mhurhangee/ep-ind-claims huggingface dataset:
A point cloud encoding method, comprising: obtaining description information of a bounding box size of a to-be-encoded point cloud and obtaining a normal axis of a to-be-encoded patch in the to-be-encoded point cloud; and encoding a syntax element into a bitstream, wherein the syntax element comprises an index of the normal axis and information indicating the description information of the bounding box size, and wherein the syntax element indicates a tangent axis of the to-be-encoded patch and a bitangent axis of the to-be-encoded patch; wherein the to-be-encoded point cloud comprises one or more patches, and wherein the one or more patches comprise the to-be-encoded patch. obtaining description information of a bounding box size of a to-be-encoded point cloud and obtaining a normal axis of a to-be-encoded patch in the to-be-encoded point cloud; and encoding a syntax element into a bitstream, wherein the syntax element comprises an index of the normal axis and information indicating the description information of the bounding box size, and wherein the syntax element indicates a tangent axis of the to-be-encoded patch and a bitangent axis of the to-be-encoded patch; wherein the to-be-encoded point cloud comprises one or more patches, and wherein the one or more patches comprise the to-be-encoded patch.
Method for allocating an elevator car in an elevator system, in which method: a destination call is received from a user; an elevator car is allocated to the user on the basis of the destination call received; which method further comprises: a categorization expression is received from the user in conjunction with the destination call; and the categorization expression given by the user is taken into account in allocating an elevator car, characterized in that the method further comprises the phase: the categorization expression is ignored in allocating the elevator car, when one or more predefined conditions are fulfilled, depending on the circumstances prevailing in the elevator system, such as the traffic situation, an evacuation situation or other similar situation of the elevator system.
A trunnion bearing assembly for the safety bearing of a high-speed electric machine, which high-speed electric machine comprises a rotor arranged to be rotatable, a stator, and at least one contactless bearing for bearing during the use of the high-speed electric machine, which trunnion bearing assembly comprises at least three rotationally symmetrical bearing means which are mounted on bearings in relation to their centre of rotation, and that said at least three rotationally symmetrical bearing means are placed around a shaft substantially symmetrically so that the centre of rotation of the bearing means is placed on the circumference of substantially the same circle in such a way that the diameter of the largest imaginary circle inside the bearing means is greater than the diameter of the shaft at the bearing means, characterized in that at least some of the centres of rotation of the bearing means are arranged in substantially constant locations in the trunnion bearing assembly, and at least some of the bearing means are arranged to limit the movement of the shaft in the axial direction, and that the bearing means limiting the movement in the axial direction comprise at least a first set of bearing means in such a way that the centre of rotation of the first set of bearing means is placed in substantially the same first plane.
A motorcycle taillight, comprising a base, a light source unit, and a hood, wherein the base comprises a first bulb seat, which receives a primary light source of the light source unit mounted therein, an extension section extending from an underside of the first bulb seat in a direction toward rear side of a motorcycle body and having an underside carrying a second bulb seat at a free end of the extension section to receive a license plate light of the light source unit mounted therein, the hood comprising a shielding section corresponding in position to the second bulb seat of the base, a cover being arranged under the shielding section, characterized in that the primary light source and the license plate light of the light source unit form a front and rear shifted arrangement, and the license plate light is located more rearward of the motorcycle body than the primary light source.
An obesity treatment device comprising: an expandable stretching device (10; 10"; 110a; 110b; 410b; 50; 810) adapted to stretch a portion of a stomach wall of a patient, and an operation device (90; 42; 54; 40; 217; 218; 452) configured to operate the stretching device when implanted, to stretch the stomach wall portion such that temporary satiety is created, characterized in that the stretching device comprises elevated and lowered areas (701, 702) allowing the stretching device to change shape and/or size when being at least partly covered by fibrotic tissue, without being substantially hindered or impeded by the presence of said fibrotic tissue. an expandable stretching device (10; 10"; 110a; 110b; 410b; 50; 810) adapted to stretch a portion of a stomach wall of a patient, and an operation device (90; 42; 54; 40; 217; 218; 452) configured to operate the stretching device when implanted, to stretch the stomach wall portion such that temporary satiety is created, characterized in that the stretching device comprises elevated and lowered areas (701, 702) allowing the stretching device to change shape and/or size when being at least partly covered by fibrotic tissue, without being substantially hindered or impeded by the presence of said fibrotic tissue.
A composition for photodynamic therapy and imaging of cancer cells comprising gadolinium complex with a molecular formula of: wherein Ln is Gd or gadolinium porphyrinate ( Gd-N) or a pharmaceutically acceptable salt thereof.
A household cleaning appliance (2, 2.1), in particular a vacuum cleaner (2, 2.1), comprising: - at least one accessory (4, 4.1) at least connectable to a base body, - at least one first rechargeable energy storage arranged in the base body, - at least one further rechargeable energy storage arranged in the accessory (4, 4.1) - at least one consumer (6, 46) suppliable with energy by at least one of the rechargeable energy storages (10, 12), - wherein at least a first switch unit arranged between the first rechargeable energy storage and the further rechargeable energy storage is provided, and - wherein the first switch unit is configured to connect the first rechargeable energy storage and the further rechargeable energy storage in parallel in a first switch position and in series in a second switch position, characterized in that - the household cleaning appliance (2, 2.1) comprises a control unit configured to control the first switch unit, - the control unit is configured to control the first switch unit depending on the type of accessory detected of an accessory (4, 4.1) connected to the household cleaning appliance (2, 2.1). - at least one accessory (4, 4.1) at least connectable to a base body, - at least one first rechargeable energy storage arranged in the base body, - at least one further rechargeable energy storage arranged in the accessory (4, 4.1) - at least one consumer (6, 46) suppliable with energy by at least one of the rechargeable energy storages (10, 12), - wherein at least a first switch unit arranged between the first rechargeable energy storage and the further rechargeable energy storage is provided, and - wherein the first switch unit is configured to connect the first rechargeable energy storage and the further rechargeable energy storage in parallel in a first switch position and in series in a second switch position, characterized in that - the household cleaning appliance (2, 2.1) comprises a control unit configured to control the first switch unit, - the control unit is configured to control the first switch unit depending on the type of accessory detected of an accessory (4, 4.1) connected to the household cleaning appliance (2, 2.1).
Front unit of a motor vehicle, comprising: - a transverse beam forming a casing with a steering rack and having at its ends protuberances arranged to be fixed to a receiving structure of the vehicle; - two suspension arms, each positioned at one of the ends of the transverse beam and each having at least one first and one second pivot joint, each of the suspension arms being connected to the transverse beam by a single pivot joint, which pivot joint is received by an associated fixing interface; the front unit being characterized in that it comprises a front part intended to be directed towards the front of the vehicle, and a rear part intended to be directed towards the rear of the vehicle, the steering rack being situated at the front relative to the suspension arms. - a transverse beam forming a casing with a steering rack and having at its ends protuberances arranged to be fixed to a receiving structure of the vehicle; - two suspension arms, each positioned at one of the ends of the transverse beam and each having at least one first and one second pivot joint, each of the suspension arms being connected to the transverse beam by a single pivot joint, which pivot joint is received by an associated fixing interface;
A metal-air cell recharge apparatus for recharging a metal-air cell assembly including a secondary metal-air cell containing anode gel and a case accommodating the secondary metal-air cell therein, the apparatus comprising: a recharge unit for generating supply power supplied to the metal-air cell assembly using an external power source and supplying the metal-air cell assembly with the supply power; and a humidified-air supply unit for generating humidified air containing a certain amount of moisture and supplying the humidified air inside the case through a humidified-air supply hole connected to the metal-air cell assembly. a recharge unit for generating supply power supplied to the metal-air cell assembly using an external power source and supplying the metal-air cell assembly with the supply power; and a humidified-air supply unit for generating humidified air containing a certain amount of moisture and supplying the humidified air inside the case through a humidified-air supply hole connected to the metal-air cell assembly.
Light-emitting diode comprising: - a first n-doped semiconductor layer capable of forming a cathode of the diode, and a second p-doped semiconductor layer capable of forming an anode of the diode, the first and the second layer forming a p-n junction of the diode; - an active zone located between the first layer and the second layer, including at least two emissive layers comprising the semiconductor and capable of forming quantum wells, and a plurality of semiconductor barrier layers such that each emissive layer is located between two barrier layers that are in contact with said emissive layer at two opposite faces of said emissive layer; - an n-doped semiconductor buffer layer located between the first layer and the active zone, said n-doped semiconductor in the buffer layer having a band gap energy less than or equal to about 97% of the band gap energy of the p-doped semiconductor of the second layer; in which the semiconductor of the barrier layers is In x Ga 1-x N, the semiconductor of the buffer layer is In Z Ga 1-Z N, and the semiconductor of the emissive layers is In Y Ga 1-Y N, where x, y and z are real numbers, characterized in that 0.025 ≤ x, and 0.025 ≤ z, and 0.1 ≤ y, and x < y, and z < y, or in which, when the diode comprises m barrier layers, the semiconductor in each of the barrier layers is In Xi Ga 1-Xi N, where i is an integer number between 1 and m, the semiconductor of the buffer layer is In Z Ga 1-Z N, and the semiconductor of emissive layers is In Y Ga 1-Y N, where x i, y and z are real numbers such that 0.025 ≤ z, and 0.1 ≤ y, and x i < y, and z < y, and in which the indium composition x i in the semiconductor of each barrier layer is different from the indium compositions of the other barrier layers, these indium compositions gradually varying and decreasing from a first value x 1, corresponding to the indium composition in the semiconductor of one of the barrier layers in contact with the buffer layer, such that x 1 ≤ z, up to another value x m corresponding to the indium composition in the semiconductor of one of the barrier layers in contact with the second layer, such that x m < x 1, and where m ≥ 3. - a first n-doped semiconductor layer capable of forming a cathode of the diode, and a second p-doped semiconductor layer capable of forming an anode of the diode, the first and the second layer forming a p-n junction of the diode; - an active zone located between the first layer and the second layer, including at least two emissive layers comprising the semiconductor and capable of forming quantum wells, and a plurality of semiconductor barrier layers such that each emissive layer is located between two barrier layers that are in contact with said emissive layer at two opposite faces of said emissive layer; - an n-doped semiconductor buffer layer located between the first layer and the active zone, said n-doped semiconductor in the buffer layer having a band gap energy less than or equal to about 97% of the band gap energy of the p-doped semiconductor of the second layer;
A device comprising: a first portion; a second portion; a hinge element between the first portion and the second portion; a magnetic sensor disposed on the first portion configured to measure a magnetic field; a non-extensible element configured between the first portion and the second portion, and fixed with respect to the second portion, wherein the non-extensible element is configured inside the hinge element; and a magnetic element configured on a free end of the non-extensible element so that a rotation of the first portion with respect to the second portion causes relative motion between the magnetic element and the magnetic sensor, thereby causing a change in a magnetic field; wherein an angle of fold between the two portions is calculated based on the change in the magnetic field as determined by the magnetic sensor. a first portion; a second portion; a hinge element between the first portion and the second portion; a magnetic sensor disposed on the first portion configured to measure a magnetic field; a non-extensible element configured between the first portion and the second portion, and fixed with respect to the second portion, wherein the non-extensible element is configured inside the hinge element; and a magnetic element configured on a free end of the non-extensible element so that a rotation of the first portion with respect to the second portion causes relative motion between the magnetic element and the magnetic sensor, thereby causing a change in a magnetic field; wherein an angle of fold between the two portions is calculated based on the change in the magnetic field as determined by the magnetic sensor.
An image decoding apparatus including a decoding means that decodes a prediction residual signal, a prediction signal and a set of filter parameters from coded data and a generating means (115, 116) that generates a prediction residual by dequantizing and inverse transforming the prediction residual signal decoded by the decoding means, to decode image data from the prediction residual and the prediction signal, comprising: a filtering means that performs a filtering process by calculating a new pixel value of a pixel to be targeted for the filtering process by adding weight coefficients multiplied with pixel values of reference pixels forming a two dimensional area consisting of more than a single row or column and including the pixel to be targeted; an index calculating means that calculates differential values indicating the difference between pixel values of the reference pixels, which are different from the pixel to be targeted, and the pixel value of the pixel to be targeted for the filtering process, a gradient value by summing differential values, and an index by classifying a magnitude of the gradient value; and a weight coefficient calculating means that calculates, based on filter parameters from the set of filter parameters, the weight coefficients that are determined corresponding to positions of the respective reference pixels with respect to the pixel to be targeted, wherein the weight coefficient calculating means comprises a selecting means that selects the filter parameters from the set of filter parameters, in accordance with the calculated index. a filtering means that performs a filtering process by calculating a new pixel value of a pixel to be targeted for the filtering process by adding weight coefficients multiplied with pixel values of reference pixels forming a two dimensional area consisting of more than a single row or column and including the pixel to be targeted; an index calculating means that calculates differential values indicating the difference between pixel values of the reference pixels, which are different from the pixel to be targeted, and the pixel value of the pixel to be targeted for the filtering process, a gradient value by summing differential values, and an index by classifying a magnitude of the gradient value; and a weight coefficient calculating means that calculates, based on filter parameters from the set of filter parameters, the weight coefficients that are determined corresponding to positions of the respective reference pixels with respect to the pixel to be targeted, wherein the weight coefficient calculating means comprises a selecting means that selects the filter parameters from the set of filter parameters, in accordance with the calculated index.
Sail membrane made of a woven fabric of synthetic fibers, characterized in that said fabric has a microroughness in the form of intersecting groove families arranged so as to achieve a density of 5 to 25 grooves/mm and deposited on or integrated into said fabric surface.
Device for protection of wastewater pumps for wet accumulation chambers, wherein, it comprises: - a separation chamber provided with discharge pipe for discharge wastewater into a sewerage network, - a supply pipe, connected to the separation chamber, to supply solid particles containing wastewater into the separation chamber, - a reversing valve arranged between the supply pipe and the separation chamber in order to prevent reversing flow of wastewater into the supply pipe, - a bidirectional pipe, connected to the separation chamber, for connection of the separation chamber with a pump, to supply wastewater from the separation chamber through the pump into a wet accumulation chamber and for reverse flow of wastewater from the wet accumulation chamber through the pump and the separation chamber into the discharge pipe, - a solid particles separator, arranged between the separation chamber and the bidirectional pipe, for retaining solid particles contained in wastewater into the separation chamber, and wherein - the bidirectional pipe and the discharge pipe are arranged so that they open into the separation chamber opposite to each other in a lower part of the separation chamber, and wherein - the bidirectional pipe is branched, where one branch opens into the lower part of separation chamber and the second branch opens into the upper part of separation chamber, whereas both branches are connected to the separation chamber by a separate solid particles separator (6.1) and (6.2), characterized in that, the supply pipe is in a form of perforated inlet trough. - a separation chamber provided with discharge pipe for discharge wastewater into a sewerage network, - a supply pipe, connected to the separation chamber, to supply solid particles containing wastewater into the separation chamber, - a reversing valve arranged between the supply pipe and the separation chamber in order to prevent reversing flow of wastewater into the supply pipe, - a bidirectional pipe, connected to the separation chamber, for connection of the separation chamber with a pump, to supply wastewater from the separation chamber through the pump into a wet accumulation chamber and for reverse flow of wastewater from the wet accumulation chamber through the pump and the separation chamber into the discharge pipe, - a solid particles separator, arranged between the separation chamber and the bidirectional pipe, for retaining solid particles contained in wastewater into the separation chamber, and wherein - the bidirectional pipe and the discharge pipe are arranged so that they open into the separation chamber opposite to each other in a lower part of the separation chamber, and wherein - the bidirectional pipe is branched, where one branch opens into the lower part of separation chamber and the second branch opens into the upper part of separation chamber, whereas both branches are connected to the separation chamber by a separate solid particles separator (6.1) and (6.2),
A liquid ejection head comprising: a pressure chamber configured to allow a first liquid and a second liquid to flow inside; a pressure generation element configured to apply pressure to the first liquid; an ejection port configured to eject the second liquid; a first inflow port through which the first liquid flows into the pressure chamber; a second inflow port through which the second liquid flows into the pressure chamber; a first outflow port through which the first liquid flows out of the pressure chamber; and a second outflow port through which the second liquid flows out of the pressure chamber, wherein the second inflow port, the first inflow port, the first outflow port and the second outflow port are formed by being arranged in the order of enumeration in a flowing direction (y) of the first liquid and the second liquid in the pressure chamber, and the first liquid and the second liquid flowing in the pressure chamber contact with each other and are circulated between the pressure chamber and an outside unit, characterized in that the liquid ejection head is configured to eject the second liquid from the ejection port by causing the pressure generation element to apply a pressure to the first liquid in a state where the first liquid flows in the flowing direction (y), crossing a direction (z) of ejection of the second liquid from the ejection port, while being in contact with the pressure generation element, and where the second liquid flows in the flowing direction (y) along the first liquid in the pressure chamber. a pressure chamber configured to allow a first liquid and a second liquid to flow inside; a pressure generation element configured to apply pressure to the first liquid; an ejection port configured to eject the second liquid; a first inflow port through which the first liquid flows into the pressure chamber; a second inflow port through which the second liquid flows into the pressure chamber; a first outflow port through which the first liquid flows out of the pressure chamber; and a second outflow port through which the second liquid flows out of the pressure chamber, wherein the second inflow port, the first inflow port, the first outflow port and the second outflow port are formed by being arranged in the order of enumeration in a flowing direction (y) of the first liquid and the second liquid in the pressure chamber, and the first liquid and the second liquid flowing in the pressure chamber contact with each other and are circulated between the pressure chamber and an outside unit, characterized in that the liquid ejection head is configured to eject the second liquid from the ejection port by causing the pressure generation element to apply a pressure to the first liquid in a state where the first liquid flows in the flowing direction (y), crossing a direction (z) of ejection of the second liquid from the ejection port, while being in contact with the pressure generation element, and where the second liquid flows in the flowing direction (y) along the first liquid in the pressure chamber.