mhurhangee/ep-ind-claims huggingface dataset:
An engine starting device of an idle reduction vehicle that automatically stops an engine when a predetermined engine stopping condition is satisfied and that restarts the engine by operating a starter motor when a predetermined engine restarting condition is satisfied, the engine starting device comprising: a resistor that is arranged in series between the starter motor and a battery; a bypass relay that is arranged in parallel to the resistor and that has a structure of a normally close contact maintaining a relay contact in an open state by energization; a current supply path; and a control means configured to control whether or not a current supplied from the current supply path is supplied to the bypass relay for the energization, characterized in that a current is supplied from the battery to the current supply path when an ignition switch is on, and the current supply from the battery to the current supply path is interrupted when the engine is started initially by a driver setting the ignition switch at an engine start position. a resistor that is arranged in series between the starter motor and a battery; a bypass relay that is arranged in parallel to the resistor and that has a structure of a normally close contact maintaining a relay contact in an open state by energization; a current supply path; and a control means configured to control whether or not a current supplied from the current supply path is supplied to the bypass relay for the energization, a current is supplied from the battery to the current supply path when an ignition switch is on, and the current supply from the battery to the current supply path is interrupted when the engine is started initially by a driver setting the ignition switch at an engine start position.
A method for authentication of a user at an access device by means of a cellular mobile radio network, wherein the access device gives access to a facility or a service different from the cellular mobile radio network, the cellular mobile radio network comprising a base station defining a mobile radio cell with a unique identifier, a mobile radio terminal having a unique identifier books into the cellular mobile radio network via said base station, and wherein the authentication is carried out by means of the identifier of the mobile radio cell and the identifier of the mobile radio terminal, wherein the base station is arranged at the location of the access device so that the access device has its own mobile radio cell serviced by the base station, this mobile radio cell defining an authentication cell of the mobile radio network, and the mobile radio terminal is caused to book into the cellular mobile radio network via said base station of said authentication cell for the purpose of authentication at the access device whereupon the identifiers are sent to an authentication entity (18, 19) that checks whether the user is permitted to get access at the access device, and that access is granted or denied depending on the permission of the user, characterized in that the base station broadcasts - a special cellular mobile radio network operator identification that is not uniquely assigned to a particular network operator but to more than one network operator, or - a neutral cellular mobile radio network operator identification that does not refer to any particular network operator, or - several cellular mobile radio network operator identifications. - a special cellular mobile radio network operator identification that is not uniquely assigned to a particular network operator but to more than one network operator, or - a neutral cellular mobile radio network operator identification that does not refer to any particular network operator, or - several cellular mobile radio network operator identifications.
A blade server enclosure comprising a liquid-cooled insert for the blade server enclosure, the blade server enclosure having a slot for receiving a blade server, the blade server having a processor that generates heat and a heat transfer block extending to a rear portion of the blade server for dissipating heat from the processor when the blade server is positioned in the blade server enclosure, the heat transfer block being located within a heat transfer zone of the blade server enclosure, the insert comprising: a manifold mounted to the blade server enclosure and extending in a direction perpendicular to the blade server, the manifold supporting a chilled surface extending into the heat transfer zone, the chilled surface having a fluid conduit running therethrough having a cold liquid inlet and a hot liquid outlet, the chilled surface being in surface contact with the heat transfer block when the blade server is positioned in the blade server enclosure; a first conduit connecting a supply of cold liquid with the cold liquid inlet; and a second conduit connecting the hot liquid outlet to a location away from the heat transfer zone. a manifold mounted to the blade server enclosure and extending in a direction perpendicular to the blade server, the manifold supporting a chilled surface extending into the heat transfer zone, the chilled surface having a fluid conduit running therethrough having a cold liquid inlet and a hot liquid outlet, the chilled surface being in surface contact with the heat transfer block when the blade server is positioned in the blade server enclosure; a first conduit connecting a supply of cold liquid with the cold liquid inlet; and a second conduit connecting the hot liquid outlet to a location away from the heat transfer zone.
A production method of a polyphenylene sulfide resin composition, the polyphenylene sulfide resin composition, comprising: 1 to 100 parts by weight of an olefin elastomer; and 0.01 to 10 parts by weight of a carboxylic acid amide wax mixture, relative to 100 parts by weight of a polyphenylene sulfide resin, wherein the carboxylic acid amide wax mixture is obtained by adding 0.01 to 5 parts by weight of an antioxidant to 100 parts by weight of a carboxylic acid amide wax produced by reaction of a higher aliphatic monocarboxylic acid, a polybasic acid and a diamine, the production method comprising the step of mixing the polyphenylene sulfide resin after mixing at least the carboxylic acid amide wax with the antioxidant. 1 to 100 parts by weight of an olefin elastomer; and 0.01 to 10 parts by weight of a carboxylic acid amide wax mixture, relative to 100 parts by weight of a polyphenylene sulfide resin, wherein the carboxylic acid amide wax mixture is obtained by adding 0.01 to 5 parts by weight of an antioxidant to 100 parts by weight of a carboxylic acid amide wax produced by reaction of a higher aliphatic monocarboxylic acid, a polybasic acid and a diamine,
An automated peritoneal dialysis system comprising a cycler including a cycler housing and a door arranged to enclose a cassette when the door is in a closed position; the door hingedly connected to the housing so that a mounting location on an inner side of the door is exposed when the door is lowered into an open position; the mounting location having a shape arranged to match a shape of a base member of the cassette to ensure proper orientation of the cassette when mounted in the mounting location; characterized in that the peritoneal dialysis system is configured to allow a user to place the cassette horizontally into the mounting location of the door when the door is in the open position, so that closing the door properly places the cassette into an interactive position with the cycler. the door hingedly connected to the housing so that a mounting location on an inner side of the door is exposed when the door is lowered into an open position; the mounting location having a shape arranged to match a shape of a base member of the cassette to ensure proper orientation of the cassette when mounted in the mounting location; characterized in that the peritoneal dialysis system is configured to allow a user to place the cassette horizontally into the mounting location of the door when the door is in the open position, so that closing the door properly places the cassette into an interactive position with the cycler.
A superparamagnetic nanoparticles MRI contrast agent coated with carboxylated mannan, which can visualize antigen presenting cells and the tissue containing such antigen presenting cells specifically in MRI, wherein the carboxylated mannan is obtained with the following steps: A) synthesizing aldehyde-mannan by introducing aldehyde group into mannan; and B) preparing carboxylated mannan by oxidizing the aldehyde-mannan, and wherein carboxylated mannan corresponds to: A) synthesizing aldehyde-mannan by introducing aldehyde group into mannan; and B) preparing carboxylated mannan by oxidizing the aldehyde-mannan,
A solid form of ceftolozane sulfate DMAc solvate that produces an X-ray powder diffraction (XRPD) pattern having diffractions at angles (2 theta ±0.2) of 12.8, 17.5, 21.7, 24.0 and 24.6, as measured on equipment using a Cu radiation source and a Nickel filter.
A crane housing comprising: - a substantially cylinder-shaped circumferential wall with a lower section delimited by a lower end of the wall, which lower end is adapted to be mounted to a slew bearing, said lower end having a diameter corresponding substantially to the diameter of the slew bearing, and with an upper section delimited by an upper end of the wall, the wall having an inside and an outside, - a boom support structure adapted to support an inner end of a pivotal boom of the crane to pivot about a horizontal pivot axis, which boom support structure is arranged at a front side of the crane housing, characterized in that the boom support structure comprises at least two box elements (BE1,BE2,BE3,BE4) of each of which an end portion overlaps with and is integrated with the upper section of the wall, and in that the crane housing further comprises oblique strengthening ribs (R1-R9) that are mounted onto and integrated with a side of the circumferential wall, each of said oblique strengthening ribs extending from a respective box element end portion in an oblique downwards direction towards the lower end of the wall. - a substantially cylinder-shaped circumferential wall with a lower section delimited by a lower end of the wall, which lower end is adapted to be mounted to a slew bearing, said lower end having a diameter corresponding substantially to the diameter of the slew bearing, and with an upper section delimited by an upper end of the wall, the wall having an inside and an outside, - a boom support structure adapted to support an inner end of a pivotal boom of the crane to pivot about a horizontal pivot axis, which boom support structure is arranged at a front side of the crane housing,
An actuation gear for displacing a connecting rod of a window or a door, in particular of a lift and slide element such as a lift and slide door or a lift and slide window, wherein the actuation gear comprises: - a connecting rod which is displaceable in a translatory manner and which is drive-effectively couplable to an adjustment element such as a lifting element for raising and lowering a lift and slide element; - a transmission element which is displaceable in a translatory manner and which is drive-effectively couplable to an electric motor; - a latch which is movable between a locked position, in which the connecting rod is drive-effectively coupled to the transmission element, and an unlocked position, in which the connecting rod is uncoupled from the transmission element, and indeed transversely to the longitudinal extent of the connecting rod; and - a manually actuable input shaft, characterized in that the input shaft is movable transversely to the longitudinal extent of the connecting rod, with the input shaft being drive-effectively coupled to the latch irrespective of the position of the latch and being drive-effectively coupled to the connecting rod via said latch. - a connecting rod which is displaceable in a translatory manner and which is drive-effectively couplable to an adjustment element such as a lifting element for raising and lowering a lift and slide element; - a transmission element which is displaceable in a translatory manner and which is drive-effectively couplable to an electric motor; - a latch which is movable between a locked position, in which the connecting rod is drive-effectively coupled to the transmission element, and an unlocked position, in which the connecting rod is uncoupled from the transmission element, and indeed transversely to the longitudinal extent of the connecting rod; and - a manually actuable input shaft,
A process for stacking a high-power lithium battery comprising anodes, separators, and cathodes, the process comprising: providing an anode attached to a separator; wherein the anode comprises a first metal film coated with a first lubricant material on both sides except the edge portion comprising: attaching an adhesive material to a non-coated portion of one side of the anode, wherein the non-coated portion is not coated with the first lubricant material; attaching a number of the anodes with the adhesive material attached, onto the separator to be separated from each other; and cutting the separator with the anodes attached, in each unit of the anodes, providing a cathode attached to a separator; wherein the cathode comprises a second metal film coated with a second lubricant material on both sides except the edge portion comprising: attaching an adhesive material to a non-coated portion of one side of the cathode, wherein the non-coated portion is not coated with the second lubricant material; attaching a number of the cathodes with the adhesive material attached, onto the separator to be separated from each other; and cutting the separator with the cathodes attached, in each unit of the cathodes, storing the anode attached to the separator in a cartridge; storing the cathode attached to the separator in a cartridge; and alternately stacking the cathode and the anode to form a stack cell. providing an anode attached to a separator; wherein the anode comprises a first metal film coated with a first lubricant material on both sides except the edge portion comprising: attaching an adhesive material to a non-coated portion of one side of the anode, wherein the non-coated portion is not coated with the first lubricant material; attaching a number of the anodes with the adhesive material attached, onto the separator to be separated from each other; and cutting the separator with the anodes attached, in each unit of the anodes, providing a cathode attached to a separator; wherein the cathode comprises a second metal film coated with a second lubricant material on both sides except the edge portion comprising: attaching an adhesive material to a non-coated portion of one side of the cathode, wherein the non-coated portion is not coated with the second lubricant material; attaching a number of the cathodes with the adhesive material attached, onto the separator to be separated from each other; and cutting the separator with the cathodes attached, in each unit of the cathodes, storing the anode attached to the separator in a cartridge; storing the cathode attached to the separator in a cartridge; and alternately stacking the cathode and the anode to form a stack cell.
A combined cabinet, comprising cabinet units and connecting devices, wherein each connecting device comprises L-shaped corner protectors and embedding pillars respectively arranged at four corners of an outer side of each cabinet unit, three parts, namely, adjacent sides of any two L-shaped corner protectors and an outer wall of each cabinet unit form a trapezoid embedding groove, each embedding pillar with a double-trapezoid cross section is embedded in the trapezoid embedding groove, and two adjacent cabinet units are connected by the embedding pillar; characterized in that the embedding pillar is provided with a drawable unit, the drawable unit comprises a sleeve fixedly connected to an interior of the embedding pillar, a drawable rod slidably connected to an interior of the sleeve, and an elastic extend-retract assembly provided in the sleeve for driving the drawable rod to extend or retract, wherein when an end of the drawable rod is pressed to make the drawable rod extended, a length of the drawable rod is long enough to be held by a human hand; and wherein one side of the embedding groove is filled with a wooden wedge to avoid a displacement of the embedding pillar..
A microfluidic device for analyzing permeability of substances through a membrane, wherein the substances are disposed in a respective fluid flow (F1,F2), the microfluidic device comprising - a housing; - a first flow channel for passing a first fluid flow through the housing between a first input connector and a first output connector; - a second flow channel for passing a second fluid flow through the housing between a second input connector and a second output connector; - an access cavity extending from outside into the housing through the first flow channel and into the second flow channel for accessing an inside of the housing to place the membrane over a cavity opening forming an exclusive fluid interconnection between overlapping areas of the flow channels (11,12); and - a clamping ring comprising a connection structure configured to engage a corresponding connection structure of the housing inside the access cavity for holding the sample membrane in place over the cavity opening while the membrane is, in use, exposed to the respective fluid flows (F1,F2) through the flow channels (11,12) on either sides of the membrane, wherein the cavity opening on one side of the membrane and a ring opening through the clamping ring on another side of the membrane are configured to expose the membrane to the respective fluid flows (F1,F2) in the flow channels (11,12), wherein the clamping ring is configured to form part of the first flow channel, characterised in that the clamping ring comprises a sloped and/or rounded transition between its inner and outer diameters getting gradually thinner towards its center where the membrane is to be exposed to the first fluid flow. - a housing; - a first flow channel for passing a first fluid flow through the housing between a first input connector and a first output connector; - a second flow channel for passing a second fluid flow through the housing between a second input connector and a second output connector; - an access cavity extending from outside into the housing through the first flow channel and into the second flow channel for accessing an inside of the housing to place the membrane over a cavity opening forming an exclusive fluid interconnection between overlapping areas of the flow channels (11,12); and - a clamping ring comprising a connection structure configured to engage a corresponding connection structure of the housing inside the access cavity for holding the sample membrane in place over the cavity opening while the membrane is, in use, exposed to the respective fluid flows (F1,F2) through the flow channels (11,12) on either sides of the membrane, wherein the cavity opening on one side of the membrane and a ring opening through the clamping ring on another side of the membrane are configured to expose the membrane to the respective fluid flows (F1,F2) in the flow channels (11,12), wherein the clamping ring is configured to form part of the first flow channel, characterised in that the clamping ring comprises a sloped and/or rounded transition between its inner and outer diameters getting gradually thinner towards its center where the membrane is to be exposed to the first fluid flow.
A breath powered dry powder inhaler configured to deliver particles to the pulmonary circulation of a subject, comprising: a mouthpiece air conduit (140, 540, 640) having an inlet (110, 510, 610), an outlet (135, 535, 635); and a container (151, 551, 651) configured to have a relatively cup-like shape with two relatively flat and parallel sides, a relatively rounded bottom and an interior surface defining an internal volume for containing the particles, the container having an air inlet (119, 556, 656) and being reconfigurable within the inhaler between a powder containment position in which communication to the internal volume is restricted and a powder dosing configuration in which one or more dispensing ports (127, 173, 527, 627) communicate the internal volume with the mouthpiece air conduit, the inlet and the dispensing port or ports forming an air passage through the internal volume to the mouthpiece air conduit to allow an air flow to enter the internal volume and exit from the internal volume to the flow passage; the container being configured so that air entering the air inlet is directed across the dispensing port or ports within the internal volume to meter the medicament leaving the inhaler so that the rate of discharge of powder is controlled, and wherein airflow in the container can tumble substantially perpendicular to the dispensing port or ports flow direction and mix and fluidize particles when present in the internal volume prior to exiting through the dispensing port or ports. a mouthpiece air conduit (140, 540, 640) having an inlet (110, 510, 610), an outlet (135, 535, 635); and a container (151, 551, 651) configured to have a relatively cup-like shape with two relatively flat and parallel sides, a relatively rounded bottom and an interior surface defining an internal volume for containing the particles, the container having an air inlet (119, 556, 656) and being reconfigurable within the inhaler between a powder containment position in which communication to the internal volume is restricted and a powder dosing configuration in which one or more dispensing ports (127, 173, 527, 627) communicate the internal volume with the mouthpiece air conduit, the inlet and the dispensing port or ports forming an air passage through the internal volume to the mouthpiece air conduit to allow an air flow to enter the internal volume and exit from the internal volume to the flow passage; the container being configured so that air entering the air inlet is directed across the dispensing port or ports within the internal volume to meter the medicament leaving the inhaler so that the rate of discharge of powder is controlled, and wherein airflow in the container can tumble substantially perpendicular to the dispensing port or ports flow direction and mix and fluidize particles when present in the internal volume prior to exiting through the dispensing port or ports.