mhurhangee/ep-ind-claims huggingface dataset:
A method for charging a mobile terminal (Mobile terminal), wherein a power input switch is connected to a power input of a Voltage Bus (VBUS) of a Universal Serial Bus interface in the mobile terminal and is adaptive for turning on or off the VBUS, and a charging device (Power adapter) for charging the mobile terminal (Mobile terminal) comprises a circuit capable of detecting an output current waveform of the charging device (Power adapter), characterized in that the method comprises: during charging, controlling, by the mobile terminal, the switch to control an input current to generate a specific current waveform; and when the circuit detects the specific current waveform (Waveform detection logic) generated by the mobile terminal, increasing an output voltage of the charging device to charge the mobile terminal. during charging, controlling, by the mobile terminal, the switch to control an input current to generate a specific current waveform; and when the circuit detects the specific current waveform (Waveform detection logic) generated by the mobile terminal, increasing an output voltage of the charging device to charge the mobile terminal.
Gas intake device for a cylinder of an internal-combustion engine, said gas intake device comprising an intake duct, at least one intake valve arranged within said intake duct, at least one calibration part of said intake valve positioned at one end of said intake duct and facing towards the combustion face of said cylinder, and means (5, 6) for deflecting said gas to generate an aerodynamic movement of said gas within said cylinder about an axis substantially perpendicular to the axis of said cylinder, the device being characterized in that the passage section of said duct has a substantially rectangular shape with rounded corners, and in that, on the intrados of said intake duct, the intersection between said intake duct and said calibration part of said intake valve is on a generatrix forming an angle α of between 10° and 20° with respect to a plane (F'F') parallel to said combustion face of said cylinder and passing through an intersection point between said intake duct and said calibration part, such that the end of the intake duct is then twisted.
System for packaging (1, 16, 20, 40, 50, 60) two or more objects or containers in a controlled environment, suitable for containing a first container provided with a barrier of sterility, characterized in comprising - at least one casing or package having an internal chamber suitable for housing said first container and at least an access opening to said chamber, and - at least one removable wall, suitable for being fixed to, or removed from, said casing, respectively in order to close or open said opening, so that said first container can be accessed from outside and/or extracted from said casing said casing having a central body with a bottom, two side walls, an upper opening and two opposed access openings to said chamber, said system comprising two of said removable walls, suitable to close said access openings, characterized in that at least one of said two side walls of said central body has, on its opposite edge to said bottom, a flap, which is parallel to said bottom and in that said flap has a handle which is suitable for receiving gripping means for lifting said structure. - at least one casing or package having an internal chamber suitable for housing said first container and at least an access opening to said chamber, and - at least one removable wall, suitable for being fixed to, or removed from, said casing, respectively in order to close or open said opening, so that said first container can be accessed from outside and/or extracted from said casing said casing having a central body with a bottom, two side walls, an upper opening and two opposed access openings to said chamber, said system comprising two of said removable walls, suitable to close said access openings,
A method for recovering a cerium oxide-containing abrasive component from a used slurry of an abrasive, the abrasive including cerium oxide, the method comprising: adding a magnesium salt to the used slurry of the abrasive so that the concentration of the magnesium salt in the used slurry of the abrasive ranges from 5 to 26 mmol/L; aggregating and precipitating the cerium oxide-containing abrasive component from the used slurry of the abrasive including the cerium oxide-containing abrasive component and a glass component derived from a polished object; separating a solid component from a liquid component; and recovering the cerium oxide-containing abrasive component. adding a magnesium salt to the used slurry of the abrasive so that the concentration of the magnesium salt in the used slurry of the abrasive ranges from 5 to 26 mmol/L; aggregating and precipitating the cerium oxide-containing abrasive component from the used slurry of the abrasive including the cerium oxide-containing abrasive component and a glass component derived from a polished object; separating a solid component from a liquid component; and recovering the cerium oxide-containing abrasive component.
An assembly comprising a top frame covering with a packed underroof collar for use in water-proofing the joint between a roof structure and a window frame, said underroof collar comprising a top collar member, a bottom collar member, and two side collar members for extending along a top frame member, a bottom frame member, and two side frame members of a window frame, respectively, in a mounted state, each collar member including an inner rim part and an outer skirt part intended for coming into engagement with the roof structure, and said inner rim parts together delimiting a collar opening, at least in the mounted state, where the underroof collar is provided with at least one first engagement zone for positioning the underroof collar by bringing the first engagement zone into contact with a second engagement zone on another object, said first engagement zone being exposed in the packed state of the underroof collar, where the underroof collar is arranged in a space delimited by the top frame covering, said top frame covering being provided for use in weather-proofing the top frame member of the window frame, said space being intended for fitting over the top frame member of the window frame in the mounted state. said underroof collar comprising a top collar member, a bottom collar member, and two side collar members for extending along a top frame member, a bottom frame member, and two side frame members of a window frame, respectively, in a mounted state, each collar member including an inner rim part and an outer skirt part intended for coming into engagement with the roof structure, and said inner rim parts together delimiting a collar opening, at least in the mounted state, where the underroof collar is provided with at least one first engagement zone for positioning the underroof collar by bringing the first engagement zone into contact with a second engagement zone on another object, said first engagement zone being exposed in the packed state of the underroof collar, where the underroof collar is arranged in a space delimited by the top frame covering, said top frame covering being provided for use in weather-proofing the top frame member of the window frame, said space being intended for fitting over the top frame member of the window frame in the mounted state.
A card game monitoring apparatus, comprising: a card-handling device (10, 10A) configured to randomize cards and form and dispense a plurality of groups of cards, each group comprising two or more cards; a card recognition system configured to recognize card information including a rank and a suit of each card while each card is under control of the card-handling device (10, 10A); a control system comprising at least one processor and a memory, wherein the control system is configured to: control the card-handling device (10, 10A); receive the card information for each card from the card recognition system; associate card information with the groups of cards formed; and maintain a play history comprising a card composition of at least one round, the card composition of each round comprising the cards in each group of cards dispensed in the round; and a display in communication with the control system, configured to display the card information of at least one group of cards from the at least one round of play. a card-handling device (10, 10A) configured to randomize cards and form and dispense a plurality of groups of cards, each group comprising two or more cards; a card recognition system configured to recognize card information including a rank and a suit of each card while each card is under control of the card-handling device (10, 10A); a control system comprising at least one processor and a memory, wherein the control system is configured to: control the card-handling device (10, 10A); receive the card information for each card from the card recognition system; associate card information with the groups of cards formed; and maintain a play history comprising a card composition of at least one round, the card composition of each round comprising the cards in each group of cards dispensed in the round; and control the card-handling device (10, 10A); receive the card information for each card from the card recognition system; associate card information with the groups of cards formed; and maintain a play history comprising a card composition of at least one round, the card composition of each round comprising the cards in each group of cards dispensed in the round; and a display in communication with the control system, configured to display the card information of at least one group of cards from the at least one round of play.
A method of manufacturing a portion of a wind turbine blade, the method comprising the steps of: laying up a primary fibre material in a mould; infusing said primary fibre material with a primary resin; substantially curing said primary resin in said primary fibre material to form a cured blade element (60, 160) comprising at least a part of a wind turbine blade shell; laying up a secondary fibre material on top of at least a portion of said cured blade element; infusing said secondary fibre material with a secondary resin different to said primary resin, wherein said secondary resin has a higher strength level than said primary resin; and curing said secondary resin in said secondary fibre material to form an integrated reinforced section (70, 170) on said cured blade element (60, 160), the integrated reinforced section (70, 170) comprising a spar cap of the wind turbine blade shell. laying up a primary fibre material in a mould; infusing said primary fibre material with a primary resin; substantially curing said primary resin in said primary fibre material to form a cured blade element (60, 160) comprising at least a part of a wind turbine blade shell; laying up a secondary fibre material on top of at least a portion of said cured blade element; infusing said secondary fibre material with a secondary resin different to said primary resin, wherein said secondary resin has a higher strength level than said primary resin; and curing said secondary resin in said secondary fibre material to form an integrated reinforced section (70, 170) on said cured blade element (60, 160), the integrated reinforced section (70, 170) comprising a spar cap of the wind turbine blade shell.
A dolly comprising: a body having a base and a first locating formation for locating a further dolly thereon in a stacked condition of said dollies; the body having a second locating formation for stacking the dolly on the further dolly in a stacked condition of said dollies; wherein the first locating formation is engageable with a second locating formation of the further dolly stacked on the first mentioned dolly, and the second locating formation is engageable with a first locating formation of the further dolly on which the first mentioned dolly is stacked; wherein the base has a length dimension and a width dimension, the length dimension being greater than the width dimension; wherein the first locating formation extends lengthways along the base of the dolly, and the second locating formation extend widthways of the base of the dolly; characterised in that the first locating formation projects upwardly, and comprises an upstanding arrangement extending along a side of the base. a body having a base and a first locating formation for locating a further dolly thereon in a stacked condition of said dollies; the body having a second locating formation for stacking the dolly on the further dolly in a stacked condition of said dollies; wherein the first locating formation is engageable with a second locating formation of the further dolly stacked on the first mentioned dolly, and the second locating formation is engageable with a first locating formation of the further dolly on which the first mentioned dolly is stacked; wherein the base has a length dimension and a width dimension, the length dimension being greater than the width dimension; wherein the first locating formation extends lengthways along the base of the dolly, and the second locating formation extend widthways of the base of the dolly; characterised in that the first locating formation projects upwardly, and comprises an upstanding arrangement extending along a side of the base.
A method of detecting a security violation comprising the steps of: reading a codeword from a secure memory device, the codeword comprising security related data and an error correction code associated with the secure data; deriving an error location polynomial from the codeword; determining a total number of codeword errors from the ELP; and detecting if there is a malicious attempt to alter the data by determining if the total number of codeword errors exceeds a maximum error threshold; and preventing access to the secure data of the codeword if a malicious attempt to alter the data is detected, characterised in that: the maximum error threshold equals a maximum number of correctable errors. reading a codeword from a secure memory device, the codeword comprising security related data and an error correction code associated with the secure data; deriving an error location polynomial from the codeword; determining a total number of codeword errors from the ELP; and detecting if there is a malicious attempt to alter the data by determining if the total number of codeword errors exceeds a maximum error threshold; and preventing access to the secure data of the codeword if a malicious attempt to alter the data is detected, characterised in that: the maximum error threshold equals a maximum number of correctable errors.
A lithium secondary battery comprising: an anode for secondary batteries comprising a combination of an anode active material A and an anode active material B which have different charge/discharge voltages and different hardness, wherein the anode active material A has a charge/discharge voltage in a range of 0.05 to 0.2V and the anode active material B has a charge/discharge voltage in a range of 0.2 to 0.5V, and wherein a particle size of the anode active material B is smaller than a size of a space formed by the anode active materials A arranged in a four-coordination, wherein the anode active materials A and B satisfy the following equation: r ≤ R * 0.225, wherein R is a particle radius of an anode active material A and r is a particle radius of an anode active material B, and wherein the anode active material B is present in an amount of more than 0% through less than 30%, with respect to the total weight of the active material, characterized in that the hardness of the anode active material B is higher than that of the anode active material A, and wherein the anode active material A is surface-coated with a material having the same hardness as the anode active material B. an anode for secondary batteries comprising a combination of an anode active material A and an anode active material B which have different charge/discharge voltages and different hardness, wherein the anode active material A has a charge/discharge voltage in a range of 0.05 to 0.2V and the anode active material B has a charge/discharge voltage in a range of 0.2 to 0.5V, and wherein a particle size of the anode active material B is smaller than a size of a space formed by the anode active materials A arranged in a four-coordination, wherein the anode active materials A and B satisfy the following equation: r ≤ R * 0.225, wherein R is a particle radius of an anode active material A and r is a particle radius of an anode active material B, and wherein the anode active material B is present in an amount of more than 0% through less than 30%, with respect to the total weight of the active material, characterized in that the hardness of the anode active material B is higher than that of the anode active material A, and wherein the anode active material A is surface-coated with a material having the same hardness as the anode active material B. wherein R is a particle radius of an anode active material A and r is a particle radius of an anode active material B, and wherein the anode active material B is present in an amount of more than 0% through less than 30%, with respect to the total weight of the active material, characterized in that the hardness of the anode active material B is higher than that of the anode active material A, and wherein the anode active material A is surface-coated with a material having the same hardness as the anode active material B.
Switching valve, in particular for the metering of a fluid for a delivery pump arranged downstream, having a flow duct, having an axially movable valve needle, having a valve element which can be acted on by the valve needle in an opening direction and which is arranged in the flow duct, wherein, when the valve element is actuated in the opening direction by the valve needle, the flow duct can at least temporarily be flowed through by the fluid counter to the opening direction of the valve element (return flow), wherein the flow duct has, upstream of the valve element as viewed in the return flow direction, a fluidically active shield which at least partially keeps the return flow away from a surface of the valve element, characterized in that said switching valve comprises at least one duct which connects a flow region situated outside the shield, in which flow region a relatively low static pressure prevails in the presence of a return flow, to a region situated within the shield, and the duct extends parallel to a central line of the switching valve and is formed at least regionally by a gap between the valve element and the shield or the shield section.
Push-button dispenser for bottles containing carbonated beverages, having a head that is screwable onto a bottle and has a lateral spout, a push button on its top side and a downwardly projecting suction tube which is intended to reach downwards to the bottom of the bottle to be equipped and leads at the top into a valve device in the head, said valve device having a regulating member that is axially movable with respect to the bottle and is urged in the closing direction by a spring, being subjectable to downward manual pressure on the push button in order to be opened, such that the pressure inside the suction tube is reducible to ambient pressure with the result that liquid is drivable out of the bottle from the bottom mouth of the suction tube via the spout by the internal pressure prevailing in the bottle, characterized in that the suction tube is manufactured from a rubber-elastic plastics material and its external and internal cross sections are designed such that, with the internal pressure reduced to ambient pressure compared with the externally prevailing positive pressure, its flow cross section is able to be narrowed by deformation; and is further characterized in that the upper end of the suction tube is plugged in a sealing manner into a clamping mount in which its flow duct is received with a precise fit and subsequently merges into a conically widening flow duct with an approximately identical or an identical internal cross-sectional shape, wherein this flow duct forms at the top an end region into which there is plugged a two-component injection-moulded receiving sleeve having a sealing surface injection-moulded on the inside, through which the regulating member extends, said regulating member consisting of a plumb-bob-shaped sealing cone with an upward sword-shaped extension, wherein the sealing cone bears upwardly with its shoulder against the sealing surface in that the upper end of its sword-shaped extension is drawn upwards by the push button by virtue of the compression springs, and, with the regulating member subjected to downward manual pressure, the sealing cone is liftable downwards away from the sealing surface counter to the force of the compression springs, such that the liquid driven from the suction tube flows all around the sealing cone and subsequently flows along the sword-shaped extension and via the spout duct to the outside.
A liquid crystal display device comprising an illuminator (10A; 10B) and a liquid crystal panel for performing displaying by using light which is emitted from the illuminator (10A; 10B), wherein, the liquid crystal panel includes a pair of substrates (20a, 20b) and a liquid crystal layer provided between the pair of substrates (20a, 20b); characterised in that the liquid crystal layer is formed of a liquid crystal material which contains molecules having at least one of a carbon-carbon triple bond and a polycyclic group; and the illuminator (10A; 10B) includes a light source (12, 12B) causing primary generation of at least blue light, among other light which is used for displaying, wherein the light source generates substantially no light in the ultraviolet region, wherein the liquid crystal panel performs displaying in an in-plane switching mode or in a fringe field switching mode.
A measurement device comprising: an unwinding mechanism, configured to unwind a material tape; an adjustment mechanism, arranged downstream of the unwinding mechanism and comprising a first drive roller and a second drive roller, the material tape being wound around the first drive roller and the second drive roller, the adjustment mechanism being configured to adjust a tensioning force of the material tape by adjusting material tape conveying speeds of the first drive roller and the second drive roller and keep the material tape under a preset tensioning force so that the material tape forms a tensioned area between the first drive roller and the second drive roller; a measurement mechanism, configured to measure the size of the material tape in the tensioned area; and a winding mechanism, arranged downstream of the adjustment mechanism and configured to wind up the material tape. an unwinding mechanism, configured to unwind a material tape; an adjustment mechanism, arranged downstream of the unwinding mechanism and comprising a first drive roller and a second drive roller, the material tape being wound around the first drive roller and the second drive roller, the adjustment mechanism being configured to adjust a tensioning force of the material tape by adjusting material tape conveying speeds of the first drive roller and the second drive roller and keep the material tape under a preset tensioning force so that the material tape forms a tensioned area between the first drive roller and the second drive roller; a measurement mechanism, configured to measure the size of the material tape in the tensioned area; and a winding mechanism, arranged downstream of the adjustment mechanism and configured to wind up the material tape.