mhurhangee/ep-ind-claims huggingface dataset:
A signal transmission method, comprising: receiving (502, 905), by a remote radio unit, RRU,, a first packet sent by a central access point, AP,, wherein the first packet comprises a first field, and the first field is used to indicate a physical layer configuration status parameter for packet transmission; configuring, by the RRU, a packet transmission state based on the first field; and sending (504, 909), by the RRU, a second packet to a station based on the packet transmission state, wherein the second packet comprises data; characterized in that the first field carries a first index value, and the configuring, by the RRU, a packet transmission state based on the first field comprises: determining, by the RRU based on the first index value and a mapping relationship, a first configuration status subparameter corresponding to the first index value, wherein the mapping relationship is a mapping relationship between at least one index value and at least one configuration status subparameter; and configuring, by the RRU, the packet transmission state based on the first configuration status subparameter; and wherein, before the determining a first configuration status subparameter corresponding to the first index value, the method further includes: receiving, by the RRU, a sounding packet, where the sounding packet is used to measure air interface channel quality; sending, by the RRU, the sounding packet to the station; and receiving, by the RRU, a response packet of the sounding packet, where the response packet includes the mapping relationship. receiving (502, 905), by a remote radio unit, RRU,, a first packet sent by a central access point, AP,, wherein the first packet comprises a first field, and the first field is used to indicate a physical layer configuration status parameter for packet transmission; configuring, by the RRU, a packet transmission state based on the first field; and sending (504, 909), by the RRU, a second packet to a station based on the packet transmission state, wherein the second packet comprises data; characterized in that the first field carries a first index value, and the configuring, by the RRU, a packet transmission state based on the first field comprises: determining, by the RRU based on the first index value and a mapping relationship, a first configuration status subparameter corresponding to the first index value, wherein the mapping relationship is a mapping relationship between at least one index value and at least one configuration status subparameter; and configuring, by the RRU, the packet transmission state based on the first configuration status subparameter; and wherein, before the determining a first configuration status subparameter corresponding to the first index value, the method further includes: receiving, by the RRU, a sounding packet, where the sounding packet is used to measure air interface channel quality; sending, by the RRU, the sounding packet to the station; and receiving, by the RRU, a response packet of the sounding packet, where the response packet includes the mapping relationship.
A play eliminating apparatus in a variable gauge undercarriage comprising: a hydraulic cylinder to actuate relative movement between co-operating telescopic members (50, 52); a lock member for engaging a telescopic member to eliminate play between the telescopic members (50, 52), the lock member comprising a contact member to abut and brace the telescopic member (50, 52); characterised in that a control circuit is connected to the lock member and the hydraulic cylinder to sequentially actuate the lock member and the hydraulic cylinder wherein the lock member is configured to be biased from engagement with the telescopic member (50, 52) and the control circuit is arranged to release the lock member from engagement to the telescopic member (50, 52) prior to retraction of the hydraulic cylinder. a hydraulic cylinder to actuate relative movement between co-operating telescopic members (50, 52); a lock member for engaging a telescopic member to eliminate play between the telescopic members (50, 52), the lock member comprising a contact member to abut and brace the telescopic member (50, 52); characterised in that a control circuit is connected to the lock member and the hydraulic cylinder to sequentially actuate the lock member and the hydraulic cylinder wherein the lock member is configured to be biased from engagement with the telescopic member (50, 52) and the control circuit is arranged to release the lock member from engagement to the telescopic member (50, 52) prior to retraction of the hydraulic cylinder.
A diagnosis assisting system comprising: a blood cell analyzing section (2, 33, 34) for analyzing blood cells in a blood sample collected from a subject; a determining section (3,32) for determining whether there is a possibility that the subject has a predetermined disease based on an analysis result obtained by the analyzing section; a notification section (3, 32) for notifying the possibility when the determining section has determined that there is the possibility; and a diagnosis assisting information display section (3, 32) for displaying a diagnosis assisting information screen which displays diagnosis assisting information related to the predetermined disease, wherein the analyzing section is configured to classify and count the blood cells contained in the blood sample, and create a distribution map of the blood cells; and the diagnosis assisting information screen comprises a disease information display region for displaying the diagnosis assisting information related to the predetermined disease; wherein the disease information display region is configured to display at least one typical distribution map representing the characteristic of the predetermined disease and is capable of displaying the distribution map created by the analyzing section. a blood cell analyzing section (2, 33, 34) for analyzing blood cells in a blood sample collected from a subject; a determining section (3,32) for determining whether there is a possibility that the subject has a predetermined disease based on an analysis result obtained by the analyzing section; a notification section (3, 32) for notifying the possibility when the determining section has determined that there is the possibility; and a diagnosis assisting information display section (3, 32) for displaying a diagnosis assisting information screen which displays diagnosis assisting information related to the predetermined disease, wherein the analyzing section is configured to classify and count the blood cells contained in the blood sample, and create a distribution map of the blood cells; and the diagnosis assisting information screen comprises a disease information display region for displaying the diagnosis assisting information related to the predetermined disease; wherein the disease information display region is configured to display at least one typical distribution map representing the characteristic of the predetermined disease and is capable of displaying the distribution map created by the analyzing section.
An iron core reactor comprising a reactor active part, wherein the reactor active part comprises two or more separate active parts, each of the respective active parts of the reactor comprises an "EI" shaped iron core and a coil respectively; in the middle of the each "EI" shaped iron core, an iron core limb is formed by the lamination of a plurality of iron core cakes with central holes and a plurality of air gaps, the iron core limb is inserted into the coil, the active parts of the reactor are placed in a same reactor oil tank, and coils in the active parts are connected together; the structure of the reactor oil tank is a structure in which double-layer oil tank wall is used locally, that is, a plurality of battens are set on the inner surface of oil tank wall, and a second oil tank wall is fixed on the battens.
Process for the production of a semiconductor, wherein a. precursors comprising one or more metal complexes and a chalcogen source are combined, at least one metal complex comprises one or more ligands from the class of the oximates, and b. the combined precursors are decomposed by heating and/or radiation with formation of the semiconductor, characterized in that the chalcogen is selenium (Se), sulfur or tellurium (Te). a. precursors comprising one or more metal complexes and a chalcogen source are combined, at least one metal complex comprises one or more ligands from the class of the oximates, and b. the combined precursors are decomposed by heating and/or radiation with formation of the semiconductor, characterized in that the chalcogen is selenium (Se), sulfur or tellurium (Te).
A compound shown by the following Formula: [Chemical Formula I] R 1 -NHCH 2 COCH 2 CH 2 COOR 2 wherein R 1 represents a hydrogen atom or an acyl group, and R 2 represents a hydrogen atom, a linear or branched alkyl group, a cycloalkyl group, an aryl group, or an aralkyl group or a salt thereof, for use in the treatment of cancer, wherein the compound is used in combination with an immune checkpoint inhibitor, and in combination with sodium ferrous citrate, and is systemically administered wherein the immune checkpoint inhibitor is an anti-PD-L1 antibody or an anti-PD-1 antibody.
An inflation valve for inflating containers with non-rigid walls, which includes (a) a tubular body defining a passage with a first opening at one end leading into the passage and a second opening at its opposite end leading into the passage, the tubular body being adapted to be secured to a container, e.g. with non-rigid walls; (b) a sealing disc or plunger of plastics material, and being adapted to sealingly close off the second opening to the passage in the tubular body, and being adapted to open the second opening mechanically when an inflation device is inserted into the passage through the first opening and thus gas may be passed into the container through the second opening and thereby moving the sealing disc or plunger away from the second opening; (c) a guide member connected to the sealing disc or plunger and located within the passage of the tubular body; (d) a spring associated with the sealing disc or plunger and supported by the guide member, the spring being adapted to assist the sealing disc or plunger to close off the second opening; and (e) a gasket and/or sealing ring located in a cavity or recess in the sealing disc or plunger and being adapted to assist the sealing disc or plunger to close of the second opening, characterised in that the spring and the guide member and hence also the connected sealing disc or plunger are locked in position by means of a washer and a pin, wherein the pin is adapted to expand the guide member of the sealing disc or plunger. (a) a tubular body defining a passage with a first opening at one end leading into the passage and a second opening at its opposite end leading into the passage, the tubular body being adapted to be secured to a container, e.g. with non-rigid walls; (b) a sealing disc or plunger of plastics material, and being adapted to sealingly close off the second opening to the passage in the tubular body, and being adapted to open the second opening mechanically when an inflation device is inserted into the passage through the first opening and thus gas may be passed into the container through the second opening and thereby moving the sealing disc or plunger away from the second opening; (c) a guide member connected to the sealing disc or plunger and located within the passage of the tubular body; (d) a spring associated with the sealing disc or plunger and supported by the guide member, the spring being adapted to assist the sealing disc or plunger to close off the second opening; and (e) a gasket and/or sealing ring located in a cavity or recess in the sealing disc or plunger and being adapted to assist the sealing disc or plunger to close of the second opening,
A marine geophysical survey system, comprising: a streamer disposed along a spooling block; and a wax application system operable to clean the streamer and apply a wax coating to the streamer as the streamer is being deployed from the survey vessel into a body of water, the wax application system comprising: a wax applicator; and a cleaning unit comprising a fluid application unit, a drying unit operable to apply air onto the streamer and an air drier operable to remove moisture from the air prior to directing the air onto the streamer, wherein the wax applicator is configured to independently control an amount of wax applied to the streamer such that a thickness of the wax coating is independent of a speed the streamer passes through the wax applicator. a streamer disposed along a spooling block; and a wax application system operable to clean the streamer and apply a wax coating to the streamer as the streamer is being deployed from the survey vessel into a body of water, the wax application system comprising: a wax applicator; and a cleaning unit comprising a fluid application unit, a drying unit operable to apply air onto the streamer and an air drier operable to remove moisture from the air prior to directing the air onto the streamer, a wax applicator; and a cleaning unit comprising a fluid application unit, a drying unit operable to apply air onto the streamer and an air drier operable to remove moisture from the air prior to directing the air onto the streamer, wherein the wax applicator is configured to independently control an amount of wax applied to the streamer such that a thickness of the wax coating is independent of a speed the streamer passes through the wax applicator.
Method for operating a backflushable water filter, wherein the water filter comprises a filtering screen insert in a water-carrying housing, wherein the filtering screen insert divides the housing into an inlet chamber and an outlet chamber and wherein the water filter comprises at least one suction device in the inlet chamber, characterized in that a potential difference is applied between the filtering screen insert as a first electrode and a further structure of the water filter which is in contact with the water in the housing as a second electrode, wherein the potential difference between the first electrode and the second electrode is sufficiently large for electrolysis of water and/or for oxidation of chloride ions to chlorine, that the further structure which is in contact with the water in the housing is the suction device or part of the suction device, that the first and the second electrode (15, 17) are in electrical contact with one another only via the water carried in the housing and via the voltage source, that the potential difference is applied at least temporarily during backflushing operations of the water filter, wherein during the backflushing operations the suction device moves relative to the filtering screen insert, and that the potential difference is switched off during more than 99% of the times of normal operation of the water filter, wherein normal operation takes place between the backflushing operations.
Method- for monitoring the function of a machine element lubricated with a lubricant, comprising the following steps of: capturing measured values (122, 322) using a measuring system arranged on the lubricated machine element, transmitting the measured values (122, 322) via a data connection, receiving the measured values (122, 322) relating to the lubricant, determining a current chemical composition of the lubricant based on the measured values (122, 322), comparing (140, 240) the current chemical composition with previously known chemical compositions stored in a database (152, 352), wherein the database (152, 352) stores functional failure tendency values for the use of lubricants having the previously known chemical compositions in connection with machine elements made of previously known materials, identifying a functional failure tendency value (162, 362) based on the comparison step (140, 240), and outputting the functional failure tendency value (162, 362). capturing measured values (122, 322) using a measuring system arranged on the lubricated machine element, transmitting the measured values (122, 322) via a data connection, receiving the measured values (122, 322) relating to the lubricant, determining a current chemical composition of the lubricant based on the measured values (122, 322), comparing (140, 240) the current chemical composition with previously known chemical compositions stored in a database (152, 352), wherein the database (152, 352) stores functional failure tendency values for the use of lubricants having the previously known chemical compositions in connection with machine elements made of previously known materials, identifying a functional failure tendency value (162, 362) based on the comparison step (140, 240), and outputting the functional failure tendency value (162, 362).
A battery pack (100, 200, 300, 400) comprising: a battery cell including an exhaust valve that opens when an internal pressure of the battery cell exceeds a set pressure; and a case that houses the battery cell, wherein the case includes an inner case that houses the battery cell and an outer case that incorporates the inner case, the inner case includes a plurality of inner smoke vent holes through which exhaust gas ejected from the exhaust valve passes, the outer case includes a plurality of outer smoke vent holes through which the exhaust gas having passed through the plurality of inner smoke vent holes passes, the case includes the inner case disposed in the outer case, an expansion gap of the exhaust gas is provided between the inner case and the outer case, the plurality of inner smoke vent holes and the plurality of outer smoke vent holes are connected via the expansion gap, the exhaust gas having passed through the plurality of inner smoke vent holes is guided to the plurality of outer smoke vent holes through the expansion gap, and the plurality of outer smoke vent holes guides the exhaust gas in a direction different from the plurality of inner smoke vent holes, wherein the plurality of inner smoke vent holes and the plurality of outer smoke vent holes include an inner diameter of 0.5 mm or more and 3 mm or less. a battery cell including an exhaust valve that opens when an internal pressure of the battery cell exceeds a set pressure; and a case that houses the battery cell, wherein the case includes an inner case that houses the battery cell and an outer case that incorporates the inner case, an inner case that houses the battery cell and an outer case that incorporates the inner case, the inner case includes a plurality of inner smoke vent holes through which exhaust gas ejected from the exhaust valve passes, the outer case includes a plurality of outer smoke vent holes through which the exhaust gas having passed through the plurality of inner smoke vent holes passes, the case includes the inner case disposed in the outer case, an expansion gap of the exhaust gas is provided between the inner case and the outer case, the plurality of inner smoke vent holes and the plurality of outer smoke vent holes are connected via the expansion gap, the exhaust gas having passed through the plurality of inner smoke vent holes is guided to the plurality of outer smoke vent holes through the expansion gap, and the plurality of outer smoke vent holes guides the exhaust gas in a direction different from the plurality of inner smoke vent holes, wherein the plurality of inner smoke vent holes and the plurality of outer smoke vent holes include an inner diameter of 0.5 mm or more and 3 mm or less.
A sheet conveying device which conveys sheets, comprising: a drum which rotates with a sheet wound around the outer circumferential surface thereof to convey the sheet; a pressing roller which is provided on the outer circumferential surface of the drum, presses the front surface of the sheet to bring the rear surface of the sheet into close contact with the outer circumferential surface of the drum; and a back tension application means which sucks the front surface of the sheet at a position immediately before the sheet enters between the drum and the pressing roller to apply back tension to the sheet. a drum which rotates with a sheet wound around the outer circumferential surface thereof to convey the sheet; a pressing roller which is provided on the outer circumferential surface of the drum, presses the front surface of the sheet to bring the rear surface of the sheet into close contact with the outer circumferential surface of the drum; and a back tension application means which sucks the front surface of the sheet at a position immediately before the sheet enters between the drum and the pressing roller to apply back tension to the sheet.
A transparent glass substrate, provided with a thin-film multilayer comprising an alternation of four functional metallic layers (40, 80, 120, 160), especially of functional layers based on silver or a on metal alloy containing silver, and of five antireflection coatings (20, 60, 100, 140, 180), each antireflection coating comprising at least one antireflection layer, so that each functional metallic layer (40, 80, 120, 160) is positioned between two antireflection coatings (20, 60, 100, 140, 180), the thickness of the second, third and fourth functional metallic layers (80, 120, 160) starting from the substrate being substantially identical, with a ratio of the thickness of one layer to the thickness of the preceding layer that is between 0.9 and 1.1 inclusive of these values, and characterized in that the thickness of the first functional metallic layer is around half the thickness of the second functional metallic layer, with a ratio of the thickness of the second metallic layer to the thickness of the first functional metallic layer that is between 1.9 and 2.2 inclusive of these values.
A method of generating marking codes to uniquely identify packages for liquid food, said method comprising: obtaining package production data which is unique to each individual package; operating a predefined encryption algorithm on the package production data to generate encrypted package production data; generating a marking code that includes the encrypted package production data; providing the marking code for marking of the individual package; and storing, in a database that comprises a plurality of partitions (P1-Pj), package itemization data comprising at least a subset of the marking code and at least a subset of the package production data of the individual package, wherein said storing comprises generating a partition key as a function of the marking code, and operating a controller coupled to the database to determine a selected partition among the plurality of partitions (P1-Pj) based on the partition key and to store the package itemization data in the selected partition, wherein the partition key equals to the marking code, or the partition key equals the encrypted package production data of the marking code. obtaining package production data which is unique to each individual package; operating a predefined encryption algorithm on the package production data to generate encrypted package production data; generating a marking code that includes the encrypted package production data; providing the marking code for marking of the individual package; and storing, in a database that comprises a plurality of partitions (P1-Pj), package itemization data comprising at least a subset of the marking code and at least a subset of the package production data of the individual package, wherein said storing comprises generating a partition key as a function of the marking code, and operating a controller coupled to the database to determine a selected partition among the plurality of partitions (P1-Pj) based on the partition key and to store the package itemization data in the selected partition, wherein the partition key equals to the marking code, or the partition key equals the encrypted package production data of the marking code.