mhurhangee/ep-ind-claims huggingface dataset:
A tube diameter expanding method comprising: rotating a tube having one end fixed to a turntable about a center axis of the tube; characterized by: inserting a rod-like roller which extends in an axial direction of the tube into the tube from another end of the tube, and bringing the rod-like roller into contact with a forming region extending from the other end to a predetermined position of the tube; heating the forming region of the tube; cooling at least a section located near the forming region and within a non-forming region extending from the predetermined position to the one end of the tube; and moving the rod-like roller in a state of contacting the forming region of the tube, in a direction from the one end of the tube toward the other end of the tube and outward in a radial direction of the tube. rotating a tube having one end fixed to a turntable about a center axis of the tube; characterized by: inserting a rod-like roller which extends in an axial direction of the tube into the tube from another end of the tube, and bringing the rod-like roller into contact with a forming region extending from the other end to a predetermined position of the tube; heating the forming region of the tube; cooling at least a section located near the forming region and within a non-forming region extending from the predetermined position to the one end of the tube; and moving the rod-like roller in a state of contacting the forming region of the tube, in a direction from the one end of the tube toward the other end of the tube and outward in a radial direction of the tube. inserting a rod-like roller which extends in an axial direction of the tube into the tube from another end of the tube, and bringing the rod-like roller into contact with a forming region extending from the other end to a predetermined position of the tube; heating the forming region of the tube; cooling at least a section located near the forming region and within a non-forming region extending from the predetermined position to the one end of the tube; and moving the rod-like roller in a state of contacting the forming region of the tube, in a direction from the one end of the tube toward the other end of the tube and outward in a radial direction of the tube.
Radiofrequency reflective array panel for satellite antenna, comprising: - a structural support; - radiofrequency tiles supporting polygonal radiofrequency cells configured to reflect and phase-shift incident radiofrequency signals; - a complete link, between the structural support and a radiofrequency tile; and characterized in that the panel comprises: - at least two runner-type links, between the structural support and the radiofrequency tile, in the plane of the panel, of distinct axes and passing through the complete link. - a structural support; - radiofrequency tiles supporting polygonal radiofrequency cells configured to reflect and phase-shift incident radiofrequency signals; - a complete link, between the structural support and a radiofrequency tile; and characterized in that the panel comprises: - at least two runner-type links, between the structural support and the radiofrequency tile, in the plane of the panel, of distinct axes and passing through the complete link.
A method of forming a composite apparatus, comprising: (a) providing a composite mold; (b) applying a mold release material to at least a portion of the mold; (c) arranging a composite material comprising one or more of a semi-synthetic fiber, a cellulose fiber, a fiberglass fiber, a carbon fiber, synthetic fiber, a metallic fiber, a silicon carbide fiber, a mineral fiber, polymer fiber and a microfiber on a surface of the mold; (d) applying a volatile organic compound free low radiant flux UV curable material to the composite material to substantially soak or saturate the composite material; (e) applying an energy source having a wavelength in a range from about 360 nm to about 420 nm and a radiant flux at the surface of the coating of about 100 mW/cm 2 or less to cure the composite material, wherein the volatile organic compound free low radiant flux UV curable material comprises: an acrylate monomers/oligomers; a thiol monomers/oligomers; a photo initiator; and a radical inhibitor; and repeat steps (c), (d), and (e) until a predetermined thickness of the cured composite material is achieved. (a) providing a composite mold; (b) applying a mold release material to at least a portion of the mold; (c) arranging a composite material comprising one or more of a semi-synthetic fiber, a cellulose fiber, a fiberglass fiber, a carbon fiber, synthetic fiber, a metallic fiber, a silicon carbide fiber, a mineral fiber, polymer fiber and a microfiber on a surface of the mold; (d) applying a volatile organic compound free low radiant flux UV curable material to the composite material to substantially soak or saturate the composite material; (e) applying an energy source having a wavelength in a range from about 360 nm to about 420 nm and a radiant flux at the surface of the coating of about 100 mW/cm 2 or less to cure the composite material, an acrylate monomers/oligomers; a thiol monomers/oligomers; a photo initiator; and a radical inhibitor; and repeat steps (c), (d), and (e) until a predetermined thickness of the cured composite material is achieved.
A computer-implemented method of providing haptic feedback based on video image processing, the method being implemented on a computing device having a processor programmed with a computer program module, the method comprising: reading one or more videos comprising a plurality of image frames; performing image processing on the plurality of image frames; detecting an event based on the image processing; obtaining sensor information associated with the plurality of image frames, wherein the sensor information comprises one or more sensor measurements of a motion of an image capture device used to capture the one or more videos; generating a first estimate of the motion of the image capture device based on the plurality of image frames and a second estimate of the motion of the image capture device based on the one or more sensor measurements; updating the first estimate of the motion of the image capture device with the second estimate of the motion of the image capture device, and providing a control signal based on the detected event and the updated first estimate, or updating the second estimate of the motion of the image capture device with the first estimate of the motion of the image capture device, and providing a control signal based on the detected event and the updated second estimate; the control signal being configured to cause a haptic feedback. reading one or more videos comprising a plurality of image frames; performing image processing on the plurality of image frames; detecting an event based on the image processing; obtaining sensor information associated with the plurality of image frames, wherein the sensor information comprises one or more sensor measurements of a motion of an image capture device used to capture the one or more videos; generating a first estimate of the motion of the image capture device based on the plurality of image frames and a second estimate of the motion of the image capture device based on the one or more sensor measurements; updating the first estimate of the motion of the image capture device with the second estimate of the motion of the image capture device, and providing a control signal based on the detected event and the updated first estimate, or updating the second estimate of the motion of the image capture device with the first estimate of the motion of the image capture device, and providing a control signal based on the detected event and the updated second estimate; the control signal being configured to cause a haptic feedback.
A surgical anchor assembly, comprising a surgical anchor (200, 1200, 3200), the surgical anchor (200, 1200, 3200) comprising: a distal end tapered to a distal tip configured to pierce tissue; an elastic closure element (300, 1300, 2300, 3300) extending proximally from the distal end; and at least one wing (207, 208, 3207) extending proximally and radially outwardly from the distal end to a free end, including a radially exterior surface and a radially interior surface; wherein the radially exterior surface includes longitudinally extending corrugations providing a plurality of proximally extending projections at the free end; at least one other surgical anchor (200, 1200, 3200); characterized in that the surgical anchor (200, 1200, 3200) is connected, via the elastic closure element (300, 1300, 2300, 3300), to the at least one other surgical anchor (200, 1200, 3200). a distal end tapered to a distal tip configured to pierce tissue; an elastic closure element (300, 1300, 2300, 3300) extending proximally from the distal end; and at least one wing (207, 208, 3207) extending proximally and radially outwardly from the distal end to a free end, including a radially exterior surface and a radially interior surface; wherein the radially exterior surface includes longitudinally extending corrugations providing a plurality of proximally extending projections at the free end; at least one other surgical anchor (200, 1200, 3200); characterized in that the surgical anchor (200, 1200, 3200) is connected, via the elastic closure element (300, 1300, 2300, 3300), to the at least one other surgical anchor (200, 1200, 3200).
A user equipment for wireless communication with a mobile base station, the user equipment configured to: obtain a current location of the user equipment, obtain application information about an application that is currently being executed on the user equipment, obtain service information about a service that is currently being used by the user equipment, transmit the current location, the application information, and the service information to the mobile base station, receive a set of quality measures indicative of wireless data transfer rates in an area comprising the current location, present on a graphical interface of the user equipment - a new location comprised in the area, or - a direction to the new location comprised in the area, wherein the new location is, in comparison with the current location, associated with a relatively higher quality measure indicative of a wireless data transfer rate, wherein the set of quality measures is mean opinion scores and associated with: - a certain time, such that the set of quality measures is time dependent; - the application, such that the set of quality measures is application dependent; and - the service, such that the set of quality measures is service dependent. obtain a current location of the user equipment, obtain application information about an application that is currently being executed on the user equipment, obtain service information about a service that is currently being used by the user equipment, transmit the current location, the application information, and the service information to the mobile base station, receive a set of quality measures indicative of wireless data transfer rates in an area comprising the current location, present on a graphical interface of the user equipment - a new location comprised in the area, or - a direction to the new location comprised in the area, wherein the new location is, in comparison with the current location, associated with a relatively higher quality measure indicative of a wireless data transfer rate, wherein the set of quality measures is mean opinion scores and associated with: - a certain time, such that the set of quality measures is time dependent; - the application, such that the set of quality measures is application dependent; and - the service, such that the set of quality measures is service dependent. - a new location comprised in the area, or - a direction to the new location comprised in the area, wherein the new location is, in comparison with the current location, associated with a relatively higher quality measure indicative of a wireless data transfer rate, wherein the set of quality measures is mean opinion scores and associated with: - a certain time, such that the set of quality measures is time dependent; - the application, such that the set of quality measures is application dependent; and - the service, such that the set of quality measures is service dependent. - a certain time, such that the set of quality measures is time dependent; - the application, such that the set of quality measures is application dependent; and - the service, such that the set of quality measures is service dependent.
A method for determining an estimated position of a device within a location, the device comprising at least one movement sensor configured to generate sensor data, and the device storing a map of the location, the map being divided into a plurality of regions, the method comprising: calculating an estimated position for the device within the location based on the sensor data; determining an estimated region of the plurality of regions for the device based on the estimated position; calculating an estimated heading for the device based on the sensor data; comparing the estimated heading to a most-likely heading associated with the estimated region to generate a difference between the two headings; and setting the estimated heading to the most-likely heading associated with the estimated region if difference between the two headings is greater than a threshold heading difference. calculating an estimated position for the device within the location based on the sensor data; determining an estimated region of the plurality of regions for the device based on the estimated position; calculating an estimated heading for the device based on the sensor data; comparing the estimated heading to a most-likely heading associated with the estimated region to generate a difference between the two headings; and setting the estimated heading to the most-likely heading associated with the estimated region if difference between the two headings is greater than a threshold heading difference.
A method of fabricating a MEMS structure, the method comprising: fabricating a working structure (704, 712) in a doped silicon layer proximate a first surface of a silicon substrate; bonding the first surface of the silicon substrate to a first planar glass structure having a first one or more sacrificial features embedded therein; etching to remove a bulk of the silicon substrate, wherein the bulk is reverse of the first surface on the silicon substrate, wherein etching removes the bulk and leaves the working structure (704, 712) bonded to the first planar glass structure; and etching to remove the first one or more sacrificial features from the first planar glass structure. fabricating a working structure (704, 712) in a doped silicon layer proximate a first surface of a silicon substrate; bonding the first surface of the silicon substrate to a first planar glass structure having a first one or more sacrificial features embedded therein; etching to remove a bulk of the silicon substrate, wherein the bulk is reverse of the first surface on the silicon substrate, wherein etching removes the bulk and leaves the working structure (704, 712) bonded to the first planar glass structure; and etching to remove the first one or more sacrificial features from the first planar glass structure.
Method for operating an electric machine of a drive apparatus, wherein the electric machine has a rotor and a stator and the drive apparatus has a drive unit that interacts with the electric machine, wherein an angular position of the rotor with respect to the stator is determined on the basis of a by means of an encoder, in particular rotation angle encoder, which is associated with the drive unit, wherein the encoder and the electric machine are coupled to the drive unit and wherein a control apparatus serving to actuate the electric machine is provided, said control apparatus being connected to the encoder, characterized in that, to start the electric machine, the angular position of the rotor with respect to the stator is determined in the control apparatus initially by means of applying at least one current pulse to a winding of the electric machine and subsequently on the basis of the relative angle detected by means of the encoder, in particular rotation angle encoder.
A graphical indicator (20; 20A; 40; 70) for providing encoded information that can be read in an image recognition process, comprising: an indicator matrix (280; 780) with a linear area and an array area, wherein the linear area is disposed at one side of the array area, a plurality of first header blocks, a plurality of second header blocks, and a plurality of data blocks (260B; 460B, 460B') arranged in the indicator matrix (280; 780), each of the first header blocks and the second header blocks having a header graphical micro-unit (A, A') representing header information, and each of the data blocks (260B; 460B, 460B') having a data graphical micro-unit representing indicator data; wherein the header graphical micro-units (A, A') of the graphical indicator (20; 20A; 40; 70) and the data graphical micro-units of the graphical indicator (20; 20A; 40; 70) are respectively disposed in the first and second header blocks and the data blocks according to an arrangement sequence, the second header blocks and the data blocks (260B; 460B, 460B') are arranged in the array area of the indicator matrix (280; 780), the first header blocks are arranged in the linear area of the indicator matrix (280; 780); centers of the first header blocks are arranged in a first straight line; centers of the second header blocks are arranged in a second straight line and an included angle between the first straight line and the second straight line is less than 90 degrees; characterized in that one header graphical micro-unit (A') is arranged deviated from the center of its header block. an indicator matrix (280; 780) with a linear area and an array area, wherein the linear area is disposed at one side of the array area, a plurality of first header blocks, a plurality of second header blocks, and a plurality of data blocks (260B; 460B, 460B') arranged in the indicator matrix (280; 780), each of the first header blocks and the second header blocks having a header graphical micro-unit (A, A') representing header information, and each of the data blocks (260B; 460B, 460B') having a data graphical micro-unit representing indicator data; wherein the header graphical micro-units (A, A') of the graphical indicator (20; 20A; 40; 70) and the data graphical micro-units of the graphical indicator (20; 20A; 40; 70) are respectively disposed in the first and second header blocks and the data blocks according to an arrangement sequence, the second header blocks and the data blocks (260B; 460B, 460B') are arranged in the array area of the indicator matrix (280; 780), the first header blocks are arranged in the linear area of the indicator matrix (280; 780); centers of the first header blocks are arranged in a first straight line; centers of the second header blocks are arranged in a second straight line and an included angle between the first straight line and the second straight line is less than 90 degrees; characterized in that one header graphical micro-unit (A') is arranged deviated from the center of its header block.
Thermal shielding system for shielding a heat-emitting element with a hot side or surface facing the heat-emitting element and a cold side or surface facing away from the heat-emitting element, wherein the surface and the surface are each defined from a metal sheet (4, 5), and the metal sheets (4, 5) define a space there between, characterized in that in the space adjacent to the sheet of the hot side a layer by a sorption heat store material is formed.
A method for manufacturing a carbonaceous material having a volume average diameter (Dv 50) of 3 to 19 μm, for a negative electrode of non-aqueous electrolyte secondary batteries comprising the steps of: heating plant-derived char having a volume average diameter (Dv 50) of 100 to 10000 μm at 500°C to 1250°C under an inert gas atmosphere containing hydrogen chloride to demineralize in a gas-phase, the amount of potassium in the resulting carbonaceous material is 0.1 weight % or less, and the amount of iron in the resulting carbonaceous material is 0.02 weight % or less, pulverizing a carbon precursor obtained by the demineralization in gas-phase, and heat treating the pulverized carbon precursor at 1000°C to 1600°C under a non-oxidizing gas atmosphere. heating plant-derived char having a volume average diameter (Dv 50) of 100 to 10000 μm at 500°C to 1250°C under an inert gas atmosphere containing hydrogen chloride to demineralize in a gas-phase, the amount of potassium in the resulting carbonaceous material is 0.1 weight % or less, and the amount of iron in the resulting carbonaceous material is 0.02 weight % or less, pulverizing a carbon precursor obtained by the demineralization in gas-phase, and heat treating the pulverized carbon precursor at 1000°C to 1600°C under a non-oxidizing gas atmosphere.
Magazine, in particular for a fastening or driving device, comprising a receiving channel having a wall having a thickness and at least one fastening element, in particular a screw, received in the receiving channel, the fastening element having a sealing washer arrangement and a shank defining a screw axis, the shank, in particular, being provided with a thread at least in some areas and a head being arranged at one end thereof, wherein the sealing washer arrangement sits on the shank and has at least one sealing washer and a reinforcing washer and wherein the reinforcing washer has a thickness and the sealing washer arrangement has a cumulative thickness, characterised in that the sealing washer arrangement is disposed along the screw axis at a distance from the underside of the head directed towards the shank, the distance being greater than the wall thickness.