mhurhangee/ep-ind-claims huggingface dataset:
A camera module comprising: a housing having an interior compartment, a lens bore extending from the interior compartment to an exterior of the housing, and a shoulder extending radially outwardly from a base of the lens bore to side walls of the main housing; and a support member having a lens mount portion supporting a lens and an imager mount portion supporting an imager assembly; wherein the support member is nested within the housing with at least a portion of the lens mount portion extending into the lens bore, and the imager mount portion abuttingly engaged with the shoulder of the housing in the interior compartment; and wherein at least two opposite peripheral edges (Pe) of the imager mount portion of the support member are engaged with respective interior surfaces of the housing adjacent the shoulder, thereby restricting relative movement between the housing and the support member. a housing having an interior compartment, a lens bore extending from the interior compartment to an exterior of the housing, and a shoulder extending radially outwardly from a base of the lens bore to side walls of the main housing; and a support member having a lens mount portion supporting a lens and an imager mount portion supporting an imager assembly; wherein the support member is nested within the housing with at least a portion of the lens mount portion extending into the lens bore, and the imager mount portion abuttingly engaged with the shoulder of the housing in the interior compartment; and wherein at least two opposite peripheral edges (Pe) of the imager mount portion of the support member are engaged with respective interior surfaces of the housing adjacent the shoulder, thereby restricting relative movement between the housing and the support member.
An apparatus with multiple receiving antenna used for wireless OFDM communications, the apparatus comprising: means for processing a plurality of received symbols to demultiplex a plurality of received pilot symbols and received data symbols, wherein the received data symbols are transmitted on data subbands and the received pilot symbols are transmitted on pilot subbands, and wherein the data subbands are interlaced with the pilot subbands such that each group of one or more of the data subbands is flanked on both sides by pilot subbands; means for determining channel estimates for each of the pilot subbands by multiplying the received pilot symbol with a conjugate of a known pilot symbol corresponding to the respective pilot subband; and means for determining channel estimates for each of the data subbands by combining the channel estimates for the pilot subbands flanking the group containing the respective data subband. means for processing a plurality of received symbols to demultiplex a plurality of received pilot symbols and received data symbols, wherein the received data symbols are transmitted on data subbands and the received pilot symbols are transmitted on pilot subbands, and wherein the data subbands are interlaced with the pilot subbands such that each group of one or more of the data subbands is flanked on both sides by pilot subbands; means for determining channel estimates for each of the pilot subbands by multiplying the received pilot symbol with a conjugate of a known pilot symbol corresponding to the respective pilot subband; and means for determining channel estimates for each of the data subbands by combining the channel estimates for the pilot subbands flanking the group containing the respective data subband.
A scanning system comprising: a sheet fed scanner, a flat bed scanner, an input tray and an output tray all facing the same side of the system and all accessible from the same side of the system; the input tray for holding a plurality of sheets to be scanned by the sheet fed scanner; a roller for automatically feeding the sheets from the input tray into the sheet fed scanner; the output tray comprising a top surface and a bottom surface, the top surface of the output tray for holding the sheets that have been scanned by the sheet fed scanner, the output tray rotatable about a horizontal axis between a tray closed position and a tray open position, wherein the flat bed scanner opens on the same side as the input or output tray for receiving documents to be scanned when the output tray is rotated to the open position, and wherein the output tray for the sheet fed scanner forms a cover for the flat bed scanner. a sheet fed scanner, a flat bed scanner, an input tray and an output tray all facing the same side of the system and all accessible from the same side of the system; the input tray for holding a plurality of sheets to be scanned by the sheet fed scanner; a roller for automatically feeding the sheets from the input tray into the sheet fed scanner; the output tray comprising a top surface and a bottom surface, the top surface of the output tray for holding the sheets that have been scanned by the sheet fed scanner, the output tray rotatable about a horizontal axis between a tray closed position and a tray open position, wherein the flat bed scanner opens on the same side as the input or output tray for receiving documents to be scanned when the output tray is rotated to the open position, and wherein the output tray for the sheet fed scanner forms a cover for the flat bed scanner.
Chain assembly for a high or very high voltage overhead electric line, comprising a) a long rod-type insulator having an insulating core composed of fibre-reinforced plastic and having at least one end fitting, b) an assembly for surge arresting having at least one protective fitting, wherein c) the at least one protective fitting comprises a fastening element which is fastened to the at least one end fitting of the long rod-type insulator, d) wherein the at least one protective fitting is fastened in an end-side axial region of the at least one end fitting, outside a connecting region between the insulating core and end fitting, e) the at least one end fitting has a first passage opening, and in that the fastening element comprises a second passage opening, and therefore, in order to connect the fastening element to the end fitting, a bolt-like element is guided through the first and the second passage opening, characterized in that the bolt-like element also serves for connecting the end fitting to a following element, in particular to a holding device for a conductor cable. a) a long rod-type insulator having an insulating core composed of fibre-reinforced plastic and having at least one end fitting, b) an assembly for surge arresting having at least one protective fitting, wherein c) the at least one protective fitting comprises a fastening element which is fastened to the at least one end fitting of the long rod-type insulator, d) wherein the at least one protective fitting is fastened in an end-side axial region of the at least one end fitting, outside a connecting region between the insulating core and end fitting, e) the at least one end fitting has a first passage opening, and in that the fastening element comprises a second passage opening, and therefore, in order to connect the fastening element to the end fitting, a bolt-like element is guided through the first and the second passage opening,
A processor-implemented method of estimating online scale for a monocular SLAM, comprising: (a) estimating, by a monocular camera, an arbitrary scaled position of a multirotor based on a vision SLAM, simultaneous localization and mapping, technique in an inertial frame; characterized in that the method further comprises: (b) inputting, to a multirotor dynamics based prediction module, an Euler angle estimated from the vision SLAM technique to compute an acceleration of the multirotor; (c) dynamically integrating, the computed acceleration to estimate a metric velocity and a metric position; (d) comparing, in a measurement updating module, the estimated metric position with the estimated arbitrary position from the vision SLAM technique; and (e) estimating, a scale factor and a parameter associated with a multirotor dynamics model, wherein the scale factor is estimated based on a resultant error occurred during comparison between the estimated metric position with the estimated arbitrary position, wherein the parameter associated with the multirotor dynamics model is a drag coefficient. (a) estimating, by a monocular camera, an arbitrary scaled position of a multirotor based on a vision SLAM, simultaneous localization and mapping, technique in an inertial frame; characterized in that the method further comprises: (b) inputting, to a multirotor dynamics based prediction module, an Euler angle estimated from the vision SLAM technique to compute an acceleration of the multirotor; (c) dynamically integrating, the computed acceleration to estimate a metric velocity and a metric position; (d) comparing, in a measurement updating module, the estimated metric position with the estimated arbitrary position from the vision SLAM technique; and (e) estimating, a scale factor and a parameter associated with a multirotor dynamics model, wherein the scale factor is estimated based on a resultant error occurred during comparison between the estimated metric position with the estimated arbitrary position, wherein the parameter associated with the multirotor dynamics model is a drag coefficient.
A liquid immersion transfer process for applying electronics on a 3D object, the process comprising: - providing a foil on a solid carrier in a foil provision stage; - providing electronic wiring and an electronic component to the foil in an electronics provision stage, to provide said electronics; - removing the solid carrier and arranging the foil on or in a liquid in a liquid application stage; - transferring the electronics to the 3D object in a transfer stage. - providing a foil on a solid carrier in a foil provision stage; - providing electronic wiring and an electronic component to the foil in an electronics provision stage, to provide said electronics; - removing the solid carrier and arranging the foil on or in a liquid in a liquid application stage; - transferring the electronics to the 3D object in a transfer stage.
A method for activating or deactivating configured component carriers in communication system using component carrier aggregation, the method comprising the following steps performed by a terminal: receiving on a physical downlink shared channel a transport block comprising a component carrier activation or deactivation message, wherein the component carrier activation or deactivation message comprises activation or deactivation information in form of a bitmap consisting of a number of bits, wherein each of the bits of the bitmap is pre-associated to a respective one of the configured downlink component carriers, wherein logical value of each bit is indicating whether the associated downlink component carrier is to be activated or deactivated, wherein one of the plurality of configured component carriers is a downlink primary component carrier which cannot be activated or deactivated by the component carrier activation or deactivation message and the component carrier activation or deactivation message is received by the mobile terminal on the downlink primary component carrier, and activating or deactivating the configured downlink component carriers according to the bits of said bitmap, when one of the bits of the bitmap indicates that its associated downlink component carrier is to be activated, the bitmap further indicates a sounding reference signal, SRS, transmission request, and the method further comprising: starting an SRS transmission on an uplink component carrier corresponding to the activated downlink component carrier. receiving on a physical downlink shared channel a transport block comprising a component carrier activation or deactivation message, wherein the component carrier activation or deactivation message comprises activation or deactivation information in form of a bitmap consisting of a number of bits, wherein each of the bits of the bitmap is pre-associated to a respective one of the configured downlink component carriers, wherein logical value of each bit is indicating whether the associated downlink component carrier is to be activated or deactivated, wherein one of the plurality of configured component carriers is a downlink primary component carrier which cannot be activated or deactivated by the component carrier activation or deactivation message and the component carrier activation or deactivation message is received by the mobile terminal on the downlink primary component carrier, and activating or deactivating the configured downlink component carriers according to the bits of said bitmap, when one of the bits of the bitmap indicates that its associated downlink component carrier is to be activated, the bitmap further indicates a sounding reference signal, SRS, transmission request, and the method further comprising: starting an SRS transmission on an uplink component carrier corresponding to the activated downlink component carrier. starting an SRS transmission on an uplink component carrier corresponding to the activated downlink component carrier.
Arrangement of a ground drilling device for the insertion of a drill string in the ground, by means of a pushing or pulling, wherein the arrangement has a frame and a carriage which is movable relative to the frame having a translatory movement backwards and forwards, characterised in that at least one rolling element is provided, which is designed to roll with the translatory movement of the carriage, wherein the rotation movement of the rolling element is converted into a rotary movement of the drill string.
A measuring system for measuring the relative positions of an arrangement of a first physical component comprising a rotating output shaft and a second physical component comprising a rotating input shaft, the measuring system comprising: - a first measuring unit and a second measuring unit being mounted on each of said shafts (3, 5), wherein the first measuring unit comprises a light source and said second measuring unit comprises a detector for said light source; and - a mobile display unit comprising a control unit which is adapted for transmitting information regarding at least the position of each of said components (1, 2); - wherein the display unit is connected to at least one of said measuring units (6, 7) and is adapted for displaying graphic information representing said components (1, 2); - the display unit is connected to at least one measuring unit (6, 7) via a wireless connection for sending input data from said measuring unit (6, 7) to said control unit, characterized in that the display unit comprises a gyro unit for registration of the orientation of the display unit relative to said components (1, 2) by detecting changes in the orientation of the display unit corresponding to rotation of the display unit about a vertical axis, wherein said gyro unit is connected to said control unit, wherein said graphic information is constituted by a plurality of three-dimensional views representing said arrangement and being pre-programmed in the display unit, and wherein the control unit is adapted to adjust said display of said graphic information in dependence on the orientation of the display unit. - a first measuring unit and a second measuring unit being mounted on each of said shafts (3, 5), wherein the first measuring unit comprises a light source and said second measuring unit comprises a detector for said light source; and - a mobile display unit comprising a control unit which is adapted for transmitting information regarding at least the position of each of said components (1, 2); - wherein the display unit is connected to at least one of said measuring units (6, 7) and is adapted for displaying graphic information representing said components (1, 2); - the display unit is connected to at least one measuring unit (6, 7) via a wireless connection for sending input data from said measuring unit (6, 7) to said control unit,
A method of determining positioning of objects in a scene based on a plurality of views, the method comprising: obtaining object detection data, ODD, corresponding to one or more views of the plurality of views of the scene, wherein each of the one or more views is captured by a respective camera, said ODD comprising an object identifier of a respective image object in a respective view and a location of a respective reference point of the respective image object in the respective view; processing the obtained ODD to identify a first image object and a second image object comprised in a first view of said one or more views, and to identify the first image object as a mirror reflection of the second image object; creating a virtual view associated with a virtual camera position, with ODD corresponding to said virtual view comprising a data part of the ODD corresponding to the first view, which data part is associated with the identified first image object; removing said data part of the ODD associated with the first image object from the first view; and computing, based on the ODD associated with at least said virtual view of the identified first image object and the first view of the identified second image object, a position of said first image object. obtaining object detection data, ODD, corresponding to one or more views of the plurality of views of the scene, wherein each of the one or more views is captured by a respective camera, said ODD comprising an object identifier of a respective image object in a respective view and a location of a respective reference point of the respective image object in the respective view; processing the obtained ODD to identify a first image object and a second image object comprised in a first view of said one or more views, and to identify the first image object as a mirror reflection of the second image object; creating a virtual view associated with a virtual camera position, with ODD corresponding to said virtual view comprising a data part of the ODD corresponding to the first view, which data part is associated with the identified first image object; removing said data part of the ODD associated with the first image object from the first view; and computing, based on the ODD associated with at least said virtual view of the identified first image object and the first view of the identified second image object, a position of said first image object.
A method of manufacturing an endmill tool, the method comprising: detecting a crystal direction of a selected natural diamond gemstone by inspecting a structure of the selected natural diamond gemstone; forming a lower base surface and an upper reference surface of the natural diamond gemstone by performing an abrading process using an abrading equipment after welding the natural diamond gemstone with a first sub-body (20a, 20b, 20c); grinding an edge portion of the natural diamond gemstone by using a grinding equipment after welding a machining tip, which is separated from the first sub-body (20a, 20b, 20c), with a second sub-body to complete the machining tip having a cutting blade; and temporarily installing the machining tip, which is separated from the second sub-body, in a super hard body installed in a setting equipment, adjusting an alignment state of the machining tip, and bonding the machining tip with the super hard body by using a normal-temperature bonding agent through a normal-temperature coagulation scheme to complete the endmill tool. detecting a crystal direction of a selected natural diamond gemstone by inspecting a structure of the selected natural diamond gemstone; forming a lower base surface and an upper reference surface of the natural diamond gemstone by performing an abrading process using an abrading equipment after welding the natural diamond gemstone with a first sub-body (20a, 20b, 20c); grinding an edge portion of the natural diamond gemstone by using a grinding equipment after welding a machining tip, which is separated from the first sub-body (20a, 20b, 20c), with a second sub-body to complete the machining tip having a cutting blade; and temporarily installing the machining tip, which is separated from the second sub-body, in a super hard body installed in a setting equipment, adjusting an alignment state of the machining tip, and bonding the machining tip with the super hard body by using a normal-temperature bonding agent through a normal-temperature coagulation scheme to complete the endmill tool.
Interior lighting system for a vehicle comprising two optical modules (1, 1'), each optical module (1, 1') comprising a plurality of selectively activatable light sources (2, 2'); a primary optical element (3, 3') comprising primary members (4, 4'), each arranged to face one of the light sources (2, 2') respectively, for collecting the rays emitted by the corresponding source, the primary optical element (3, 3') being configured to form an elementary beam (7, 7') which is dependent on the rays emitted; and a secondary optical element (6, 6') for projecting the elementary beam (7, 7') into an area of the passenger compartment, characterized in that the optical modules (1, 1') are configured so that the two projected elementary beams (7, 7') are at least partially superimposed on one another in said area of the passenger compartment, and in that the optical modules (1, 1') are configured in such a way that the two projected elementary beams (7, 7') which are at least partially superimposed on one another have complementary shapes, the shape of a first elementary beam being the negative of the other elementary beam when all the light sources (2, 2') are activated.
An annular turbine engine stator portion comprising a structural support provided in succession with a bonding underlayer with an abradable coating formed by a resin filled with microbeads, the stator portion being characterized in that said bonding underlayer for fastening said abradable coating to said structural support is formed by fiber reinforcement made of long fibers having only a peripheral portion (12A, 12B) of the reinforcement being secured to said structural support by adhesive bonding or by co-curing.
A burner with high flame stability, particularly for the thermal treatment of ceramic articles, comprising a supporting body provided with at least one first port for the inflow of an oxidizing fluid and with at least one second port for the inflow of a combustible fluid, and a combustion head which is associated with said supporting body and is provided, in its central region, with nozzle means which are associated with said second port, for the outflow of the combustible fluid in a combustion region and, in its peripheral region, with an annular diffuser provided with a plurality of through openings for orienting the flow of the oxidizing fluid toward said combustion region, wherein the nozzle means comprise a terminal element having a close end and a side wall in which, proximate to said close end, a plurality of holes are formed which are radially oriented and distributed along a circumference, for the outflow of the combustible fluid; wherein said diffuser comprises a second group of said openings, which are arranged at its peripheral region and each of which comprises a corresponding notch, which is formed along a plane that is inclined with respect to the plane of arrangement of said diffuser; characterized in that at least one of said openings comprises a slot, which is provided inside said diffuser and has an extension along a first transverse dimension that is substantially larger than the extension along a second direction that is transverse to the first direction; said slot having a closed perimeter and an elongated shape defining an arc of circumference centered on the longitudinal axis of the burner.