mhurhangee/ep-ind-claims huggingface dataset:
An automatic lifting device with a frame part, comprising a wheel plane at the lower side of which a number of carrying wheels are provided and, above the wheel plane, a carrying plane guided in parallel herewith, as well as a parallel guide and springs effective between the wheel plane and the carrying plane, whereby the carrying plane is springily movable towards the wheel plane in dependence of a load positioned on the carrying plane, where the parallel guide comprises two or more spring-mounted linkages arranged between the wheel plane and the carrying plane and where each linkage comprises two carrying elements, and where such two carrying elements are hinged together along knee hinge lines at one end of them, and at the opposite ends are hinged to the wheel plane and the carrying plane, respectively, along, running in parallel with the knee hinge lines, a wheel plane hinge line and a carrying plane hinge line, respectively, where at least two of the linkages have non-parallel running knee hinge lines, as each of said hinge lines (12, 13, 14) are associated with a hinge pin, which hinge pin defines the rotational axis for the mutually hinged elements, characterized in that on the hinge pin for the wheel plane hinge line and the carrying plane hinge line, respectively, a spiral spring for each is mounted with windings running around the hinge pin, so that each spiral spring transfers a lifting moment between the carrying element and the wheel plane and the carrying plane, respectively, which moment is largest when the carrying plane and the wheel plane are closest to each other, and smallest when the distance between the wheel plane and the carrying plane is largest.
Assembly of waterside revetment elements for revetting a bank and/or shore, each revetment element comprising a column-like concrete element comprising a base part, a neck part and a head part, wherein the cross-section at the position of the neck part is smaller than the cross-section at the position of the base part and than the cross-section at the position of the head part, wherein the neck parts are embodied so as to form an intermediate space along which water can flow away in lateral direction, and wherein at least the base part of each revetment element has side surfaces with an at least partially convex and/or tapering form; wherein both the base part and the head part of adjacent revetment elements have a mutual contact surface during use, characterized in that the contact surface at the position of the base part is formed by at least one support element formed on a side surface of the base part, wherein the at least one support element of the base part has a substantially flat side surface in order to provide a substantially flat contact surface with a corresponding substantially flat side surface of a support element of the base part of the adjacent revetment element for the purpose of increasing the contact surface with the adjacent revetment element during use in order to absorb transverse forces exerted or to be exerted on the revetment elements, and in that each support element (20,20') forms an elongate contact surface with a width of at least 1 cm and a maximum of 10 cm.
Turret, in particular for a fighting vehicle; said turret comprising a hollow casing provided with a firearm, such as a cannon, said casing comprising: - an upper half-shell at least partially widening towards the bottom of said casing, and - a lower half-shell at least partially widening towards the top of said casing; said upper half-shell and said lower half-shell meeting, widening, in at least one edge border of the casing; characterized in that: in the area where said at least one edge border is arranged, said upper half-shell has, on the outside, at least one upper armored panel and the lower half-shell has, on the outside, at least one lower armored panel; said armored panels being adjacent and peripherally in contact with one another; said casing further comprising: - a supporting element, located in the area where said at least one edge border is arranged, which matches and covers the area where the panels (40, 42) are adjacent to one another, for ensuring stability of the support of the panels (40, 42); the supporting element being constrained to said casing by means of through organs which extend through said lower panel; - at least one base fixing element, which matches and covers the adjacent surfaces of said lower armored panel and the bottom of the lower half-shell; - an upper half-shell at least partially widening towards the bottom of said casing, and - a lower half-shell at least partially widening towards the top of said casing; said upper half-shell and said lower half-shell meeting, widening, in at least one edge border of the casing; characterized in that: in the area where said at least one edge border is arranged, said upper half-shell has, on the outside, at least one upper armored panel and the lower half-shell has, on the outside, at least one lower armored panel; said armored panels being adjacent and peripherally in contact with one another; said casing further comprising: - a supporting element, located in the area where said at least one edge border is arranged, which matches and covers the area where the panels (40, 42) are adjacent to one another, for ensuring stability of the support of the panels (40, 42); the supporting element being constrained to said casing by means of through organs which extend through said lower panel; - at least one base fixing element, which matches and covers the adjacent surfaces of said lower armored panel and the bottom of the lower half-shell;
Method of encoding three-dimensional video data, the method comprising - encoding of multiple views into encoded multiple views of a scene from different viewpoints; - encoding depth information of the scene and - encoding additional information indicative of a relationship between the multiple views and the depth information and - combining the encoded information into a representation of the three-dimensional video data, characterized in that the additional information comprises a group classifier which indicates whether said depth information corresponds to disparity information present in at least two of the multiple views or is based on hand-made depth information providing different depth information from that present in the multiple views, for rendering further views of the scene from further different viewpoints by using said depth information with at least one of the multiple views, when said group classifier indicates that said depth information corresponds to disparity information present in at least two of the multiple views, or by either using said depth information with at least one of the multiple views or using two of the multiple views, when said group classifier indicates that said depth information is based on hand-made depth information providing different depth information from that present in the multiple views. - encoding of multiple views into encoded multiple views of a scene from different viewpoints; - encoding depth information of the scene and - encoding additional information indicative of a relationship between the multiple views and the depth information and - combining the encoded information into a representation of the three-dimensional video data,
An automatic dishwashing cleaning composition comprising a terpolymer comprising (meth)acrylic acid, linear or branched C1-C20 alkyl (meth)acrylate and vinylpyrrolidone; and a non-ionic surfactant, and wherein the composition further comprising enzymes.
A driver for a spatial light modulator comprising m × n pixels, wherein the driver is arranged to receive input holograms each comprising x × y pixels, wherein each input hologram represents a target image for holographic reconstruction and has fewer pixels than the spatial light modulator such that x × y < m × n, and drive the spatial light modulator to display thereor output holograms each comprising m × n pixels, wherein the driver is arranged to form at least one output hologram corresponding to, and representing the same target image for holographic reconstruction as, each input hologram by tiling an input hologram onto the pixels of the spatial light modulator to form an output hologram using a tiling scheme, wherein the driver is arranged to display a sequence of output holograms comprising a first output hologram using a first tiling scheme and a second output hologram using a second, different tiling scheme, wherein each output hologram comprises a plurality of tiles of the corresponding input hologram and each tiling scheme defines the size of each tile and the position of each tile on the pixels of the spatial light modulator.
A child car seat with a housing that surrounds the backrest and a seat and a handle allowing to guide the car seat, having a) at least two wheels (2, 5) mounted on an axis around which they can rotate, the axis extending at least partly through the car seat housing, b) the handle with a grip for pushing the car seat in front of oneself on the ground, wherein the handle with the grip is a single stick-shaped element characterized in that said handle with the grip is mounted to the seat of the car seat, from below, further away from the backrest and directed in this direction, the handle being so configured and located relative to the axis that in normal use the centre of gravity of the car seat with a handle is between the handle grip and the axis. a) at least two wheels (2, 5) mounted on an axis around which they can rotate, the axis extending at least partly through the car seat housing, b) the handle with a grip for pushing the car seat in front of oneself on the ground, wherein the handle with the grip is a single stick-shaped element
A display apparatus, comprising: - a sensor panel configured to sense a first incident light, incident to the sensor panel subsequent to passing through a display, and to at least partially block transmission of light through the sensor panel; and - a controller configured to selectively control the display to pass the first incident light toward the sensor panel and configured to control the display to pass light from a backlight unit out of the display to display an image, wherein the sensor panel comprises first plural distinct portions configured to each forward light from the sensor panel towards the display and second plural distinct portions configured to each sense incident light intensity, wherein the second plural distinct portions are distinct from the first plural distinct portions and block transmission of light through the sensor panel towards the display, wherein the controller is configured to selectively control opacities of pixels and/or sub-pixels of the display to produce image patterns on the display for displaying the image on the display, in a second mode, and to form at least one pattern on the display controlled to be transparent and an area of the display surrounding the at least one pattern controlled to be opaque, to capture an image by at least one sensor unit of the second plural distinct portions, in a first mode, and to determine a depth of an object represented in the first incident light CHARACTERIZED IN THAT the controller is further configured to determine the depth of an object represented in the first incident light based upon at least one detected size of a blur of at least one pattern detected by the sensor panel, and to restore a captured image by calculating a distance-based impulse response based on the determined depth by performing devolution of the captured image using the distance-based impulse response to compensate for refraction or geometric effects caused by the at least one pattern of the display. - a sensor panel configured to sense a first incident light, incident to the sensor panel subsequent to passing through a display, and to at least partially block transmission of light through the sensor panel; and - a controller configured to selectively control the display to pass the first incident light toward the sensor panel and configured to control the display to pass light from a backlight unit out of the display to display an image,
A method for use in a system supporting at least first and second devices, comprising the steps of: enabling a user to select a first data feed via a user interface, said first data feed to be received by said first device during a first time period of a day; and enabling said user to select a second data feed via said user interface, said second data feed to be received by said second device during a second time period of the day, wherein said user interface comprises a first axis and a second axis orthogonal to said first axis, said first axis listing a plurality of different time periods of the day including said first and second time periods of the day, with said plurality of different time periods being sequentially arranged along said first axis in accordance with hours of the day, said second axis listing a plurality of different devices including said first and second devices with said plurality of different devices being sequentially arranged along said second axis such that each of said different devices is listed in a separate column of said user interface, and for each of said different devices listed along said second axis, said user interface displays a listing of one or more data feeds scheduled for each of said devices in accordance with said time periods listed along said first axis. enabling a user to select a first data feed via a user interface, said first data feed to be received by said first device during a first time period of a day; and enabling said user to select a second data feed via said user interface, said second data feed to be received by said second device during a second time period of the day, wherein said user interface comprises a first axis and a second axis orthogonal to said first axis, said first axis listing a plurality of different time periods of the day including said first and second time periods of the day, with said plurality of different time periods being sequentially arranged along said first axis in accordance with hours of the day, said second axis listing a plurality of different devices including said first and second devices with said plurality of different devices being sequentially arranged along said second axis such that each of said different devices is listed in a separate column of said user interface, and for each of said different devices listed along said second axis, said user interface displays a listing of one or more data feeds scheduled for each of said devices in accordance with said time periods listed along said first axis.
A gas turbine engine having a compressor section with rotational compressor components (102, 104) rotatable with respect to static compressor components, wherein a compressed air bleed arrangement is provided to cool one or more other components of the gas turbine engine, the compressed air bleed arrangement taking a flow of compressed air from the compressor section along an off-take passage, the off-take passage opening in the compressor section in a stepped arrangement at an off-take port, wherein the off-take passage is rotatable, in use, with the rotational compressor components (102, 104), the compressed air bleed arrangement being operable to provide the air in the off-take passage with higher static pressure than the air in the compressor section at the off-take port.
A method of making a plastic container, which includes the steps of: (a) molding an intermediate plastic container product having a body and a moil integral with the body; (b) removing an upper portion of the moil; and (c) removing a lower portion of the moil to form the container; characterized by the body having a layered construction that includes at least one layer of barrier resin material that extends part-way into but not throughout the moil; in step (b) the upper portion is removed in which the barrier material is absent; and in step (c) the lower portion is removed in which the barrier material is present. (a) molding an intermediate plastic container product having a body and a moil integral with the body; (b) removing an upper portion of the moil; and (c) removing a lower portion of the moil to form the container; characterized by the body having a layered construction that includes at least one layer of barrier resin material that extends part-way into but not throughout the moil; in step (b) the upper portion is removed in which the barrier material is absent; and in step (c) the lower portion is removed in which the barrier material is present.
Artificial joint for use inside a patient's body, the artificial joint comprising a first joint portion, a second joint portion and an intermediate portion which are mechanically connected such that the first joint portion is movable with respect to the second joint portion; wherein the first joint portion and the second joint portion each comprise an electrically conductive material and the intermediate portion comprises a non-conductive material and is arranged in between the first joint portion and the second joint portion such that the first joint portion is electrically isolated from the second joint portion; characterized in that the artificial joint further comprises an internal electronic unit which is provided inside of the isolating portion and is connected to the first joint portion via at least one first electrode and to the second joint portion via at least one second electrode such that a first electrical voltage can be applied to the first joint portion and a second electric voltage can be applied to the second joint portion, whereby the first electrical voltage and the second electrical voltage are applied with reference to a common reference potential.
An interventional tool stepper, comprising: a frame structurally configured to be positioned relative to an anatomical region for holding an interventional tool relative to the anatomical region; a carriage coupled to the frame, the carriage being structurally configured to hold the interventional tool relative to the anatomical region; and a grid template coupled to at least one of the frame and the carriage, the grid template being structurally configured to guide at least one additional interventional tool relative to the anatomical region; wherein the frame and the carriage have an electromagnetic-compatible material composition for minimizing any distortion by the interventional tool stepper of an electromagnetic field; and wherein the grid template has the electromagnetic-compatible material composition for minimizing any distortion by the interventional tool stepper of an electromagnetic field at least partially encircling the interventional tool stepper; wherein the electromagnetic-compatible material composition consists of non-ferrous metals capable of generating eddy currents in the presence of the electromagnetic field; characterized in that the grid template includes at least one slot in a surface thereof for minimizing any eddy currents generated in the grid template. a frame structurally configured to be positioned relative to an anatomical region for holding an interventional tool relative to the anatomical region; a carriage coupled to the frame, the carriage being structurally configured to hold the interventional tool relative to the anatomical region; and a grid template coupled to at least one of the frame and the carriage, the grid template being structurally configured to guide at least one additional interventional tool relative to the anatomical region; wherein the frame and the carriage have an electromagnetic-compatible material composition for minimizing any distortion by the interventional tool stepper of an electromagnetic field; and wherein the grid template has the electromagnetic-compatible material composition for minimizing any distortion by the interventional tool stepper of an electromagnetic field at least partially encircling the interventional tool stepper; wherein the electromagnetic-compatible material composition consists of non-ferrous metals capable of generating eddy currents in the presence of the electromagnetic field; characterized in that the grid template includes at least one slot in a surface thereof for minimizing any eddy currents generated in the grid template.
A method of controlling an activation state of one or more IMS Centralized Services, or ICS, client applications providing functionalities that support the ICS routing of a call from a circuit-switched access domain to an IMS unified service domain, wherein a first ICS client application is provided on a network side, the method comprising, on the network side, the steps of: - receiving a message from the terminal side; - detecting, in response to the message, that a second ICS client application provided on the terminal side is to provide the routing functionalities; and - controlling the activation state of the first ICS client application dependent on a result of the detection, wherein the controlling includes deactivating the first ICS client application. - receiving a message from the terminal side; - detecting, in response to the message, that a second ICS client application provided on the terminal side is to provide the routing functionalities; and - controlling the activation state of the first ICS client application dependent on a result of the detection, wherein the controlling includes deactivating the first ICS client application.
Backup method in a mobile telecommunication network for transferring data from one mobile station to another, which mobile station comprises a terminal part and a subscription identification module, the method comprising the steps of a) creating a backup file of data from a first mobile station, characterized by: b) converting the backup file from the format of the first mobile station into a general format. c) reading data from a second mobile station to which said data is intended to be transferred, d) converting the backup file into a format of the second mobile station, and e) downloading the resulting backup file of the foregoing step to the second mobile station. a) creating a backup file of data from a first mobile station, characterized by: b) converting the backup file from the format of the first mobile station into a general format. c) reading data from a second mobile station to which said data is intended to be transferred, d) converting the backup file into a format of the second mobile station, and e) downloading the resulting backup file of the foregoing step to the second mobile station.
A communication method applied to a multi-wavelength passive optical network system, wherein the multi-wavelength passive optical network comprises an optical line terminal, OLT, and at least one optical network unit, ONU, the ONU comprises at least a first port and a second port, and the method comprises: receiving, by the ONU by using the first port or the second port, a wavelength switching request message delivered by using a first wavelength channel by the OLT, wherein the wavelength switching request message carries second wavelength channel information and port information that is of the second port; switching, by the ONU, an operating wavelength channel of an optical module connected to the second port from a first wavelength channel to a second wavelength channel corresponding to the second wavelength channel information; and sending, by the ONU, a wavelength switching complete message to the OLT by using the first port. receiving, by the ONU by using the first port or the second port, a wavelength switching request message delivered by using a first wavelength channel by the OLT, wherein the wavelength switching request message carries second wavelength channel information and port information that is of the second port; switching, by the ONU, an operating wavelength channel of an optical module connected to the second port from a first wavelength channel to a second wavelength channel corresponding to the second wavelength channel information; and sending, by the ONU, a wavelength switching complete message to the OLT by using the first port.