mhurhangee/ep-ind-claims huggingface dataset:
A touch screen system comprising: a touch screen panel comprising a plurality of driving electrodes (170a, 270a, 370a, 370a') coupled to a plurality of driving lines (112, X1, X2, X3, Xn) extending in a first direction and a plurality of sensing electrodes (170b, 270b, 370b, 370b') coupled to a plurality of sensing lines (114, Y1, Y2, Y3, Ym) extending in a second direction crossing the first direction, the driving electrodes (170a, 270a, 370a, 370a') and the sensing electrodes (170b, 270b, 370b, 370b') being alternately arranged so as not to overlap with each other; and an active stylus separated from the touch screen panel, wherein the driving electrodes (170a, 270a, 370a, 370a') and the sensing electrodes (170b, 270b, 370b, 370b') have different areas, characterized in that the active stylus is configured to output an electric field in synchronization with driving signals that are applied to the driving lines (112, X1, X2, X3, Xn) coupled to the driving electrodes (170a, 270a, 370a, 370a') that are adjacent to the active stylus, wherein the active stylus is configured to sense the electric field that is generated by the driving signal applied to the driving electrodes (170a, 270a, 370a, 370a') that are adjacent to the active stylus and to amplify the corresponding electric field. a touch screen panel comprising a plurality of driving electrodes (170a, 270a, 370a, 370a') coupled to a plurality of driving lines (112, X1, X2, X3, Xn) extending in a first direction and a plurality of sensing electrodes (170b, 270b, 370b, 370b') coupled to a plurality of sensing lines (114, Y1, Y2, Y3, Ym) extending in a second direction crossing the first direction, the driving electrodes (170a, 270a, 370a, 370a') and the sensing electrodes (170b, 270b, 370b, 370b') being alternately arranged so as not to overlap with each other; and an active stylus separated from the touch screen panel, wherein the driving electrodes (170a, 270a, 370a, 370a') and the sensing electrodes (170b, 270b, 370b, 370b') have different areas, characterized in that the active stylus is configured to output an electric field in synchronization with driving signals that are applied to the driving lines (112, X1, X2, X3, Xn) coupled to the driving electrodes (170a, 270a, 370a, 370a') that are adjacent to the active stylus, wherein the active stylus is configured to sense the electric field that is generated by the driving signal applied to the driving electrodes (170a, 270a, 370a, 370a') that are adjacent to the active stylus and to amplify the corresponding electric field.
Method for controlling a controlled mechanical ventilation of a building comprising a set of insulating walls consisting of successive layers of materials, at least one of which is an insulator, the controlled mechanical ventilation having a ventilation speed that can be controlled by a control device, the control device obtaining information representative of measurements of water vapour temperature and pressure on either side of the insulated walls; said method being characterized in that, for each insulated wall, the control device performs the following steps: - determining, from the information representative of the temperature measurements, actual temperatures at respective joins of insulation in said insulated wall; - determining, from the temperatures determined at the joins of insulation in said insulated wall, saturating water vapour pressures at the respective joins of insulation in said insulated wall; - determining, from the information representative of the water vapour pressure measurements, actual water vapour pressures at the respective joins of insulation in said insulated wall; and - performing a comparison of the actual water vapour pressures at the joins of insulation in said insulated wall with the respective saturating water vapour pressures; and in that the control device increases (504; 604; 705; 707) the ventilation speed of the controlled mechanical ventilation when the comparison shows a formation of condensation at at least one join of insulation in at least one insulated wall. - determining, from the information representative of the temperature measurements, actual temperatures at respective joins of insulation in said insulated wall; - determining, from the temperatures determined at the joins of insulation in said insulated wall, saturating water vapour pressures at the respective joins of insulation in said insulated wall; - determining, from the information representative of the water vapour pressure measurements, actual water vapour pressures at the respective joins of insulation in said insulated wall; and - performing a comparison of the actual water vapour pressures at the joins of insulation in said insulated wall with the respective saturating water vapour pressures;
An engine comprising: a cylinder block having two or more cylinder barrels (1, 1) and a water jacket, and a spacer housed in the water jacket, the water jacket surrounding the cylinder barrels (1, 1), and the spacer enclosing the cylinder barrels (1, 1), wherein: given that a width direction of the cylinder block is a lateral direction and a longitudinal direction of the cylinder block, which is perpendicular to the width direction, is a front-rear direction, a plurality of pressed members (5, 5) are provided that are spaced from one another in the front-rear direction, with one of the pressed members (5, 5) pressingly sandwiched between the cylinder barrel (1, 1) and the spacer on each of the lateral sides on each of the cylinder barrels (1, 1), characterised in that: a front end of each pressed member is disposed in front of a front end of each of the right and left skirts of the piston fitted in the respective cylinder barrel pressing the pressed member, and a rear end of each pressed member is disposed in the rear of a rear end of the skirts, a cooling-water introducing gap is provided in an upper part of the cylinder block between cylinder bores that are adjacent to one another in the front-rear direction, the cooling-water introducing gap crossing an area between the cylinder bores in the lateral direction, and a lower end of the pressed member is disposed above a lower end of each of right and left skirts of a piston located at a top dead center. a cylinder block having two or more cylinder barrels (1, 1) and a water jacket, and a spacer housed in the water jacket, the water jacket surrounding the cylinder barrels (1, 1), and the spacer enclosing the cylinder barrels (1, 1), wherein: given that a width direction of the cylinder block is a lateral direction and a longitudinal direction of the cylinder block, which is perpendicular to the width direction, is a front-rear direction, a plurality of pressed members (5, 5) are provided that are spaced from one another in the front-rear direction, with one of the pressed members (5, 5) pressingly sandwiched between the cylinder barrel (1, 1) and the spacer on each of the lateral sides on each of the cylinder barrels (1, 1), characterised in that: a front end of each pressed member is disposed in front of a front end of each of the right and left skirts of the piston fitted in the respective cylinder barrel pressing the pressed member, and a rear end of each pressed member is disposed in the rear of a rear end of the skirts, a cooling-water introducing gap is provided in an upper part of the cylinder block between cylinder bores that are adjacent to one another in the front-rear direction, the cooling-water introducing gap crossing an area between the cylinder bores in the lateral direction, and a lower end of the pressed member is disposed above a lower end of each of right and left skirts of a piston located at a top dead center.
A child support device, comprising: a seat; and a panel included in or adjacent to the seat, the panel including: a first panel portion including a panel edge defining a panel opening, the first panel portion having a first heat transfer coefficient, a location of the panel opening corresponding to a heat transfer region in which an expected heat received from a child in the seat is greater than a heat reception threshold; and a second panel portion in the panel opening and attached to the panel edge, the second panel portion including a layered mesh having a second heat transfer coefficient greater than the first heat transfer coefficient and greater than a threshold heat transfer coefficient at which a temperature of the second panel portion while receiving the expected heat is greater than a room temperature by less than a threshold difference, wherein the threshold difference is at most five degrees Fahrenheit (2.8 degrees Celsius). a seat; and a panel included in or adjacent to the seat, the panel including: a first panel portion including a panel edge defining a panel opening, the first panel portion having a first heat transfer coefficient, a location of the panel opening corresponding to a heat transfer region in which an expected heat received from a child in the seat is greater than a heat reception threshold; and a second panel portion in the panel opening and attached to the panel edge, the second panel portion including a layered mesh having a second heat transfer coefficient greater than the first heat transfer coefficient and greater than a threshold heat transfer coefficient at which a temperature of the second panel portion while receiving the expected heat is greater than a room temperature by less than a threshold difference, wherein the threshold difference is at most five degrees Fahrenheit (2.8 degrees Celsius). a first panel portion including a panel edge defining a panel opening, the first panel portion having a first heat transfer coefficient, a location of the panel opening corresponding to a heat transfer region in which an expected heat received from a child in the seat is greater than a heat reception threshold; and a second panel portion in the panel opening and attached to the panel edge, the second panel portion including a layered mesh having a second heat transfer coefficient greater than the first heat transfer coefficient and greater than a threshold heat transfer coefficient at which a temperature of the second panel portion while receiving the expected heat is greater than a room temperature by less than a threshold difference, wherein the threshold difference is at most five degrees Fahrenheit (2.8 degrees Celsius).
A string instrument including a body and a string having an end, the string instrument comprising: a fine tuner made of a material of Young's modulus greater than 12 GPa, the fine tuner including: a base fastened on the body of the string instrument; and a string holder mounted on and moveable relatively to said base and that holds the end of the string; the string instrument being characterized in that it further comprises: at least one sound purifier made of a material of Young's modulus less than 3.5 GPa and that is sandwiched between the string holder of the fine tuner and the end of the string. a fine tuner made of a material of Young's modulus greater than 12 GPa, the fine tuner including: a base fastened on the body of the string instrument; and a string holder mounted on and moveable relatively to said base and that holds the end of the string; a base fastened on the body of the string instrument; and a string holder mounted on and moveable relatively to said base and that holds the end of the string; the string instrument being characterized in that it further comprises: at least one sound purifier made of a material of Young's modulus less than 3.5 GPa and that is sandwiched between the string holder of the fine tuner and the end of the string.
A urea clathrate formation composition for treating urea particles, characterised thereby that the composition comprises water as a polar solvent; a first aliphatic compound of the formula R 1 -[CH 2] n -R 2 wherein R 1 is hydrogen or a first terminal functional group; R 2 is hydrogen or a second terminal functional group; and n is 8 to 14; and a second aliphatic compound of the formula H-[CH 2] n -R wherein R is hydrogen or a hydroxyl group or a carboalkoxy group or a carboxyl group; and n is 15 to 19; wherein, the composition is configured to be applied to urea particles under ambient atmospheric conditions to form a barrier layer comprising a urea clathrate that at least partially encloses the urea particles so that moisture induced agglomeration of urea particles treated with the composition is reduced compared to moisture induced agglomeration of untreated urea particles. water as a polar solvent; a first aliphatic compound of the formula R 1 -[CH 2] n -R 2 wherein R 1 is hydrogen or a first terminal functional group; R 2 is hydrogen or a second terminal functional group; and n is 8 to 14; and R 1 is hydrogen or a first terminal functional group; R 2 is hydrogen or a second terminal functional group; and n is 8 to 14; and a second aliphatic compound of the formula H-[CH 2] n -R wherein R is hydrogen or a hydroxyl group or a carboalkoxy group or a carboxyl group; and n is 15 to 19; wherein, the composition is configured to be applied to urea particles under ambient atmospheric conditions to form a barrier layer comprising a urea clathrate that at least partially encloses the urea particles so that moisture induced agglomeration of urea particles treated with the composition is reduced compared to moisture induced agglomeration of untreated urea particles.
Handwheel for a valve, comprising: - a core for being fastened to a rotating axle of the valve; and - a cap positioned on the core; wherein the cap comprises a cover wall on an upper face of the core, and projections extending axially from the cover wall into holes of the core, said projections being configured for being inserted axially into said holes and thereby fastening the cap to said core; characterized in that the core and the cover wall show a corrugated outer profile forming bosses (7A, 17), the holes and the projections being arranged on said bosses (7A, 17). - a core for being fastened to a rotating axle of the valve; and - a cap positioned on the core;
A method for operating a first network access node, comprising: receiving, from user equipments on a first component carrier, measurement reports of downlink conditions on a second component carrier and measurement reports of downlink conditions on a third component carrier; based on the received measurement reports, configuring a second network access node to decrease its transmit power on the second component carrier and a third network access node to increase its transmit power on the third component carrier. receiving, from user equipments on a first component carrier, measurement reports of downlink conditions on a second component carrier and measurement reports of downlink conditions on a third component carrier; based on the received measurement reports, configuring a second network access node to decrease its transmit power on the second component carrier and a third network access node to increase its transmit power on the third component carrier.
Lighting device, in particular for a motor-vehicle, comprising at least one light source, a plurality of light guides and at least one converting element, said light guides being able to convey light from the light source to the converting element, said light guides being configured to generate light beams having an angular aperture, said converting element being designed to be passed through by said light beams in order to increase the angular aperture of said light beams, furthermore comprising a holding element, said holding element being arranged to hold the light guides relative to said converting element, characterized in that said holding element comprises at least one channel that is arranged to accommodate at least some of the light guides, and characterized in that the lighting device furthermore comprises at least one homogenizing element, said light guides forming a plurality of discontinuous light-emitting zones at an exit of said guides, said homogenizing element being arranged to be passed through by the light output from said guides in order to obtain a light beam that is devoid of non-light-emitting zones.
A method of producing stannous oxide comprising: a Sn ion-containing acid solution forming step, which is a step of preparing a Sn ion-containing acid solution by adding Sn ions to an acid solution; a first neutralizing step, which is a step of forming Sn precipitates by adding one or more of alkaline solutions of ammonium carbonate, ammonium bicarbonate, and aqueous ammonia to the Sn ion-containing acid solution to retain pH at 3-6 therein; a Sn precipitate separating step, which is a step of separating the Sn precipitates from the Sn ion-containing acid solution; a Sn precipitate dispersing step, which is a step of dispersing the separated Sn precipitates in a solvent liquid to obtain a dispersion liquid; and a second neutralizing step, which is a step of forming SnO from the Sn precipitates by adding an alkaline solution to the dispersion liquid of the Sn precipitates and then by heating, wherein elements such as Na, K, Pb, Fe, Ni, Cu, Zn, Al, Mg, Ca, Cr, Mn, Co, In, and Cd reside in the Sn ion-containing acid solution in the first neutralizing step. a Sn ion-containing acid solution forming step, which is a step of preparing a Sn ion-containing acid solution by adding Sn ions to an acid solution; a first neutralizing step, which is a step of forming Sn precipitates by adding one or more of alkaline solutions of ammonium carbonate, ammonium bicarbonate, and aqueous ammonia to the Sn ion-containing acid solution to retain pH at 3-6 therein; a Sn precipitate separating step, which is a step of separating the Sn precipitates from the Sn ion-containing acid solution; a Sn precipitate dispersing step, which is a step of dispersing the separated Sn precipitates in a solvent liquid to obtain a dispersion liquid; and a second neutralizing step, which is a step of forming SnO from the Sn precipitates by adding an alkaline solution to the dispersion liquid of the Sn precipitates and then by heating, wherein elements such as Na, K, Pb, Fe, Ni, Cu, Zn, Al, Mg, Ca, Cr, Mn, Co, In, and Cd reside in the Sn ion-containing acid solution in the first neutralizing step.
A hydraulic thrust reverser system (TRAS) including: a first return line having a first check valve therein; and a second return line having a second check valve therein; wherein the first return line and the second return line are in fluid communication with each other via a fluid restrictor; wherein the first return line extends from a piston system of the TRAS, the piston system being for moving at least one thrust reverser door (122a,b); and wherein the second return line extends from a lock system of the TRAS, the lock system being for controlling locks (128a,b) to selectively prevent the movement of the at least one thrust reverser door (122a,b); characterised in that the fluid restrictor is located upstream of the first and second check valves (142a,b). a first return line having a first check valve therein; and a second return line having a second check valve therein; wherein the first return line and the second return line are in fluid communication with each other via a fluid restrictor; wherein the first return line extends from a piston system of the TRAS, the piston system being for moving at least one thrust reverser door (122a,b); and wherein the second return line extends from a lock system of the TRAS, the lock system being for controlling locks (128a,b) to selectively prevent the movement of the at least one thrust reverser door (122a,b); characterised in that the fluid restrictor is located upstream of the first and second check valves (142a,b).
A connector for introducing heat exchange fluid to or receiving heat exchange fluid from a heat exchanger, wherein the connector comprises: a first block comprising a first fluid channel and a second fluid channel in a fluid communication with each other; a second block comprising a solid portion comprising a protruded portion, wherein the protruded portion comprises a primary fluid channel, and wherein at least a portion of the protruded portion protrudes into the second fluid channel of the first block to secure the second block with the first block in a desired orientation, the primary fluid channel of the second block being in fluid communication with the second fluid channel of the first block, characterised in that the second block includes at least two locking projections provided, in parallel to the protruded portion on the solid portion of the second block for retaining the angular position between the first block and the second block. a first block comprising a first fluid channel and a second fluid channel in a fluid communication with each other; a second block comprising a solid portion comprising a protruded portion, wherein the protruded portion comprises a primary fluid channel, and wherein at least a portion of the protruded portion protrudes into the second fluid channel of the first block to secure the second block with the first block in a desired orientation, the primary fluid channel of the second block being in fluid communication with the second fluid channel of the first block, characterised in that the second block includes at least two locking projections provided, in parallel to the protruded portion on the solid portion of the second block for retaining the angular position between the first block and the second block.
Paillette having at least one electrical or electronic functional element and a carrier element, wherein the at least one functional element is electrically contacted by means of at least one electrically conductive region on the carrier element, wherein the carrier element has at lest one opening for the through-passage of an electrically conductive thread (2; 2a to 2d), which serves for electrically contacting the at least one functional element and also for fastening the carrier element on a piece of clothing or textile element, and wherein the carrier element has at least one further electrically conductive region, which is connected to the at least one electrically conductive region and can be contacted by the thread (2; 2a to 2d) when the carrier element is being fastened on the piece of clothing or textile element, in particular by abutment against the further electrically conductive region, and wherein the at least one functional element comprises a plurality of electrical or electronic components (22, 24), characterized in that the carrier element has a wraparound region (44, 45), which is intended for the thread (2; 2a to 2d) and against which the thread (2; 2a to 2d) can be positioned, in that the wraparound region (44, 45) is delimited by the at least one opening and a notch-like cutout (38, 39), which is formed at an edge (36, 37) of the carrier element, and in that the at least one further electrically conductive region is arranged on the surface of the carrier element in the wraparound region (44, 45).