mhurhangee/ep-ind-claims huggingface dataset:
A crowning method applied to a press brake (1; 1A; 1B; 1C; 1D; 1E; 1F) comprising an upper table and a lower table as being vertically opposed to each other and comprising first slits (11R, 11L) opened in right and left directions on both right and left sides of the lower table, the crowning method comprising: deforming end sides of upper portions of the first slits (11R, 11L) of the lower table to carry out a crowning regulation, wherein the lower table comprises deformation means (15; 15A; 15C) between the upper portions and lower portions of the first slits (11R, 11L), the crowning method characterized by: causing a deformation in the upper portions upward by means of the deformation means (15; 15A; 15C). deforming end sides of upper portions of the first slits (11R, 11L) of the lower table to carry out a crowning regulation, wherein the lower table comprises deformation means (15; 15A; 15C) between the upper portions and lower portions of the first slits (11R, 11L), the crowning method characterized by: causing a deformation in the upper portions upward by means of the deformation means (15; 15A; 15C).
An integrated circuit, comprising: first processing means for processing data, the first processing means being configured to be powered by a first voltage source (V DD1); second processing means for processing data, the second processing means being configured to be powered by a second voltage source (V DD2); wherein the first voltage source and the second voltage source are unequal; decoupling means for decoupling the first and second processing means; means for switching the decoupling means between the first (V DD1) and second voltage sources (V DD2); first switching means for controlling a connection between the decoupling means and the first voltage source (V DD1); second switching means for controlling a connection between the decoupling means and the second voltage source (V DD2); and means for controlling the first and second switching means, wherein the means for controlling the first and second switching means is configured to control the first switching means to charge the decoupling means from the first voltage source (V DD1), characterised in that the means for controlling the first and second switching means is further configured to control the second switching means to supply current from the charged decoupling means to the second processing means and the second voltage source (V DD2). first processing means for processing data, the first processing means being configured to be powered by a first voltage source (V DD1); second processing means for processing data, the second processing means being configured to be powered by a second voltage source (V DD2); wherein the first voltage source and the second voltage source are unequal; decoupling means for decoupling the first and second processing means; means for switching the decoupling means between the first (V DD1) and second voltage sources (V DD2); first switching means for controlling a connection between the decoupling means and the first voltage source (V DD1); second switching means for controlling a connection between the decoupling means and the second voltage source (V DD2); and means for controlling the first and second switching means, wherein the means for controlling the first and second switching means is configured to control the first switching means to charge the decoupling means from the first voltage source (V DD1), characterised in that the means for controlling the first and second switching means is further configured to control the second switching means to supply current from the charged decoupling means to the second processing means and the second voltage source (V DD2).
A wireless power transmitter for using an in-band communication, the wireless power transmitter comprising: a plurality of in-band resonators; a source resonance unit including a source resonator that is configured to transmit wireless power to the in-band resonators via a magnetic coupling; a source controller configured to control a resonance frequency and an impedance of the source resonator, to detect at least one of the in-band resonators located in a location corresponding to a wireless power receiver among the in-band resonators, and to control the at least one detected resonator; and an in-band resonance unit configured to receive and demodulate identification information associated with the wireless power receiver via the at least one detected resonator, and to transmit the wireless power and transmission data via the at least one detected resonator; and a modulator configured to modulate the transmission data by switching of the at least one detected resonator. a plurality of in-band resonators; a source resonance unit including a source resonator that is configured to transmit wireless power to the in-band resonators via a magnetic coupling; a source controller configured to control a resonance frequency and an impedance of the source resonator, to detect at least one of the in-band resonators located in a location corresponding to a wireless power receiver among the in-band resonators, and to control the at least one detected resonator; and an in-band resonance unit configured to receive and demodulate identification information associated with the wireless power receiver via the at least one detected resonator, and to transmit the wireless power and transmission data via the at least one detected resonator; and a modulator configured to modulate the transmission data by switching of the at least one detected resonator.
A cleaning trolley having at least three wheels, a wheel frame and a superstructure (3, 4, 5) arranged on the wheel frame, wherein at least one guide handle is arranged on one side of the superstructure (3, 4, 5) and wherein a holding device is provided on the superstructure (3, 4, 5) at that side thereof remote from the guide handle, characterised in that the holding device has a surface to which there is/are attached characters readable with an electronic reader and/or information carriers readable with an electronic reader, wherein the surface is inclined to the horizontal and is facing the guide handle side of the cleaning trolley.
A pharmaceutical composition comprising: a. 1-[3-(4-bromo-2-methyl-2 H -pyrazol-3-yl)-4-methoxy-phenyl]-3-(2,4-difluoro-phenyl)-urea; and b. an excipient selected from: polyvinylpyrrolidone and vinylpyrrolidone-vinyl acetate copolymer (coPVP); wherein said pharmaceutical composition is in the form of a tablet or a powder in capsule. a. 1-[3-(4-bromo-2-methyl-2 H -pyrazol-3-yl)-4-methoxy-phenyl]-3-(2,4-difluoro-phenyl)-urea; and b. an excipient selected from: polyvinylpyrrolidone and vinylpyrrolidone-vinyl acetate copolymer (coPVP);
A method comprising: (a) in each of a plurality of intervals placing a receiver of a receiver unit into a receive mode, and then listening for a beacon (51,53, 58) during a predefined beacon slot time within the interval, and placing the receiver into a low-power sleep mode for substantially all the rest of the interval, wherein beacons (51,53, 58) are received by the receiver during the beacon slot times of some of the intervals but wherein no beacon is received during the beacon slot times of other of the intervals; (b) using the beacons (51,53, 58) received in (a) to synchronize the placing of the receiver into the receive mode with respect to the beacon slot times of the intervals; and (c) using a value in a field in one of the beacons to schedule a future initiation of an action by the receiver unit, wherein the action is scheduled to be initiated after said one beacon at a time when no beacon (51,53, 58) is being received, and wherein (a), (b) and (c) are carried out by the receiver unit. (a) in each of a plurality of intervals placing a receiver of a receiver unit into a receive mode, and then listening for a beacon (51,53, 58) during a predefined beacon slot time within the interval, and placing the receiver into a low-power sleep mode for substantially all the rest of the interval, wherein beacons (51,53, 58) are received by the receiver during the beacon slot times of some of the intervals but wherein no beacon is received during the beacon slot times of other of the intervals; (b) using the beacons (51,53, 58) received in (a) to synchronize the placing of the receiver into the receive mode with respect to the beacon slot times of the intervals; and (c) using a value in a field in one of the beacons to schedule a future initiation of an action by the receiver unit, wherein the action is scheduled to be initiated after said one beacon at a time when no beacon (51,53, 58) is being received, and wherein (a), (b) and (c) are carried out by the receiver unit.
A collapsible privacy structure (100, 1100) comprising: a base structure (102, 1102) having a front portion (104, 1104) and an opposite back portion (106, 1106) and a first side (108, 1108) and an opposite second side (110, 1110); a canopy support (202, 1202) having a proximal portion and a distal portion, the canopy support (202, 1202) pivotally coupled proximate the first side (108, 1108) of the base structure (102, 1102) proximate the proximal portion (204, 1204); and a collection vessel (502, 1502) pivotally coupled with the base structure (102, 1102) between the first side (108, 1108) and the second side (110, 1110); characterized in that the privacy structure further comprises: a canopy of flexible material (300, 1300) coupled to the base structure (102, 1102) proximate the back portion (106, 1106) and coupled to the distal portion, of the canopy support (202, 1202); and a linkage assembly pivotally coupled to the base structure (102, 1102) and pivotally coupled to the canopy support (202, 1202).
A calibration curve setting method for setting a calibration curve, the calibration curve setting method comprising: creating a first calibration curve (α) on the basis of a measurement value obtained by measuring a standard sample for which a concentration of a predetermined component is known; creating a second calibration curve (β) by correcting the created first calibration curve; displaying a screen configured to support an operator for restoring the second calibration curve to the first calibration curve; receiving an instruction of restoring the second calibration curve to the first calibration curve; and displaying the first calibration curve upon receiving the instruction of restoring. creating a first calibration curve (α) on the basis of a measurement value obtained by measuring a standard sample for which a concentration of a predetermined component is known; creating a second calibration curve (β) by correcting the created first calibration curve; displaying a screen configured to support an operator for restoring the second calibration curve to the first calibration curve; receiving an instruction of restoring the second calibration curve to the first calibration curve; and displaying the first calibration curve upon receiving the instruction of restoring.
A connector terminal holding structure which holds a metallic connector terminal press-fitted into a resin case, provided with a through-groove having a discharge hole; the connector terminal comprising: a terminal contact portion; a press-fitted width portion that is connected to the terminal contact portion and has such a width as to be press-fitted into the inner wall of the discharge hole; and an insertion position determination portion that determines an insertion position of the connector terminal, wherein the connector terminal is inserted into the through-groove from the terminal contact portion so as to be exposed from the discharge hole, said press-fitted width portion has a width which is larger than that of the terminal contact portion such that the terminal contact portion does not come into contact with the discharge hole; and the insertion position of the connector terminal is determined by the insertion position determination portion, characterized in that the width of the inner wall of the discharge hole is smaller than that of the press-fitted width portion and larger than that of the terminal contact portion such that a leading end portion of the press-fitted width portion is press-fitted into and held by the inner wall of the discharge hole. a terminal contact portion; a press-fitted width portion that is connected to the terminal contact portion and has such a width as to be press-fitted into the inner wall of the discharge hole; and an insertion position determination portion that determines an insertion position of the connector terminal, wherein the connector terminal is inserted into the through-groove from the terminal contact portion so as to be exposed from the discharge hole, said press-fitted width portion has a width which is larger than that of the terminal contact portion such that the terminal contact portion does not come into contact with the discharge hole; and the insertion position of the connector terminal is determined by the insertion position determination portion, characterized in that the width of the inner wall of the discharge hole is smaller than that of the press-fitted width portion and larger than that of the terminal contact portion such that a leading end portion of the press-fitted width portion is press-fitted into and held by the inner wall of the discharge hole.
An antenna system comprising: an antenna adapted for transmitting or receiving an electromagnetic wave or signal; an array of lenses configured to control the direction of the electromagnetic wave or signal, characterised in that each lens in the array is independently controllable; and the antenna system further comprises a controller for receiving position information of the lenses and a desired objective beam pattern of the antenna system, wherein the controller is adapted to utilize the position information to configure the angular position of each lens in the array such that the array of lenses produces a plurality of beams providing the desired objective beam pattern. an antenna adapted for transmitting or receiving an electromagnetic wave or signal; an array of lenses configured to control the direction of the electromagnetic wave or signal, characterised in that each lens in the array is independently controllable; and the antenna system further comprises a controller for receiving position information of the lenses and a desired objective beam pattern of the antenna system, wherein the controller is adapted to utilize the position information to configure the angular position of each lens in the array such that the array of lenses produces a plurality of beams providing the desired objective beam pattern.
A storage medium storing an image processing program executed by a computer interacting with an input portion and a display portion, said image processing program causing said computer to execute: a display step (S604, S606, S654) of displaying an object on said display portion; and a detection step (S640, S642) of detecting variation of a coordinate value input through an operation of said input portion; an obtaining step of obtaining a first variation component and a second variation component in accordance with said variation of the coordinate value said first variation component being a circumferential component of a vector indicating said variation of the coordinate value with respect to a predetermined reference point of said object, said second variation component being a radial component of said vector with respect to said reference point; a changing step (S650, S652) of changing an orientation of said object displayed on said display portion in accordance with said first variation component; and changing a size of said object displayed on said display portion in accordance with said second variation component. a display step (S604, S606, S654) of displaying an object on said display portion; and a detection step (S640, S642) of detecting variation of a coordinate value input through an operation of said input portion; an obtaining step of obtaining a first variation component and a second variation component in accordance with said variation of the coordinate value said first variation component being a circumferential component of a vector indicating said variation of the coordinate value with respect to a predetermined reference point of said object, said second variation component being a radial component of said vector with respect to said reference point; a changing step (S650, S652) of changing an orientation of said object displayed on said display portion in accordance with said first variation component; and changing a size of said object displayed on said display portion in accordance with said second variation component.
A security feature, having at least one luminescent substance for authentication of a security element, a security paper, a value document or another object, the at least one luminescent substance having a host lattice doped with at least one luminescence activator, characterized in that the at least one luminescent substance has the general formula B 0.5 XO 3: Z, or A 1-2y B y XO 3: Z wherein A is at least one element from the group consisting of alkali metals, preferably of Li, Na and K, B is at least one element from the group consisting of alkaline earth metals, preferably of Mg, Ca, Sr and Ba, X is Nb and/or Ta, Z is the luminescence activator, and is at least one element from the group consisting of the rare earth metals and transition metals in the oxidation states in which the relevant transition metals are activatable to luminesce, and 0 < y < 0.5, and wherein optionally the host lattice is additionally doped with one or several elements E, which - acts as a luminescence sensitizer, and/or - serves to suppress certain emission wavelengths, and/or - serves for charge equilibration, and wherein the luminescent substance is present in the form of a powder with a grain size in the range of 1 μm to 20 μm, preferably < 6 μm, particularly preferably < 3 μm. - acts as a luminescence sensitizer, and/or - serves to suppress certain emission wavelengths, and/or - serves for charge equilibration,
A method for mapping two-dimensional image data onto a three-dimensional graphic model of an object, comprising: obtaining a first two-dimensional image of the object, the first two-dimensional image having data pertaining to the object; viewing a three-dimensional model of the object on a graphic user interface, the three-dimensional model having at least a first facet and a second facet; aligning the first two-dimensional image with the three-dimensional model on the graphic user interface; generating an acceptance cone for each facet (146a, 146b) so as to provide a geometry which defines acceptable mapping criteria, wherein each acceptance cone has a cone base which is coplanar with a display surface, each acceptance cone also having a vertex which coincides with a vector base of a normal vector associated with each facet; and then mapping the data from the first two-dimensional image onto at least the first facet in the three-dimensional model, wherein the mapping the data from the first two-dimensional image onto at least the first facet in the three-dimensional model is based upon the normal vector associated with the first facet being located inside the acceptance cone associated with the first facet. obtaining a first two-dimensional image of the object, the first two-dimensional image having data pertaining to the object; viewing a three-dimensional model of the object on a graphic user interface, the three-dimensional model having at least a first facet and a second facet; aligning the first two-dimensional image with the three-dimensional model on the graphic user interface; generating an acceptance cone for each facet (146a, 146b) so as to provide a geometry which defines acceptable mapping criteria, wherein each acceptance cone has a cone base which is coplanar with a display surface, each acceptance cone also having a vertex which coincides with a vector base of a normal vector associated with each facet; and then mapping the data from the first two-dimensional image onto at least the first facet in the three-dimensional model, wherein the mapping the data from the first two-dimensional image onto at least the first facet in the three-dimensional model is based upon the normal vector associated with the first facet being located inside the acceptance cone associated with the first facet.
A cartridge configured to be inserted into a connector to an inserted position to form a teatcup configured to be attached to the teat of an animal to be milked, the cartridge comprising an elongated sleeve extending in parallel with a longitudinal central axis (x) and having an upper end section and a lower end section, a teatcup liner pre-mounted in the elongated sleeve and having an inner space for receiving said teat, a pulsation chamber between an inner side of the elongated sleeve and an outer side of the teatcup liner, wherein the teatcup liner comprises an upper end portion located at the upper end section of the elongated sleeve, a lower end portion located at the lower end section of the elongated sleeve, and a barrel portion extending between the upper end portion and the lower end portion, characterised in that the elongated sleeve comprises three separate primary hook members provided circumferentially after each other on an outer surface of the elongated sleeve, and that each of the primary hook members has a lower slide surface sloping upwardly and outwardly, and a upper hook surface extending inwardly, wherein the elongated sleeve comprises three separate passages provided circumferentially after each other on the outer surface of the elongated sleeve so that the primary hook members and the passages are provided after each other in an alternating order around the outer surface of the elongated sleeve, wherein the elongated sleeve comprises two secondary hook members, each projecting outwardly in a respective one of the passages, and wherein each of the secondary hook members has a lower hook surface extending inwardly and an upper slide surface sloping upwardly and inwardly.