mhurhangee/ep-ind-claims huggingface dataset:
Sealing arrangement for a sliding door, comprising a floor seal which can be lowered via a lowering mechanism, - the lowering mechanism comprising a release device which protrudes on the end side of the door leaf and, during the closure of the sliding door, is pressed in counter to a spring force of the lowering mechanism, which spring force acts upon the release device, - a closing mechanism being provided for the sliding door in order to oppose the sliding door's opening tendency which is provided by the spring-loaded release device, and - the closing mechanism comprising at least one magnet element which draws the door leaf in the closing direction, characterized in that the magnet element or a counterpart for the magnet element is fixed on a fastening element, preferably an angle bracket, which serves to fasten the floor seal to the door leaf. - the lowering mechanism comprising a release device which protrudes on the end side of the door leaf and, during the closure of the sliding door, is pressed in counter to a spring force of the lowering mechanism, which spring force acts upon the release device, - a closing mechanism being provided for the sliding door in order to oppose the sliding door's opening tendency which is provided by the spring-loaded release device, and - the closing mechanism comprising at least one magnet element which draws the door leaf in the closing direction, characterized in that the magnet element or a counterpart for the magnet element is fixed on a fastening element, preferably an angle bracket, which serves to fasten the floor seal to the door leaf.
An apparatus for controlling a battery, comprising: a capacitor configured to be respectively charged and discharged when the apparatus is on and off; a discharging circuit configured to discharge the capacitor; a first switching unit for connecting or disconnecting the capacitor to/from a predetermined power source for the purpose of charging of the capacitor; a second switching unit for connecting or disconnecting the capacitor to/from the discharging circuit; a voltage measuring unit for measuring a charging voltage of the capacitor; and a controller for calculating a power-off duration time; characterized in that: the apparatus further comprises a memory configured to store a full-charging voltage of the capacitor or a charging voltage of the capacitor when power is off, namely, a power-off charging voltage, and the controller is configured to read the full-charging voltage or the power-off charging voltage stored in the memory, and then to calculate the power-off duration time based on a difference between the read full-charging voltage or the read power- off charging voltage and the measured charging voltage. a capacitor configured to be respectively charged and discharged when the apparatus is on and off; a discharging circuit configured to discharge the capacitor; a first switching unit for connecting or disconnecting the capacitor to/from a predetermined power source for the purpose of charging of the capacitor; a second switching unit for connecting or disconnecting the capacitor to/from the discharging circuit; a voltage measuring unit for measuring a charging voltage of the capacitor; and a controller for calculating a power-off duration time; characterized in that: the apparatus further comprises a memory configured to store a full-charging voltage of the capacitor or a charging voltage of the capacitor when power is off, namely, a power-off charging voltage, and the controller is configured to read the full-charging voltage or the power-off charging voltage stored in the memory, and then to calculate the power-off duration time based on a difference between the read full-charging voltage or the read power- off charging voltage and the measured charging voltage. the apparatus further comprises a memory configured to store a full-charging voltage of the capacitor or a charging voltage of the capacitor when power is off, namely, a power-off charging voltage, and the controller is configured to read the full-charging voltage or the power-off charging voltage stored in the memory, and then to calculate the power-off duration time based on a difference between the read full-charging voltage or the read power- off charging voltage and the measured charging voltage.
An indoor unit of an air conditioner installed on a ceiling and blowing conditioned air into an indoor space, the indoor unit comprising: a plurality of outlet openings (24a to 24d) each provided with an air current blocking mechanism blocking a flow of the conditioned air; and a controller configured to control the air current blocking mechanism to execute airflow rotation by switching an operation between a full blowout mode of suppling the conditioned air from all the outlet openings (24a to 24d) to the indoor space, and a partial blowout mode of blocking flow blowing air of part of the outlet openings (24a to 24d) by the air current blocking mechanism, such that conditioned air is substantially not supplied to the indoor space from the blocked outlet openings (24a to 24d) and increasing a blowing wind speed at the remaining part of outlet openings (24a to 24d). a plurality of outlet openings (24a to 24d) each provided with an air current blocking mechanism blocking a flow of the conditioned air; and a controller configured to control the air current blocking mechanism to execute airflow rotation by switching an operation between a full blowout mode of suppling the conditioned air from all the outlet openings (24a to 24d) to the indoor space, and a partial blowout mode of blocking flow blowing air of part of the outlet openings (24a to 24d) by the air current blocking mechanism, such that conditioned air is substantially not supplied to the indoor space from the blocked outlet openings (24a to 24d) and increasing a blowing wind speed at the remaining part of outlet openings (24a to 24d). a full blowout mode of suppling the conditioned air from all the outlet openings (24a to 24d) to the indoor space, and a partial blowout mode of blocking flow blowing air of part of the outlet openings (24a to 24d) by the air current blocking mechanism, such that conditioned air is substantially not supplied to the indoor space from the blocked outlet openings (24a to 24d) and increasing a blowing wind speed at the remaining part of outlet openings (24a to 24d).
A crane girder for a crane, wherein the crane girder has a hollow profile, having an external wall that encloses a cavity, and extends longitudinally, and the external wall of the crane girder, when viewed in a cross section through the crane girder, has at least in regions an outwardly bulging shape for reducing aerodynamic drag, wherein the external wall, when viewed in the cross section through the crane girder, has two mutually opposite portions (10, 11), having an outwardly bulging shape, which are interconnected by two mutually opposite straight wall portions of the external wall, and the crane girder has at least one running surface for at least one running wheel of a trolley of a lifting gear of the crane, characterized in that the mutually opposite portions (10, 11), having an outwardly bulging shape, in an operating position of the crane girder point upward and downward, and the straight wall portions in the operating position laterally delimit the crane girder, wherein the wall portions extend vertically, and the running surface is disposed and/or supported on, preferably on top of, one of the straight wall portions of the external wall.
A method of making a mechanical fastener, the method comprising: providing two slit webs having mechanical fastening elements and lengths in a machine direction, wherein each slit web includes a plurality of laterally separated interrupted slits that are interrupted by intact bridging regions of the web, wherein the interrupted slits extend in a first direction that is non-parallel to a cross-machine direction, and wherein for at least some adjacent interrupted slits, the intact bridging regions are staggered in a direction perpendicular to the first direction; applying tension to the two slit webs in the machine direction; and spreading the two slit webs in a cross-machine direction by moving the slit webs over an apparatus having two crowned surfaces to provide two spread mechanical fastening webs, wherein each spread mechanical fastening web comprises multiple strands of the slit web attached to each other at least at some of the intact bridging regions and separated from each other between at least some of the intact bridging regions, and wherein at least a portion of the two crowned surfaces is a low-friction surface, and the two crowned surfaces and the two slit webs are not moving at the same speed in the same direction. providing two slit webs having mechanical fastening elements and lengths in a machine direction, wherein each slit web includes a plurality of laterally separated interrupted slits that are interrupted by intact bridging regions of the web, wherein the interrupted slits extend in a first direction that is non-parallel to a cross-machine direction, and wherein for at least some adjacent interrupted slits, the intact bridging regions are staggered in a direction perpendicular to the first direction; applying tension to the two slit webs in the machine direction; and spreading the two slit webs in a cross-machine direction by moving the slit webs over an apparatus having two crowned surfaces to provide two spread mechanical fastening webs, wherein each spread mechanical fastening web comprises multiple strands of the slit web attached to each other at least at some of the intact bridging regions and separated from each other between at least some of the intact bridging regions, and wherein at least a portion of the two crowned surfaces is a low-friction surface, and the two crowned surfaces and the two slit webs are not moving at the same speed in the same direction.
A method of manufacturing a heat transfer plate comprising: an insertion process of inserting a heat medium pipe in a concave groove formed in a bottom face of a lid groove open to an obverse of a base member; a lid groove closing process of arranging a lid plate in the lid groove; and a main joining process of moving a main joining rotation tool along butt portions (V 1, V 2) between sidewalls (5a, 5b) of the lid groove and side faces (13a, 13b) of the lid plate, characterized in that in the main joining process a plastic fluidizing material fluidized due to frictional heat is made to flow in air gap portions (P 1, P 2) formed around the heat medium pipe. an insertion process of inserting a heat medium pipe in a concave groove formed in a bottom face of a lid groove open to an obverse of a base member; a lid groove closing process of arranging a lid plate in the lid groove; and a main joining process of moving a main joining rotation tool along butt portions (V 1, V 2) between sidewalls (5a, 5b) of the lid groove and side faces (13a, 13b) of the lid plate, characterized in that in the main joining process a plastic fluidizing material fluidized due to frictional heat is made to flow in air gap portions (P 1, P 2) formed around the heat medium pipe.
A method for performing a face tracking function by an application in an electronic device, the electronic device having a touch panel, a camera, and a processor, the method comprising: receiving a touch signal by the touch panel; the method being further characterised by entering a face tracking mode provided by the application based on the touch signal by the processor during a video call using a video call application, the face tracking mode provided by the application being separate from any face tracking provided by the video call application; performing the face tracking, by the application using the processor, on a captured frame from the camera to obtain multiple regions of interest, ROIs, from the captured frame, wherein each of the ROIs having an image of a face in the captured frame; selecting, by a user of the application, a plurality of the multiple ROIs with the image of the face from the captured frame; generating a target frame by combining the selected multiple ROIs with the image of the face by the application using the processor; and transmitting the generated target frame, by the video call application using the processor, to another electronic device, so that the generated target frame is shown on the another electronic device as a video call frame. receiving a touch signal by the touch panel; the method being further characterised by entering a face tracking mode provided by the application based on the touch signal by the processor during a video call using a video call application, the face tracking mode provided by the application being separate from any face tracking provided by the video call application; performing the face tracking, by the application using the processor, on a captured frame from the camera to obtain multiple regions of interest, ROIs, from the captured frame, wherein each of the ROIs having an image of a face in the captured frame; selecting, by a user of the application, a plurality of the multiple ROIs with the image of the face from the captured frame; generating a target frame by combining the selected multiple ROIs with the image of the face by the application using the processor; and transmitting the generated target frame, by the video call application using the processor, to another electronic device, so that the generated target frame is shown on the another electronic device as a video call frame.
A sucrose stearic acid ester as a component in an adhesive patch for external use for use in the reduction of skin irritation and rash, wherein the adhesive patch is formed by incorporating the sucrose stearic acid ester into an adhesive base in an amount of 0.1 to 5.0 wt%.
A data reproducing apparatus comprising: a communication unit for receiving contents from an external information processing apparatus; a storage unit for storing a plurality of contents; a reproduction unit for reproducing contents; and a control unit responsive to contents being erased by the data reproducing apparatus whilst not connected with the external information processing apparatus, for determining whether or not the erased contents are contents that were previously transferred from the external information processing apparatus, and storing, if it is determined that the erased contents are contents that were previously transferred from the external information processing apparatus, identification information about the contents that were previously transferred from the external information processing apparatus as erased contents identification information. a communication unit for receiving contents from an external information processing apparatus; a storage unit for storing a plurality of contents; a reproduction unit for reproducing contents; and a control unit responsive to contents being erased by the data reproducing apparatus whilst not connected with the external information processing apparatus, for determining whether or not the erased contents are contents that were previously transferred from the external information processing apparatus, and storing, if it is determined that the erased contents are contents that were previously transferred from the external information processing apparatus, identification information about the contents that were previously transferred from the external information processing apparatus as erased contents identification information.
A motion assistance apparatus comprising: a proximal support configured to support a calf of a user; a distal support configured to support a foot of the user; a frame structure connected between the proximal support and the distal support, the frame structure configured to provide an assistance force to assist the user with a movement; wherein the frame structure comprises a rotary and translatory frame arranged on an anterior of an ankle of the user while the user is wearing the motion assistance apparatus connected to the distal support; and wherein the rotary and translatory frame is configured to simultaneously perform a translational motion and a rotational motion relative to the proximal support; characterized in that all movable parts, comprising a power distributor, a sliding frame and the rotary and translatory frame are disposed on a front side of the lower leg of the user, between the ankle and a forefoot of the foot of the user, and in a vertical direction between the foot and the knee of the user, while the user is wearing the motion assistance apparatus to enable the user to easily put on or off shoes in the size of the user while wearing the motion assistance apparatus. a proximal support configured to support a calf of a user; a distal support configured to support a foot of the user; a frame structure connected between the proximal support and the distal support, the frame structure configured to provide an assistance force to assist the user with a movement; wherein the frame structure comprises a rotary and translatory frame arranged on an anterior of an ankle of the user while the user is wearing the motion assistance apparatus connected to the distal support; and wherein the rotary and translatory frame is configured to simultaneously perform a translational motion and a rotational motion relative to the proximal support; characterized in that all movable parts, comprising a power distributor, a sliding frame and the rotary and translatory frame are disposed on a front side of the lower leg of the user, between the ankle and a forefoot of the foot of the user, and in a vertical direction between the foot and the knee of the user, while the user is wearing the motion assistance apparatus to enable the user to easily put on or off shoes in the size of the user while wearing the motion assistance apparatus.
A method of reading data from a NAND Flash non-volatile memory device, the memory device comprising N rows (R to R) of memory cells (C(1,1) to C(P,N)) and N word lines (WL,..., WL(n)) coupled thereto, respectively, the method comprising: applying a first pre-pulse voltage level to an nth word line (WL(n)) while applying a second pre-pulse voltage level to an adjacent word line adjacent to the nth word line (WL(n)), the second pre-pulse voltage level exceeding the first pre-pulse voltage level, the n-th word line being a selected word line for data readout and the adjacent word line being an unselected word line, n being an integer ranging from 1 to N, N being an integer larger than 1, wherein the adjacent word line is the (n-1)th word line or the (n+1)th word line or both; grounding the nth word line (WL(n)) while maintaining the second pre-pulse voltage level on the adjacent word line; pulling a voltage on the nth word line (WL(n)) towards a start read voltage level (Vr), wherein prior to the voltage on the nth word line (WL(n)) reaching the start read voltage level, driving a voltage on the adjacent word line to the first pre-pulse voltage level, characterized in that the first pre-pulse voltage level is positive and not zero and that the first pre-pulse voltage level on the nth word line (WL(n)) is reached prior to the second pre-pulse voltage level on the adjacent word line is reached. applying a first pre-pulse voltage level to an nth word line (WL(n)) while applying a second pre-pulse voltage level to an adjacent word line adjacent to the nth word line (WL(n)), the second pre-pulse voltage level exceeding the first pre-pulse voltage level, the n-th word line being a selected word line for data readout and the adjacent word line being an unselected word line, n being an integer ranging from 1 to N, N being an integer larger than 1, wherein the adjacent word line is the (n-1)th word line or the (n+1)th word line or both; grounding the nth word line (WL(n)) while maintaining the second pre-pulse voltage level on the adjacent word line; pulling a voltage on the nth word line (WL(n)) towards a start read voltage level (Vr), wherein prior to the voltage on the nth word line (WL(n)) reaching the start read voltage level, driving a voltage on the adjacent word line to the first pre-pulse voltage level, characterized in that the first pre-pulse voltage level is positive and not zero and that the first pre-pulse voltage level on the nth word line (WL(n)) is reached prior to the second pre-pulse voltage level on the adjacent word line is reached.
A process for easily cleanable and/or anti-smudge coatings comprising (a) providing at least one optical device comprising at least one substrate having at least one major surface, wherein said substrate is an optical component selected from a touch screen and a display; (b) providing a curable surface treatment composition comprising at least one fluorinated organosilane compound comprising (i) a monovalent segment being a polyfluoropolyether and (ii) a monovalent endgroup comprising at least one silyl moiety comprising at least one group selected from hydrolyzable groups, hydroxyl, and combinations thereof, and at least one fluorinated organosilane compound comprising (i) a multivalent segment being a polyfluoropolyether and (ii) at least two monovalent endgroups, each said monovalent endgroup independently comprising at least one silyl moiety comprising at least one group selected from hydrolyzable groups, hydroxyl, and combinations thereof; and an organic solvent comprising a hydrofluoroether; (c) applying said curable surface treatment composition to at least a portion of at least one major surface of said substrate; and (d) curing said applied, curable surface treatment composition to form a surface treatment. (a) providing at least one optical device comprising at least one substrate having at least one major surface, wherein said substrate is an optical component selected from a touch screen and a display; (b) providing a curable surface treatment composition comprising at least one fluorinated organosilane compound comprising (i) a monovalent segment being a polyfluoropolyether and (ii) a monovalent endgroup comprising at least one silyl moiety comprising at least one group selected from hydrolyzable groups, hydroxyl, and combinations thereof, and at least one fluorinated organosilane compound comprising (i) a multivalent segment being a polyfluoropolyether and (ii) at least two monovalent endgroups, each said monovalent endgroup independently comprising at least one silyl moiety comprising at least one group selected from hydrolyzable groups, hydroxyl, and combinations thereof; and an organic solvent comprising a hydrofluoroether; at least one fluorinated organosilane compound comprising (i) a monovalent segment being a polyfluoropolyether and (ii) a monovalent endgroup comprising at least one silyl moiety comprising at least one group selected from hydrolyzable groups, hydroxyl, and combinations thereof, and at least one fluorinated organosilane compound comprising (i) a multivalent segment being a polyfluoropolyether and (ii) at least two monovalent endgroups, each said monovalent endgroup independently comprising at least one silyl moiety comprising at least one group selected from hydrolyzable groups, hydroxyl, and combinations thereof; and an organic solvent comprising a hydrofluoroether; (c) applying said curable surface treatment composition to at least a portion of at least one major surface of said substrate; and (d) curing said applied, curable surface treatment composition to form a surface treatment.