mhurhangee/ep-ind-claims huggingface dataset:
A cartridge for dispensing a fluid, wherein the cartridge comprises: - a reservoir chamber operable for receiving the fluid, the reservoir chamber having a fluid outlet, wherein the reservoir chamber on the upper side further comprises a cover with a first bearing; - a stirring assembly comprising a stirrer located inside the reservoir chamber, the stirring assembly further comprising a shaft, the shaft being connected to the stirrer, the shaft further being located at least partially inside the reservoir chamber and the shaft being adapted to transmit rotational power to the stirrer.; the stirring assembly being adapted to be moved between a first lower position and a second upper position, wherein in the first lower position the stirring assembly is operable to seal the fluid outlet, the stirring assembly in the first lower position further being operable to form a second bearing with the reservoir chamber or the fluid outlet such that the stirrer can be rotated about an axis defined by the first and second bearing and wherein if the stirring assembly is in the second upper position the fluid can pass through the fluid outlet. - a reservoir chamber operable for receiving the fluid, the reservoir chamber having a fluid outlet, wherein the reservoir chamber on the upper side further comprises a cover with a first bearing; - a stirring assembly comprising a stirrer located inside the reservoir chamber, the stirring assembly further comprising a shaft, the shaft being connected to the stirrer, the shaft further being located at least partially inside the reservoir chamber and the shaft being adapted to transmit rotational power to the stirrer.;
A work machine, in particular a mobile crane or cable excavator, comprising a pivotable boom, a setting device for adjusting the boom, at least one further consumer, and a hydraulic system for operating a hydraulic fall-back support of the work machine wherein the hydraulic system comprises at least one hydraulic fall-back support cylinder connected to the boom and following its movements for tracking and limiting movements of the boom and comprises a hydraulic pump that operates the fall-back support cylinder and the at least one further hydraulic consumer, wherein the fall-back support cylinder has a load-bearing cylinder space that can be acted on by pressure and a non-load bearing cylinder space that can be acted on by pressure in an installation operation, wherein a switchable stop valve having a blocking line and a passage line is arranged between the hydraulic pump and the fall-back support cylinder by means of which stop valve the load-bearing cylinder space of the fall-back support cylinder is blockable; and wherein a hydraulic store connected to the load-bearing cylinder space is provided between the stop valve and the fall-back support cylinder.
An electronic apparatus, comprising: a first integrated circuit including an internal component section being adjusted with adjustment data, a nonvolatile memory (51, 70) in which beforehand acquired adjustment data of a result of adjustment carried out in advance for said internal component section are stored, and an interface section having a data transfer function of transferring the beforehand acquired adjustment data read out from said nonvolatile memory (51, 70) to a second integrated circuit and a data storage function of storing actual use adjustment data sent from the second integrated circuit and supplying the stored actual use adjustment data to said internal component section; characterized in that the second integrated circuit includes a signal processor, to which said interface section of said first integrated circuit is connected, as an internal component section, said signal processor being operable to receive the beforehand acquired adjustment data read out from said nonvolatile memory (51, 70) through said interface section, produce the actual use adjustment data from the received beforehand acquired adjustment data and send the produced actual use adjustment data to said interface section, wherein the beforehand acquired adjustment data stored in said nonvolatile memory (51, 70) are discrete data with respect to a variation of a predetermined parameter, and said signal processor produces the actual use adjustment data corresponding to the parameter acquired from the first integrated circuit by an interpolation process from the discrete beforehand acquired adjustment data, wherein said first integrated circuit composes a front end section for receiving a broadcast signal, and said second integrated circuit composes a demodulation section for demodulating a signal from said front end section, wherein the beforehand acquired adjustment data are written in an error correction encoded form in said nonvolatile memory (51, 70) and are subjected to error correction decoding by said signal processor of said second integrated circuit. a first integrated circuit including an internal component section being adjusted with adjustment data, a nonvolatile memory (51, 70) in which beforehand acquired adjustment data of a result of adjustment carried out in advance for said internal component section are stored, and an interface section having a data transfer function of transferring the beforehand acquired adjustment data read out from said nonvolatile memory (51, 70) to a second integrated circuit and a data storage function of storing actual use adjustment data sent from the second integrated circuit and supplying the stored actual use adjustment data to said internal component section;
A method for controlling a hydraulic system of a vehicle driveline, wherein the hydraulic system at least comprises a pump, a pressure accumulator, and a hydraulic actuator arranged in fluid connection with each other, for controlling functions of the driveline, wherein the pump is arranged to supply hydraulic fluid into the hydraulic system, comprising the steps of; - determining a fluid pressure (p) in the hydraulic system, - comparing the determined fluid pressure (p) with an upper threshold value (Tu) and, if the determined fluid pressure (p) is above the upper threshold value (Tu) - decreasing the supply of hydraulic fluid into the hydraulic system, - comparing the fluid pressure (p) of the hydraulic system with a critical lower threshold value (Tcl) and characterised in that, if the pressure (p) is below the predetermined critical lower threshold value (Tcl), - controlling a transmission of the driveline in a limited actuation mode in which the transmission is controlled such that less actuator actuations of the hydraulic actuator are performed in comparison to a normal actuation mode. - determining a fluid pressure (p) in the hydraulic system, - comparing the determined fluid pressure (p) with an upper threshold value (Tu) and, if the determined fluid pressure (p) is above the upper threshold value (Tu) - decreasing the supply of hydraulic fluid into the hydraulic system, - comparing the fluid pressure (p) of the hydraulic system with a critical lower threshold value (Tcl) and characterised in that, if the pressure (p) is below the predetermined critical lower threshold value (Tcl), - controlling a transmission of the driveline in a limited actuation mode in which the transmission is controlled such that less actuator actuations of the hydraulic actuator are performed in comparison to a normal actuation mode. - controlling a transmission of the driveline in a limited actuation mode in which the transmission is controlled such that less actuator actuations of the hydraulic actuator are performed in comparison to a normal actuation mode.
A process for preparing a tissue matrix suitable for regenerative repair of soft tissue, comprising: contacting an isolated portion of connective tissue with a surfactant, contacting the connective tissue with a disinfectant, reducing at least one of proteoglycans, lipids, phospholipids, nucleic acids, and major histocompatibility antigens that inhibit cellular infiltration and attachment, and dehydrating the resultant tissue matrix for storage, and further comprising reducing the proteoglycan content of the connective tissue by a range of 30% to 50%, such that the tissue matrix retains 50% to 70% of extractable proteoglycans. contacting an isolated portion of connective tissue with a surfactant, contacting the connective tissue with a disinfectant, reducing at least one of proteoglycans, lipids, phospholipids, nucleic acids, and major histocompatibility antigens that inhibit cellular infiltration and attachment, and dehydrating the resultant tissue matrix for storage, and further comprising reducing the proteoglycan content of the connective tissue by a range of 30% to 50%, such that the tissue matrix retains 50% to 70% of extractable proteoglycans.
A method for increasing the content of isoflavone derivatives represented by the [Formula 2] to [Formula 5] in soybean leaves or soybean stems, the method comprising treating the soybean leave 10 to 90 days after seeding, with ethylene, an ethylene donor, or an ethylene generator in a concentration of 5 to 1000 ppm before or after harvest; or treating the soybean stem 10 to 90 days after seeding, with ethylene, an ethylene donor, or an ethylene generator in a concentration of 5 to 1000 ppm before harvest: and
A method by a mobile terminal (250; 400; 532; 922; 1022) for monitoring in a home network system (500; 900; 1000), the method comprising: displaying an arrangement map (1602; 2202) including an arrangement of a plurality of sections managed by the home network system and symbols (1604, 1604a) indicating positions of home devices having camera modules in the plurality of sections, the home devices comprising at least one movable home device; when detecting an abnormal situation in a first section from among the plurality of sections, displaying a notification (2002, 2204) of the abnormal situation on the first section in the arrangement map; detecting a user input on a symbol corresponding to a first home device having a camera module in the first section through the arrangement map; transmitting selection information indicating the first home device to a home gateway of the home network system, in response to the user input; receiving video data captured by the camera module of the first home device via the home gateway; and displaying the video data. displaying an arrangement map (1602; 2202) including an arrangement of a plurality of sections managed by the home network system and symbols (1604, 1604a) indicating positions of home devices having camera modules in the plurality of sections, the home devices comprising at least one movable home device; when detecting an abnormal situation in a first section from among the plurality of sections, displaying a notification (2002, 2204) of the abnormal situation on the first section in the arrangement map; detecting a user input on a symbol corresponding to a first home device having a camera module in the first section through the arrangement map; transmitting selection information indicating the first home device to a home gateway of the home network system, in response to the user input; receiving video data captured by the camera module of the first home device via the home gateway; and displaying the video data.
A tying tool comprising a handle containing a gearmotor and a tying region, which extends from said handle and comprises, in the following order: - a portion for cutting the tying wire, - a twisting unit for said wire, - a hook-like terminal guide for the sliding of said wire, said tying tool comprising means for the quick disassembly of said cutting portion, characterised in that said cutting portion is contained within a support which has a substantially box-like body interposed between said gearmotor and said guide, said cutting portion comprising a blade which has a substantially tubular space occupation, containing a contrast blade having a substantially cylindrical space occupation which is coaxial to said blade. - a portion for cutting the tying wire, - a twisting unit for said wire, - a hook-like terminal guide for the sliding of said wire,
A method for determining location on a wireless communication device, comprising: receiving a request for a location of the wireless communication device; receiving a plurality of wireless network messages, each message transmitted from a respective network edge device (26,28) that is associated with a respective one of a plurality of wireless networks; obtaining location measurement information from the received wireless network messages; obtaining location determining assistance information for each of the wireless networks associated with the received wireless network messages; determining more than one location of the wireless communication device based on the location measurement information and the location determining assistance information; determining an integrated location of the wireless communication device based on the more than one location of the wireless communication device; validating the integrated location of the wireless communication device; storing the integrated location of the wireless communication device; the method characterized in that validating the integrated location of the wireless communication device comprises comparing the integrated location of the wireless communication device to at least one of a group of a natural structure topology database, a natural structure topographical database and a man-made structure topology database; and wherein the integrated location of the wireless communication device is stored as a tagged wireless device location. receiving a request for a location of the wireless communication device; receiving a plurality of wireless network messages, each message transmitted from a respective network edge device (26,28) that is associated with a respective one of a plurality of wireless networks; obtaining location measurement information from the received wireless network messages; obtaining location determining assistance information for each of the wireless networks associated with the received wireless network messages; determining more than one location of the wireless communication device based on the location measurement information and the location determining assistance information; determining an integrated location of the wireless communication device based on the more than one location of the wireless communication device; validating the integrated location of the wireless communication device; storing the integrated location of the wireless communication device; the method characterized in that validating the integrated location of the wireless communication device comprises comparing the integrated location of the wireless communication device to at least one of a group of a natural structure topology database, a natural structure topographical database and a man-made structure topology database; and wherein the integrated location of the wireless communication device is stored as a tagged wireless device location.
A vehicle drive apparatus comprising: a case (19, 82) in which oil is reserved; an electric motor (MG1, MG2) housed in the case (19, 82); a gear mechanism housed in the case (19, 82), and the gear mechanism including a specified gear and a first gear, a vertical lower section of the first gear positioned above a surface of the oil in a vertical direction; a cooling mechanism including an oil pump and a pipe (58, 86), the cooling mechanism configured to pressure-feed the oil reserved in the case (19, 82) by the oil pump and supply the oil to the electric motor (MG1, MG2) to cool the electric motor (MG1, MG2), and the pipe (58, 86) being configured to feed the oil discharged from the oil pump to the electric motor (MG1, MG2), and the pipe (58, 86) being located above the first gear in the vertical direction, and the pipe (58, 86) having a hole (62, 94), some of the oil flowing through the pipe (58, 86) being discharged from the hole (62, 94), the hole (62, 94) being positioned above the first gear in the vertical direction, the vehicle drive apparatus being characterized in that it further comprises a lubrication mechanism configured to lubricate the gear mechanism by the oil thrown up by the specified gear and in that the hole (62, 94) is arranged at a position where a normal line direction of the hole (62, 94) differs from a vertically downward direction from the hole (62, 94), and the first gear is arranged at a position that does not overlap the normal line direction of the hole (62, 94). a case (19, 82) in which oil is reserved; an electric motor (MG1, MG2) housed in the case (19, 82); a gear mechanism housed in the case (19, 82), and the gear mechanism including a specified gear and a first gear, a vertical lower section of the first gear positioned above a surface of the oil in a vertical direction; a cooling mechanism including an oil pump and a pipe (58, 86), the cooling mechanism configured to pressure-feed the oil reserved in the case (19, 82) by the oil pump and supply the oil to the electric motor (MG1, MG2) to cool the electric motor (MG1, MG2), and the pipe (58, 86) being configured to feed the oil discharged from the oil pump to the electric motor (MG1, MG2), and the pipe (58, 86) being located above the first gear in the vertical direction, and the pipe (58, 86) having a hole (62, 94), some of the oil flowing through the pipe (58, 86) being discharged from the hole (62, 94), the hole (62, 94) being positioned above the first gear in the vertical direction,
An electrical device with a contact assembly comprising at least one electrical contact having a contacting end for contacting a counterpart contact of another electrical device, and a holding device for holding the electrical contact, wherein the holding device comprises an elastomeric material in which the electrical contact is elastically held, characterized in that the electrical contact is provided in an area of the elastomeric material which on the side of the contacting end of the electrical contact is raised relative to the surrounding of this area, wherein the contact assembly comprises a flat spring for pressing the contacting end against the counterpart contact of the other electrical device.
A method for producing a purified phthalonitrile, which comprises: a production reaction step for obtaining a reaction product gas comprising a phthalonitrile and a cyanobenzamide by reacting ammonia, oxygen and xylene in the presence of a catalyst; a collection step for obtaining a collection liquid by bringing the reaction product gas into contact with an organic solvent that has a boiling point lower than that of the phthalonitrile; a separation step for distilling the collection liquid by a high boiling point fraction-separating column, thereby obtaining a gas that comprises the phthalonitrile and the organic solvent from the column top, while obtaining a bottom liquid that comprises a cyanobenzamide from the column bottom, said bottom liquid having a phthalonitrile content of 90% by mass or less; a combustion step for subjecting the obtained bottom liquid to combustion, while being kept in a liquid state; and a rectification step for obtaining a purified phthalonitrile by removing the organic solvent from the gas obtained from the column top, wherein in the separation step, the liquid residence time at the column bottom is adjusted to 72 hours or less, the distillation pressure is adjusted to 12 kPa or less, and the temperature of the column bottom is adjusted to 200 to 230°C. a production reaction step for obtaining a reaction product gas comprising a phthalonitrile and a cyanobenzamide by reacting ammonia, oxygen and xylene in the presence of a catalyst; a collection step for obtaining a collection liquid by bringing the reaction product gas into contact with an organic solvent that has a boiling point lower than that of the phthalonitrile; a separation step for distilling the collection liquid by a high boiling point fraction-separating column, thereby obtaining a gas that comprises the phthalonitrile and the organic solvent from the column top, while obtaining a bottom liquid that comprises a cyanobenzamide from the column bottom, said bottom liquid having a phthalonitrile content of 90% by mass or less; a combustion step for subjecting the obtained bottom liquid to combustion, while being kept in a liquid state; and a rectification step for obtaining a purified phthalonitrile by removing the organic solvent from the gas obtained from the column top, wherein in the separation step, the liquid residence time at the column bottom is adjusted to 72 hours or less, the distillation pressure is adjusted to 12 kPa or less, and the temperature of the column bottom is adjusted to 200 to 230°C.
A multi-port, multi-plane valve, comprising: a housing defining an internal cavity and comprising a plurality of ports (1, 2, 3, 4, 5, 42, 44, 46, 48, 50), wherein each of the plurality of ports is in communication with the internal cavity and wherein at least one port of the plurality of ports lies in a first plane normal to a second plane of the other ports of the plurality of ports; and a shell body rotatably disposed within the internal cavity to selectively provide planar fluid communication between a first subset of the plurality of ports and multi-plane fluid communication between a second subset of the plurality of ports; characterised in that the shell body includes an opening and at least one flow enhancer channel (20A, 20B) arranged in the second plane, the at least one flow enhancer channel configured to reduce a pressure drop occurring in the multi-plane fluid communication when varying the multi-plane fluid communication between the second subset of the plurality of ports. a housing defining an internal cavity and comprising a plurality of ports (1, 2, 3, 4, 5, 42, 44, 46, 48, 50), wherein each of the plurality of ports is in communication with the internal cavity and wherein at least one port of the plurality of ports lies in a first plane normal to a second plane of the other ports of the plurality of ports; and a shell body rotatably disposed within the internal cavity to selectively provide planar fluid communication between a first subset of the plurality of ports and multi-plane fluid communication between a second subset of the plurality of ports;