mhurhangee/ep-ind-claims huggingface dataset:
A water supply system using sunlight comprising: a solar cell panel configured to generate direct current by collecting concentrated sunlight; a converter configured to amplify and output the generated DC from the solar cell panel; an inverter configured to convert the DC outputted from the converter to output an alternating current; a controller configured to measure an amount of the DC generated from the solar cell panel so as to supply the AC outputted from the inverter to a pump when an amount of the DC measured is less than a reference current value and to control to store an amount of a portion of the DC exceeding the reference current value into a saving unit when the amount of the DC measured is greater than the reference current value; wherein, the saving unit is configured to store the amount of the portion of the DC exceeding the reference current value according to a control of the controller; and the pump is configured to supply water upon receiving the AC outputted from the inverter, wherein the controller is configured to supply the DC that that has been stored in the saving unit to the inverter so as to convert the DC stored into an AC and then to supply the AC to the pump when an amount of the DC generated by the solar panel drops below a preset value. a solar cell panel configured to generate direct current by collecting concentrated sunlight; a converter configured to amplify and output the generated DC from the solar cell panel; an inverter configured to convert the DC outputted from the converter to output an alternating current; a controller configured to measure an amount of the DC generated from the solar cell panel so as to supply the AC outputted from the inverter to a pump when an amount of the DC measured is less than a reference current value and to control to store an amount of a portion of the DC exceeding the reference current value into a saving unit when the amount of the DC measured is greater than the reference current value; wherein, the saving unit is configured to store the amount of the portion of the DC exceeding the reference current value according to a control of the controller; and the pump is configured to supply water upon receiving the AC outputted from the inverter, wherein the controller is configured to supply the DC that that has been stored in the saving unit to the inverter so as to convert the DC stored into an AC and then to supply the AC to the pump when an amount of the DC generated by the solar panel drops below a preset value.
A sealed envelope intended to transport articles inside a compressed air network along at least one displacement direction, including: - a bag made in a welded flexible plastic material delimiting a closed internal volume accessible through at least one access passage obturatable by a closing means, said bag having a front face and a reverse face delimited by two opposite longitudinal edges connected to each other through a first transverse edge and a second transverse edge, - at least one pocket for propelling the envelope with the compressed air on the front face or on the reverse face, characterized in that at least one propulsion pocket includes an added protective film attached at its periphery on at least one portion of the front or reverse face of the envelope, and an added film for at least partly covering the protective film, attached on the envelope except for at least one portion of a free transverse edge (19 1) in order to delimit between the protective film and the covering film, the propulsion pocket. - a bag made in a welded flexible plastic material delimiting a closed internal volume accessible through at least one access passage obturatable by a closing means, said bag having a front face and a reverse face delimited by two opposite longitudinal edges connected to each other through a first transverse edge and a second transverse edge, - at least one pocket for propelling the envelope with the compressed air on the front face or on the reverse face, characterized in that at least one propulsion pocket includes an added protective film attached at its periphery on at least one portion of the front or reverse face of the envelope, and an added film for at least partly covering the protective film, attached on the envelope except for at least one portion of a free transverse edge (19 1) in order to delimit between the protective film and the covering film, the propulsion pocket.
A method comprising: receiving, from a user device, an audio signal having noise; determining an audio watermark in the audio signal having noise; the method being characterised by: based on the audio watermark, determining a content item corresponding to the noise; based on the determined content item corresponding to the noise, determining an audio component of the content item; and removing the audio component of the content item from the received audio signal having noise. receiving, from a user device, an audio signal having noise; determining an audio watermark in the audio signal having noise; the method being characterised by: based on the audio watermark, determining a content item corresponding to the noise; based on the determined content item corresponding to the noise, determining an audio component of the content item; and removing the audio component of the content item from the received audio signal having noise. based on the audio watermark, determining a content item corresponding to the noise; based on the determined content item corresponding to the noise, determining an audio component of the content item; and removing the audio component of the content item from the received audio signal having noise.
A vehicle control device characterized in comprising: a variable-damping-force shock absorber of adjustable damping force; sprung mass vibration damping control means for calculating a sprung-mass vibration damping control amount constituting damping force for minimizing sprung mass vibration on the basis of a damping force distribution factor for all wheels corresponding to a target orientation; unsprung mass vibration damping control means for calculating an unsprung-mass vibration damping control amount constituting damping force for minimizing unsprung mass vibration; and damping force control means for calculating a damping force control amount on the basis of the sprung-mass vibration damping control amount when the sprung-mass vibration damping control amount is greater than the unsprung-mass vibration damping control amount, calculating the damping force control amount on the basis of the unsprung-mass vibration damping control amount so as to maintain the damping force distribution factor when the sprung-mass vibration damping control amount is equal to or less than the unsprung-mass vibration damping control amount, and controlling the damping force of the variable-damping-force shock absorber. a variable-damping-force shock absorber of adjustable damping force; sprung mass vibration damping control means for calculating a sprung-mass vibration damping control amount constituting damping force for minimizing sprung mass vibration on the basis of a damping force distribution factor for all wheels corresponding to a target orientation; unsprung mass vibration damping control means for calculating an unsprung-mass vibration damping control amount constituting damping force for minimizing unsprung mass vibration; and damping force control means for calculating a damping force control amount on the basis of the sprung-mass vibration damping control amount when the sprung-mass vibration damping control amount is greater than the unsprung-mass vibration damping control amount, calculating the damping force control amount on the basis of the unsprung-mass vibration damping control amount so as to maintain the damping force distribution factor when the sprung-mass vibration damping control amount is equal to or less than the unsprung-mass vibration damping control amount, and controlling the damping force of the variable-damping-force shock absorber.
A shielding structure of a safety inspection equipment comprising a shielding body, wherein the shielding body comprises a first carbon fiber layer, a polyurethane layer and a second carbon fiber layer, wherein the second carbon fiber layer is an outer layer of a shielding channel, the first carbon fiber layer and the second carbon fiber layer are made of carbon fiber materials, and the polyurethane layer is made of polyurethane materials; characterized in that, wherein the first carbon fiber layer, the polyurethane layer and the second carbon fiber layer are sequentially stacked to be configured as the shielding channel with two opened ends; wherein the shielding channel comprises the shielding body and two extending portions connected with portions between an outer surface and an inner surface of the shielding body on both opposite ends of the shielding body, the extending portion extends along an axis in an extending direction of the shielding structure, a thickness of the extending portion is smaller than a thickness of the shielding body, and the extending portion is disposed between the outer surface and the inner surface of the shielding body; wherein a first step is formed between the outer surface of the shielding body and an outer surface of the extending portion, and a second step is formed between the inner surface of the shielding body and an inner surface of the extending portion; and wherein the shielding channel is a hollow cylinder. wherein the first carbon fiber layer, the polyurethane layer and the second carbon fiber layer are sequentially stacked to be configured as the shielding channel with two opened ends; wherein the shielding channel comprises the shielding body and two extending portions connected with portions between an outer surface and an inner surface of the shielding body on both opposite ends of the shielding body, the extending portion extends along an axis in an extending direction of the shielding structure, a thickness of the extending portion is smaller than a thickness of the shielding body, and the extending portion is disposed between the outer surface and the inner surface of the shielding body; wherein a first step is formed between the outer surface of the shielding body and an outer surface of the extending portion, and a second step is formed between the inner surface of the shielding body and an inner surface of the extending portion; and wherein the shielding channel is a hollow cylinder.
Egg-laying medium for insects comprising: ∘ at least 80% by weight of a solid substrate intended to be consumed by the insects in the form of particles, at least 85% by weight of said particles having a particle size smaller than 0.5 mm, said solid substrate having a moisture content comprised between 0 and 15%, and ∘ at least 2% by weight of an aqueous and optionally nutritional gel, the percentages by weight being given in relation to the total weight of egg-laying medium for insects. ∘ at least 80% by weight of a solid substrate intended to be consumed by the insects in the form of particles, at least 85% by weight of said particles having a particle size smaller than 0.5 mm, said solid substrate having a moisture content comprised between 0 and 15%, and ∘ at least 2% by weight of an aqueous and optionally nutritional gel,
An integrated circuit comprising: - a first voltage regulator (105 1) comprising a first node coupled to a gate of a first source follower (202 1) to control an output at an output terminal of the first source follower to be equal to a reference voltage; - a second voltage regulator (105 2) which is different from the first voltage regulator (105 1), the second voltage regulator (105 2) comprising a second node coupled to a gate of a second source follower (202 2) to control an output at an output terminal of the second source follower to be equal to the reference voltage, wherein the first and second nodes are electrically shorted, - a first load directly coupled to the output terminal of the first source follower (202 1), and - a second load directly coupled to the output terminal of the second source follower (202 2), wherein the output terminal of the first source follower (202 1) and the output terminal of the second source follower (202 2) are electrically shorted through a resistor along a wire. - a first voltage regulator (105 1) comprising a first node coupled to a gate of a first source follower (202 1) to control an output at an output terminal of the first source follower to be equal to a reference voltage; - a second voltage regulator (105 2) which is different from the first voltage regulator (105 1), the second voltage regulator (105 2) comprising a second node coupled to a gate of a second source follower (202 2) to control an output at an output terminal of the second source follower to be equal to the reference voltage, wherein the first and second nodes are electrically shorted, - a first load directly coupled to the output terminal of the first source follower (202 1), and - a second load directly coupled to the output terminal of the second source follower (202 2),
A pouch-type battery cell (100, 200, 300, 400, 500, 600), comprising a battery case comprising a metal layer and a polymer resin layer, wherein the battery case comprising: an electrode assembly receiving part (111, 211, 311, 321, 411, 511, 521) formed on at least one of an upper case (110, 210, 310, 410, 510) and a lower case (120, 320,420, 520), and a venting member (10, 20, 30, 131, 231, 232, 331, 332, 431, 531, 631) disposed on an outer surface of the electrode assembly receiving part (111, 211, 311, 321, 411, 511, 521) as an adjacent portion of a sealing part (141, 241, 242, 341, 541, 641) of the battery case, wherein the venting member (10, 20, 30, 131, 231, 232, 331, 332, 431, 531, 631) is made of a shape memory alloy that is deformed in a straight form and is recovered to the form before deformation in such way that it penetrates the battery case when the temperature is above the transition temperature of the shape memory alloy; wherein the case comprises a space for receiving the bent venting member (10, 20, 30, 131, 231, 232, 331, 332, 431, 531, 631). an electrode assembly receiving part (111, 211, 311, 321, 411, 511, 521) formed on at least one of an upper case (110, 210, 310, 410, 510) and a lower case (120, 320,420, 520), and a venting member (10, 20, 30, 131, 231, 232, 331, 332, 431, 531, 631) disposed on an outer surface of the electrode assembly receiving part (111, 211, 311, 321, 411, 511, 521) as an adjacent portion of a sealing part (141, 241, 242, 341, 541, 641) of the battery case, wherein the venting member (10, 20, 30, 131, 231, 232, 331, 332, 431, 531, 631) is made of a shape memory alloy that is deformed in a straight form and is recovered to the form before deformation in such way that it penetrates the battery case when the temperature is above the transition temperature of the shape memory alloy; wherein the case comprises a space for receiving the bent venting member (10, 20, 30, 131, 231, 232, 331, 332, 431, 531, 631).
A sole of a shoe comprising: a forefoot support portion supporting a forefoot of a foot of a wearer; a midfoot support portion supporting a midfoot of the foot of the wearer; and a rearfoot support portion supporting a rearfoot of the foot of the wearer, the forefoot support portion, the midfoot support portion, and the rearfoot support portion being connected in order from a front side toward a rear side, wherein a ground contact portion having a portion positioned on a lowermost line connecting a lowermost point of the forefoot support portion and a lowermost point of the rearfoot support portion in a side view is formed in a medial-foot-side region of a bottom surface of the midfoot support portion, and a protrusion protruding toward a medial foot side is formed on a medial-foot-side side surface of the midfoot support portion, wherein, when a line connecting an outermost portion of the sole is defined as a sole outline and a line connecting a portion where the sole and an upper positioned above the sole are fixed is defined as a fixed line in a bottom view of the sole, the sole outline extends so as to surround a periphery of the fixed line, characterized in that in a region ranging from 30% to 60% of a dimension of the sole in a front-rear direction from a rear end of the sole, at the same position of the sole in the front-rear direction a distance in a foot width direction between a medial-foot-side portion of the sole outline and a medial-foot-side portion of the fixed line is longer than a distance in the foot width direction between a lateral-foot-side portion of the sole outline and a lateral-foot-side portion of the fixed line. a ground contact portion having a portion positioned on a lowermost line connecting a lowermost point of the forefoot support portion and a lowermost point of the rearfoot support portion in a side view is formed in a medial-foot-side region of a bottom surface of the midfoot support portion, and a protrusion protruding toward a medial foot side is formed on a medial-foot-side side surface of the midfoot support portion, wherein, when a line connecting an outermost portion of the sole is defined as a sole outline and a line connecting a portion where the sole and an upper positioned above the sole are fixed is defined as a fixed line in a bottom view of the sole, the sole outline extends so as to surround a periphery of the fixed line, characterized in that in a region ranging from 30% to 60% of a dimension of the sole in a front-rear direction from a rear end of the sole, at the same position of the sole in the front-rear direction a distance in a foot width direction between a medial-foot-side portion of the sole outline and a medial-foot-side portion of the fixed line is longer than a distance in the foot width direction between a lateral-foot-side portion of the sole outline and a lateral-foot-side portion of the fixed line.
A wiper device for cleaning vehicle windows, with a wiper arm and with a wiper blade, which is fastened on the wiper arm by means of a fastening arrangement, and with a cleaning arrangement, which has at least one spray nozzle (42, 43, 47, 48) for a cleaning fluid, wherein the cleaning arrangement is directly connected with the wiper arm, and wherein the fastening arrangement is constructed as a separate element from the cleaning arrangement, characterized in that the cleaning arrangement is constructed to hold the fastening arrangement for the wiper blade, and that on the fastening arrangement and the cleaning arrangement first and second guide means (65, 66), cooperating with one another, are provided, which guide the fastening arrangement on mounting on the cleaning arrangement between an initial position and a final position.
A clamping apparatus for a steering column, comprising a stroke-generating disk which is rotatable about a clamping axis and is connected via a first stroke-generating gearing and at least one second stroke-generating gearing to a pressure disk, which is stationary relative to the rotation of the stroke-generating disk, wherein the first stroke-generating gearing is designed to convert a relative rotation of the stroke-generating disk in a first actuating angle range in the clamping direction into a first axial stroke relative to the pressure disk, and the second stroke-generating gearing is designed to convert a further rotation of the stroke-generating disk following the first actuating angle range in a second actuating angle range into a second axial stroke between the stroke-generating disk and the pressure disk, characterized in that at least one of the stroke-generating gearings is designed as a tilting pin gearing, with at least one tilting pin which is supported in the direction of its pin axis between corresponding bearing points (63, 73) on the stroke-generating disk and the pressure disk. wherein the first stroke-generating gearing is designed to convert a relative rotation of the stroke-generating disk in a first actuating angle range in the clamping direction into a first axial stroke relative to the pressure disk, and the second stroke-generating gearing is designed to convert a further rotation of the stroke-generating disk following the first actuating angle range in a second actuating angle range into a second axial stroke between the stroke-generating disk and the pressure disk, characterized in that at least one of the stroke-generating gearings is designed as a tilting pin gearing, with at least one tilting pin which is supported in the direction of its pin axis between corresponding bearing points (63, 73) on the stroke-generating disk and the pressure disk.
A transparent glass sheet comprising a surface compressive layer and an inner layer adjacent to the surface compressive layer, wherein between 0°C and 300°C the difference of the coefficient of thermal expansion of the inner layer and the surface compressive layer is greater than 50x10 -7 °C -1, characterised in that the surface compressive layer has a compressive stress of at least 300 MPa and a ratio of the thickness of the inner layer to the thickness of the transparent glass sheet is less than 0.9.
A bone cement comprising an acrylic polymeric component and an inorganic component comprising a bioactive glass or glass-ceramic powder material which comprises at least one oxide of a metal having an anti-bacterial activity, wherein said glass or glass-ceramic material is adapted to release ions of said antibacterial metal in contact with physiological fluids, characterised in that said antibacterial metal is incorporated in said glass or glass-ceramic powder material by subjecting said powder to ion exchange in an aqueous solution, at a pH between 5 and 8, containing ions of said anti-bacterial metal and wherein, in the bone cement, additional phases including said antibacterial metal, other than said glass or glass-ceramic powder material, are absent.
A liquid composition for use in the treatment of psoriasis in the scalp, characterized in that the composition is a shampoo or similar for wash of scalp and hair, and the composition comprises at least: □ 13,5 - 24,0 % Mild wash tensides, □ 1,0 - 4,7 % Guar HydroxypropyltrimoniumCloride, □ 0,3 - 1,0 % Piroctone Olamine □ 13,5 - 24,0 % Mild wash tensides, □ 1,0 - 4,7 % Guar HydroxypropyltrimoniumCloride, □ 0,3 - 1,0 % Piroctone Olamine