mhurhangee/ep-ind-claims huggingface dataset:
A method for the simultaneous projection of individual images for a plurality M of viewers, wherein each image B m, m=1,..., M, is respectively either a partial image T m a, a ∈ {left, right} for a right eye and a left eye of the viewer m for a viewer m or is a partial image T m a=both for both eyes of a viewer m; wherein each partial image T m a is assembled from N, N ∈ N and N ≥ 2, color components F m a c, c = 1,..., N of different colors; wherein N projectors P n, n = 1,..., N, in each case project the color components of the part images in temporally consecutive time intervals t i; wherein each projector projects all N colors of the color components periodically temporally in a fixed order after one another; wherein the N projectors together project all the color components F m a c, c = 1,..., N, of a partial image T m a for one or both eyes a of one of the viewers m in every time interval t i; and project all the partial images T m a of both eyes a of all the viewers m once in the course of a period; wherein a filter that can be switched between transparent and opaque is assigned to each eye a, a ∈ (left, right, both) of each viewer; and wherein the respective filter assigned to the eye a of the viewer m is switched to transparent in the time interval t i in which the projectors display the color components of the partial image T m a. wherein each image B m, m=1,..., M, is respectively either a partial image T m a, a ∈ {left, right} for a right eye and a left eye of the viewer m for a viewer m or is a partial image T m a=both for both eyes of a viewer m; wherein each partial image T m a is assembled from N, N ∈ N and N ≥ 2, color components F m a c, c = 1,..., N of different colors; wherein N projectors P n, n = 1,..., N, in each case project the color components of the part images in temporally consecutive time intervals t i; wherein each projector projects all N colors of the color components periodically temporally in a fixed order after one another; wherein the N projectors together project all the color components F m a c, c = 1,..., N, of a partial image T m a for one or both eyes a of one of the viewers m in every time interval t i; and project all the partial images T m a of both eyes a of all the viewers m once in the course of a period; wherein a filter that can be switched between transparent and opaque is assigned to each eye a, a ∈ (left, right, both) of each viewer; and wherein the respective filter assigned to the eye a of the viewer m is switched to transparent in the time interval t i in which the projectors display the color components of the partial image T m a.
A winding data creation method for a filament winding apparatus, the filament winding apparatus including a rail extending in a first direction, a winding part that winds a fiber bundle onto an outer peripheral surface of a core material, a winding drive motor that drives the winding part in rotation around a winding rotational axis along an axial direction of the core material, and a control section that controls the winding drive motor, the winding data creation method being characterized by an initial setting value input step of inputting an initial setting value including a length in the first direction of the core material in the first direction; a point setting step of setting a plurality of points (P1, P2,...) so as to divide the length of the core material in the first direction; a winding angle setting step of setting a target winding angle that is an angle defined by an axial direction of the core material, and the fiber bundle wound around the core material between two of the plurality of points (P1, P2,...) adjacent to each other in the first direction; and a winding rotational speed calculation step of calculating, at least based on the initial setting value to be inputted and the target winding angle to be set, a target winding rotational speed of the winding drive motor between the two points adjacent to each other, respectively. an initial setting value input step of inputting an initial setting value including a length in the first direction of the core material in the first direction; a point setting step of setting a plurality of points (P1, P2,...) so as to divide the length of the core material in the first direction; a winding angle setting step of setting a target winding angle that is an angle defined by an axial direction of the core material, and the fiber bundle wound around the core material between two of the plurality of points (P1, P2,...) adjacent to each other in the first direction; and a winding rotational speed calculation step of calculating, at least based on the initial setting value to be inputted and the target winding angle to be set, a target winding rotational speed of the winding drive motor between the two points adjacent to each other, respectively.
A shaving blade cartridge comprising: a housing extending along a longitudinal axis (X-X), having a top side, a bottom side opposite to the top side and two longitudinal sides (15, 17) extending longitudinally along the longitudinal axis (X-X) between the top and bottom sides (11, 13), the housing being provided with at least one protrusion (71, 83), a cutting blade mounted in the housing between the longitudinal sides (15, 17), and having a cutting edge extending along the longitudinal axis (X-X), a clip retaining the cutting blade in the housing and having at least one leg (59, 65), wherein the leg (59, 65) of the clip comprises a recess, and the recess cooperates with the protrusion (71, 83) of the housing, characterized in that the housing comprises a cavity extending along a lateral axis (Z-Z) intersecting the longitudinal axis (X-X) and a transversal axis (Y-Y), the cavity extending from the top side, the cavity being laterally delimited by a wall, wherein the protrusion (71, 83) is provided on the wall, and wherein the leg (59, 65) of the clip is received in the cavity. a housing extending along a longitudinal axis (X-X), having a top side, a bottom side opposite to the top side and two longitudinal sides (15, 17) extending longitudinally along the longitudinal axis (X-X) between the top and bottom sides (11, 13), the housing being provided with at least one protrusion (71, 83), a cutting blade mounted in the housing between the longitudinal sides (15, 17), and having a cutting edge extending along the longitudinal axis (X-X), a clip retaining the cutting blade in the housing and having at least one leg (59, 65), wherein the leg (59, 65) of the clip comprises a recess, and the recess cooperates with the protrusion (71, 83) of the housing, characterized in that the housing comprises a cavity extending along a lateral axis (Z-Z) intersecting the longitudinal axis (X-X) and a transversal axis (Y-Y), the cavity extending from the top side, the cavity being laterally delimited by a wall, wherein the protrusion (71, 83) is provided on the wall, and wherein the leg (59, 65) of the clip is received in the cavity.
A method of a terminal in a mobile communication system, the method comprising: receiving a message including configuration information for configuring a secondary cell from a base station; determining whether the secondary cell belongs to a first cell group including a primary cell, PCell, or a second cell group including a primary secondary cell, PSCell, for which a physical uplink control channel, PUCCH, is configured; determining, if the secondary cell belongs to the second cell group, whether the secondary cell is the PSCell; transmitting, if the secondary cell is the PSCell, a signal by considering a state of the secondary cell to be in an activated state; and prohibiting, if the secondary cell is not the PSCell, a transmission of the signal by considering the state of the secondary cell to be in a deactivated state. receiving a message including configuration information for configuring a secondary cell from a base station; determining whether the secondary cell belongs to a first cell group including a primary cell, PCell, or a second cell group including a primary secondary cell, PSCell, for which a physical uplink control channel, PUCCH, is configured; determining, if the secondary cell belongs to the second cell group, whether the secondary cell is the PSCell; transmitting, if the secondary cell is the PSCell, a signal by considering a state of the secondary cell to be in an activated state; and prohibiting, if the secondary cell is not the PSCell, a transmission of the signal by considering the state of the secondary cell to be in a deactivated state.
A system for maintaining a tower for a wind turbine the wind turbine having a plurality of leg members defining a space there between and configured to support a wind turbine on an elevated portion thereof, said system comprising: a lift configured for carrying objects wherein the lift comprises a support surface for supporting objects; a drive system for providing a positioning force for the lift, control interface for controlling the drive system, an elongate member for providing a lifting structure between said tower and said lift, an opening in the tower configured to allow placement of the lift within the interior of the wind tower; a connection for connecting the elongate member to the lift; and a guide system in communication with said elongate member and adapted to allow said lift to maintain a predetermined orientation, wherein said guide system is detachable from and attachable to said elongate member. a lift configured for carrying objects wherein the lift comprises a support surface for supporting objects; a drive system for providing a positioning force for the lift, control interface for controlling the drive system, an elongate member for providing a lifting structure between said tower and said lift, an opening in the tower configured to allow placement of the lift within the interior of the wind tower; a connection for connecting the elongate member to the lift; and a guide system in communication with said elongate member and adapted to allow said lift to maintain a predetermined orientation, wherein said guide system is detachable from and attachable to said elongate member.
A guitar neck comprising: an elongated front part adapted to be covered with a fingerboard, a head at one end of the front part, and a base on the other end of the front part, where said base is adapted to connect the neck with a sound-box; additionally, in said front part there is a hollow which is formed along the entire length of the front part and a stiffening element which is placed in said hollow; the guitar neck characterized by: further containing acoustic tubes in the form of acoustic through holes, situated in both sides of the base with respect to the top side of the neck, near the place where the front part changes into said base; and further comprising grooves in the base, which are open at the top of said base and limited each by a respective side which is in the shape of a bow; and wherein the grooves form chambers when covered with a fingerboard, and each of the grooves is formed to connect the hollow from the front part to a respective through hole of the acoustic through holes. further containing acoustic tubes in the form of acoustic through holes, situated in both sides of the base with respect to the top side of the neck, near the place where the front part changes into said base; and further comprising grooves in the base, which are open at the top of said base and limited each by a respective side which is in the shape of a bow; and wherein the grooves form chambers when covered with a fingerboard, and each of the grooves is formed to connect the hollow from the front part to a respective through hole of the acoustic through holes.
Fuel injection valve for injecting fuel into the combustion chamber of an internal combustion engine, having a solenoid valve which serves for actuating an injection valve element in that a hydraulic pressure in a control chamber, which hydraulic pressure acts on the injection valve element in a closing direction, can be varied by opening or closing the solenoid valve, and wherein the solenoid valve comprises an armature pin which is mounted in axially displaceable fashion and which is supported on a spring element and which can be acted on by an axial force which is proportional to the hydraulic pressure in the control chamber, characterized in that coupling means are provided by means of which the spring element and a coil (7, 8) of at least one magnetic circuit (9, 10) are coupled and which, in the event of an elastic deformation of the spring element, effect a detectable parameter change, preferably a change in the coil voltage or in the coil current, in at least one magnetic circuit (9, 10).
An error correction method for coordinate positioning apparatus, comprising the steps of; (i) taking a first data set comprising one or more first data values (176;218), each first data value describing a position on the surface of a first object (140;200), the first data set being derived from measurements of the first object taken using a first coordinate positioning apparatus, (ii) taking a second data set comprising one or more second data values (182;240), each second data value describing a position on the surface of the first object (140;200), the second data set being derived from measurements of the first object taken using a second coordinate positioning apparatus that is different to the first coordinate positioning apparatus, and (iii) calculating an error map comprising one or more error values (Δ), each error value (Δ) describing a positional difference between the surface as described by the first data set (176;218) and the surface as described by the second data set (182;240), wherein the surface normal (171;220) of the first object is known at each position described by each first data value and step (iii) comprises calculating each error value (Δ) by determining the positional difference substantially in the direction of the known surface normal (171;220), characterised by the method comprising the further step of (iv) performing a processing or measurement operation on the first object (140;200), or an object nominally identical to the first object, in which positions on the surface thereof are corrected using the error map calculated in step (iii). (i) taking a first data set comprising one or more first data values (176;218), each first data value describing a position on the surface of a first object (140;200), the first data set being derived from measurements of the first object taken using a first coordinate positioning apparatus, (ii) taking a second data set comprising one or more second data values (182;240), each second data value describing a position on the surface of the first object (140;200), the second data set being derived from measurements of the first object taken using a second coordinate positioning apparatus that is different to the first coordinate positioning apparatus, and (iii) calculating an error map comprising one or more error values (Δ), each error value (Δ) describing a positional difference between the surface as described by the first data set (176;218) and the surface as described by the second data set (182;240),
A method of manufacturing a joined body, comprising injecting a thermoplastic elastomer after melting of the thermoplastic elastomer, into a mold in which a molded body is placed, to thereby integrate a molded body derived from the thermoplastic elastomer and the molded body with each other, a material for forming the molded body being a vulcanized rubber, and the molded body containing a filler having an arithmetic average particle diameter of from 1 μm to 5 μm.
Vacuum cleaner with a suction fan for generating a suction air flow, a suction opening arranged in a base area of the vacuum cleaner, which has a flow connection to the suction fan, wherein protrusions, which protrude from the base area, are provided on a suction opening rim, wherein the interior and/or exterior area is curved about a first axis running in parallel with the movement direction of the suction opening during the intended operation of the vacuum cleaner, wherein the first axis is arranged on the side of the protrusion facing towards the appliance interior, wherein the vacuum cleaner has a floor cleaning roller arranged in the suction opening and the shape of the edge of the protrusion facing towards the floor cleaning roller is formed by a geometric cut in the curved interior or exterior area with a notional enveloping surface of the floor cleaning roller, characterised in that the suction opening rim is curved in a concave manner in the region between two protrusions.
A terminal device for performing terminal-to-terminal communication in which wireless communication with a relay terminal device that is in a state in which wireless communication with a first base station device is executed is performed directly without an intervention of the first base station device, and is configured to execute wireless communication with a second base station device (40; 50) capable of communicating with the first base station device, the terminal device characterized by comprising: communication means for receiving, from the second base station device (40; 50), search information notified from the first base station device to the second base station device (40; 50) to search for the relay terminal device; and control means for executing control to search for the relay terminal device using the search information received by the communication means; wherein the communication means is configured to receive, as the search information, search information including a search signal transmission period, and a radio resource used to wait for a response signal; and wherein if the second base station device (40; 50) is in a state in which communication with the first base station device cannot be executed, the control means is configured to transmit a search signal to the relay terminal device only when one or both of a condition that the terminal-to-terminal communication with the relay terminal device is permitted in advance and a condition that an appropriate connection destination cell does not exist are met. communication means for receiving, from the second base station device (40; 50), search information notified from the first base station device to the second base station device (40; 50) to search for the relay terminal device; and control means for executing control to search for the relay terminal device using the search information received by the communication means; wherein the communication means is configured to receive, as the search information, search information including a search signal transmission period, and a radio resource used to wait for a response signal; and wherein if the second base station device (40; 50) is in a state in which communication with the first base station device cannot be executed, the control means is configured to transmit a search signal to the relay terminal device only when one or both of a condition that the terminal-to-terminal communication with the relay terminal device is permitted in advance and a condition that an appropriate connection destination cell does not exist are met.
A method comprising the steps: receiving, by a database management system - DBMS -, a database command for a database; executing, by the DBMS, the database command, wherein executing the database command comprises accessing one or more database elements, the one or more database elements being stored in one or more database blocks (144A, 144B); in a block-level heatmap (150, 160), recording, by the DBMS, for the one or more database blocks (144A, 144B), activity corresponding to the accessing the one or more database elements, wherein said recording includes setting bits corresponding to the accessed one or more database blocks (144A, 144B) within an in-memory representation of the block-level heatmap (150, 160); persisting, on a periodic basis, the in-memory representation of the block-level heatmap (150, 160) to a stored representation of the block-level heatmap (150, 160); resetting the in-memory representation of the block-level heatmap (150, 160) after the persisting; gathering access statistics for the activity corresponding to the accessing the one or more database elements based on the block-level heatmap (150, 160); wherein the method is performed by one or more computing devices. receiving, by a database management system - DBMS -, a database command for a database; executing, by the DBMS, the database command, wherein executing the database command comprises accessing one or more database elements, the one or more database elements being stored in one or more database blocks (144A, 144B); in a block-level heatmap (150, 160), recording, by the DBMS, for the one or more database blocks (144A, 144B), activity corresponding to the accessing the one or more database elements, wherein said recording includes setting bits corresponding to the accessed one or more database blocks (144A, 144B) within an in-memory representation of the block-level heatmap (150, 160); persisting, on a periodic basis, the in-memory representation of the block-level heatmap (150, 160) to a stored representation of the block-level heatmap (150, 160); resetting the in-memory representation of the block-level heatmap (150, 160) after the persisting; gathering access statistics for the activity corresponding to the accessing the one or more database elements based on the block-level heatmap (150, 160); wherein the method is performed by one or more computing devices.
Winch appliance for towing compact loads, in particular logs, by means of a tractor winch, namely by means of a main winch, which is mountable in a detachable manner on a tractor, which is furnished at least with a connecting mechanism for mounting of said main winch thereon, as well as with a cardan shaft, which is suitable for driving said main winch, and with a hydraulic circuit filled with hydraulic media and furnished with at least one hydraulic pump suitable for compressing said hydraulic media, wherein said main winch comprises a casing, in which a winding drum is mounted, which is rotatable around its longitudinal geometric axis and on which a main towing cable is wound, wherein said winding drum is arranged to be powered by means of a tractor driving unit via said cardan shaft on the tractor as well as via a suitable transmission gear, and is moreover furnished with alternatively operating brake and clutch, wherein said main winch is optionally controllable by means of a remote controller, and wherein said winch appliance in addition to said main winch comprises an auxiliary winch, which also comprises a casing, in which a winding drum is mounted, which is also rotatable around its longitudinal geometric axis and on which an auxiliary cable is wound, wherein said winding drum of said auxiliary winch is driven by means of a suitable driving means, and said auxiliary winch is adapted for towing said main cable during decoiling thereof from the winding drum of the main winch and is also optionally controllable by means of a remote controller, characterized in that it in addition to said main winch with said towing cable and said auxiliary winch with said auxiliary towing cable also comprises at least one auxiliary pulley block (22, 22', 22"), which is suitable for guiding of said auxiliary cable and is in each case in appropriate manner attachable to any disposable fixation point located outside of the line, in which the main towing cable extends between the main winch and each particular load, and in that said auxiliary winch is mountable either onto said casing of the main winch, or on the ground in the surrounding of the main winch and the tractor outside of the line, in which the main towing cable extends between the main winch and each particular load, so that the driving means of the auxiliary winch is powered by means of one of the driving means, which are available on the tractor.