mhurhangee/ep-ind-claims huggingface dataset:
A method of displaying and selecting a plurality of menus on a touch screen device for a portable terminal, the portable terminal having a screen with a prescribed viewing area in x and y directions, the method comprising: representing the plurality of menus as a corresponding plurality of menu bars; displaying the plurality of menu bars within the prescribed viewing area of the portable terminal such that the plurality of menu bars are arranged extending sequentially in either the x direction or the y direction within the prescribed viewing area; calculating a touch area corresponding to a touch detected on a surface of the screen of the touch screen device in an area corresponding to at least one of the plurality of menu bars; and if the calculated touch area is greater than a predetermined touch area executing a menu corresponding to the at least one of the plurality of menu bars, else requesting a new touch input if the calculated touch area is less than the predetermined touch area, wherein requesting a new touch input comprises enlarging two or more of the plurality of menu bars if a result of the calculating step indicates that two or more menu bars of the plurality of menu bars were touched, and requesting the new touch input to select one of the enlarged two or more menu bars of the plurality of menu bars. representing the plurality of menus as a corresponding plurality of menu bars; displaying the plurality of menu bars within the prescribed viewing area of the portable terminal such that the plurality of menu bars are arranged extending sequentially in either the x direction or the y direction within the prescribed viewing area; calculating a touch area corresponding to a touch detected on a surface of the screen of the touch screen device in an area corresponding to at least one of the plurality of menu bars; and if the calculated touch area is greater than a predetermined touch area executing a menu corresponding to the at least one of the plurality of menu bars, else requesting a new touch input if the calculated touch area is less than the predetermined touch area, wherein requesting a new touch input comprises enlarging two or more of the plurality of menu bars if a result of the calculating step indicates that two or more menu bars of the plurality of menu bars were touched, and requesting the new touch input to select one of the enlarged two or more menu bars of the plurality of menu bars.
An operating unit for a roll forming machine, comprising a cage, configured for being connected to a base, and a stack, comprising: at least two rollers (R1,R2), rotating around axes (X1,X2) which are horizontal and perpendicular to a direction of advancement of the roll forming machine; an upper support, which supports a first roller; a lower support, which supports a second roller; an intermediate support, interposed between the upper support and the lower support; coupling means (31,32), structured for constraining to each other the upper support, the lower support and the intermediate support with the sole possibility of vertically translating one with respect to the other; the upper support and the lower support are movable between a working position, in which they are spaced apart from the intermediate support, and a changing position, in which the upper support rests on the intermediate support which, in its turn, rests on the lower support; characterised in that: the coupling means (31,32) comprise at least two prismatic bodies (31,32), each of which is oriented with a longitudinal axis thereof arranged vertically and is slidable in a vertical direction in its own housing (21s,22s,23s), distributed over the supports (21,22,23); each prismatic body (31,32) comprises at least one end stop (31a,32a), configured for limiting the movement of the lower support in a downward direction. at least two rollers (R1,R2), rotating around axes (X1,X2) which are horizontal and perpendicular to a direction of advancement of the roll forming machine; an upper support, which supports a first roller; a lower support, which supports a second roller; an intermediate support, interposed between the upper support and the lower support; coupling means (31,32), structured for constraining to each other the upper support, the lower support and the intermediate support with the sole possibility of vertically translating one with respect to the other; the upper support and the lower support are movable between a working position, in which they are spaced apart from the intermediate support, and a changing position, in which the upper support rests on the intermediate support which, in its turn, rests on the lower support; characterised in that: the coupling means (31,32) comprise at least two prismatic bodies (31,32), each of which is oriented with a longitudinal axis thereof arranged vertically and is slidable in a vertical direction in its own housing (21s,22s,23s), distributed over the supports (21,22,23); each prismatic body (31,32) comprises at least one end stop (31a,32a), configured for limiting the movement of the lower support in a downward direction. the coupling means (31,32) comprise at least two prismatic bodies (31,32), each of which is oriented with a longitudinal axis thereof arranged vertically and is slidable in a vertical direction in its own housing (21s,22s,23s), distributed over the supports (21,22,23); each prismatic body (31,32) comprises at least one end stop (31a,32a), configured for limiting the movement of the lower support in a downward direction.
A frequency tuned damper assembly for dampening vibrations of a vibrating structure, said damper assembly comprising: a damper having a longitudinal direction and including at least two elastic damper elements and at least one mass element, said mass element extending in the longitudinal direction between two opposite ends thereof and being elastically supported at each one of said opposite ends via an associated one of said two elastic damper elements, and said mass element and said two elastic damper elements together forming a spring-mass system which is frequency tuned to vibrations of the vibrating structure; and a console comprising two support portions, which are mutually spaced in the longitudinal direction and which support the damper therebetween; wherein at least a first damper element of the two elastic damper elements forms part of a first snap-lock mechanism and is in a biased state by being elastically compressed in the longitudinal direction for maintaining the first snap-lock mechanism in a locked state in which the mass element is held in a locked mounted position, said first snap-lock mechanism in its locked state being arranged to prevent the mass element from being disengaged from the console in a transverse direction relative to the longitudinal direction; and wherein said first snap-lock mechanism for assembling the damper assembly is arranged to allow, by an elastic compression in the longitudinal direction of the first damper element, the mass element to be brought into its locked mounted position. a damper having a longitudinal direction and including at least two elastic damper elements and at least one mass element, said mass element extending in the longitudinal direction between two opposite ends thereof and being elastically supported at each one of said opposite ends via an associated one of said two elastic damper elements, and said mass element and said two elastic damper elements together forming a spring-mass system which is frequency tuned to vibrations of the vibrating structure; and a console comprising two support portions, which are mutually spaced in the longitudinal direction and which support the damper therebetween; wherein at least a first damper element of the two elastic damper elements forms part of a first snap-lock mechanism and is in a biased state by being elastically compressed in the longitudinal direction for maintaining the first snap-lock mechanism in a locked state in which the mass element is held in a locked mounted position, said first snap-lock mechanism in its locked state being arranged to prevent the mass element from being disengaged from the console in a transverse direction relative to the longitudinal direction; and wherein said first snap-lock mechanism for assembling the damper assembly is arranged to allow, by an elastic compression in the longitudinal direction of the first damper element, the mass element to be brought into its locked mounted position.
A method for identifying defects in a Printed Circuit Board or Multi Chip Module comprising a multiplicity of conductive tracks, said tracks comprising input ports and output ports, said method comprising the steps of: a) applying heat to selected input ports of said PCB or MCM, using a controlled heat energy source, each track having heat applied there-through is referred to as a tested track; b) measuring in the time domain the rate of energy diffusion along said tested tracks of said board at said output ports by measuring the spectral emission of IR radiation with respect to time and wavelength using an infrared spectrometer for generating an energy spectrum; c) comparing said measurement results with pre-memorized values of a group of patterns, which represent respective golden boards results, by processing means; and d) automatically detecting defects in each tested track, using the said comparison with golden board patterns, by identifying changes in the frequency components of said energy spectrum and in the rate of heat energy diffusion, wherein said method enables therefore to identify defects occurring along the entire respective tested conductive track, by: • accessing said input ports on the PCB or MCM, and • analyzing heat-related data pertaining to said output ports on the PCB or MCM. e) automatically analyzing defects on the tested track, based on learned defect test patterns. a) applying heat to selected input ports of said PCB or MCM, using a controlled heat energy source, each track having heat applied there-through is referred to as a tested track; b) measuring in the time domain the rate of energy diffusion along said tested tracks of said board at said output ports by measuring the spectral emission of IR radiation with respect to time and wavelength using an infrared spectrometer for generating an energy spectrum; c) comparing said measurement results with pre-memorized values of a group of patterns, which represent respective golden boards results, by processing means; and d) automatically detecting defects in each tested track, using the said comparison with golden board patterns, by identifying changes in the frequency components of said energy spectrum and in the rate of heat energy diffusion, wherein said method enables therefore to identify defects occurring along the entire respective tested conductive track, by: • accessing said input ports on the PCB or MCM, and • analyzing heat-related data pertaining to said output ports on the PCB or MCM. • accessing said input ports on the PCB or MCM, and • analyzing heat-related data pertaining to said output ports on the PCB or MCM. e) automatically analyzing defects on the tested track, based on learned defect test patterns.
A removable cover intended to be applied to be facing a fluid transport pipe submerged in a body of water, comprising: - an elongate body, that is capable of being applied facing an outer surface of the pipe; - at least one longitudinal interaction element (42, 44) for interacting with the pipe, supported by the elongate body; the elongate body being reversibly deformable under the effect of its own weight, characterized in that the elongate body has a length greater than 10 m, the elongate body being adapted so as to be wound in a reversible manner over a rotating storage device. - an elongate body, that is capable of being applied facing an outer surface of the pipe; - at least one longitudinal interaction element (42, 44) for interacting with the pipe, supported by the elongate body; the elongate body being reversibly deformable under the effect of its own weight, characterized in that the elongate body has a length greater than 10 m, the elongate body being adapted so as to be wound in a reversible manner over a rotating storage device.
A system for securing a device comprising: a. a behavior module for authorizing events, updating rule data, and securing the device; b. an authentication module responsive to a first event being a secure event, for determining if the first event is authenticated; c. responsive to the first event being authenticated, for directing the behavior module to authorize the first event and to update the rule data; d. responsive to the first event not being authenticated, for determining if authentication credentials received from a user who invoked the first event are valid; e. responsive to the authentication credentials received from the user being valid, for directing the behavior module to authorize the first event and update the rule data associated with the first event, wherein the updated rule data allows other associated events to be authenticated; and f. responsive to the authentication credentials received from the user not being valid, for directing the behavior module to secure the device by preventing use of the device. a. a behavior module for authorizing events, updating rule data, and securing the device; b. an authentication module responsive to a first event being a secure event, for determining if the first event is authenticated; c. responsive to the first event being authenticated, for directing the behavior module to authorize the first event and to update the rule data; d. responsive to the first event not being authenticated, for determining if authentication credentials received from a user who invoked the first event are valid; e. responsive to the authentication credentials received from the user being valid, for directing the behavior module to authorize the first event and update the rule data associated with the first event, wherein the updated rule data allows other associated events to be authenticated; and f. responsive to the authentication credentials received from the user not being valid, for directing the behavior module to secure the device by preventing use of the device.
Linear transport system having a stator apparatus (101, 301, 701, 803) for a linear motor, which stator apparatus has a magnetic field generator (103, 707; 709), to which electric current can be supplied, for forming a magnetic field, and a first holding device (105, 303, 703, 805) for holding the magnetic field generator (103, 707; 709), wherein the magnetic field generator (103, 707; 709) is fastened to the first holding device (105, 303, 703, 805), wherein the first holding device (105, 303, 703, 805) is formed at least partially from an electrically nonconductive and/or magnetically impermeable material, and wherein the first holding device (105, 303, 703, 805) is formed as a printed circuit board (303, 601, 703, 705, 805, 807) for making electrical contact with the magnetic field generator (103, 707; 709), and having a carrier profile element, characterized in that the first holding device (303, 601, 703, 805) has a power electronics system for actuating the magnetic field generator (103, 707; 709), wherein the first holding device, which is in the form of a printed circuit board, projects into the carrier profile element, wherein the power electronics system is arranged in an installation space in the carrier profile element, and in that the carrier profile element has in each case one opening (903, 1005) at two opposite longitudinal ends, it being possible for in each case one contact-making printed circuit board to be inserted into the said openings.
A system comprising a first image capturing device (1s, 2s) and a second image capturing device (2s, 1s), wherein the first image capturing device comprises: first image capturing circuitry (13, 31) configured to capture a first image of an object in response to detection of a shutter operation; and transmission circuitry (12, 35) configured to automatically transmit a trigger signal and at least one piece of additional information related to the first image capturing device to the second image capturing device in response to the detection of the shutter operation; and the second image capturing device comprises: second image capturing circuitry (31,13); reception circuitry (35, 12) configured to receive the trigger signal and the at least one piece of additional information related to the first image capturing device from the first image capturing device; and control circuitry (30, 10) configured to control second image capturing circuitry (31, 13) to capture a second image of a scene in response to receiving the trigger signal, the second image capturing device being directed or facing such that the captured scene includes the object, and to record the second image in association with the at least one piece of additional information related to the first image capturing device. first image capturing circuitry (13, 31) configured to capture a first image of an object in response to detection of a shutter operation; and transmission circuitry (12, 35) configured to automatically transmit a trigger signal and at least one piece of additional information related to the first image capturing device to the second image capturing device in response to the detection of the shutter operation; and the second image capturing device comprises: second image capturing circuitry (31,13); reception circuitry (35, 12) configured to receive the trigger signal and the at least one piece of additional information related to the first image capturing device from the first image capturing device; and control circuitry (30, 10) configured to control second image capturing circuitry (31, 13) to capture a second image of a scene in response to receiving the trigger signal, the second image capturing device being directed or facing such that the captured scene includes the object, and to record the second image in association with the at least one piece of additional information related to the first image capturing device. second image capturing circuitry (31,13); reception circuitry (35, 12) configured to receive the trigger signal and the at least one piece of additional information related to the first image capturing device from the first image capturing device; and control circuitry (30, 10) configured to control second image capturing circuitry (31, 13) to capture a second image of a scene in response to receiving the trigger signal, the second image capturing device being directed or facing such that the captured scene includes the object, and to record the second image in association with the at least one piece of additional information related to the first image capturing device.
Portable container, in particular for a hand-operated power tool, comprising a container body, which is provided with a stowage receptacle bounded by circumferential side walls and accessible through a stowage receptacle opening on a top side of the container for stowing objects, in particular the hand-operated power tool, and/or for using suitable tool parts thereof, and which can be placed on a base with its underside, wherein the container has on its top side a cover for closing the stowage receptacle opening and is designed for stacking a further container on its top side along a stacking direction and has in the region of the top side first coupling means for acting together with second coupling means of the upper container for a coupling of the containers which is resistant to pull-off in the stacking direction, and wherein the cover has a cover body, which is movably mounted on the container body by means of a hinge arrangement, and/or which can be fitted on the container body, characterised in that the cover comprises a working plate, the working plate top side of which is designed for placing a workpiece for machining and consists of a material which is different from that of the cover body, and in that the cover body comprises a receptacle, in which the working plate is accommodated in such a way that it facilitates a cooperation of the first coupling means with the second coupling means of the upper container and that the containers can be coupled in a manner which is resistant to pull-off in the stacking direction.
Treating module of an apparatus for horizontal wet-chemical treatment of large-scale substrates, in particular glass substrates, comprising a housing with a housing cover; a transport device comprising a plurality of transport elements for horizontal processing of large-scale substrates, wherein the treating module further comprises at least a first liquid nozzle and at least a gas nozzle arranged above the transport level of the large-scale substrates at the entry of the treating module and at least another first liquid nozzle and at least another gas nozzle arranged above the transport level of the large-scale substrates at the exit of the treating module for accumulating treatment liquid inside of the treating module, wherein each gas nozzle is arranged more exterior than the respective first liquid nozzle; at least a liquid weir arranged below each first liquid nozzle below the transport level of the large-scale substrates; characterized in that the treating module further comprises at least an adjusting device for adjusting the transport device and the liquid weirs of the treating module.