mhurhangee/ep-ind-claims huggingface dataset:
Use of a quaternary ammonium salt additive in a diesel fuel composition to improve the engine performance of a diesel engine when using said diesel fuel composition; wherein the quaternary ammonium salt additive is formed by the reaction of a quaternising agent and a compound formed by the reaction of a hydrocarbyl-substituted acylating agent comprising on average at least 1.7 acylating groups per molecule and at least 1.7 molar equivalents of an amine of formula or: wherein R 2 and R 3 are the same or different alkyl, alkenyl or aryl groups having from 1 to 22 carbon atoms; X is a bond or alkylene group having from 1 to 20 carbon atoms; n is from 0 to 20; m is from 1 to 5; and R 4 is hydrogen or a C 1 to C 22 alkyl group; wherein the amine of formula or is not N,N-dimethyl-2-ethanolamine or 2-(2-dimethylaminoethoxy)ethanol; and wherein the improvement in performance is achieved by the reduction or the prevention of the formation of deposits in a diesel engine; wherein the quaternising agent is an ester of formula RCOOR 1 in which R is an optionally substituted alkyl, alkenyl, aryl or alkylaryl group and R 1 is a C 1 to C 22 alkyl, aryl or alkylaryl group.
An article management apparatus in which a board working machine allocates articles necessary for a production of a board product among articles stored in a storage based on a production plan of the board working machine, the board working machine producing the board product by performing predetermined board work on a board, the article management apparatus comprising: a first setting section configured to allow a user of the board working machine to set a restriction condition for each production plan of the board product; a second setting section configured to allow the user to set a priority among multiple priority elements when allocating the articles for the articles needed at a timing of producing the board product under the restriction condition set by the first setting section; and a selecting section configured to allocate the articles based on the priority of the priority elements set by the second setting section, wherein each of the board working machine and the storage is provided on multiple board working lines, and the first setting section is configured to allow the user to select a movability of the articles to different board working lines as the restriction condition, wherein the selecting section is configured to allow the articles to move to the different board working lines based on the restriction condition set by the first setting section, and wherein the selecting section is configured to allocate, based on the restriction condition set by the first setting section, among the articles stored in the storage of a first board working line, articles necessary for the board working machine of a second board working line in the production of the board product. a first setting section configured to allow a user of the board working machine to set a restriction condition for each production plan of the board product; a second setting section configured to allow the user to set a priority among multiple priority elements when allocating the articles for the articles needed at a timing of producing the board product under the restriction condition set by the first setting section; and a selecting section configured to allocate the articles based on the priority of the priority elements set by the second setting section, wherein each of the board working machine and the storage is provided on multiple board working lines, and the first setting section is configured to allow the user to select a movability of the articles to different board working lines as the restriction condition, wherein the selecting section is configured to allow the articles to move to the different board working lines based on the restriction condition set by the first setting section, and wherein the selecting section is configured to allocate, based on the restriction condition set by the first setting section, among the articles stored in the storage of a first board working line, articles necessary for the board working machine of a second board working line in the production of the board product.
A method for performing a hybrid automatic repeat request, HARQ, process in a wireless communication system, the method being performed by a mobile station, MS, (103, 104, 105, 600) and comprising: receiving selection information from a base station, BS,, the selection information indicating a HARQ timing selected among supportable HARQ timings of the BS; transmitting, through a physical uplink shared channel, PUSCH, data to the BS at a first uplink subframe of a first uplink carrier and a first uplink subframe of a second uplink carrier; receiving, through a physical hybrid-ARQ indicator channel, PHICH, an acknowledgment, ACK, or negative-acknowledgement, NACK, signal for the data from the BS at one downlink subframe of a downlink carrier; and retransmitting the data at a second uplink subframe of the first uplink carrier and a third uplink subframe of the second uplink carrier, when the NACK signal is received, wherein: the selection information semi-statically indicates the HARQ timing, a time interval from the first uplink subframe of the first uplink carrier to the second uplink subframe of the first uplink carrier is fixed to 8 subframes, and a time interval from the first uplink subframe of the second uplink carrier to the third uplink subframe of the second uplink carrier is determined by the selection information. receiving selection information from a base station, BS,, the selection information indicating a HARQ timing selected among supportable HARQ timings of the BS; transmitting, through a physical uplink shared channel, PUSCH, data to the BS at a first uplink subframe of a first uplink carrier and a first uplink subframe of a second uplink carrier; receiving, through a physical hybrid-ARQ indicator channel, PHICH, an acknowledgment, ACK, or negative-acknowledgement, NACK, signal for the data from the BS at one downlink subframe of a downlink carrier; and retransmitting the data at a second uplink subframe of the first uplink carrier and a third uplink subframe of the second uplink carrier, when the NACK signal is received, wherein: the selection information semi-statically indicates the HARQ timing, a time interval from the first uplink subframe of the first uplink carrier to the second uplink subframe of the first uplink carrier is fixed to 8 subframes, and a time interval from the first uplink subframe of the second uplink carrier to the third uplink subframe of the second uplink carrier is determined by the selection information. the selection information semi-statically indicates the HARQ timing, a time interval from the first uplink subframe of the first uplink carrier to the second uplink subframe of the first uplink carrier is fixed to 8 subframes, and a time interval from the first uplink subframe of the second uplink carrier to the third uplink subframe of the second uplink carrier is determined by the selection information.
Device for cleaning a vehicle window, comprising: - a foam generator, configured to draw in air and a cleaning fluid and mix the air and the cleaning fluid and at least partially convert them into a foam, - regulating means for regulating the air flow drawn in by the foam generator, - a control unit configured to control the air flow regulating means on the basis of at least one parameter, characterized in that the air flow regulating means comprise a controlled-delivery pump. - a foam generator, configured to draw in air and a cleaning fluid and mix the air and the cleaning fluid and at least partially convert them into a foam, - regulating means for regulating the air flow drawn in by the foam generator, - a control unit configured to control the air flow regulating means on the basis of at least one parameter, characterized in that the air flow regulating means comprise a controlled-delivery pump.
A syringe comprising: a barrel having a proximal end for insertion of a plunger and a distal end with a tip, and a plunger slidably movable in the barrel, wherein the plunger comprises a handle with at least one hollow channel, a piston with at least one hollow channel, and a septum, wherein handle and piston when assembled form at least one continuous channel.
An electric current transducer module comprising a housing, a magnetic circuit comprising a magnetic core and an air gap, the magnetic core having a central passage configured to receive a primary conductor carrying a primary current to be measured through the central passage, a signal processing circuit including a circuit board and electrical terminals for connection to external circuitry, and a magnetic field detector arranged at least partially in the air gap of the magnetic circuit, the transducer further comprises a magnetic core mounting support comprising a grounding and fixing mechanism, characterized in that said magnetic core mounting support further comprises a molded support, said grounding and fixing mechanism being configured to hold and rigidly fix the magnetic core to the molded support to form a magnetic circuit unit, said magnetic circuit unit configured to be fixedly assembled to the circuit board and mounted in the housing.
A method for saving power in a user equipment, UE,, comprising: discovering at least one available access technology radio access network, RAN, having at least one access technology type; switching off power to a removable Universal Integrated Circuit Card, UICC, having subscription information for a second technology type different from a first technology type when a first technology type RAN is the only access technology RAN available; and establishing access to first technology type RAN user subscription information in a nonvolatile memory, NV, on the UE when a first technology type RAN is the only access technology RAN available. discovering at least one available access technology radio access network, RAN, having at least one access technology type; switching off power to a removable Universal Integrated Circuit Card, UICC, having subscription information for a second technology type different from a first technology type when a first technology type RAN is the only access technology RAN available; and establishing access to first technology type RAN user subscription information in a nonvolatile memory, NV, on the UE when a first technology type RAN is the only access technology RAN available.
A contactor assembly adapted for switching power to a circuit having a power source, the contactor assembly comprising: a housing defining an interior compartment and including internal chamber walls (402, 404, 406, 408) that laterally extend within the interior compartment to define a protection chamber (414, 416); characterised in that the contactor assembly comprises: carry contacts (202, 204) disposed in the protection chamber (414, 416) of the housing, the carry contacts (202, 204) including conductive bodies that protrude from the housing and are configured to close the circuit; and arc contacts (206, 208) disposed in the housing outside of the protection chamber (414, 416), the arc contacts (206, 208) including conductive bodies that protrude from the housing and are configured to close the circuit, wherein the internal chamber walls (402, 404, 406, 408) of the housing prevent material that is expelled from one or more of the arc contacts (206, 208) when an electric arc emanates from the one or more of the arc contacts (206, 208) from contaminating one or more of the carry contacts (202, 204). a housing defining an interior compartment and including internal chamber walls (402, 404, 406, 408) that laterally extend within the interior compartment to define a protection chamber (414, 416); characterised in that the contactor assembly comprises: carry contacts (202, 204) disposed in the protection chamber (414, 416) of the housing, the carry contacts (202, 204) including conductive bodies that protrude from the housing and are configured to close the circuit; and arc contacts (206, 208) disposed in the housing outside of the protection chamber (414, 416), the arc contacts (206, 208) including conductive bodies that protrude from the housing and are configured to close the circuit, wherein the internal chamber walls (402, 404, 406, 408) of the housing prevent material that is expelled from one or more of the arc contacts (206, 208) when an electric arc emanates from the one or more of the arc contacts (206, 208) from contaminating one or more of the carry contacts (202, 204). carry contacts (202, 204) disposed in the protection chamber (414, 416) of the housing, the carry contacts (202, 204) including conductive bodies that protrude from the housing and are configured to close the circuit; and arc contacts (206, 208) disposed in the housing outside of the protection chamber (414, 416), the arc contacts (206, 208) including conductive bodies that protrude from the housing and are configured to close the circuit, wherein the internal chamber walls (402, 404, 406, 408) of the housing prevent material that is expelled from one or more of the arc contacts (206, 208) when an electric arc emanates from the one or more of the arc contacts (206, 208) from contaminating one or more of the carry contacts (202, 204).
Solar cell module, having a plurality of solar cell strings, wherein each solar cell string has a plurality of solar cells connected in series, characterised in that the solar cell module has a plurality of solar cells of a group A and a plurality of solar cell elements from a group B, wherein the solar cells of the group A have at the optimum working point a smaller output current than the solar cell elements of the group B, that the solar cell module has a first module segment having several solar cell strings connected in parallel, wherein each solar cell string of the first module segment is formed from solar cells of the group A connected in series and the solar cell module has at least one second module segment, connected in series with the first module segment, having at least one solar cell string B1 which has a plurality of solar cell elements of the group B connected in series. having a plurality of solar cell strings, wherein each solar cell string has a plurality of solar cells connected in series, characterised in that the solar cell module has a plurality of solar cells of a group A and a plurality of solar cell elements from a group B, wherein the solar cells of the group A have at the optimum working point a smaller output current than the solar cell elements of the group B, that the solar cell module has a first module segment having several solar cell strings connected in parallel, wherein each solar cell string of the first module segment is formed from solar cells of the group A connected in series and the solar cell module has at least one second module segment, connected in series with the first module segment, having at least one solar cell string B1 which has a plurality of solar cell elements of the group B connected in series.
Method for processing, in particular cutting, a graphic applied to a workpiece, in particular a graphic area, comprising the following steps: - Creating and/or loading a processing job with a graphic or a graphic area, respectively, and recognition features on a display element, in particular a computer; - applying the recognition features and the graphic or the graphic area, respectively, to the workpiece; - arranging the workpiece in a processing area of a laser plotter, in particular with an optical unit for detecting the recognition features; - capturing or detecting, respectively, the workpiece with the recognition features in order to determine the position and orientation of the workpiece, in particular the applied graphics or the graphics area, respectively, in the processing area; - carrying out the machining process after successful detection of the workpiece, in particular of the graphics or of the graphics area, respectively, characterized in that - after insertion of the workpiece in the machining area, a laser pointer of the laser (5, 6) is positioned on any recognition feature, - whereupon a processing image of the graphics or of the graphics area, respectively, which is displayed on a display element, with the associated recognition feature is shifted in such a manner on the display element that a laser position displayed on the display element corresponds to the recognition feature marked with the laser pointer. - Creating and/or loading a processing job with a graphic or a graphic area, respectively, and recognition features on a display element, in particular a computer; - applying the recognition features and the graphic or the graphic area, respectively, to the workpiece; - arranging the workpiece in a processing area of a laser plotter, in particular with an optical unit for detecting the recognition features; - capturing or detecting, respectively, the workpiece with the recognition features in order to determine the position and orientation of the workpiece, in particular the applied graphics or the graphics area, respectively, in the processing area; - carrying out the machining process after successful detection of the workpiece, in particular of the graphics or of the graphics area, respectively, characterized in that - after insertion of the workpiece in the machining area, a laser pointer of the laser (5, 6) is positioned on any recognition feature, - whereupon a processing image of the graphics or of the graphics area, respectively, which is displayed on a display element, with the associated recognition feature is shifted in such a manner on the display element that a laser position displayed on the display element corresponds to the recognition feature marked with the laser pointer.
Folding support for folding a slidingly openable and closable tarpaulin attached to laterally slidable elongated support means, which folding support has an exterior arranged to push against the tarpaulin and an interior located opposite to the exterior, the folding support comprising the following portions: - first and second end portions (12, 13) located at two opposite ends of the folding support and arranged to attach the folding support to two of said elongated support means; - a first rigid portion hingedly connected via a first folding line to said first end portion, and a second rigid portion hingedly connected via a second folding line to said second end portion; and - a flexible central portion having a first end that is contiguous with said first rigid portion and a second end that is contiguous with said second rigid portion, wherein said rigid portions (16, 17) are mutually pivotable about said central portion between a folded shut position of the folding support, in which said folding lines (14, 15) are at a minimal distance to each other, and a folded open position of the folding support, in which said folding lines (14, 15) are at a maximal distance to each other, characterized in that, in said folded open position of the folding support, said central portion has a length, measured along the shortest possible straight line between said ends (19, 20), of 4 cm to 12 cm, and that, also in said folded open position of the folding support, said central portion has a concave interior having a first sagittal height (P 1) comprised between 1.5 and 25% of said length and a convex exterior having a second sagittal height (P 2) comprised between 1.5 and 25% of said length. - first and second end portions (12, 13) located at two opposite ends of the folding support and arranged to attach the folding support to two of said elongated support means; - a first rigid portion hingedly connected via a first folding line to said first end portion, and a second rigid portion hingedly connected via a second folding line to said second end portion; and - a flexible central portion having a first end that is contiguous with said first rigid portion and a second end that is contiguous with said second rigid portion,
An in vitro method of detecting a protease associated with a disease in a subject that has been administered a pro-diagnostic reagent, wherein the pro-diagnostic reagent comprises a carrier domain linked to a signature producing domain, wherein the carrier domain is a nanoparticle or a microparticle, wherein the signature producing domain comprises a protease-susceptible domain which is linked to a signature molecule, wherein the protease-susceptible domain is susceptible to cleavage by a protease associated with a disease; and wherein the method comprises: identifying a biological sample for detection of the signature molecule, wherein the biological sample has been provided from a site different from a site in which the signature molecule is produced; and subjecting the biological sample to a multiplexed mass spectrometry analysis method in order to detect the presence of the signature molecule, wherein the presence of the signature molecule in the biological sample is indicative of the protease associated with the disease or the substrate associated with the disease within the subject. wherein the carrier domain is a nanoparticle or a microparticle, wherein the signature producing domain comprises a protease-susceptible domain which is linked to a signature molecule, wherein the protease-susceptible domain is susceptible to cleavage by a protease associated with a disease; and wherein the method comprises: identifying a biological sample for detection of the signature molecule, wherein the biological sample has been provided from a site different from a site in which the signature molecule is produced; and subjecting the biological sample to a multiplexed mass spectrometry analysis method in order to detect the presence of the signature molecule, wherein the presence of the signature molecule in the biological sample is indicative of the protease associated with the disease or the substrate associated with the disease within the subject. identifying a biological sample for detection of the signature molecule, wherein the biological sample has been provided from a site different from a site in which the signature molecule is produced; and subjecting the biological sample to a multiplexed mass spectrometry analysis method in order to detect the presence of the signature molecule, wherein the presence of the signature molecule in the biological sample is indicative of the protease associated with the disease or the substrate associated with the disease within the subject.
Valve assembly with a valve carrier and at least one valve unit with an electrically actuable drive unit, wherein the valve unit is encapsulated and accommodated in a storage space, sealed from the outside, of the valve carrier, which is jointly bounded by a base body of the valve carrier, which has valve carrier fluid passages in fluidic connection with the valve unit, and by a hood-shaped cover lid of the valve carrier, releasably attached to a mounting surface of the base body and having a top wall and a continuous side peripheral wall, wherein the cover lid has a hood-shaped cover body with an opaque boundary wall immediately bounding the storage space, wherein the boundary wall has at least one delimited translucent area, wherein at least one window passes locally through the boundary wall of the hood-shaped cover body, characterised in that the cover lid has a hood-shaped sleeve body, enveloping the exterior of the cover body at least in the area of the boundary wall and made altogether of a translucent material, which is fixed to the cover body and forms a translucent sealing means tightly sealing the at least one window.
A biphasic lipid vesicle composition for use in the treatment of cervical dysplasia by intravaginal delivery, comprising a suspension of lipid-bilayer vesicles having entrapped therein, an oil-in-water emulsion, human interferon alpha-2b and L-methionine, the composition having an interferon alpha-2b specific activity of between about 1 and 10 MIU (million international units) per gram composition, and between 0.01 to 0.5 weight percent L-methionine.