mhurhangee/ep-ind-claims huggingface dataset:
A pumping system comprising: a solar panel performing a photovoltaic conversion based on an insolation level including a first insolation level and a second insolation level; a fuel reservoir containing a fuel in a liquid state; a first electric motor; a first pump rotatable by the first electric motor to pump the fuel; a first motor drive converting electrical energy supplied by the solar panel to drive the first electric motor; a second pump fluidly coupled to the fuel reservoir; a second electric motor; a second motor drive powered by a non-renewable source and operable to drive the second electric motor to pump the fuel; and control logic configured to detect a low performance level of the pumping system and, responsive to the detection of the low performance level, cause the second motor drive to drive the second motor. a solar panel performing a photovoltaic conversion based on an insolation level including a first insolation level and a second insolation level; a fuel reservoir containing a fuel in a liquid state; a first electric motor; a first pump rotatable by the first electric motor to pump the fuel; a first motor drive converting electrical energy supplied by the solar panel to drive the first electric motor; a second pump fluidly coupled to the fuel reservoir; a second electric motor; a second motor drive powered by a non-renewable source and operable to drive the second electric motor to pump the fuel; and control logic configured to detect a low performance level of the pumping system and, responsive to the detection of the low performance level, cause the second motor drive to drive the second motor.
A process for production of (meth)acrylic acid, comprising the steps of: cooling a crude (meth)acrylic acid solution in a crystallization apparatus until the temperature of a cooling medium discharged from the crystallization apparatus is stabilized in the range of higher than the solidification point of the crude (meth)acrylic acid solution in the crystallization apparatus and not more than the solidification point plus 5°C, wherein the temperature of the cooling medium is stabilized without precipitating (meth)acrylic acid in the (meth)acrylic acid solution; then bringing the crude (meth)acrylic acid solution in the crystallization apparatus to a supercooled condition by setting the temperature of a cooling medium supplied to the crystallization apparatus to be lower than the solidification point of the crude (meth)acrylic acid solution by not less than 1°C, wherein the crude (meth)acrylic acid solution is brought to a supercooled state without precipitating (meth)acrylic acid; and crystallizing (meth)acrylic acid from the crude (meth)acrylic acid solution. cooling a crude (meth)acrylic acid solution in a crystallization apparatus until the temperature of a cooling medium discharged from the crystallization apparatus is stabilized in the range of higher than the solidification point of the crude (meth)acrylic acid solution in the crystallization apparatus and not more than the solidification point plus 5°C, wherein the temperature of the cooling medium is stabilized without precipitating (meth)acrylic acid in the (meth)acrylic acid solution; then bringing the crude (meth)acrylic acid solution in the crystallization apparatus to a supercooled condition by setting the temperature of a cooling medium supplied to the crystallization apparatus to be lower than the solidification point of the crude (meth)acrylic acid solution by not less than 1°C, wherein the crude (meth)acrylic acid solution is brought to a supercooled state without precipitating (meth)acrylic acid; and crystallizing (meth)acrylic acid from the crude (meth)acrylic acid solution.
A lamp for a vehicle, comprising: a light source portion; a first lens portion which includes a plurality of micro incident lenses onto which light generated by the light source portion is incident; and a second lens portion which includes a plurality of micro exit lenses disposed in front of the plurality of micro incident lenses, wherein the lamp is configured to form a beam pattern using a combination of one or more micro incident/exit units (510, 520, 530), wherein each of the micro incident/exit units (510, 520, 530) includes a cylinder lens which extends in a first direction and a plurality of corresponding lenses that correspond to the cylinder lens, wherein the micro incident lens is the cylinder lens and the micro exit lens is the corresponding lens, wherein the plurality of corresponding lenses are arranged in the first direction in which the cylinder lens extends, and wherein light which exits from the micro incident lens is adapted to be incident onto the corresponding plurality of micro exit lenses, characterized in that an incident surface of the cylinder lens includes a refraction portion which is bent at both ends of the first direction. a light source portion; a first lens portion which includes a plurality of micro incident lenses onto which light generated by the light source portion is incident; and a second lens portion which includes a plurality of micro exit lenses disposed in front of the plurality of micro incident lenses, wherein the lamp is configured to form a beam pattern using a combination of one or more micro incident/exit units (510, 520, 530), wherein each of the micro incident/exit units (510, 520, 530) includes a cylinder lens which extends in a first direction and a plurality of corresponding lenses that correspond to the cylinder lens, wherein the micro incident lens is the cylinder lens and the micro exit lens is the corresponding lens, wherein the plurality of corresponding lenses are arranged in the first direction in which the cylinder lens extends, and wherein light which exits from the micro incident lens is adapted to be incident onto the corresponding plurality of micro exit lenses, characterized in that an incident surface of the cylinder lens includes a refraction portion which is bent at both ends of the first direction.
Method for operating a drive train, having at least one drive motor and at least one transmission, of a motor vehicle which is able to be driven by the drive motor via the transmission, in which heat is transferred in a targeted manner to the transmission from the drive motor, whereby the transmission is heated in a targeted manner, wherein the heat is transferred in a targeted manner to the transmission from the drive motor according to predictive data that characterize at least one future state of the motor vehicle, characterized in that the heat is transferred in a targeted manner to the transmission from the drive motor also according to at least one efficiency value that is stored in a memory device of an electronic computing device of the drive train and that characterizes an efficiency or a power loss of the transmission.
A method for detecting an analyte in a body fluid sample containing a plurality of cells, wherein the analyte is inside the plurality of cells, said method comprising: receiving a body fluid sample containing a plurality of cells; and performing an immunoassay of said body fluid sample containing a plurality of cells, including: - activating the plurality of cells contained in the body fluid sample to release an analyte from inside the plurality of cells without lysing the cells itself; - forming a complex comprising an anti-analyte-antibody and said analyte, wherein the forming of said complex proceeds at least partially simultaneous to the activating of said plurality of cells; and - detecting formation of said complex. - activating the plurality of cells contained in the body fluid sample to release an analyte from inside the plurality of cells without lysing the cells itself; - forming a complex comprising an anti-analyte-antibody and said analyte, wherein the forming of said complex proceeds at least partially simultaneous to the activating of said plurality of cells; and - detecting formation of said complex.
A method for reclaiming used superabsorbent polymer, the used superabsorbent polymer being a superabsorbent polymer that has absorbed a liquid, wherein the method comprises: a step for treating a used superabsorbent polymer with an aqueous multivalent metal salt solution, and a step for treating the superabsorbent polymer with an aqueous alkaline metal salt solution following treatment with the aqueous multivalent metal salt solution, wherein the alkaline metal salt is sodium chloride, potassium chloride, sodium nitrate, potassium nitrate, sodium sulfate or potassium sulfate.
An apparatus including: a front-end module, the front-end module comprising: a plurality of low noise amplifiers, LNAs, having outputs that are combined; means for selecting one of the plurality of LNAs to amplify an input radio frequency, RF, signal and provide an amplified RF signal; at least one receive filter, wherein at least one of the plurality of LNAs is coupled directly to the at least one receive filter, without going through an impedance matching circuit; the apparatus further including an integrated circuit, IC, distinguished from the front-end module, the IC comprising receive circuits for processing the amplified RF signal, the receive circuits being coupled to the combined output of the plurality of LNAs via a single interconnection, the single interconnection being between the single I/O port on the front-end module and the single I/O port on the IC. a plurality of low noise amplifiers, LNAs, having outputs that are combined; means for selecting one of the plurality of LNAs to amplify an input radio frequency, RF, signal and provide an amplified RF signal; at least one receive filter, wherein at least one of the plurality of LNAs is coupled directly to the at least one receive filter, without going through an impedance matching circuit; the apparatus further including an integrated circuit, IC, distinguished from the front-end module, the IC comprising receive circuits for processing the amplified RF signal, the receive circuits being coupled to the combined output of the plurality of LNAs via a single interconnection, the single interconnection being between the single I/O port on the front-end module and the single I/O port on the IC.
A light guiding system for providing a light conduit between a roof of a building and a ceiling or inner wall of an interior building room, comprising a shaft arrangement with a plurality of shaft sections, the light guiding system comprising a plurality of at least two non-coherent parts (1601, 1602, 1701, 1702) configured to form the shaft sections (1061, 1062, 1063, 1064) of the shaft arrangement in a mounted condition of the light guiding system, at least two parts (1601, 1602) of said plurality of non-coherent parts each comprising a piece of cloth of a flexible cloth material, and at least two shaft sections (1063, 1064) of the shaft arrangement in the mounted condition being constituted by said parts (1601, 1602) of flexible cloth material, characterised in that the shaft arrangement comprises at least two parts (1601, 1602, 1701, 1702) of which two of said parts (1601, 1602) of flexible cloth material are of a substantially U-shaped configuration, including a bottom and opposed protruding legs, and that portions of the facing legs of the respective U-shape are configured to overlap partly in the mounted condition to form the side sections (1061, 1062) of the shaft arrangement, the first end section being formed from the bottom of one part and the second end section from the bottom of the other part.
An aircraft comprising: a launch tube extending along at least part of a length of a wing of the aircraft and through which an item may be launched from the aircraft, the launch tube comprising an opening at a distal end of the wing, wherein the aircraft further comprises the item, the item being configured to be launched along the launch tube, wherein the item is an item selected from the group of items consisting of: a missile, a rocket, a bomb, a pyrotechnic device, and a sonobuoy.
An interferometric inverse synthetic aperture radar, IFISAR, comprising: a two-dimensional antenna array comprising a plurality of elements configured to: transmit a radio-frequency, RF, signal toward a target using substantially all of the plurality of elements; receive a plurality of return signals carrying energy of the transmitted RF signal that are reflected from the target, wherein a first antenna group and a second antenna group of the plurality of elements respectively located at opposite ends of the array are enabled, and a third antenna group of the plurality of elements located between the first antenna group and the second antenna group is disabled; and a processor operatively coupled to the plurality of elements and configured to determine height characteristics of the target according to interferometric processing of the return signals received by the first antenna group and the second antenna group. transmit a radio-frequency, RF, signal toward a target using substantially all of the plurality of elements; receive a plurality of return signals carrying energy of the transmitted RF signal that are reflected from the target, wherein a first antenna group and a second antenna group of the plurality of elements respectively located at opposite ends of the array are enabled, and a third antenna group of the plurality of elements located between the first antenna group and the second antenna group is disabled; and a processor operatively coupled to the plurality of elements and configured to determine height characteristics of the target according to interferometric processing of the return signals received by the first antenna group and the second antenna group.
A vehicle for the targeted intracellular delivery of a therapeutic agent, the vehicle comprising a cystine molecule coupled to a liposome, wherein the liposome encapsulates the therapeutic agent, wherein the liposome comprises at least one phospholipid, and wherein the cystine is coupled to the at least one phospholipid.
A paper and plastic combined flip-type packaging box, comprising: a box cover cardboard, a box body cardboard portion, formed as an enclosure by a plurality of cardboards, and having an upper edge, an integrated plastic frame formed by injection molding, configured to connect the box cover cardboard and the box body cardboard portion, wherein the integrated plastic frame is comprised of a box body plastic member and a box cover plastic member which are connected through a plastic hinge; the box body plastic member is comprised of a main body of box body plastic member arranged at a gap between cardboards of the box body cardboard portion and an upper edge plastic member which is wrapped at the upper edge of the box body cardboard portion; the box cover plastic member is wrapped at the periphery of the box cover cardboard; and the upper edge plastic member and the box cover plastic member are in a fastening connection to implement sealing of the packaging box, wherein the box body cardboard portion is comprised of four side-walled cardboards for forming side walls and a box bottom cardboard for forming a box bottom, and the main body of box body plastic member is filled at the gap between the cardboards and wrapped on the inner side and outer side of the gap between cardboards and the width of the main body of box body plastic member wrapped on the inner side of the gap between the cardboards is greater than that of the outer side of the gap between the cardboards. a box cover cardboard, a box body cardboard portion, formed as an enclosure by a plurality of cardboards, and having an upper edge, an integrated plastic frame formed by injection molding, configured to connect the box cover cardboard and the box body cardboard portion, wherein the integrated plastic frame is comprised of a box body plastic member and a box cover plastic member which are connected through a plastic hinge; the box body plastic member is comprised of a main body of box body plastic member arranged at a gap between cardboards of the box body cardboard portion and an upper edge plastic member which is wrapped at the upper edge of the box body cardboard portion; the box cover plastic member is wrapped at the periphery of the box cover cardboard; and the upper edge plastic member and the box cover plastic member are in a fastening connection to implement sealing of the packaging box, wherein the box body cardboard portion is comprised of four side-walled cardboards for forming side walls and a box bottom cardboard for forming a box bottom, and the main body of box body plastic member is filled at the gap between the cardboards and wrapped on the inner side and outer side of the gap between cardboards and the width of the main body of box body plastic member wrapped on the inner side of the gap between the cardboards is greater than that of the outer side of the gap between the cardboards.
A dual wheel tyre inflation pressure control system comprising: a first vehicle wheel having a wheel rim carrying a tyre providing a first fluid chamber; a second vehicle wheel coupled adjacent to the first and having a wheel rim carrying a tyre providing a second fluid chamber; a first valve arrangement installed remote from the wheels and connectable to a pressurised fluid source; a second valve arrangement installed on one or both of the wheels, the second valve arrangement being connected to the first valve arrangement by means of a first fluid connection, wherein the second valve arrangement is controllably operable to connect the first fluid connection to said first fluid chamber and said second fluid chamber on the vehicle wheels; characterised in that the second valve arrangement is further connected with the first valve arrangement by a second fluid connection, wherein controlled variation of fluid pressure in the second fluid connection and first fluid connection is provided by the first valve arrangement to control said second valve arrangement for operating said tyre pressure control system in at least two operational modes: - a first mode, in which the second fluid chamber is connected to first valve arrangement; and - a second mode, in which the first fluid chamber is connected to the second fluid chamber. a first vehicle wheel having a wheel rim carrying a tyre providing a first fluid chamber; a second vehicle wheel coupled adjacent to the first and having a wheel rim carrying a tyre providing a second fluid chamber; a first valve arrangement installed remote from the wheels and connectable to a pressurised fluid source; a second valve arrangement installed on one or both of the wheels, the second valve arrangement being connected to the first valve arrangement by means of a first fluid connection, wherein the second valve arrangement is controllably operable to connect the first fluid connection to said first fluid chamber and said second fluid chamber on the vehicle wheels; characterised in that the second valve arrangement is further connected with the first valve arrangement by a second fluid connection, wherein controlled variation of fluid pressure in the second fluid connection and first fluid connection is provided by the first valve arrangement to control said second valve arrangement for operating said tyre pressure control system in at least two operational modes: - a first mode, in which the second fluid chamber is connected to first valve arrangement; and - a second mode, in which the first fluid chamber is connected to the second fluid chamber. - a first mode, in which the second fluid chamber is connected to first valve arrangement; and - a second mode, in which the first fluid chamber is connected to the second fluid chamber.
Method for capturing an image in an image sensor with a matrix of rows and columns of active pixels, powered between a first zero potential power supply terminal (Vss) and a second power supply terminal with a positive power supply potential (Vdd), wherein each pixel comprises a photodiode formed within an active semiconductor layer with a zero reference potential, a charge transfer gate for transferring the charges generated by the light from the photodiode to a charge storage node, the method comprising a step for global transfer of the charges from the photodiodes of all the pixels of the matrix to the corresponding storage nodes, and such that a negative potential (VNEG) is applied to the transfer gate by a charge pump during the major part of the charge integration time (Ti) and receives a transfer control signal common to all the pixels during a transfer time window, the transfer control signal successively comprising at least a first phase during which it goes from the negative potential (VNEG) to a positive transfer potential, a second phase during which it goes from the positive transfer potential to the zero potential supplied by the first power supply terminal, a third phase of finite duration (Δt) during which it remains at the zero potential, and a fourth phase in which it goes back from the zero potential to the negative potential (VNEG) supplied by the charge pump; the method for capturing an image being characterized in that, during the rise from the negative potential to the positive potential, the same shape is given to the rising edge of the transfer pulse as to the falling edge, with a rise phase from the negative potential supplied by the charge pump to the zero potential supplied by the first power supply terminal, a phase of finite duration at this potential, and a rise phase from the zero potential to the positive potential, which provides the transfer of charges.
Seat including a chair and a covering shell, said shell including an internal face of the side of said chair and an external face situated on an opposite face of said shell, said shell partially surrounding the chair, characterised in that the shell includes: - a structural framework determining a resulting meshwork of assembled members, each of the meshes of said meshwork corresponding to a space of the framework with no member marked out by peripheral members of said mesh, and determining an overall shape, in three-dimensional space, of the shell; - a set of finishing panels, forming a skin covering the framework, said finishing panels being attached to said framework to form the internal and external faces of the shell, and in which set of finishing panels, each finishing panel: - covers at least one mesh; - rests on all or parts of the members of the mesh(es) covered thereby. - a structural framework determining a resulting meshwork of assembled members, each of the meshes of said meshwork corresponding to a space of the framework with no member marked out by peripheral members of said mesh, and determining an overall shape, in three-dimensional space, of the shell; - a set of finishing panels, forming a skin covering the framework, said finishing panels being attached to said framework to form the internal and external faces of the shell, and in which set of finishing panels, each finishing panel: - covers at least one mesh; - rests on all or parts of the members of the mesh(es) covered thereby. - covers at least one mesh; - rests on all or parts of the members of the mesh(es) covered thereby.
An emergency gathering device for sun protection systems comprising a gatherable or rollable hanging, wherein an energy storage means is provided, which, in a charged or biased state, is blocked by means of a tripping device and which, after release by the tripping device, reels in the hanging at a high speed, wherein the tripping device has an electric actuator, which can be controlled to release the at least one charged or biased energy storage means by means of an electric signal, characterized in that an emergency power supply is provided, which supplies power to the electric actuator and which generates the electric signal in response to a power failure.