mhurhangee/patent-ind-claim-en huggingface dataset:
A method for correction of displayed information, comprising: accessing one or more parameters defining an initial orientation of a display device, the display device, when positioned at the initial orientation, presents information to a user in a manner to minimize perspective distortion within a threshold amount ; detecting a change in orientation of the display device ; identifying at least two opposing edges of the display device; determining a first distance from a user's eye and a first of the opposing edges on the display device; determining a second distance from the user's eye and a second of the opposing edges on the display device; calculating a first correction factor based on the first distance ; calculating a second correction factor based on the second distance ; and correcting perspective distortion of information displayed on the display device based on the first correction factor and the second correction factor , wherein the first correction factor is a first scaling factor and the second correction factor is a second scaling factor, and where correcting displayed information comprises applying a proportional scaling factor between the first scaling factor and second scaling factor based on a third distance between the two opposing edges of the display. accessing one or more parameters defining an initial orientation of a display device, the display device, when positioned at the initial orientation, presents information to a user in a manner to minimize perspective distortion within a threshold amount ; detecting a change in orientation of the display device ; identifying at least two opposing edges of the display device; determining a first distance from a user's eye and a first of the opposing edges on the display device; determining a second distance from the user's eye and a second of the opposing edges on the display device; calculating a first correction factor based on the first distance ; calculating a second correction factor based on the second distance ; and correcting perspective distortion of information displayed on the display device based on the first correction factor and the second correction factor , wherein the first correction factor is a first scaling factor and the second correction factor is a second scaling factor, and where correcting displayed information comprises applying a proportional scaling factor between the first scaling factor and second scaling factor based on a third distance between the two opposing edges of the display.
A bone plate system for use in stabilizing a fracture of a bone, comprising: a bone supporting metal plate having an upper surface , a bone contacting lower surface , and a plurality of a screw holes extending between the upper and lower surfaces, the plurality of screw holes including, i) a tapered locking screw hole having threads helically arranged about its interior, the locking screw hole having an upper opening with an upper diameter (D U ), and a lower opening with a lower diameter (D L ), and ii) first and second compression screw holes having an upper opening with a first diameter (D 1 ), and a lower opening with a second diameter (D 2 ) smaller than the first diameter in one direction and a third diameter equal to the first diameter in a direction orthogonal to the second diameter, and defining a central axis through the centers of the upper and lower openings, at least one rail extending across a portion of at least one of the compression screw holes to define a screw seat with an angled upper surface, and a vertical wall with a thickness extending in the same dimension as a central axis of the compression screw hole, wherein portions of each of the upper opening of the locking screw hole and the upper openings of the first and second compression screw holes are located within a bounding area bounded by a bounding circle (BA 1 , BA 2 ) no larger than twice the diameter of the upper opening of the locking screw hole such that the locking screw hole and the first and second compression screw holes are arranged in a cluster . i) a tapered locking screw hole having threads helically arranged about its interior, the locking screw hole having an upper opening with an upper diameter (D U ), and a lower opening with a lower diameter (D L ), and ii) first and second compression screw holes having an upper opening with a first diameter (D 1 ), and a lower opening with a second diameter (D 2 ) smaller than the first diameter in one direction and a third diameter equal to the first diameter in a direction orthogonal to the second diameter, and defining a central axis through the centers of the upper and lower openings,
Method of laser machining a substrate for a watch component, by means of a laser source designed to emit pulses (P1, ..., P4) of duration equal to or less than one picosecond and arranged to define an incident laser beam movable relative to said substrate and to perform engraving on the latter, comprising the steps consisting in: - providing a metal or ceramic substrate to be engraved, - programming said laser source to define at least a first engraving vector on said substrate , delimited by a starting point (D) and an end point (A), both located at the periphery of the engraving, and consisting of a path to be traversed by said incident laser beam relative to said substrate and of a series of impacts of said incident laser beam on said substrate , along said path, characterized in that said laser source is programmed in such a way that the first pulse (P1) associated with the first impact of said incident laser beam on said substrate is emitted after said incident laser beam has left said starting point (D) to begin its movement relative to said substrate , and that the last pulse (P4) associated with the last impact of said incident laser beam on said substrate is emitted before said incident laser beam has reached said end point (A) and completed its movement relative to said substrate . - providing a metal or ceramic substrate to be engraved, - programming said laser source to define at least a first engraving vector on said substrate , delimited by a starting point (D) and an end point (A), both located at the periphery of the engraving, and consisting of a path to be traversed by said incident laser beam relative to said substrate and of a series of impacts of said incident laser beam on said substrate , along said path,
An imaging apparatus comprising: a motor mechanism configured to generate a traveling torque of an opening and closing blade of a mechanical shutter provided in an incident light path to an imaging element by electric conduction to a coil; a spring mechanism configured to generate the traveling torque of the opening and closing blade together with the motor mechanism; and characterized by a control unit configured to be able to individually control a time length from start of the electric conduction to the coil to start of traveling of the opening and closing blade, and a current value to be supplied to the coil. a motor mechanism configured to generate a traveling torque of an opening and closing blade of a mechanical shutter provided in an incident light path to an imaging element by electric conduction to a coil; a spring mechanism configured to generate the traveling torque of the opening and closing blade together with the motor mechanism; and characterized by a control unit configured to be able to individually control a time length from start of the electric conduction to the coil to start of traveling of the opening and closing blade, and a current value to be supplied to the coil.
A method for forming a partially impregnated prepreg tape for use in an automated placement process, said method comprising: bonding a nonwoven veil to a layer of unidirectional fiber tows to form a fibrous laminate bringing a layer of curable resin into contact with the fibrous laminate such that the resin is in direct contact with the nonwoven veil; pressing the layer of curable resin into the fibrous laminate while applying heat and pressure so that the nonwoven veil is embedded in the layer of curable resin and the unidirectional fiber tows are partly surrounded by the curable resin, thereby forming a partially impregnated prepreg having a continuous resin surface only on one side; slitting the partially impregnated prepreg into narrow-width, continuous prepreg tapes. bonding a nonwoven veil to a layer of unidirectional fiber tows to form a fibrous laminate bringing a layer of curable resin into contact with the fibrous laminate such that the resin is in direct contact with the nonwoven veil; pressing the layer of curable resin into the fibrous laminate while applying heat and pressure so that the nonwoven veil is embedded in the layer of curable resin and the unidirectional fiber tows are partly surrounded by the curable resin, thereby forming a partially impregnated prepreg having a continuous resin surface only on one side; slitting the partially impregnated prepreg into narrow-width, continuous prepreg tapes.
A fundus imaging apparatus comprising: an imaging optical system that irradiates a fundus (Er) of a subject eye (E) with illumination light and captures a fundus image based on return light of the illumination light from the fundus (Er); a control unit that controls the imaging optical system to perform continuous imaging of the fundus (Er) based on an imaging trigger, wherein the control unit sequentially acquires evaluation information used as an evaluation index of a state of the subject eye (E) during the continuous imaging, determines whether or not to stop the continuous imaging based on the evaluation information, and continues or stops the continuous imaging according to a result of the determination; and an image processing unit that produces a composite image composed of a plurality of fundus images obtained by the continuous imaging. an imaging optical system that irradiates a fundus (Er) of a subject eye (E) with illumination light and captures a fundus image based on return light of the illumination light from the fundus (Er); a control unit that controls the imaging optical system to perform continuous imaging of the fundus (Er) based on an imaging trigger, wherein the control unit sequentially acquires evaluation information used as an evaluation index of a state of the subject eye (E) during the continuous imaging, determines whether or not to stop the continuous imaging based on the evaluation information, and continues or stops the continuous imaging according to a result of the determination; and an image processing unit that produces a composite image composed of a plurality of fundus images obtained by the continuous imaging.
A method for determining a transport block size, TBS, implemented by a terminal device, comprising: receiving (S24) downlink control information, DCI, from a network device, wherein the DCI comprises indication information and resource information of a data channel; determining a modulation order and a code rate based on a mapping relationship set and the indication information, and determining number of time-frequency resources based on the resource information of the data channel, wherein the mapping relationship set comprises a correspondence between the indication information and a combination of the modulation order and the code rate; determining a second TBS based on the modulation order, the code rate, the number of the time-frequency resources, and number of transport layers; determining an element in a value set as a first TBS when the second TBS is less than or equal to a reference threshold; and decoding (S32) based on the first TBS, the data channel carried on the time-frequency resources, or sending (S30') on the time-frequency resources, the data channel based on the first TBS. receiving (S24) downlink control information, DCI, from a network device, wherein the DCI comprises indication information and resource information of a data channel; determining a modulation order and a code rate based on a mapping relationship set and the indication information, and determining number of time-frequency resources based on the resource information of the data channel, wherein the mapping relationship set comprises a correspondence between the indication information and a combination of the modulation order and the code rate; determining a second TBS based on the modulation order, the code rate, the number of the time-frequency resources, and number of transport layers; determining an element in a value set as a first TBS when the second TBS is less than or equal to a reference threshold; and decoding (S32) based on the first TBS, the data channel carried on the time-frequency resources, or sending (S30') on the time-frequency resources, the data channel based on the first TBS.
A trim assembly for a fluid control valve , the trim assembly comprising a cage and a cage retainer , the cage retainer being located downstream of the cage , the cage retainer and the cage being aligned longitudinally within a fluid passageway of the fluid control valve , characterized in that , the cage retainer comprises a side branch resonator array located in a side wall of the cage retainer , the side branch resonator array comprising a plurality of cavities , each cavity in the plurality of cavities including an opening on a downstream side of a side wall of the cage retainer , wherein at least one cavity in the plurality of cavities includes one of a spherical chamber and a pyramidal chamber .
A screw and collar assembly including a screw with a head , a shoulder , a threaded shaft and a fixation collar ; the screw comprises the head , the shoulder beneath the head , a groove between the head and shoulder , and the threaded shaft beneath the shoulder ; and the fixation collar comprises a C-shaped fixation collar comprising a sidewall at least partially surrounding a void that is substantially in the center of the collar and extends along an axis that is parallel to the vertical axis of the fixation collar , the sidewall comprising a recessed top portion that forms a ridge a bottom portion that engages the groove when the screw is inside of the void , end regions that are partially flexible along an axis that is perpendicular to the vertical axis of the fixation collar , and a first end and second end defining a gap in communication with the void , each end comprising a second notch (86c,d) below the ridge ; wherein the gap has a width slightly narrower than the inner diameter of the groove , and the void has a diameter narrower than the outer diameter of the shoulder such that the screw may not be moved axially through the fixation collar , at least higher than the shoulder , characterized in that : the bottom of the head sits on the ridge when the screw is inside of the void and each end of the fixation collar comprises a first notch (86a,b) above the ridge .
Frame device for draw-out electrical switchgear, said device comprising a fixed frame , main electrical connection terminals and windows for access to said connection terminals, said frame including a receiving space adapted to receive draw-out electrical switchgear and having two opposite sides of which one, termed the front side , includes an entry opening enabling insertion of the switchgear in said receiving space and the other, termed the rear side , comprises said connection terminals and windows , said device further comprising, on the one hand, a plugging-in system comprising a driven shaft extending parallel to the rear side and a connection mechanism adapted to be mechanically connected to the switchgear and to be actuated by the driven shaft so as to move said switchgear in the receiving space towards the rear side into a plurality of positions, each corresponding to a functional position of the plugging-in system and, on the other hand, at least one shutter mobile between a position in which said windows are closed, preventing access to said connection terminals, and a position in which said windows are open, enabling said access and vice-versa, a system for controlling and actuating said shutter or shutters and a system for locking said shutter or shutters , characterized in that the locking system comprises at least one locking assembly including a cam mounted on the driven shaft or integrated therein so as to be driven in rotation by the driven shaft and a locking follower adapted to be moved by said cam so as, depending on the functional position of the plugging-in system , to be moved between a locking position immobilizing the shutter or at least one of the shutters in the closed or open position and an unlocking position freeing the shutter or shutters .
A method of managing content across applications available on an electronic device , the method comprising: receiving, in a first application, at least one query requesting at least one data item; determining at least one second application from a plurality of applications, the at least one second application comprising the requested at least one data item based on the at least one query; and displaying on a graphical user interface of the first application, a graphical element comprising indicia indicating the at least one second application and at least one interactive component to interact with the at least one data item within the graphical user interface of the first application, characterised in, that the at least one query requesting at least one data item is received as an incoming communication from a second user, and that without leaving the first application, a first user of the electronic device is provided with the at least one interactive component including one or more content populated by the at least one second application. receiving, in a first application, at least one query requesting at least one data item; determining at least one second application from a plurality of applications, the at least one second application comprising the requested at least one data item based on the at least one query; and displaying on a graphical user interface of the first application, a graphical element comprising indicia indicating the at least one second application and at least one interactive component to interact with the at least one data item within the graphical user interface of the first application, characterised in, that the at least one query requesting at least one data item is received as an incoming communication from a second user, and that without leaving the first application, a first user of the electronic device is provided with the at least one interactive component including one or more content populated by the at least one second application.
A method for fabricating a photonic device, comprising: oxidizing silicon to form a first silicon dioxide layer ; adding a second silicon dioxide layer to a crystalline magnesium fluoride wafer ; bonding the first silicon dioxide layer to the second silicon dioxide layer; removing the silicon to form a silicon dioxide-on-magnesium fluoride wafer; and performing lithography and etching of the silicon dioxide to form the photonic device. oxidizing silicon to form a first silicon dioxide layer ; adding a second silicon dioxide layer to a crystalline magnesium fluoride wafer ; bonding the first silicon dioxide layer to the second silicon dioxide layer; removing the silicon to form a silicon dioxide-on-magnesium fluoride wafer; and performing lithography and etching of the silicon dioxide to form the photonic device.
An antenna mounting assembly , comprising: a front surface configured to mount to a convex surface of a center reflector panel of an antenna ; a first side-panel fastener configured to couple a first side panel to the center reflector panel; a second side-panel fastener configured to couple a second side panel to the center reflector panel; and an antenna feed fastener configured to fasten an antenna feed assembly to the antenna mounting assembly; a pair of center-panel fasteners (604 and 606) configured to fasten the center reflector panel to the antenna mounting assembly; wherein an axis along the first and second side-panel fasteners (608 and 610) is substantially perpendicular to an axis along the pair of center-panel fasteners (604 and 606). a front surface configured to mount to a convex surface of a center reflector panel of an antenna ; a first side-panel fastener configured to couple a first side panel to the center reflector panel; a second side-panel fastener configured to couple a second side panel to the center reflector panel; and an antenna feed fastener configured to fasten an antenna feed assembly to the antenna mounting assembly; a pair of center-panel fasteners (604 and 606) configured to fasten the center reflector panel to the antenna mounting assembly; wherein an axis along the first and second side-panel fasteners (608 and 610) is substantially perpendicular to an axis along the pair of center-panel fasteners (604 and 606).
Component for use in printing machines or paper- and substrate-processing machines, wherein the component comprises at least one first region made of a first material with first physical properties, and wherein the at least one first region comprises a functional surface which is in contact with a web or sheet-shaped substrate and is subject to wear, wherein the at least one first region comprises at least one second region , wherein adjacent to or at a distance from the functional surface at least one second region is at least partially enclosed by the first region , characterised in that the at least one second region is designed as a cavity.
A method for producing a component for a warhead , wherein the method involves the steps: i.) an inner shell is arranged on a tool , ii.) preshaped projectiles are arranged on the inner shell in an enclosing network , iii.) powder is arranged to enclose the preshaped projectiles, iv.) the powder is pressed such that the powder, the preshaped projectiles, the enclosing network, and the inner shell are joined together, v.) the tool is removed from the component formed from the powder, the preshaped projectiles, the enclosing network, and the inner shell. i.) an inner shell is arranged on a tool , ii.) preshaped projectiles are arranged on the inner shell in an enclosing network , iii.) powder is arranged to enclose the preshaped projectiles, iv.) the powder is pressed such that the powder, the preshaped projectiles, the enclosing network, and the inner shell are joined together, v.) the tool is removed from the component formed from the powder, the preshaped projectiles, the enclosing network, and the inner shell.