nacelle has a smaller inner diameter than an aft portion of the fan nacelle, characterised in that: the gas turbine engine further comprises a fan blade spacer disposed between a radially inward facing surface of at least one fan blade and a radially outward facing surface of said hub, the fan blade spacer having a radial thickness at least equal to a slope drop of the fan nacelle, the slope drop being defined as a radial increase of the inner diameter from a radially narrowest portion of an inlet to a leading edge of a tip of at least one fan blade, wherein the blade spacer is a segmented ring or an entire ring of a single component. a fan forward of a primary flowpath inlet; the fan including a plurality of fan blades distributed radially about, and connected to, a hub; and a fan nacelle positioned radially outward of the fan and including an inner diameter, the inner diameter being sloped relative to an engine axis such that a forward portion of the fan nacelle has a smaller inner diameter than an aft portion of the fan nacelle,
Reinforcing element for a concrete barrier-wall element, which concrete barrier-wall element has a repelling profile on at least one longitudinal side, wherein the repelling profile is a New Jersey profile or a step profile, wherein the reinforcing element has longitudinal reinforcing bars and has bows, which extend transversely to the longitudinal reinforcing bars and are welded to the longitudinal reinforcing bars, that the reinforcing element has at least a first region, that the first region is substantially formed like the repelling profile of the concrete barrier-wall element to be produced, characterized in that the longitudinal reinforcing bars and the bows make up a two-dimensional curved grid, and that the reinforcing element in order to be stacked easily and thus transported in a space-saving manner is flat and formed substantially like a curved surface.
A method of decoding a video signal based on intra prediction, the method comprising: configuring a reference sample to be used for prediction of a current block based on width and height information of the current block; deriving an intra prediction mode of the current block; and generating a prediction sample of the current block using the reference sample based on the intra prediction mode of the current block, characterized in that when the current block is a non-square block, first intra prediction modes covering a first angle range determined based on a ratio of the width and height information of the current block are removed from a plurality of intra prediction modes applicable to the current block, and second intra prediction modes, as many as a number of the first intra prediction modes, covering a second angle range which is different from the first angle range are added to the plurality of intra prediction modes applicable to the current block, said second intra prediction modes being different from the intra prediction modes already constituting the plurality of intra prediction modes applicable to the current block, and wherein the intra prediction mode of the current block is determined as one of the plurality of intra prediction modes which the first intra prediction modes are removed from and the second intra prediction modes are added to. configuring a reference sample to be used for prediction of a current block based on width and height information of the current block; deriving an intra prediction mode of the current block; and generating a prediction sample of the current block using the reference sample based on the intra prediction mode of the current block, characterized in that when the current block is a non-square block, first intra prediction modes covering a first angle range determined based on a ratio of the width and height information of the current block are removed from a plurality of intra prediction modes applicable to the current block, and second intra prediction modes, as many as a number of the first intra prediction modes, covering a second angle range which is different from the first angle range are added to the plurality of intra prediction modes applicable to the current block, said second intra prediction modes being different from the intra prediction modes already constituting the plurality of intra prediction modes applicable to the current block, and wherein the intra prediction mode of the current block is determined as one of the plurality of intra prediction modes which the first intra prediction modes are removed from and the second intra prediction modes are added to.
A method for obtaining installation information of a network access device, comprising: sending, by a terminal device, a request for obtaining installation information of a network access device to a network device, wherein the request for obtaining the installation information of the network access device comprises positioning data of the terminal device and information indicating a relative location between the terminal device and a target object at which the network access device is to be installed; receiving, by the terminal device, the installation information of the network access device that is sent by the network device, wherein the installation information of the network access device is used to indicate at least one of the following: an installation location of the network access device and an installation angle of the network access device, the installation information of the network access device is further used to indicate a relative installation location between the network access device and the target object, and the installation location of the network access device and the installation angle of the network access device are determined by the network device based on the positioning data; and displaying, by the terminal device, the installation information of the network access device on a display interface. sending, by a terminal device, a request for obtaining installation information of a network access device to a network device, wherein the request for obtaining the installation information of the network access device comprises positioning data of the terminal device and information indicating a relative location between the terminal device and a target object at which the network access device is to be installed; receiving, by the terminal device, the installation information of the network access device that is sent by the network device, wherein the installation information of the network access device is used to indicate at least one of the following: an installation location of the network access device and an installation angle of the network access device, the installation information of the network access device is further used to indicate a relative installation location between the network access device and the target object, and the installation location of the network access device and the installation angle of the network access device are determined by the network device based on the positioning data; and displaying, by the terminal device, the installation information of the network access device on a display interface.
The compound S-(6-Nitro-oxi-hexahydro-furo[3,2-b]furan-3-1-il)thioacetate for use in treating a cardiovascular disease or condition, wherein an effective amount of a pharmaceutical composition comprising said compound is administered to the patient after the patient has been tested and determined to be homozygous wildtype (G/G) at position 894 in the endothelial nitric oxide synthase gene.
An optical module comprising: a motherboard; a daughter board suspended over, and being smaller than, the motherboard; an electrical connector configured for connection to a device; an optical element unit mounted to the daughter board, the optical element unit being electrically connected to the electrical connector and provided with optical elements for converting electrical signals and optical signals to each other so as to emit or receive light; an optical ferrule mounted to the daughter board, the optical ferrule having a plurality of optical fiber insertion holes, for holding optical fibers inserted into the plurality of optical fiber insertion holes so as to allow the fibers to be optically connected to the optical elements; and an optical cable inlet for introducing an end part of an optical cable provided with the optical fibers, wherein there is a difference in level between the optical cable inlet and the optical ferrule. a motherboard; a daughter board suspended over, and being smaller than, the motherboard; an electrical connector configured for connection to a device; an optical element unit mounted to the daughter board, the optical element unit being electrically connected to the electrical connector and provided with optical elements for converting electrical signals and optical signals to each other so as to emit or receive light; an optical ferrule mounted to the daughter board, the optical ferrule having a plurality of optical fiber insertion holes, for holding optical fibers inserted into the plurality of optical fiber insertion holes so as to allow the fibers to be optically connected to the optical elements; and an optical cable inlet for introducing an end part of an optical cable provided with the optical fibers, wherein there is a difference in level between the optical cable inlet and the optical ferrule.
A spacer grid, comprising two grille units and a clamp unit; wherein the two grille units are disposed in an opposing vertical configuration, and the clamp unit is inserted between the two grille units and movable vertically relative to the grille units, forming a floating connection between the two grille units; the grille units comprise a plurality of parallelly spaced first strips and a plurality of parallelly spaced second strips, and the first strips and the second strips are crossed with each other to form the network-like grille units; the clamp unit comprises a plurality of annular clamp sub-units, and the plurality of clamp sub-units are respectively accommodated in grille cells of the grille units, and are arranged for being used for clamping fuel rods and reactivity worth compensation rods respectively; the plurality of clamp sub-units are cross-joined on a same plane to form the integrated clamp unit; a side wall of each clamp sub-unit is provided with joining slots with openings facing one side, and an adjacent clamp sub-unit is upside down to be matched and inserted, with the openings of their joining slots toward one another. a plurality of parallelly spaced first strips and a plurality of parallelly spaced second strips, and the first strips and the second strips are crossed with each other to form the network-like grille units; the clamp unit comprises a plurality of annular clamp sub-units, and the plurality of clamp sub-units are respectively accommodated in grille cells of the grille units, and are arranged for being used for clamping fuel rods and reactivity worth compensation rods respectively; the plurality of clamp sub-units are cross-joined on a same plane to form the integrated clamp unit; a side wall of each clamp sub-unit is provided with joining slots with openings facing one side, and an adjacent clamp sub-unit is upside down to be matched and inserted, with the openings of their joining slots toward one another.
A method performed at a computer by a processor for securely handling a wake-up message (140; 410), said method comprising: the processor receiving the wake-up message (140; 410) from a remote mobile device via a short message service 'SMS'; the processor authenticating the wake-up message (140; 410); the processor determining an appropriate boot policy for handling the remote mobile device, wherein the boot policy is determined on the basis of the source of the wake-up message (140; 410); the processor requesting, via the SMS, a 'BIOS' password from the remote mobile device; the processor decrypting the BIOS password that is received, via the SMS, from the remote mobile device; the processor requesting, via the SMS, a login password from the remote mobile device; and the processor decrypting the login password that is received, via the SMS, from the remote mobile device. the processor receiving the wake-up message (140; 410) from a remote mobile device via a short message service 'SMS'; the processor authenticating the wake-up message (140; 410); the processor determining an appropriate boot policy for handling the remote mobile device, wherein the boot policy is determined on the basis of the source of the wake-up message (140; 410); the processor requesting, via the SMS, a 'BIOS' password from the remote mobile device; the processor decrypting the BIOS password that is received, via the SMS, from the remote mobile device; the processor requesting, via the SMS, a login password from the remote mobile device; and the processor decrypting the login password that is received, via the SMS, from the remote mobile device.
Installation for the production of confectionery products, such as sweets and the like, comprising a vacuum expansion chamber, having an inlet provided with a first gas-tight valve device for receiving a flow of semi-finished pieces prepared starting from a confectionery compound and including particles, such as air bubbles and/or powders, capable of causing an expansion thereof under vacuum, and an outlet; in said chamber there being provided a rotatable drum having a grille structure having openings or a mesh of dimensions smaller than that of the semi-finished pieces and intended to receive and transfer to the outlet of said chamber a flow of said semi-finished pieces, in a controlled period of time sufficient to allow an expansion thereof under vacuum; a cooling and conveying apparatus under vacuum, at a controlled temperature, having an inlet coupled with the outlet of the expansion chamber, and an outlet having an associated second gas-tight valve device for discharging the expanded and cooled confectionery products; said apparatus including at least one cooling and conveying unit comprising a conduit under vacuum (11a-14a) in which there is provided a worm conveyor device (11d-14d; 11e-14e) including a flexible spiral screw (11e-14e) intended to cause a displacement of the expanded pieces at a controlled speed; the conduit (11a-14a) being provided with liquid-refrigerated cooling means intended to cause a progressive solidification of said expanded pieces at a controlled temperature; and wherein the rotatable drum is provided with a plurality of receiving and conveying elements intended to transfer a flow of semi-finished pieces from the inlet to the outlet of said chamber, said conveying elements being attached to the inner cylindrical surface of the drum and being shaped in the form of curved tiles with their corresponding concavities oriented in the same direction relative to the circumferential direction and being inclined relative to the axis of said drum.