mhurhangee/ep-ind-claims huggingface dataset:
A lithium-ion battery cell, comprising: - a casing; - a first terminal pad having a first polarity and positioned proximate the casing; - a second terminal pad having a second polarity opposite to the first polarity and positioned proximate the casing; - a reversal device formed into the casing and responsive to an increase in internal pressure within the casing so as to cause a short circuit between the first terminal pad and the second terminal pad when the internal pressure reaches a threshold; - a perimeter portion of the reversal device, the perimeter portion extending outwardly away from an interior of the lithium-ion battery cell; and - a movable central portion of the reversal device contiguous with and surrounded by the perimeter portion and comprising a center and a frustum surrounding the center, wherein the frustum and the perimeter portion are oriented crosswise relative to one another, and the frustum extends from the perimeter portion toward the interior of the lithium-ion battery cell. - a casing; - a first terminal pad having a first polarity and positioned proximate the casing; - a second terminal pad having a second polarity opposite to the first polarity and positioned proximate the casing; - a reversal device formed into the casing and responsive to an increase in internal pressure within the casing so as to cause a short circuit between the first terminal pad and the second terminal pad when the internal pressure reaches a threshold; - a perimeter portion of the reversal device, the perimeter portion extending outwardly away from an interior of the lithium-ion battery cell; and - a movable central portion of the reversal device contiguous with and surrounded by the perimeter portion and comprising a center and a frustum surrounding the center, wherein the frustum and the perimeter portion are oriented crosswise relative to one another, and the frustum extends from the perimeter portion toward the interior of the lithium-ion battery cell.
A film applied to a display, wherein the film comprises a film body and a plurality of corrugated protrusions, the plurality of corrugated protrusions are distributed in sequence on a surface of the film body, and neighboring corrugated protrusions are parallel to each other, wherein the plurality of corrugated protrusions are distributed in sequence on the surface of the film body along a length direction of the film body, wherein a value range of a width of each corrugated protrusion is 20 microns to 200 microns, and a length of each corrugated protrusion along a width direction of the film body is the same as a width of the film body, and wherein height profiles of the corrugated protrusions progress in the manner of a bell-shaped curve, seen in cross-section along the length of each corrugated protrusion.
A method in an electronic device of capturing an image of a group of individuals, the method comprising: capturing a first image of a first part of the group; generating a live preview on a display of the electronic device of a second image, the second image comprising a second part of the group; superimposing at least a portion of the first image onto the live preview of the second image, wherein one or both of the first image and the live preview of the second image are assigned a certain level of transparency so that both the first image and the live preview are at least partially visible; receiving user input regarding relative positioning of the first image and the live preview of the second image, the user input specifying a repositioning of the at least a portion of the first image superimposed over the live preview of the second image to a new location relative to the live preview of the second image; capturing the second image of the second part of the group; and stitching the first image and the second image into a final stitched image based at least in part on the user input, the final image comprising the first part of the group and the second part of the group. capturing a first image of a first part of the group; generating a live preview on a display of the electronic device of a second image, the second image comprising a second part of the group; superimposing at least a portion of the first image onto the live preview of the second image, wherein one or both of the first image and the live preview of the second image are assigned a certain level of transparency so that both the first image and the live preview are at least partially visible; receiving user input regarding relative positioning of the first image and the live preview of the second image, the user input specifying a repositioning of the at least a portion of the first image superimposed over the live preview of the second image to a new location relative to the live preview of the second image; capturing the second image of the second part of the group; and stitching the first image and the second image into a final stitched image based at least in part on the user input, the final image comprising the first part of the group and the second part of the group.
A lens control device for performing limit control of limiting a drive range of a focus lens and performing control of the focus lens, comprising: a reception means for receiving designation, set by user manipulation, of at least one end position of a drive range of the focus lens in a predetermined mode in which the drive range of the focus lens is limited; an acquisition means for acquiring first information regarding the end position in the predetermined mode designated via the reception means; and a control means for controlling drive of the focus lens in the predetermined mode based on the first information, wherein, when the end position in the predetermined mode is designated via the reception means, the control means drives the focus lens from the designated end position to an end position of a movable range of the focus lens and the acquisition means acquires information corresponding to a drive amount during the drive as the first information. a reception means for receiving designation, set by user manipulation, of at least one end position of a drive range of the focus lens in a predetermined mode in which the drive range of the focus lens is limited; an acquisition means for acquiring first information regarding the end position in the predetermined mode designated via the reception means; and a control means for controlling drive of the focus lens in the predetermined mode based on the first information, wherein, when the end position in the predetermined mode is designated via the reception means, the control means drives the focus lens from the designated end position to an end position of a movable range of the focus lens and the acquisition means acquires information corresponding to a drive amount during the drive as the first information.
Centering template for devices for applying inserts on laminar portions, comprising: - a main supporting body having a centering system for enabling an engagement of the template in a predetermined position with a bed of a press; - a centering element configured for receiving in a predetermined position at least one laminar portion of an accessory, said centering element exhibiting a seat for the inserts, wherein the centering element is movable with respect to the main supporting body between an extracted rest position wherein an upper surface of the centering element is away from the main supporting body, and a work position wherein the upper surface of the centering element is close to the main supporting body, characterized in that the centering element comprises a containment portion emerging away from the upper surface and defining an undercut determining an outline tracing a second part of a perimeter of the laminar portion of the accessory, and wherein the containment portion is defined at a perimetral area of the centering element. - a main supporting body having a centering system for enabling an engagement of the template in a predetermined position with a bed of a press; - a centering element configured for receiving in a predetermined position at least one laminar portion of an accessory, said centering element exhibiting a seat for the inserts,
A casting method for producing a shrouded blade of a gas turbine wherein the blade comprises a root and a shrouded tip, the method comprising the following steps: a) producing a pattern made of wax of the shrouded blade; b) covering the pattern with an outer shell made of slurry; c) heating the pattern covered by the outer shell for separating the wax from the outer shell; d) pouring a molten metal inside the outer shell; the outer shell being preliminary placed in a vertical disposition so that the molten metal is poured from the root to the tip under action of gravity force; e) removing the outer shell from the inner solidified metal; wherein between the steps c) and d) the method comprises the step f) of inserting a filler element inside the outer shell at least at the shrouded tip wherein the filler element is made of a material suitable to go in solution when in contact with the molten metal poured inside the outer shell; wherein between the steps f) and d) the method comprises the step g) of heating the outer shell containing the filler element; wherein the filler element is a wire mesh sponge element; wherein the filler element is made of Ni, or Co or Fe or is made of an alloy or superalloy Ni-based, or Co-based or Fe-based. a) producing a pattern made of wax of the shrouded blade; b) covering the pattern with an outer shell made of slurry; c) heating the pattern covered by the outer shell for separating the wax from the outer shell; d) pouring a molten metal inside the outer shell; the outer shell being preliminary placed in a vertical disposition so that the molten metal is poured from the root to the tip under action of gravity force; e) removing the outer shell from the inner solidified metal; wherein between the steps c) and d) the method comprises the step f) of inserting a filler element inside the outer shell at least at the shrouded tip wherein the filler element is made of a material suitable to go in solution when in contact with the molten metal poured inside the outer shell; wherein between the steps f) and d) the method comprises the step g) of heating the outer shell containing the filler element;
A graphene fiber, wherein multiple linear graphenes are self-assembled and connected to form the graphene fiber, in which the graphene fiber is manufactured by a method comprising: forming a metal layer containing multiple linear patterns on a substrate; supplying a reaction gas containing a carbon source and heat to the metal layer containing multiple linear patterns to form graphenes of linear pattern; immersing the substrate in an etching solution to selectively remove the metal layer containing multiple linear patterns for separating the graphenes of linear pattern from the substrate and dispersing multiple linear graphenes into the etching solution; and pulling the dispersed multiple linear graphenes out of the etching solution to form a graphene fiber, wherein the graphene fiber is wound around a core including an insulating material. forming a metal layer containing multiple linear patterns on a substrate; supplying a reaction gas containing a carbon source and heat to the metal layer containing multiple linear patterns to form graphenes of linear pattern; immersing the substrate in an etching solution to selectively remove the metal layer containing multiple linear patterns for separating the graphenes of linear pattern from the substrate and dispersing multiple linear graphenes into the etching solution; and pulling the dispersed multiple linear graphenes out of the etching solution to form a graphene fiber, wherein the graphene fiber is wound around a core including an insulating material.
A method for transmitting a channel state information reference signal, CSI-RS, by a base station through one or more of multiple antenna groups, each of which comprises one or more antennas, the method comprising: broadcasting global CSI-RSs for the multiple antenna groups through the multiple antenna groups; receiving feedback information including information regarding effective antennas discovered by a user equipment; determining at least one effective antenna based on the feedback information; transmitting first configuration information of a first CSI-RS among CSI-RSs of the multiple antenna groups to the user equipment based on the feedback information; and receiving channel state information corresponding to the first CSI-RS from the user equipment, wherein the first configuration information is dedicated to the user equipment, and wherein the first CSI-RS is transmitted through the at least one effective antenna determined based on the feedback information, and wherein the first configuration information includes at least information on a number of effective antennas used for transmission of the first CSI-RS, or information on an antenna index of each effective antenna used for transmission of the first CSI-RS. broadcasting global CSI-RSs for the multiple antenna groups through the multiple antenna groups; receiving feedback information including information regarding effective antennas discovered by a user equipment; determining at least one effective antenna based on the feedback information; transmitting first configuration information of a first CSI-RS among CSI-RSs of the multiple antenna groups to the user equipment based on the feedback information; and receiving channel state information corresponding to the first CSI-RS from the user equipment, wherein the first configuration information is dedicated to the user equipment, and wherein the first CSI-RS is transmitted through the at least one effective antenna determined based on the feedback information, and wherein the first configuration information includes at least information on a number of effective antennas used for transmission of the first CSI-RS, or information on an antenna index of each effective antenna used for transmission of the first CSI-RS.
A method for scanning terrestrial networks for positioning measurements comprising: synchronizing scans by a mobile device for wireless wide area network, WWAN, based positioning measurements and scans for local area wireless network, LAWN, based positioning measurements to be aligned in time by software scheduling discarding any scans that do not occur within a time difference threshold form each other, wherein the LAWN comprises wireless local area networks, WLANs, and wireless personal area networks, WPANs, and does not include cellular networks or satellite networks, and wherein the WWAN does not include a satellite network or any of the LAWNs; scanning with the mobile device for the WWAN based positioning measurements; scanning with the mobile device for the LAWN based positioning measurements; and using (208; 606) only the WWAN based positioning measurements and the LAWN based positioning measurements that occur within the time difference threshold from each other for crowdsourcing positions of the mobile device and/or to determine a position fix for the mobile device; wherein the time difference threshold is variable based on a speed of the mobile device. synchronizing scans by a mobile device for wireless wide area network, WWAN, based positioning measurements and scans for local area wireless network, LAWN, based positioning measurements to be aligned in time by software scheduling discarding any scans that do not occur within a time difference threshold form each other, wherein the LAWN comprises wireless local area networks, WLANs, and wireless personal area networks, WPANs, and does not include cellular networks or satellite networks, and wherein the WWAN does not include a satellite network or any of the LAWNs; wherein the LAWN comprises wireless local area networks, WLANs, and wireless personal area networks, WPANs, and does not include cellular networks or satellite networks, and wherein the WWAN does not include a satellite network or any of the LAWNs; scanning with the mobile device for the WWAN based positioning measurements; scanning with the mobile device for the LAWN based positioning measurements; and using (208; 606) only the WWAN based positioning measurements and the LAWN based positioning measurements that occur within the time difference threshold from each other for crowdsourcing positions of the mobile device and/or to determine a position fix for the mobile device; wherein the time difference threshold is variable based on a speed of the mobile device.
Operating method for the operation of a suction device with a vacuum cleaner housing and a suction motor mounted in the vacuum cleaner housing to generate a suction flow, with a collection space provided in the vacuum cleaner housing for the collection of particles separated out of the suction flow, with a suction inlet for the inflow of the suction flow into the collection space, wherein at the suction inlet a filter bag locatable in the collection space may be connected, and with a suction outlet leading out of the collection space to the suction motor and arranged next to an outflow filter bag wall section of the filter bag, wherein during operation of the suction device, particles separated from the suction flow are deposited on the outflow filter bag wall section facing the suction outlet to form a filter cake coating, characterised by - switching-off of the suction motor so that the outflow filter bag wall section slumps in the direction of a filter bag wall opposite the outflow filter bag wall section, wherein the suction outlet covers around one-third or one-half of the filter bag on that side of it which has the outflow filter bag wall section, and - switching-on of the suction motor, so that the outflow filter bag wall section is drawn by the suction flow towards the suction outlet, wherein the filter cake coating detaches at least partly from the outflow filter bag wall section due to the slumping and/or the movement towards the suction outlet. - switching-off of the suction motor so that the outflow filter bag wall section slumps in the direction of a filter bag wall opposite the outflow filter bag wall section, wherein the suction outlet covers around one-third or one-half of the filter bag on that side of it which has the outflow filter bag wall section, and - switching-on of the suction motor, so that the outflow filter bag wall section is drawn by the suction flow towards the suction outlet, wherein the filter cake coating detaches at least partly from the outflow filter bag wall section due to the slumping and/or the movement towards the suction outlet.
A crosslinked degradable particle, comprising: a polyester of the Formula I: wherein: R 1 is independently, at each occurrence, -H, or -C 1 -C 6 alkyl; R 2 is independently, at each occurrence, -H, or -C 1 -C 6 alkyl; R 3 is independently, at each occurrence, -H, or -C 1 -C 6 alkyl; a is 0, 1, or 2; m is independently, at each occurrence, an integer between 1 and 1000, inclusive; n is independently, at each occurrence, an integer between 1 and 1000, inclusive; p is independently, at each occurrence, an integer between 0 and 5, inclusive; q is independently, at each occurrence, an integer between 0 and 1000, inclusive; r is independently, at each occurrence, an integer between 0 and 1000, inclusive; and t is independently, at each occurrence, an integer between 0 and 5, inclusive; and wherein the crosslinked degradable particle has a diameter between about 5 μm and about 100 μm. R 1 is independently, at each occurrence, -H, or -C 1 -C 6 alkyl; R 2 is independently, at each occurrence, -H, or -C 1 -C 6 alkyl; R 3 is independently, at each occurrence, -H, or -C 1 -C 6 alkyl; a is 0, 1, or 2; m is independently, at each occurrence, an integer between 1 and 1000, inclusive; n is independently, at each occurrence, an integer between 1 and 1000, inclusive; p is independently, at each occurrence, an integer between 0 and 5, inclusive; q is independently, at each occurrence, an integer between 0 and 1000, inclusive; r is independently, at each occurrence, an integer between 0 and 1000, inclusive; and t is independently, at each occurrence, an integer between 0 and 5, inclusive; and wherein the crosslinked degradable particle has a diameter between about 5 μm and about 100 μm.
A method for detecting an aftertreatment device during a transient operating condition in an engine having an exhaust gas system which flows exhaust gasses through the aftertreatment device, the method comprising the following steps: (a) sensing an inlet temperature of the exhaust gas at an inlet of the aftertreatment device; (b) sensing an outlet temperature of the exhaust gas temperature at an outlet of aftertreatment device; and (c) filtering the inlet temperature; (d) calculating an inlet temperature difference between the filtered and unfiltered inlet temperatures; (e) an absolute value of the inlet temperature difference is compared to the first threshold; characterized in that (f) if the inlet temperature difference is greater than the predetermined threshold, then calculating an outlet temperature difference between a modeled and the sensed outlet temperature; (g) comparing an absolute value of the outlet temperature difference to a second threshold; and (h) if the absolute value of the outlet temperature difference is greater than the second threshold, generating a fault signal indicating that the aftertreatment device is missing. (a) sensing an inlet temperature of the exhaust gas at an inlet of the aftertreatment device; (b) sensing an outlet temperature of the exhaust gas temperature at an outlet of aftertreatment device; and (c) filtering the inlet temperature; (d) calculating an inlet temperature difference between the filtered and unfiltered inlet temperatures; (e) an absolute value of the inlet temperature difference is compared to the first threshold; (f) if the inlet temperature difference is greater than the predetermined threshold, then calculating an outlet temperature difference between a modeled and the sensed outlet temperature; (g) comparing an absolute value of the outlet temperature difference to a second threshold; and (h) if the absolute value of the outlet temperature difference is greater than the second threshold, generating a fault signal indicating that the aftertreatment device is missing.
Machining tool for internal machining of a shaft with an inner bore, comprising an external boring bar support device,a boring bar configured to have a diameter smaller than a smallest opening on one side of the inner bore of the shaft to be internally machined, the boring bar comprising a radially extensible cutting insert, and an end part of the boring bar rotatably connected to a main part of the boring bar, wherein the end part is provided with one or more radially moveable guiding pads Z, characterised in that the one or more radially moveable guiding pads are remotely controlled by a guiding pad diameter setting unit further comprised in the machining tool, and in that the radially extensible cutting insert is remotely controlled by a cutting diameter setting unit further comprised in the machining tool.