mhurhangee/ep-ind-claims huggingface dataset:
A cleaner comprising: a main body, a brush module disposed at a lower part of the main body, comprising: a brush configured to scatter foreign substances on a floor, and a brush motor configured to rotate the brush; a suction fan configured to suction the foreign substances; a sensor configured to detect, at predetermined time intervals, a load applied to the brush, wherein the load applied to the brush varies based on a type of the floor; a blade configured to direct foreign substances scattered by the brush into a dust box formed in the main body, and a controller configured to increase the suction force of the suction fan and move the blade downwards in response to the load increasing as a result of the cleaner entering a soft floor from a hard floor, and decrease the suction force of the suction fan and move the blade upwards in response to the load decreasing as a result of the cleaner entering the hard floor from the soft floor. a main body, a brush module disposed at a lower part of the main body, comprising: a brush configured to scatter foreign substances on a floor, and a brush motor configured to rotate the brush; a suction fan configured to suction the foreign substances; a sensor configured to detect, at predetermined time intervals, a load applied to the brush, wherein the load applied to the brush varies based on a type of the floor; a blade configured to direct foreign substances scattered by the brush into a dust box formed in the main body, and a controller configured to increase the suction force of the suction fan and move the blade downwards in response to the load increasing as a result of the cleaner entering a soft floor from a hard floor, and decrease the suction force of the suction fan and move the blade upwards in response to the load decreasing as a result of the cleaner entering the hard floor from the soft floor. a brush configured to scatter foreign substances on a floor, and a brush motor configured to rotate the brush; a suction fan configured to suction the foreign substances; a sensor configured to detect, at predetermined time intervals, a load applied to the brush, wherein the load applied to the brush varies based on a type of the floor; a blade configured to direct foreign substances scattered by the brush into a dust box formed in the main body, and a controller configured to increase the suction force of the suction fan and move the blade downwards in response to the load increasing as a result of the cleaner entering a soft floor from a hard floor, and decrease the suction force of the suction fan and move the blade upwards in response to the load decreasing as a result of the cleaner entering the hard floor from the soft floor.
A threaded joint for a pipe, comprising: a pin component including a male member, a nose extending to a pipe end from the male member, and a shoulder provided at an end of the nose; and a box component including a female member screwed onto the male member, an inner peripheral surface facing the outer peripheral surface of the nose of the pin component, and a shoulder that comes into contact with the shoulder of the pin component, wherein the pin component and the box component are connected by the screw connection so that the nose outer peripheral surface of the pin component and the inner peripheral surface of the box component come into metal-to-metal contact so that the contact interface forms a seal surface, characterized in that the nose outer peripheral surface of the pin component forms an outward convex curve in the axial cross sectional view of the pin component, and the convex curve is such that a composite R curve, in which a plurality of outward convex arcs having different radiuses of curvature, Rs, are connected in sequence to a generating line of a cylindrical portion next to the male member, is curved such that the radiuses of curvature, Rs, of the arcs increase with distance from the male member and tangents on connection points of the arcs are aligned with those of corresponding arcs connected thereto; and the inner peripheral surface of the box component is a tapered surface that interferes with the nose outer peripheral surface of the pin component when connected to the pin component. a pin component including a male member, a nose extending to a pipe end from the male member, and a shoulder provided at an end of the nose; and a box component including a female member screwed onto the male member, an inner peripheral surface facing the outer peripheral surface of the nose of the pin component, and a shoulder that comes into contact with the shoulder of the pin component, wherein the pin component and the box component are connected by the screw connection so that the nose outer peripheral surface of the pin component and the inner peripheral surface of the box component come into metal-to-metal contact so that the contact interface forms a seal surface, characterized in that the nose outer peripheral surface of the pin component forms an outward convex curve in the axial cross sectional view of the pin component, and the convex curve is such that a composite R curve, in which a plurality of outward convex arcs having different radiuses of curvature, Rs, are connected in sequence to a generating line of a cylindrical portion next to the male member, is curved such that the radiuses of curvature, Rs, of the arcs increase with distance from the male member and tangents on connection points of the arcs are aligned with those of corresponding arcs connected thereto; and the inner peripheral surface of the box component is a tapered surface that interferes with the nose outer peripheral surface of the pin component when connected to the pin component.
A black coating comprising: a resin film; a black pigment comprising thermally produced graphenic carbon particles in an amount up to 20 weight percent based on the total dry film weight of the coating; and a polymeric dispersant; wherein the black coating has a minimum absorbance of 80 percent throughout a wavelength range of 400 to 700 nm; and wherein the graphenic carbon particles are functionalized. a resin film; a black pigment comprising thermally produced graphenic carbon particles in an amount up to 20 weight percent based on the total dry film weight of the coating; and a polymeric dispersant; wherein the black coating has a minimum absorbance of 80 percent throughout a wavelength range of 400 to 700 nm; and wherein the graphenic carbon particles are functionalized.
A method of wireless communication comprising: identifying, by a base station, a wide area network "WAN" frequency hopping scheme, wherein the WAN frequency hopping scheme comprises a fixed offset signaled via a Physical Downlink Control Channel "PDCCH" for every other transmission of a Hybrid Automatic Repeat Request "HARQ" process; coordinating a device to device "D2D" frequency hopping scheme for at least one D2D enabled user equipment "UE" with the identified WAN frequency hopping scheme; and communicating the D2D frequency hopping scheme to the at least one D2D enabled UE, thereby allowing the at least one D2D enabled UE to transmit at least one D2D message to a second D2D enabled UE according to the D2D frequency hopping scheme. identifying, by a base station, a wide area network "WAN" frequency hopping scheme, wherein the WAN frequency hopping scheme comprises a fixed offset signaled via a Physical Downlink Control Channel "PDCCH" for every other transmission of a Hybrid Automatic Repeat Request "HARQ" process; coordinating a device to device "D2D" frequency hopping scheme for at least one D2D enabled user equipment "UE" with the identified WAN frequency hopping scheme; and communicating the D2D frequency hopping scheme to the at least one D2D enabled UE, thereby allowing the at least one D2D enabled UE to transmit at least one D2D message to a second D2D enabled UE according to the D2D frequency hopping scheme.
A process for the manufacture of windows/doors, comprising the following steps: - providing at least one inner panel for windows/doors; - providing a plurality of plastic profiled elements for windows/doors, each of said profiled elements comprising at least two areas to seal, coupleable to the areas to seal of the other profiled elements, and at least one longitudinal slot, in which a respective perimeter side of said inner panel is insertable; - heating said areas to seal; - coupling said heated areas to seal to one another by pressing said profiled elements one against the other to maintain said areas to seal in mutual contact and define the frame for windows/doors, said coupling taking place with said inner panel inserted in said longitudinal slots to define a window/door which is composed by said frame and by said inner panel contained in said frame; characterized by the fact that it comprises the step of performing a step of mechanical machining by chip removal on at least one of said areas to seal, which comprises the step of forming a groove at at least one of said areas to seal of the profiled elements, said step of coupling the areas to seal comprising a sub-step of melting the areas to seal between them to define a sealing bead and a sub-step of making a containing compartment defined by said groove, in which said sealing bead is made inside said containing compartment and said step of forming a groove is implemented by means of an operation by chip removal on a peripheral edge of at least one of said profiled elements. - providing at least one inner panel for windows/doors; - providing a plurality of plastic profiled elements for windows/doors, each of said profiled elements comprising at least two areas to seal, coupleable to the areas to seal of the other profiled elements, and at least one longitudinal slot, in which a respective perimeter side of said inner panel is insertable; - heating said areas to seal; - coupling said heated areas to seal to one another by pressing said profiled elements one against the other to maintain said areas to seal in mutual contact and define the frame for windows/doors, said coupling taking place with said inner panel inserted in said longitudinal slots to define a window/door which is composed by said frame and by said inner panel contained in said frame;
A method for managing and displaying related information in a graphical user interface, characterised by: determining privileges assigned to a user and one or more groups to which the user belongs; generating a predefined query model that exposes data in a database to the user based on the determined privileges; storing each of a plurality of views in a separate discrete file, the plurality of views each based on one or more queries of the data exposed by the predefined query model; storing a compound file linking the plurality of views to one another; and displaying a catalog window and a portfolio window adjacent to one another within a display window in a graphical user interface, wherein the catalog window displays a file hierarchy that includes the compound file, and wherein the portfolio window provides a common window with a single data interface; displaying a plurality of discrete windows within the portfolio window in a multiple data interface, wherein each of the plurality of views is separately displayed in a discrete view window of the plurality of discrete windows. determining privileges assigned to a user and one or more groups to which the user belongs; generating a predefined query model that exposes data in a database to the user based on the determined privileges; storing each of a plurality of views in a separate discrete file, the plurality of views each based on one or more queries of the data exposed by the predefined query model; storing a compound file linking the plurality of views to one another; and displaying a catalog window and a portfolio window adjacent to one another within a display window in a graphical user interface, wherein the catalog window displays a file hierarchy that includes the compound file, and wherein the portfolio window provides a common window with a single data interface; displaying a plurality of discrete windows within the portfolio window in a multiple data interface, wherein each of the plurality of views is separately displayed in a discrete view window of the plurality of discrete windows.
Apparatus for forming wheel rim blanks comprising: - a coiling station for coiling blanks of strip material into the form of a cylinder with the longitudinal edges (20b', 20c') of the coiled blank defining a longitudinal gap, and - a flattening press for flattening longitudinal edge portions (20b', 20c') on the coiled blank, wherein said flattening press includes a gripper for clamping the coiled blank, said gripper comprising two pair of jaws (51, 52; 53, 54), each pair of jaws (51, 52; 53, 54) being adapted to engage opposite side edges (20b1, 20b2; 20c1, 20c2) of the coiled blank near to a respective longitudinal edge portion (20b', 20c') of the coiled blank, said apparatus being characterized in that each pair of jaws (51, 52; 53, 54) is carried by a respective movable clamp assembly (61, 63), wherein said gripper comprises a clamping drive for moving the jaws (51, 52; 53, 54) of the respective clamp assembly (61, 63) toward each other to clamp the respective longitudinal edge portion (20b', 20c') of the coiled blank, and an aligning drive for moving the clamp assemblies (61, 63) in longitudinal direction to align the longitudinal edge portions (20b', 20c') of the coiled blank to each other. - a coiling station for coiling blanks of strip material into the form of a cylinder with the longitudinal edges (20b', 20c') of the coiled blank defining a longitudinal gap, and - a flattening press for flattening longitudinal edge portions (20b', 20c') on the coiled blank, wherein said flattening press includes a gripper for clamping the coiled blank, said gripper comprising two pair of jaws (51, 52; 53, 54), each pair of jaws (51, 52; 53, 54) being adapted to engage opposite side edges (20b1, 20b2; 20c1, 20c2) of the coiled blank near to a respective longitudinal edge portion (20b', 20c') of the coiled blank,
A reception apparatus comprising: vibration units configured to perform vibration; a reception unit configured to receive a time-division multiplexed signal obtained by performing time-division multiplexing on a signal, wherein the signal comprises a header and a common tactile signal for the vibration units including a waveform of vibration for vibrating the vibration units, the header including description of information associated with each of the vibration units that uses the tactile signal; a separation unit configured to separate the tactile signal and the header from the time-division multiplexed signal received by the reception unit; and signal adjustment units configured to individually adjust, for each of the vibration units, the tactile signal separated by the separation unit in accordance with the header separated by the separation unit, wherein each of the vibration units is configured to perform vibration based on the tactile signal adjusted by the signal adjustment units. vibration units configured to perform vibration; a reception unit configured to receive a time-division multiplexed signal obtained by performing time-division multiplexing on a signal, wherein the signal comprises a header and a common tactile signal for the vibration units including a waveform of vibration for vibrating the vibration units, the header including description of information associated with each of the vibration units that uses the tactile signal; a separation unit configured to separate the tactile signal and the header from the time-division multiplexed signal received by the reception unit; and signal adjustment units configured to individually adjust, for each of the vibration units, the tactile signal separated by the separation unit in accordance with the header separated by the separation unit, wherein each of the vibration units is configured to perform vibration based on the tactile signal adjusted by the signal adjustment units.
An apparatus comprising: a receiver that is configured to: receive a plurality of synchronization signal blocks having different transmitted power levels, the synchronization signal blocks having been transmitted using multiple transmit beams; and receive power information corresponding to the power levels of the plurality of synchronization signal blocks in radio resource control signaling; characterised by: a processor that is configured to determine a respective normalized reference signal received power for each synchronization signal block of the plurality of synchronization signal blocks using the power information, where a normalized reference signal received power is a measured reference signal received power which is normalized with respect to power offset of the synchronization signal block. a receiver that is configured to: receive a plurality of synchronization signal blocks having different transmitted power levels, the synchronization signal blocks having been transmitted using multiple transmit beams; and receive power information corresponding to the power levels of the plurality of synchronization signal blocks in radio resource control signaling; characterised by: receive a plurality of synchronization signal blocks having different transmitted power levels, the synchronization signal blocks having been transmitted using multiple transmit beams; and receive power information corresponding to the power levels of the plurality of synchronization signal blocks in radio resource control signaling; characterised by: a processor that is configured to determine a respective normalized reference signal received power for each synchronization signal block of the plurality of synchronization signal blocks using the power information, where a normalized reference signal received power is a measured reference signal received power which is normalized with respect to power offset of the synchronization signal block.
Method for passivating a metal surface, - in which an atmospheric plasma beam is generated by electrical discharge in a working gas, - in which an acid-containing passivating agent is introduced into the plasma beam, - in which the plasma beam containing the passivating agent is applied to the metal surface, and - in which a passivating salt is deposited on the metal surface by the reaction between the acid-containing passivating agent and the metal surface. - in which an atmospheric plasma beam is generated by electrical discharge in a working gas, - in which an acid-containing passivating agent is introduced into the plasma beam, - in which the plasma beam containing the passivating agent is applied to the metal surface, and - in which a passivating salt is deposited on the metal surface by the reaction between the acid-containing passivating agent and the metal surface.
A decorative element for vehicles, with a decorative layer having a viewing side which is adapted to the passage of visible light emanating from an illumination source, and an illumination source provided on the side facing away from the viewing side of the decorative layer, characterized in that the decorative layer is based on a carrier substrate equipped with a semitransparent functional layer and the semitransparent functional layer is of such a nature that, when viewed in incident light, it has a first, visually recognizable color and, when viewed in transmitted light, it has a second, visually recognizable color, and the viewing side of the decorative layer can be perceived in the second, visually recognizable color in the case that light emanating from the illumination source passes through, and can be perceived in the first, visually recognizable color in the case that no light emanating from the illumination source passes through, wherein the semitransparent functional layer has a multilayer structure with two semitransparent metallic layers and a dielectric layer arranged between the two semitransparent metallic layers or the semitransparent functional layer is obtainable by printing technology by means of an effect pigment composition or the semitransparent functional layer is based at least partially on the employment of conventional ink layers or color lacquers and has a structure with two semitransparent metallic layers and an ink layer arranged therebetween which is present in a color.
A battery charging circuit comprising: a battery charge controller configured to receive power from an external universal serial bus "USB" port, and supply output power to a portable device and a rechargeable battery; the battery charge controller being further configured to limit the output power such that the portable device and the rechargeable battery may not draw more than a pre-determined maximum current available from the USB port; and a voltage sensing circuit configured to measure a voltage drop across the battery charge controller, and respond to the voltage drop across the battery charge controller by controlling an amount of current supplied to the rechargeable battery such that the portable device receives a predetermined amount of power needed to operate and the rechargeable battery receives a remainder of the power available from the battery charge controller. a battery charge controller configured to receive power from an external universal serial bus "USB" port, and supply output power to a portable device and a rechargeable battery; the battery charge controller being further configured to limit the output power such that the portable device and the rechargeable battery may not draw more than a pre-determined maximum current available from the USB port; and a voltage sensing circuit configured to measure a voltage drop across the battery charge controller, and respond to the voltage drop across the battery charge controller by controlling an amount of current supplied to the rechargeable battery such that the portable device receives a predetermined amount of power needed to operate and the rechargeable battery receives a remainder of the power available from the battery charge controller.