mhurhangee/ep-ind-claims huggingface dataset:
A compact container having a content case in which makeup materials and a puff are contained, an external case having a top side to which a mirror is attached, - the content case containing the makeup materials and having guide grooves formed in both sides thereof; and - the external case having an opened side through which the content case is inserted into such that the content case is slid into and out; - wherein, the external case comprises an upper case and a lower case, while a lower portion of the upper case is adapted to be open and an upper portion of the lower case is adapted to be open such that the lower case is inserted into the upper case to form the external case; - the content case is inserted into the external case formed by which the upper case is coupled with the lower case; - the lower case has guide projections (22, 222) formed in projection from its both sides; - the upper case comprises hooking grooves formed in both sides and the content case comprises hooking units, respectively corresponding to the hooking grooves, formed on both sides; - the external case stands with a predetermined angle with respect to the content case by fitting of the hooking grooves with the hooking units, after the content case is withdrawn from the external case. - the content case containing the makeup materials and having guide grooves formed in both sides thereof; and - the external case having an opened side through which the content case is inserted into such that the content case is slid into and out; - wherein, the external case comprises an upper case and a lower case, while a lower portion of the upper case is adapted to be open and an upper portion of the lower case is adapted to be open such that the lower case is inserted into the upper case to form the external case; - the content case is inserted into the external case formed by which the upper case is coupled with the lower case; - the lower case has guide projections (22, 222) formed in projection from its both sides; - the upper case comprises hooking grooves formed in both sides and the content case comprises hooking units, respectively corresponding to the hooking grooves, formed on both sides; - the external case stands with a predetermined angle with respect to the content case by fitting of the hooking grooves with the hooking units, after the content case is withdrawn from the external case.
A method of preparation of a crisp food product, said method including the steps of: blanching thin food pieces drying the thin food pieces to a moisture content of 12%-25%, by mass, without adding oil to the thin food pieces; exposing the thin food pieces to heat, under vacuum; removing the thin food pieces from sources of heat, while still under vacuum; and cooling the thin food pieces, while still under vacuum. blanching thin food pieces drying the thin food pieces to a moisture content of 12%-25%, by mass, without adding oil to the thin food pieces; exposing the thin food pieces to heat, under vacuum; removing the thin food pieces from sources of heat, while still under vacuum; and cooling the thin food pieces, while still under vacuum.
A coupling system comprising: two pipes, a connecting insert, and a locking member, wherein the pipes each comprise a receptacle portion, the connecting insert is configured to couple to the receptacle portions of the pipes and has a locking groove formed in its outer circumferential surface, the locking member comprises an extension, said extension being adapted to extend through one or more openings in said pipes to engage with the locking groove to secure the positioning of the connecting insert in the receptacle portion, wherein the receptacle portion is formed at the end of the pipe to be connected and has a larger inner diameter than a midsection of the pipe, and the outer contour of each end of the connecting insert is shaped such that it fits into the respective receptacle portion, wherein the receptacle portion has a tapered shape, and the end of the connecting insert accordingly has a sloping end section with a decreasing diameter from an midpart towards its end, wherein the connecting insert comprises two locking grooves each positioned at a half of the connecting insert and each neighbouring a sealing groove at its outer side seen towards the nearest end-face of the connecting insert, wherein sealing elements are positioned in the sealing grooves, characterized in that the sealing grooves with the sealing elements positioned therein are positioned in the sloping end sections of the connecting insert.
Wiper blade of flat bar design with a rubber-elastic wiper strip, into the lateral longitudinal grooves of which two band-shaped spring rails running parallel next to each other and prebent concavely to form a wiper lip are inserted as supporting elements which protrude laterally out of the longitudinal grooves and are held together and fixed with respect to each other at their ends by end caps which, on their longitudinal sides, have cross-sectionally U-shaped guide profiles, the side members (46, 48, 60) of which are guided on those parts of the associated spring rail that protrude out of the longitudinal grooves, wherein one of the side members (46, 48, 60) of each guide profile is of at least partially elastically flexible design and has a latching lug (50, 62) which latches in a recess of the assigned spring rail and fixes the latter in the installation direction, wherein the latching lugs are provided on those side members of the guide profile that are further away from the wiper lip, characterized in that the other side members of the guide profile cover the latching lugs towards the end wall of the end cap and end before said end wall, and therefore the latching lugs are only partially covered, wherein the height of the latching lug (50, 62) decreases in the installation direction and therefore forms a run-on slope while the latching lug (50, 62) steeply drops in the opposite direction.
Variable support for mounting on a vertical support profile of a rack, wherein the vertical support profiles of the rack have openings in a standardized grid, and the variable support by way of the openings is fixable to the vertical support profiles, characterized in that the variable support has a latching installation which is configured as a spring-loaded hook and which upon insertion into one of the openings on the vertical support profiles is automatically latched, wherein the hook during mounting of the variable support is inserted from the inside through an opening of the support profile and in the mounted state engages behind the periphery of the opening.
Circular loom device comprising a shedding device for lifting and lowering a warp thread, the warp threads being guided towards a circular weave ring by means of the shedding device, a drive for the shedding device, the weave ring and a shuttle that is guided between the weave ring and the shedding device and circulates around the weave ring in order to insert the weft thread, the drive and the shedding device being mechanically decoupled from the movement of the shuttle and the drive and the shedding device being stationary, characterised in that the warp thread lifted and lowered by means of the shedding device is crossed and thus interwoven with the weft thread immediately upstream of the weave ring in the feed direction.
A device, comprising: a camera; autofocus logic; a touch-sensitive display to preview a scene in view of the camera; and a processor configured to: display an indicator in the center of the scene, wherein the autofocus logic is used to focus an object within the indicator; determine that a user has touched a position on the touch-sensitive display that corresponds to a second object in the scene; recognize by using image processing techniques the boundaries of the second object; and display an indicator (510, 605, 710) at the touch point, wherein the autofocus logic is used to focus within the boundaries of the second object. a camera; autofocus logic; a touch-sensitive display to preview a scene in view of the camera; and a processor configured to: display an indicator in the center of the scene, wherein the autofocus logic is used to focus an object within the indicator; determine that a user has touched a position on the touch-sensitive display that corresponds to a second object in the scene; recognize by using image processing techniques the boundaries of the second object; and display an indicator (510, 605, 710) at the touch point, wherein the autofocus logic is used to focus within the boundaries of the second object. display an indicator in the center of the scene, wherein the autofocus logic is used to focus an object within the indicator; determine that a user has touched a position on the touch-sensitive display that corresponds to a second object in the scene; recognize by using image processing techniques the boundaries of the second object; and display an indicator (510, 605, 710) at the touch point, wherein the autofocus logic is used to focus within the boundaries of the second object.
A computing device comprising: a processor; and a storage device comprising instructions, which when executed by the processor, configure the processor to: receive data captured by at least one capture device, the data depicting a first object in an environment; track, using a tracker a real -world position and orientation of the first object in a tracking volume using the captured data and wherein the tracker is configured to track a real-world position of a second object in the environment; and compute and output feedback about performance of the tracker, where the feedback encourages a user to move the first object for improved tracking of the object by the tracker and wherein the feedback is computed by applying an offset or a non-linear mapping to pose parameters of the first object and the second object. a processor; and a storage device comprising instructions, which when executed by the processor, configure the processor to: receive data captured by at least one capture device, the data depicting a first object in an environment; track, using a tracker a real -world position and orientation of the first object in a tracking volume using the captured data and wherein the tracker is configured to track a real-world position of a second object in the environment; and compute and output feedback about performance of the tracker, where the feedback encourages a user to move the first object for improved tracking of the object by the tracker and wherein the feedback is computed by applying an offset or a non-linear mapping to pose parameters of the first object and the second object. receive data captured by at least one capture device, the data depicting a first object in an environment; track, using a tracker a real -world position and orientation of the first object in a tracking volume using the captured data and wherein the tracker is configured to track a real-world position of a second object in the environment; and compute and output feedback about performance of the tracker, where the feedback encourages a user to move the first object for improved tracking of the object by the tracker and wherein the feedback is computed by applying an offset or a non-linear mapping to pose parameters of the first object and the second object.
A method of controlling a wind turbine, the wind turbine comprising a tower structure supporting a nacelle and a rotor with a number of pitch-adjustable rotor blades, the rotor being arranged to drive an electrical generator, the method comprises: obtain a position signal indicative of a position of the nacelle in a direction of a movement of the nacelle; determine a first signal based on the position signal, the first signal being determined to reduce nacelle vibration in the direction of the movement of the nacelle; determine a tower vibration frequency of a tower vibration eigenmode; determine an excitation frequency affecting the tower structure; determine an adjustment gain, the adjustment gain having an operational sign defined by a separation between the excitation frequency and the tower vibration frequency, and apply the adjustment gain to the first signal; and determine an actuator signal based on the gain adjusted first signal, and apply the actuator signal to an actuator of the wind turbine capable of reducing nacelle vibration in the direction of the movement of the nacelle. obtain a position signal indicative of a position of the nacelle in a direction of a movement of the nacelle; determine a first signal based on the position signal, the first signal being determined to reduce nacelle vibration in the direction of the movement of the nacelle; determine a tower vibration frequency of a tower vibration eigenmode; determine an excitation frequency affecting the tower structure; determine an adjustment gain, the adjustment gain having an operational sign defined by a separation between the excitation frequency and the tower vibration frequency, and apply the adjustment gain to the first signal; and determine an actuator signal based on the gain adjusted first signal, and apply the actuator signal to an actuator of the wind turbine capable of reducing nacelle vibration in the direction of the movement of the nacelle.
Heating assembly for an aerosol-generating device, the heating assembly comprising: a substrate layer, wherein the substrate layer is an electrically isolating substrate layer, and a heating element, wherein the heating element is arranged on a first portion of the substrate layer, characterised in that the substrate layer comprises a second portion, on which the heating element is not disposed, wherein the substrate layer is rolled into a tubular shape, such that the first portion of the substrate layer is positioned as an inner layer, wherein the second portion of the substrate layer is positioned as an outer layer surrounding the first portion of the substrate layer, and wherein the heating element is arranged between the first portion of the substrate layer and the second portion of the substrate layer. a substrate layer, wherein the substrate layer is an electrically isolating substrate layer, and a heating element, wherein the heating element is arranged on a first portion of the substrate layer, characterised in that the substrate layer comprises a second portion, on which the heating element is not disposed, wherein the substrate layer is rolled into a tubular shape, such that the first portion of the substrate layer is positioned as an inner layer, wherein the second portion of the substrate layer is positioned as an outer layer surrounding the first portion of the substrate layer, and wherein the heating element is arranged between the first portion of the substrate layer and the second portion of the substrate layer.
A method of forming an image comprising: a) applying a radiant energy sensitive material to a substrate; b) selectively ink jetting a light-blocking composition to the radiant energy sensitive material on the substrate to form a composite, the light-blocking composition comprises an anhydride or acid copolymer and one or more of polyvinylpyrrolidones and polyvinylpyrrolidone copolymers, and a light-blocking agent chosen from pigments, dyes, benzophenones, derivatives of benzophenones, benzotriazoles, derivatives of benzotriazoles, triazines, benzoates, cinnamates, salicylates, crylene, cyanoacrylates, formamidines, hexaarylbimidazoles, alpha-aminoalkylphenones, acylphosphine oxides, onium salts and aryl sulfonium salts; c) removing solvent from the composition, or providing phase change; d) exposing the composition to actinic radiation; and e) applying an aqueous base to the composite to remove the light-blocking composition and portions of the radiant energy sensitive material to form a pattern on the substrate. a) applying a radiant energy sensitive material to a substrate; b) selectively ink jetting a light-blocking composition to the radiant energy sensitive material on the substrate to form a composite, the light-blocking composition comprises an anhydride or acid copolymer and one or more of polyvinylpyrrolidones and polyvinylpyrrolidone copolymers, and a light-blocking agent chosen from pigments, dyes, benzophenones, derivatives of benzophenones, benzotriazoles, derivatives of benzotriazoles, triazines, benzoates, cinnamates, salicylates, crylene, cyanoacrylates, formamidines, hexaarylbimidazoles, alpha-aminoalkylphenones, acylphosphine oxides, onium salts and aryl sulfonium salts; c) removing solvent from the composition, or providing phase change; d) exposing the composition to actinic radiation; and e) applying an aqueous base to the composite to remove the light-blocking composition and portions of the radiant energy sensitive material to form a pattern on the substrate.
Machine for automatically washing vehicle wheels, said machine comprising a mount with a washing chamber established therein, in which the wheel to be washed is to be placed, the interior of the washing chamber being equipped with water spray nozzles and detergent spray nozzles, as well as rotating brushes (16, 19) to clean the sides of the wheel, furthermore including a pair of rotating rollers (15, 48) to support the wheel and rotate it inside the washing chamber, wherein the machine further comprises a touch screen to control and regulate the different functions of the machine, including, on its rear side, a direct intake from the water supply network, a connection to a pneumatic system, and the corresponding electrical outlet, as well as a connection for a drain spout; wherein the rotating brushes (16, 19) are mounted in such a way that the height is adjustable by activating a motor connected to a slider base and a sliding lever, as well as a sliding cylinder and a lifting cylinder for lifting the assembly; wherein the washing chamber comprises a cover associated with a pair of pneumatic dampers for the opening, closing and maintenance of said cover in its position; characterized in that the sliding cylinder and the lifting cylinder are connected to an air regulator for proper operation; wherein the cover includes a glass window to allow the interior of the washing chamber to be seen, by means of two halogen lamps.
A soccer ball, comprising of: a bladder (800, 802); and a plurality of panels (500, 600, 610, 620, 630, 640, 650, 660, 670, 680, 690) stitched together, all but one of the plurality of panels consisting of outer layer cutouts (310, 402, 404, 602, 612, 622, 632, 642, 652, 662, 672, 682, 692) that are attached to inner layer cutouts (502, 604, 614, 624, 634, 644, 654, 664, 674, 684, 694) using adhesive, wherein; the outer layer cutouts comprise of a fabric, adhesives, and ethylene propylene diene monomer (EPDM) foam; the inner layer cutouts comprise of EPDM foam that is the same shape as corresponding outer layer cutouts but of a smaller size; the inner layer cutouts extend to stitch lines on the outer layer cutouts, a distance between edges of the outer layer cutouts and the stitch lines being 2-3 mm; and a bladder valve panel of the plurality of panels comprises of an outer layer cutout of the outer layer cutouts attached to a bladder valve panel inner layer consisting of multiple layers of fabric (706, 710, 714, 718) and multiple layers of adhesives (708, 712, 716), and includes a valve that is attached to the bladder. a bladder (800, 802); and a plurality of panels (500, 600, 610, 620, 630, 640, 650, 660, 670, 680, 690) stitched together, all but one of the plurality of panels consisting of outer layer cutouts (310, 402, 404, 602, 612, 622, 632, 642, 652, 662, 672, 682, 692) that are attached to inner layer cutouts (502, 604, 614, 624, 634, 644, 654, 664, 674, 684, 694) using adhesive, wherein; the outer layer cutouts comprise of a fabric, adhesives, and ethylene propylene diene monomer (EPDM) foam; the inner layer cutouts comprise of EPDM foam that is the same shape as corresponding outer layer cutouts but of a smaller size; the inner layer cutouts extend to stitch lines on the outer layer cutouts, a distance between edges of the outer layer cutouts and the stitch lines being 2-3 mm; and a bladder valve panel of the plurality of panels comprises of an outer layer cutout of the outer layer cutouts attached to a bladder valve panel inner layer consisting of multiple layers of fabric (706, 710, 714, 718) and multiple layers of adhesives (708, 712, 716), and includes a valve that is attached to the bladder. the outer layer cutouts comprise of a fabric, adhesives, and ethylene propylene diene monomer (EPDM) foam; the inner layer cutouts comprise of EPDM foam that is the same shape as corresponding outer layer cutouts but of a smaller size; the inner layer cutouts extend to stitch lines on the outer layer cutouts, a distance between edges of the outer layer cutouts and the stitch lines being 2-3 mm; and a bladder valve panel of the plurality of panels comprises of an outer layer cutout of the outer layer cutouts attached to a bladder valve panel inner layer consisting of multiple layers of fabric (706, 710, 714, 718) and multiple layers of adhesives (708, 712, 716), and includes a valve that is attached to the bladder.
A liquid jet device, comprising: a head that discharges liquid to an object; a moving mechanism (3, 4) that moves at least one of the object and the head; and a controller configured to cause the head to discharge the liquid while moving the at least one of the object and the head in a first direction to form a first row of dots extending in the first direction, wherein a dot comprises a parent dot and a satellite dot, and causes the head to discharge the liquid while moving the at least one of the object and the head in a second direction opposite the first direction to form a second row of dots extending in the second direction at a position shifted from the first row of dots by a pitch p in a direction orthogonal to the first direction, wherein the second row of dots overlaps the first row of dots, wherein when r indicates a radius of each parent dot in the first row of dots and the second row of dots and d indicates a distance in the first direction between an outermost edge in the first direction of the parent dot and a center of its satellite dot, wherein the controller causes a center of a first dot in the second row of dots to be shifted in the first direction from a center of a last dot in the first row of dots by a distance equal to a value calculated by a following formula: d + r − r 2 − p 2 a head that discharges liquid to an object; a moving mechanism (3, 4) that moves at least one of the object and the head; and a controller configured to cause the head to discharge the liquid while moving the at least one of the object and the head in a first direction to form a first row of dots extending in the first direction, wherein a dot comprises a parent dot and a satellite dot, and causes the head to discharge the liquid while moving the at least one of the object and the head in a second direction opposite the first direction to form a second row of dots extending in the second direction at a position shifted from the first row of dots by a pitch p in a direction orthogonal to the first direction, wherein the second row of dots overlaps the first row of dots, wherein when r indicates a radius of each parent dot in the first row of dots and the second row of dots and d indicates a distance in the first direction between an outermost edge in the first direction of the parent dot and a center of its satellite dot, wherein the controller causes a center of a first dot in the second row of dots to be shifted in the first direction from a center of a last dot in the first row of dots by a distance equal to a value calculated by a following formula: d + r − r 2 − p 2