mhurhangee/ep-ind-claims huggingface dataset:
Arrangement, comprising a particle receiving device (10, 10a, 10b) for attachment to a particle outlet of a vacuum cleaner and/or of a cyclone separator and for receiving separated particles, further comprising the particle outlet which comprises a particle outlet opening, wherein the particle receiving device (10, 10a, 10b) is attached to the particle outlet, wherein the particle receiving device (10, 10a, 10b) comprises: - a particle receiving volume (14, 14a, 14b) for receiving the particles, - an access element (11, 11a, 11b) with an access element opening (15, 15a, 15b) through which the particles can be transported into the particle receiving volume (14, 14a, 14b), and - a closure element (12, 12a, 12b), wherein the access element (11, 11a, 11b) can be selectively displaced relative to the closure element (12, 12a, 12b) into a closure position, in which the closure element (12, 12a, 12b) closes the access element opening (15, 15a, 15b), or into an open position, in which the closure element (12, 12a, 12b) releases the access element opening (15, 15a, 15b) characterized in that the particle receiving volume is closed with respect to the environment in every possible position of the access element (12, 12a, 12b) relative to the closure element (10, 10a, 10b). - a particle receiving volume (14, 14a, 14b) for receiving the particles, - an access element (11, 11a, 11b) with an access element opening (15, 15a, 15b) through which the particles can be transported into the particle receiving volume (14, 14a, 14b), and - a closure element (12, 12a, 12b), wherein the access element (11, 11a, 11b) can be selectively displaced relative to the closure element (12, 12a, 12b) into a closure position, in which the closure element (12, 12a, 12b) closes the access element opening (15, 15a, 15b), or into an open position, in which the closure element (12, 12a, 12b) releases the access element opening (15, 15a, 15b) characterized in that the particle receiving volume is closed with respect to the environment in every possible position of the access element (12, 12a, 12b) relative to the closure element (10, 10a, 10b). the access element (11, 11a, 11b) can be selectively displaced relative to the closure element (12, 12a, 12b) into a closure position, in which the closure element (12, 12a, 12b) closes the access element opening (15, 15a, 15b), or into an open position, in which the closure element (12, 12a, 12b) releases the access element opening (15, 15a, 15b) characterized in that the particle receiving volume is closed with respect to the environment in every possible position of the access element (12, 12a, 12b) relative to the closure element (10, 10a, 10b).
A method for controlling a wind turbine generator at wind speeds in excess of rated wind speed, comprising: detecting wind speeds and, at rated wind speed, controlling generator torque and generator rotational speed to achieve a rated power for the wind turbine generator; and as wind speed increases beyond the rated wind speed, proportionally increasing one of generator torque or generator rotational speed and decreasing the other of generator rotational speed or generator torque to maintain the generator power substantially constant at rated power; characterized in that: the generator torque and rotational speed are controlled in accordance with a defined wind speed profile starting at a defined wind speed at or above rated wind speed (V rated), and wherein generator torque is proportionally increased and generator rotational speed is proportionally decreased, the defined wind speed profile for generator torque includes an initial ramp up stage followed by a steady state torque value, and the defined wind speed profile for generator rotational speed includes an initial ramp down stage followed by a steady state rotational speed. detecting wind speeds and, at rated wind speed, controlling generator torque and generator rotational speed to achieve a rated power for the wind turbine generator; and as wind speed increases beyond the rated wind speed, proportionally increasing one of generator torque or generator rotational speed and decreasing the other of generator rotational speed or generator torque to maintain the generator power substantially constant at rated power; characterized in that: the generator torque and rotational speed are controlled in accordance with a defined wind speed profile starting at a defined wind speed at or above rated wind speed (V rated), and wherein generator torque is proportionally increased and generator rotational speed is proportionally decreased, the defined wind speed profile for generator torque includes an initial ramp up stage followed by a steady state torque value, and the defined wind speed profile for generator rotational speed includes an initial ramp down stage followed by a steady state rotational speed.
A display apparatus, comprising: a first body comprising a first display; a second body comprising a second display; a hinge configured to connect the first body and the second body; a storage unit configured to store one or more contents; and a controller configured to display a first screen on the first display and display a second screen on the second display corresponding to contents implemented on the first display, and to modify the contents displayed on the first screen and the second screen according to a user manipulation when the user manipulation is performed on the first screen, characterized by: wherein objects on the second screen are determined and displayed based on preset layout information regarding the second screen, wherein the layout information includes corresponding areas in which various types of contents can be arranged, and wherein the controller is further configured to, when a user moves one or more contents displayed on the first screen to the second screen by a user manipulation, arrange the moved contents on the corresponding areas on the second screen by automatically adjusting sizes, positions, shapes and formats of the contents. a first body comprising a first display; a second body comprising a second display; a hinge configured to connect the first body and the second body; a storage unit configured to store one or more contents; and a controller configured to display a first screen on the first display and display a second screen on the second display corresponding to contents implemented on the first display, and to modify the contents displayed on the first screen and the second screen according to a user manipulation when the user manipulation is performed on the first screen, characterized by: wherein objects on the second screen are determined and displayed based on preset layout information regarding the second screen, wherein the layout information includes corresponding areas in which various types of contents can be arranged, and wherein the controller is further configured to, when a user moves one or more contents displayed on the first screen to the second screen by a user manipulation, arrange the moved contents on the corresponding areas on the second screen by automatically adjusting sizes, positions, shapes and formats of the contents. wherein objects on the second screen are determined and displayed based on preset layout information regarding the second screen, wherein the layout information includes corresponding areas in which various types of contents can be arranged, and wherein the controller is further configured to, when a user moves one or more contents displayed on the first screen to the second screen by a user manipulation, arrange the moved contents on the corresponding areas on the second screen by automatically adjusting sizes, positions, shapes and formats of the contents.
Reversible decoupling apparatus for an actuator element with a drive unit; having a first drive element and a second drive element, the first drive element and the second drive element interacting functionally in order to bring about a length change of the actuator element; the decoupling apparatus having a decoupling mechanism with a drive element; a first force element; a first positively locking element; and the first force element being set up to hold the first positively locking element in a closed position; the drive element being set up to move the first positively locking element from the closed position into a position, in which the positively locking connection is released; the decoupling mechanism decoupling an output piston functionally from a drive element (8a, b) of the actuator element, with the result that the length change of the actuator element is made possible independently of the drive unit, in particular without functional decoupling of the first drive element and the second drive element, characterized in that, furthermore, the decoupling mechanism has a second force element and a second positively locking element; the second force element being set up to move the second positively locking element from a closed position into a position, in which the positively locking connection is released; the second force element being blocked by way of the positively locking connection of the first positively locking element in such a way that the second positively locking element cannot be moved into the released position; and it being possible for the second force element to move the second positively locking element into its released position, in the case of a released positively locking connection of the first positively locking element.
A pipe connection device for forming a sealing and extraction-proof pipe connection, comprising: - a sleeve for receiving a pipe end, - a tensioning body, which is in particular annular, - at least one tensioning means, in particular several screws distributed along the tensioning body, - a clamping ring with an adjustable inner diameter composed of several links which are arranged so as to be movable relative to one another, - a seal for sealing the pipe connection, - and, optionally, several securing wedges arranged on the links so as to be displaceable along the direction of extraction via a guiding device for securing the pipe end against extraction, - wherein the clamping ring is designed in such a way that it is pressed between the sleeve and the clamping body and pressed in the direction of the pipe end by tensioning and/or tightening the tensioning means, - wherein the seal with a sleeve portion extends annularly between the sleeve and the clamping ring to seal this region, characterised - in that an annular seal carrier is provided between the seal and the clamping ring. - a sleeve for receiving a pipe end, - a tensioning body, which is in particular annular, - at least one tensioning means, in particular several screws distributed along the tensioning body, - a clamping ring with an adjustable inner diameter composed of several links which are arranged so as to be movable relative to one another, - a seal for sealing the pipe connection, - and, optionally, several securing wedges arranged on the links so as to be displaceable along the direction of extraction via a guiding device for securing the pipe end against extraction, - wherein the clamping ring is designed in such a way that it is pressed between the sleeve and the clamping body and pressed in the direction of the pipe end by tensioning and/or tightening the tensioning means, - wherein the seal with a sleeve portion extends annularly between the sleeve and the clamping ring to seal this region, - in that an annular seal carrier is provided between the seal and the clamping ring.
An array substrate comprising a substrate having a plurality of sub-pixel regions, wherein the array substrate in each sub-pixel region comprises: a switching element disposed on the substrate, a sintered nanoscale metal material planarizing layer disposed on the switching element, and an ITO pixel electrode disposed directly on the sintered nanoscale metal material planarizing layer, wherein the ITO pixel electrode is electrically connected to an output electrode of the switching element, and wherein the size of the metal material is less than or equal to 1 nm to less than or equal to 200 nm, and wherein more than 80% of the ingredients of the sintered nanoscale metal material planarizing layer is a metal element. a switching element disposed on the substrate, a sintered nanoscale metal material planarizing layer disposed on the switching element, and an ITO pixel electrode disposed directly on the sintered nanoscale metal material planarizing layer, wherein the ITO pixel electrode is electrically connected to an output electrode of the switching element, and wherein the size of the metal material is less than or equal to 1 nm to less than or equal to 200 nm, and wherein more than 80% of the ingredients of the sintered nanoscale metal material planarizing layer is a metal element.
A computer implemented method of additively generating a collage of images, said method comprising: seeding a first image into a viewing region to start said collage; providing a plurality of trial layout arrangements with an additional image added to said collage; calculating an occlusion cost for each trial layout arrangement of said plurality of trial layout arrangements, comparing the occlusion costs for each of the trial layout arrangements; based on the comparison, selecting the trial layout arrangement with the lowest occlusion cost; and adding the additional image from the lowest occlusion cost trial layout arrangement to said collage, wherein said collage is updated to reflect the selected one of said trial layout arrangements for which said lowest occlusion cost has been generated, wherein the occlusion cost is the reciprocal of the fractional saliency that is visible in the trial layout arrangement within the viewing region, and wherein the fractional saliency is calculated as follows: F S = ∑ a l l images S V + ∑ background S V ∑ a l l images S T F S = fraction of visible saliency in the trial layout arrangement, S V = the summation of saliency of visible pixels, and S T = the total saliency of all visible pixels in the trial layout arrangement. seeding a first image into a viewing region to start said collage; providing a plurality of trial layout arrangements with an additional image added to said collage; calculating an occlusion cost for each trial layout arrangement of said plurality of trial layout arrangements, comparing the occlusion costs for each of the trial layout arrangements; based on the comparison, selecting the trial layout arrangement with the lowest occlusion cost; and adding the additional image from the lowest occlusion cost trial layout arrangement to said collage, wherein said collage is updated to reflect the selected one of said trial layout arrangements for which said lowest occlusion cost has been generated, wherein the occlusion cost is the reciprocal of the fractional saliency that is visible in the trial layout arrangement within the viewing region, and wherein the fractional saliency is calculated as follows: F S = ∑ a l l images S V + ∑ background S V ∑ a l l images S T F S = fraction of visible saliency in the trial layout arrangement, S V = the summation of saliency of visible pixels, and S T = the total saliency of all visible pixels in the trial layout arrangement. F S = fraction of visible saliency in the trial layout arrangement, S V = the summation of saliency of visible pixels, and S T = the total saliency of all visible pixels in the trial layout arrangement.
A polymer having a density of from about 0.950 g/cc to about 0.965 g/cc and a melt index of from about 0.2 g/10 min. to about 0.6 g/10 min., wherein an article formed from the polymer has an environmental stress crack resistance wherein Y ≥ -75,078,088,945x 4 + 287,612,937,602x 3 - 413,152,026,579x 2 + 263,756,655,421x - 63,139,684,577 and wherein x is the density of the polymer, and wherein the melt index refers to the amount of a polymer which can be forced through an extrusion rheometer orifice of 2.0955 millimeter (0.0825 inch) diameter when subject to a force of 2160 grams in ten minutes at 190°C, as determined in accordance with ASTM D1238.
A cooking apparatus comprising: a cavity unit having a cooking chamber therein, a side wall plate (110, 130) with a discharge hole section, and a top wall plate with an upper heater hole section; a door unit on or over the cavity unit, configured to open and close an opening of the cavity unit; a circulation duct unit connected to the discharge hole section, configured to guide air discharged from the cooking chamber through the discharge hole section and back to the cooking chamber and an upper heater unit on or over the top wall plate, characterized in that, wherein the circulation duct unit comprises: a circulation duct having one end connected to the discharge hole section and another end connected to a suction hole section in or of the side wall plate (110, 130), configured to guide air discharged through the discharge hole section to the suction hole section; and a duct opening and closing section in the circulation duct, configured to open and close an internal flow path of the circulation duct, wherein the circulation duct includes a discharge opening configured to discharge air from the discharge hole section out of the circulation duct, and the duct opening and closing section closes the discharge opening when opening the internal flow path of the circulation duct, and opens the discharge opening when closing the internal flow path of the circulation duct. a cavity unit having a cooking chamber therein, a side wall plate (110, 130) with a discharge hole section, and a top wall plate with an upper heater hole section; a door unit on or over the cavity unit, configured to open and close an opening of the cavity unit; a circulation duct unit connected to the discharge hole section, configured to guide air discharged from the cooking chamber through the discharge hole section and back to the cooking chamber and an upper heater unit on or over the top wall plate, a circulation duct having one end connected to the discharge hole section and another end connected to a suction hole section in or of the side wall plate (110, 130), configured to guide air discharged through the discharge hole section to the suction hole section; and a duct opening and closing section in the circulation duct, configured to open and close an internal flow path of the circulation duct, wherein the circulation duct includes a discharge opening configured to discharge air from the discharge hole section out of the circulation duct, and the duct opening and closing section closes the discharge opening when opening the internal flow path of the circulation duct, and opens the discharge opening when closing the internal flow path of the circulation duct.
A digital camera comprising: a digital image sensor; a lens group positioned along an optical axis and including: at least one anamorphic lens element configured to compress an image in a horizontal or vertical dimension; at least one powered lens element positioned between the at least one anamorphic lens element and the digital image sensor; and at least one corrective lens element positioned between the at least one powered lens element and the digital image sensor, and configured to reduce a blurring of the image in the horizontal or vertical dimension on the digital image sensor or decomposition the image in the horizontal or vertical dimension to substantially equalize the image quality in the horizontal and vertical dimension, characterized in that the at least one corrective lens element includes at least one of a cylindrical lens element and/or at least one birefringent material. a digital image sensor; a lens group positioned along an optical axis and including: at least one anamorphic lens element configured to compress an image in a horizontal or vertical dimension; at least one powered lens element positioned between the at least one anamorphic lens element and the digital image sensor; and at least one anamorphic lens element configured to compress an image in a horizontal or vertical dimension; at least one powered lens element positioned between the at least one anamorphic lens element and the digital image sensor; and
Seating furniture with a back part in which a lumbar support device with an electromotive linear drive is arranged, wherein the electromotive linear drive is coupled via a lever mechanism to an extendable support element, wherein the linear drive has a guide profile on which two sliding blocks (113, 114), each with a spindle nut coupled by at least one spindle, can be moved synchronously towards or away from one another, wherein the spindle has two sections, one of which is provided with a left-hand thread and the other with a right-hand thread and one of the sliding blocks (113, 114) is associated with each section, the sliding blocks are connected to the support element via at least one lever (121, 122) in each case, wherein the linear drive has a motor and gear unit for driving the spindle, wherein the guide profile is fastened with an end section to the motor and gear unit, and wherein the back part has two side cheeks, between which the linear drive of the lumbar support device is arranged, characterized in that a motor-side fastening element, to which the linear drive is pivotably fastened by means of a motor-side fastening fork head, is mounted on one of the side cheeks, and in that a guide-profile-side fastening element is mounted on the other of the side cheeks, into which the linear drive can be pivoted and fastened with an end section of its guide profile. a motor-side fastening element, to which the linear drive is pivotably fastened by means of a motor-side fastening fork head, is mounted on one of the side cheeks, and in that a guide-profile-side fastening element is mounted on the other of the side cheeks, into which the linear drive can be pivoted and fastened with an end section of its guide profile.
Closing device for windows, doors or such openings, comprising at least one covering element, which has movable, fannable and foldable element parts, connected in a zigzag shape, the said element parts being able to be fanned out into an approximately planar closure and folded into a stack, wherein the at least one covering element, in terms of its possible fanning and in terms of its marginal contour produced in the fanned state of the element parts, is tailored to the respective marginal course of the opening in such a way that the opening is wholly or partially covered, and which has two marginal parts (24, 25), which are independent or are formed by margins of the covering element and in the fanned state run at an angle to each other and which in a common region are at least substantially merged, wherein the covering element is formed of a permanently pleated, thin-walled element and is configured as a mechanical energy store chargeable by poweroperated fanning and/or folding; characterized in that the stack containing the element parts in the folded state is secured against the action of a spring force acting in the fanning direction (arrow 20) by means of a locking means, which, for the release of the stack in the fanning direction (arrow 20), can be brought into a release position, and for the folding into a stack, into a closing position, the retention means has a hold-down apparatus, which acts on the stack and is movable in the longitudinal direction of the individual element parts, and the hold-down apparatus is configured as a longitudinal closing device, for example as a zip fastener, as a longitudinal band closure or the like.