mhurhangee/patent-ind-claim-en huggingface dataset:
An image processing method for an image generated for display by a head mountable display device, the method comprising the steps of: defining (s110) a 2x2 pixel mask pattern for a region of the image, indicating the location of one or more pixels and corresponding masked pixels within the 2x2 pixel mask pattern; adapting (s120) a multi-sample anti-aliasing MSAA scheme to sample at one quarter resolution on a regular grid; sampling (s130) values using the adapted MSAA scheme to render the one or more respective pixels indicated by the 2x2 pixel mask, so as to generate a region of the image comprising one or more rendered pixels and corresponding missing pixels; and dilating (s140) one or more of the respective pixels to fill in the one or more missing pixels within the region of the image. defining (s110) a 2x2 pixel mask pattern for a region of the image, indicating the location of one or more pixels and corresponding masked pixels within the 2x2 pixel mask pattern; adapting (s120) a multi-sample anti-aliasing MSAA scheme to sample at one quarter resolution on a regular grid; sampling (s130) values using the adapted MSAA scheme to render the one or more respective pixels indicated by the 2x2 pixel mask, so as to generate a region of the image comprising one or more rendered pixels and corresponding missing pixels; and dilating (s140) one or more of the respective pixels to fill in the one or more missing pixels within the region of the image.
A connecting element for connecting a heating energy generating element to a carrier element of a cooking hob, wherein the connecting element includes an engagement portion connectable to a receiving portion of the heating energy generating element and/or the carrier element , and wherein the connecting element includes a spring portion arrangeable between the heating energy generating element and the carrier element , so that the spring portion provides a distance between the heating energy generating element and the carrier element , characterised in that the spring portion is funnel-shaped, wherein the diameter of the funnel-shaped spring portion increases with the distances from the engagement portion .
A method performed at a network control node of allocating a set of orthogonal resources to user equipment within a network for transmitting signals to serving network nodes, said method comprising: providing network nodes within said network with one of at least two designations such that at least some network nodes have a same designation and at least some adjacent network nodes have different designations; for said plurality of network nodes of a same designation indicating to said network nodes a subset of said set of orthogonal resources that are available to be allocated by said network node to edge user equipment that are located towards an edge of a cell of radio coverage provided by said network node, resources not allocated to said edge user equipment being available to be allocated by said network node to centre user equipment; wherein each network node of a different designation receives a different subset of resources, no resources from said set of orthogonal resources being within more than one subset and resources allocated to said centre user equipment including resources allocated to edge user equipment by network nodes of a different designation. providing network nodes within said network with one of at least two designations such that at least some network nodes have a same designation and at least some adjacent network nodes have different designations; for said plurality of network nodes of a same designation indicating to said network nodes a subset of said set of orthogonal resources that are available to be allocated by said network node to edge user equipment that are located towards an edge of a cell of radio coverage provided by said network node, resources not allocated to said edge user equipment being available to be allocated by said network node to centre user equipment; wherein each network node of a different designation receives a different subset of resources, no resources from said set of orthogonal resources being within more than one subset and resources allocated to said centre user equipment including resources allocated to edge user equipment by network nodes of a different designation.
A sheet-processing machine comprising: a sheet transport device having a sheet conveyor system receiving sheets from a sheet-guiding cylinder ; a gripping device for the clamped fixing and transporting of a front edge of a sheet; and at least two peripheral sheet support segments simultaneously holding the sheet on the lateral cylinder surface of the sheet-guiding cylinder , wherein the sheet support segments carry support elements guiding the sheet exclusively supportingly or pressingly against the lateral cylinder surface, and pneumatic fixing devices are provided for the sheet rear end, characterized in that at least one sheet support segment and a fixing device are displaceably mounted together transversely to the sheet conveying direction (BFR), wherein fixing devices are arranged exclusively in the region of the sheet support segments between the sheet support segments and a fixing device is assigned to each sheet support segment , wherein a hub sleeve carrying a fixing device is adjustable in the circumferential direction against a hub carrying said hub sleeve and together with said sleeve is axially displaceable and wherein a adjusting means is provided for axial displacement of a hub carrying the sheet support segment and via a hub sleeve the fixing device .
A method for managing an application icon, comprising: determining, when a target application is installed on a terminal device, whether a target closed circle exists in closed circles in a direction from inside to outside in an icon grid, wherein the icon grid is formed by arranging all current application icons of the terminal device in a grid manner, the closed circles are rectangular circles centered on a center of the icon grid, and a free position for an application icon exists on the target closed circle; and adding, if the target closed circle exists, a target application icon corresponding to the target application at the free position on the target closed circle. determining, when a target application is installed on a terminal device, whether a target closed circle exists in closed circles in a direction from inside to outside in an icon grid, wherein the icon grid is formed by arranging all current application icons of the terminal device in a grid manner, the closed circles are rectangular circles centered on a center of the icon grid, and a free position for an application icon exists on the target closed circle; and adding, if the target closed circle exists, a target application icon corresponding to the target application at the free position on the target closed circle.
Use of a sealing assembly installed in a high temperature application having a service temperature of about 100°C to about 300°C, such as a vacuum sealing assembly for semiconductor manufacturing, the sealing assembly comprising: an outer ring (12; 112; 212; 312) having an interior surface having two inwardly extending projections defining a seal receiving area ; an inner ring (24; 124; 224; 324) having an exterior surface having two outwardly extending projections defining a seal receiving area ; a center sealing ring comprising an elastomer and configured to be positioned within the seal receiving areas of the outer ring (12; 112; 212; 312) and the inner ring (24; 124; 224; 324), wherein a seal receiving area of the outer ring has a longitudinal cross-sectional profile of an inwardly facing truncated V and each inwardly facing projection of the outer ring is angled away from a transverse central axis through the outer ring and from each other, and each forms an angle (α, α') of about 5° to about 25° with the transverse central axis of the outer ring ; and wherein the elastomeric center sealing ring (38; 138; 238; 338) is enclosed within the outer and the inner rings to protect the center sealing ring (38; 138; 238; 338) and allow for thermal expansion of the center sealing ring (38; 138; 238; 338). an outer ring (12; 112; 212; 312) having an interior surface having two inwardly extending projections defining a seal receiving area ; an inner ring (24; 124; 224; 324) having an exterior surface having two outwardly extending projections defining a seal receiving area ; a center sealing ring comprising an elastomer and configured to be positioned within the seal receiving areas of the outer ring (12; 112; 212; 312) and the inner ring (24; 124; 224; 324), wherein a seal receiving area of the outer ring has a longitudinal cross-sectional profile of an inwardly facing truncated V and each inwardly facing projection of the outer ring is angled away from a transverse central axis through the outer ring and from each other, and each forms an angle (α, α') of about 5° to about 25° with the transverse central axis of the outer ring ; and wherein the elastomeric center sealing ring (38; 138; 238; 338) is enclosed within the outer and the inner rings to protect the center sealing ring (38; 138; 238; 338) and allow for thermal expansion of the center sealing ring (38; 138; 238; 338).
A method of forming a curved preform comprising: applying at least one set of mating clamps to fibers of a preform fabric advancing from a loom , the at least one pair of mating clamps capturing at least a portion of the preform fabric there between, the at least one set of clamps having a geometry to cause an increase in a length of fibers by pulling at least some of the fibers advancing from the loom ; and shaping the preform into a curve, wherein the fibers are continuous along a length of the preform fabric . applying at least one set of mating clamps to fibers of a preform fabric advancing from a loom , the at least one pair of mating clamps capturing at least a portion of the preform fabric there between, the at least one set of clamps having a geometry to cause an increase in a length of fibers by pulling at least some of the fibers advancing from the loom ; and shaping the preform into a curve, wherein the fibers are continuous along a length of the preform fabric .
Combined machine for the thermic drying treatment of dielectric products (D) comprising: - box-like casing which defines a process chamber or cavity suitable for receiving a dielectric product (D) placed on support means and to be thermally treated to obtain its drying; - pumping means operatively connected with said box-like casing and suitable to be operated to create vacuum conditions inside said process chamber or cavity in the presence of said dielectric product (D); - an electric generator for generating a radio frequency output signal, at a desired output power; - applicator means , contained in said process chamber or cavity and electrically connected with said electric generator , suitable to develop an electromagnetic field at a treatment zone of said dielectric product (D) defined in said process chamber or cavity for heating said dielectric product (D) and comprising a pair of polarity-opposed electrodes facing each other, arranged one with respect to the other according to a prefixed configuration, characterized in that each of said electrodes is composed of a plurality of consecutive electrodes, each of which has the same polarity or opposite polarity with respect to the adjacent electrode to it. - box-like casing which defines a process chamber or cavity suitable for receiving a dielectric product (D) placed on support means and to be thermally treated to obtain its drying; - pumping means operatively connected with said box-like casing and suitable to be operated to create vacuum conditions inside said process chamber or cavity in the presence of said dielectric product (D); - an electric generator for generating a radio frequency output signal, at a desired output power; - applicator means , contained in said process chamber or cavity and electrically connected with said electric generator , suitable to develop an electromagnetic field at a treatment zone of said dielectric product (D) defined in said process chamber or cavity for heating said dielectric product (D) and comprising a pair of polarity-opposed electrodes facing each other, arranged one with respect to the other according to a prefixed configuration,
An antenna system , comprising: a radiation array , comprising a transmit antenna element group and a receive antenna element group that are separately disposed, wherein the transmit antenna element group is configured to transmit a signal, and the receive antenna element group is configured to receive a signal; a transceiver, TRX, unit , comprising a transmit module and a receive module; and a filter bank , comprising a first-type filter and a second-type filter, wherein the first-type filter is connected between the transmit antenna element group and the transmit module, and the second-type filter is connected between the receive antenna element group and the receive module wherein the radiation array comprises M columns of transmit antenna element groups and N columns of receive antenna element groups, the M columns of transmit antenna element groups and the N columns of receive antenna element groups are interleaved in the radiation array, wherein the radiation array is located on one side of a reflector of the antenna system opposite to the filter bank , and in the M columns of transmit antenna element groups and the N columns of receive antenna element groups, a column spacing between any two columns of adjacent antenna element groups is greater than 0, wherein both M and N are integers greater than 1. a radiation array , comprising a transmit antenna element group and a receive antenna element group that are separately disposed, wherein the transmit antenna element group is configured to transmit a signal, and the receive antenna element group is configured to receive a signal; a transceiver, TRX, unit , comprising a transmit module and a receive module; and a filter bank , comprising a first-type filter and a second-type filter, wherein the first-type filter is connected between the transmit antenna element group and the transmit module, and the second-type filter is connected between the receive antenna element group and the receive module wherein the radiation array comprises M columns of transmit antenna element groups and N columns of receive antenna element groups, the M columns of transmit antenna element groups and the N columns of receive antenna element groups are interleaved in the radiation array, wherein the radiation array is located on one side of a reflector of the antenna system opposite to the filter bank , and in the M columns of transmit antenna element groups and the N columns of receive antenna element groups, a column spacing between any two columns of adjacent antenna element groups is greater than 0, wherein both M and N are integers greater than 1.
Elongated and bendable apparatus for measuring at least one optical or physiological parameter in a scattering medium, comprising - at least one light source and at least one detector arranged on a carrier substrate at a distal end of said apparatus such that - said at least one detector can detect at least one wavelength, emitted by said at least one light source and scattered by said medium, - an electronic unit configured to control said at least one light source and to evaluate electrical signals from said at least one detector for computing said parameter, and located at a proximal end of said apparatus , and - an interconnection connecting said electronic unit with said carrier substrate via several tracks running in a longitudinal axis of said apparatus , - said apparatus features a bendable strain relief device configured to transmit tensile stress from said electronic unit to said carrier substrate along said longitudinal axis , and characterised in that - said strain relief device is provided in the form of two tension threads , which are spaced from each other, and - wherein said two tension threads are anchored to said electronic unit by two proximal anchor points spaced from each other and to said carrier substrate by two distal anchor points spaced from each other. - at least one light source and at least one detector arranged on a carrier substrate at a distal end of said apparatus such that - said at least one detector can detect at least one wavelength, emitted by said at least one light source and scattered by said medium, - an electronic unit configured to control said at least one light source and to evaluate electrical signals from said at least one detector for computing said parameter, and located at a proximal end of said apparatus , and - an interconnection connecting said electronic unit with said carrier substrate via several tracks running in a longitudinal axis of said apparatus , - said apparatus features a bendable strain relief device configured to transmit tensile stress from said electronic unit to said carrier substrate along said longitudinal axis , and characterised in that - said strain relief device is provided in the form of two tension threads , which are spaced from each other, and - wherein said two tension threads are anchored to said electronic unit by two proximal anchor points spaced from each other and to said carrier substrate by two distal anchor points spaced from each other.
A method for controlling a bowling ball return device , comprising: detecting, by using one or more sensors placed inside the bowling ball return device in vicinity of an acceleration belt , an obstruction in the bowling ball return device in vicinity of the acceleration belt ; and in response to detecting the obstruction in vicinity of the accelerator belt of the bowling ball return device , turning off, by a processing unit, a motor of the accelerator belt of the bowling ball return device . detecting, by using one or more sensors placed inside the bowling ball return device in vicinity of an acceleration belt , an obstruction in the bowling ball return device in vicinity of the acceleration belt ; and in response to detecting the obstruction in vicinity of the accelerator belt of the bowling ball return device , turning off, by a processing unit, a motor of the accelerator belt of the bowling ball return device .
A modular rotating image display apparatus having an image display sheet and configured to be assembled and disassembled, wherein the image display sheet is formed by a lens sheet on which a lens array is formed and a lens-corresponding image which corresponds to the lens sheet, the apparatus comprising: one or more holding unit(s) that hold(s) the image display sheet detachably in a cylinder-like fashion and thereby form(s) a barrel unit ; a pair of closing units that detachably close openings at both ends of the barrel unit ; a rotating shaft that removably extends through an inside of the barrel unit from one of the closing units to the other of the closing units; a support unit that imparts a rotational force to the rotating shaft and includes a driving unit configured to stand upright and to be tilted relative to the support unit; and a bearing component that rotatably supports an end of the rotating shaft to enable rotation of a main body of the barrel unit, wherein, when the modular rotating image display apparatus is to be used, the barrel unit is formed by the image display sheet , the holding unit(s) , the closing unit , and the rotating shaft ; the bearing component is set up on the support unit so as to rotatably support the end of the rotating shaft made to extend through the barrel unit; and the driving unit is raised so that the other end of the rotating shaft is coupled thereto to impart the rotational force to the rotating shaft. one or more holding unit(s) that hold(s) the image display sheet detachably in a cylinder-like fashion and thereby form(s) a barrel unit ; a pair of closing units that detachably close openings at both ends of the barrel unit ; a rotating shaft that removably extends through an inside of the barrel unit from one of the closing units to the other of the closing units; a support unit that imparts a rotational force to the rotating shaft and includes a driving unit configured to stand upright and to be tilted relative to the support unit; and a bearing component that rotatably supports an end of the rotating shaft to enable rotation of a main body of the barrel unit, wherein, when the modular rotating image display apparatus is to be used, the barrel unit is formed by the image display sheet , the holding unit(s) , the closing unit , and the rotating shaft ; the bearing component is set up on the support unit so as to rotatably support the end of the rotating shaft made to extend through the barrel unit; and the driving unit is raised so that the other end of the rotating shaft is coupled thereto to impart the rotational force to the rotating shaft.
Device for variable and guided positioning of an object to be measured or to be machined or of an object holder , comprising a base plate , a first carriage guidedly movable thereon in a first horizontal direction, and a second carriage movable on the first carriage in a second horizontal direction orthogonal to the first direction, a) wherein the base plate comprises at least one parallel guide element for the first carriage , b) wherein the first carriage comprises on its upper side at least one parallel guide element for the second carriage , c) wherein the second carriage is supported by one or more feet on the base plate via at least one direct contact, characterized in that d) at least one parallel guide element comprises at least one elongated guiding element in the form of a guiding groove , e) and in that the width or the diameter of the feet of the second carriage resting on the base plate is larger than the width of a guiding groove . a) wherein the base plate comprises at least one parallel guide element for the first carriage , b) wherein the first carriage comprises on its upper side at least one parallel guide element for the second carriage , c) wherein the second carriage is supported by one or more feet on the base plate via at least one direct contact, d) at least one parallel guide element comprises at least one elongated guiding element in the form of a guiding groove , e) and in that the width or the diameter of the feet of the second carriage resting on the base plate is larger than the width of a guiding groove .
An automatic hitch configured to selectively latch to a tow bar , the hitch comprising: a housing defining a central cavity; characterized by a frame defining a receiving cavity , a first aperture , and a second aperture ; a moveable arm configured to be retained within the first aperture ; and an actuator configured to move the arm between an unlatched position and a latched position, wherein in the unlatched position, the arm is only retained within the first aperture , and in the latched position, the arm is retained within both the first aperture and the second aperture , and wherein the actuator is activated by a sensor that is provided to sense a presence of the tow bar within the receiving cavity , wherein a position of the sensor is adjustable to accommodate a variety of tow bar geometries. a housing defining a central cavity; characterized by a frame defining a receiving cavity , a first aperture , and a second aperture ; a moveable arm configured to be retained within the first aperture ; and an actuator configured to move the arm between an unlatched position and a latched position, wherein in the unlatched position, the arm is only retained within the first aperture , and in the latched position, the arm is retained within both the first aperture and the second aperture , and wherein the actuator is activated by a sensor that is provided to sense a presence of the tow bar within the receiving cavity , wherein a position of the sensor is adjustable to accommodate a variety of tow bar geometries.