mhurhangee/ep-ind-claims huggingface dataset:
A scaffolding deck in the form of a hollow-box base, consisting of a load surface on the upper side, two box-like mutually spaced (d) profiles determining a height (h) of the scaffolding deck on the underside, which are connected by means of two bars, and means for hanging and/or securing the scaffolding deck to a frame, which means are attached to two opposite ends of the load surface and/or the profiles, wherein the profiles have a free end which is connected to the load surface of the scaffolding deck, wherein the profiles are connected by means of two bars, and wherein the load surface has no opening and/or breakthroughs in the region of the profiles arranged on the underside, characterized in that openings and/or breakthroughs are formed on the underside of the profiles so that any water collecting inside the profiles can drain out of the hollow space of the profiles, and the load surface is configured continuously in the region of the profiles arranged on the underside, and the load surface has breakthroughs and/or openings in the region of the spacing (d) of the profiles from one another.
A method for extracting a protein of interest from a precipitate, comprising: a. mixing the precipitate with a liquid in a first tank to form a suspension having a first dilution factor; b. feeding the suspension into a first filtration unit comprising a dynamic filter element adapted to produce a first retentate and a first permeate enriched with the protein of interest; c. diluting the suspension in the first tank by adding liquid to a second dilution factor, optionally by streaming the first retentate into the first tank; and d. recovering the first permeate enriched with the protein of interest in a second tank. a. mixing the precipitate with a liquid in a first tank to form a suspension having a first dilution factor; b. feeding the suspension into a first filtration unit comprising a dynamic filter element adapted to produce a first retentate and a first permeate enriched with the protein of interest; c. diluting the suspension in the first tank by adding liquid to a second dilution factor, optionally by streaming the first retentate into the first tank; and d. recovering the first permeate enriched with the protein of interest in a second tank.
A pharmaceutical composition comprising an adjuvant and a modified VP1-capsid protein of parvovirus B19 having an amino acid substitution at one or more of histidine 153, tyrosine 157, lysine 162 and/or tyrosine 168, and having a reduced phospholipase A2 enzyme activity of at least 30% as compared to the wild type VP1-capsid protein of parvovirus B19 having amino acid sequence of SEQ ID NO: 1.
A liquid discharge head comprising: a nozzle plate having multiple nozzles from each of which a liquid is to be discharged, the multiple nozzles arrayed in a longitudinal direction of the nozzle plate; a channel substrate on the nozzle plate in a lamination direction orthogonal to the longitudinal direction, the channel substrate including: multiple channels arrayed in the longitudinal direction in a channel region of the channel substrate, the multiple channels respectively communicating with the multiple nozzles; a first recess outside the channel region in the longitudinal direction; and a flat portion between the channel region and the first recess in the longitudinal direction, characterised in that the first recess includes multiple recesses discrete at a first interval around the periphery of the channel region on the plane of the channel substrate. a nozzle plate having multiple nozzles from each of which a liquid is to be discharged, the multiple nozzles arrayed in a longitudinal direction of the nozzle plate; a channel substrate on the nozzle plate in a lamination direction orthogonal to the longitudinal direction, the channel substrate including: multiple channels arrayed in the longitudinal direction in a channel region of the channel substrate, the multiple channels respectively communicating with the multiple nozzles; a first recess outside the channel region in the longitudinal direction; and a flat portion between the channel region and the first recess in the longitudinal direction, multiple channels arrayed in the longitudinal direction in a channel region of the channel substrate, the multiple channels respectively communicating with the multiple nozzles; a first recess outside the channel region in the longitudinal direction; and a flat portion between the channel region and the first recess in the longitudinal direction,
A method (300; 400) of selectively initiating a handover from a source system comprising a first core network, CN, and a first radio access network, RAN, to a target system comprising a second CN and a second RAN, the method comprising or triggering: determining (302; 404) if a control plane interface for the handover is available between the first CN and the second CN, wherein determining the availability of the control plane interface comprises receiving an availability message indicative of the availability from the first CN; and selectively initiating (306; 406) the handover depending on the availability of the control plane interface. determining (302; 404) if a control plane interface for the handover is available between the first CN and the second CN, wherein determining the availability of the control plane interface comprises receiving an availability message indicative of the availability from the first CN; and selectively initiating (306; 406) the handover depending on the availability of the control plane interface.
A method of operating a TETRA mobile communications system, the method comprising: transmitting to and/or receiving from a communications station of the system on a TETRA channel, data packets containing TETRA-encoded speech interspersed with data packets containing other data for transmission; and characterised by further comprising: transferring a communications station that is engaged in a circuit-mode speech call to transmit and/or receive the call in the form of speech data packets if a request to start transmitting packet data to or from the communications station is detected; and/or assigning a communications station that requests a speech call whilst engaged in transmitting and/or receiving packet data to a call in which speech for the call will be transmitted to or from the communications station in the form of speech data packets; and/or transferring a communications station that is engaged in transmitting and/or receiving a call in the form of speech data packets to a circuit-mode speech call when a cessation of the transmitting or receiving of other packet data is detected. transmitting to and/or receiving from a communications station of the system on a TETRA channel, data packets containing TETRA-encoded speech interspersed with data packets containing other data for transmission; and characterised by further comprising: transferring a communications station that is engaged in a circuit-mode speech call to transmit and/or receive the call in the form of speech data packets if a request to start transmitting packet data to or from the communications station is detected; and/or assigning a communications station that requests a speech call whilst engaged in transmitting and/or receiving packet data to a call in which speech for the call will be transmitted to or from the communications station in the form of speech data packets; and/or transferring a communications station that is engaged in transmitting and/or receiving a call in the form of speech data packets to a circuit-mode speech call when a cessation of the transmitting or receiving of other packet data is detected. transferring a communications station that is engaged in a circuit-mode speech call to transmit and/or receive the call in the form of speech data packets if a request to start transmitting packet data to or from the communications station is detected; and/or assigning a communications station that requests a speech call whilst engaged in transmitting and/or receiving packet data to a call in which speech for the call will be transmitted to or from the communications station in the form of speech data packets; and/or transferring a communications station that is engaged in transmitting and/or receiving a call in the form of speech data packets to a circuit-mode speech call when a cessation of the transmitting or receiving of other packet data is detected.
Process for preparing methyl lactate comprising the steps of - providing an aqueous liquid comprising a magnesium salt of lactic acid, - acidifying the aqueous liquid by the addition of HCl, and adding methanol before, after, or simultaneous with the addition of HCl. - bringing the aqueous liquid comprising lactic acid, methanol, and at least 5 wt.% of the dissolved magnesium chloride to reaction conditions, thereby obtaining methyl lactate, wherein an extractant is provided to the reaction mixture before, during, and/or after formation of methyl lactate, - subjecting the reaction mixture to a liquid-liquid separation step wherein an organic phase comprising methyl lactate and extractant is separated from an aqueous phase comprising the dissolved magnesium chloride - subjecting the aqueous phase comprising the dissolved magnesium chloride to a thermal decomposition step at a temperature of at least 300 °C, thereby decomposing magnesium chloride into magnesium oxide and hydrogen chloride - providing an aqueous liquid comprising a magnesium salt of lactic acid, - acidifying the aqueous liquid by the addition of HCl, and adding methanol before, after, or simultaneous with the addition of HCl. - bringing the aqueous liquid comprising lactic acid, methanol, and at least 5 wt.% of the dissolved magnesium chloride to reaction conditions, thereby obtaining methyl lactate, wherein an extractant is provided to the reaction mixture before, during, and/or after formation of methyl lactate, - subjecting the reaction mixture to a liquid-liquid separation step wherein an organic phase comprising methyl lactate and extractant is separated from an aqueous phase comprising the dissolved magnesium chloride - subjecting the aqueous phase comprising the dissolved magnesium chloride to a thermal decomposition step at a temperature of at least 300 °C, thereby decomposing magnesium chloride into magnesium oxide and hydrogen chloride
An antenna apparatus, comprising: a circuit board, comprising a first surface and a first side edge; and an antenna body, comprising a first radiator and a second radiator, wherein the first radiator comprises a first stub and a second stub, and the first stub comprises a first end and a second end, the second stub comprises a first end and a second end, the first end of the first stub and the first end of the second stub are opposite to, but do not touch each other, a first gap is configured between the first end of the first stub and the first end of the second stub, the first stub and the second stub are located on the first side edge of the circuit board, a second gap is configured between the first stub and the first side edge, and the second gap is configured between the second stub and the first side edge; the second radiator is located on the circuit board, a third gap is configured between the second radiator and the first surface of the circuit board, a vertical projection of the second radiator is located on the first surface, and the second end of the first stub and the second end of the second stub are electrically connected to a reference ground of the circuit board separately; and the first radiator is indirectly coupled to the second radiator. a circuit board, comprising a first surface and a first side edge; and an antenna body, comprising a first radiator and a second radiator, wherein the first radiator comprises a first stub and a second stub, and the first stub comprises a first end and a second end, the second stub comprises a first end and a second end, the first end of the first stub and the first end of the second stub are opposite to, but do not touch each other, a first gap is configured between the first end of the first stub and the first end of the second stub, the first stub and the second stub are located on the first side edge of the circuit board, a second gap is configured between the first stub and the first side edge, and the second gap is configured between the second stub and the first side edge; the second radiator is located on the circuit board, a third gap is configured between the second radiator and the first surface of the circuit board, a vertical projection of the second radiator is located on the first surface, and the second end of the first stub and the second end of the second stub are electrically connected to a reference ground of the circuit board separately; and the first radiator is indirectly coupled to the second radiator.
A terpolymer composition, comprising: a terpolymer of lactide, glycolide, and caprolactone residues, wherein the terpolymer comprises an end group that is a residue of an initiator and wherein the initiator is a non-crystalline primary or secondary alcohol, further comprising an aqueous diluent, wherein the terpolymer is in the form of micelles.
A passenger information control system including a passenger information control device having a video display controller that is adapted to transmit, to a display device in a train, video data for an in-train advertisement, and a ground transmission controller which is adapted to transmit the video data to an onboard transmission controller, the onboard transmission controller in communication with the passenger information control device, the passenger information control device further comprising: a storage unit that is adapted to store a program table and the video data, the program table storing at least one of number of times an advertisement video has been presented, a validity period of the advertisement video, a time period from a last presentation time to present time, and a volume of the video data, being associated with each advertisement; a deletion determining unit that is adapted to receive the program table via the video display controller and determine whether to designate the video data as a candidate for deletion based on the program table; and a deleting unit that is adapted to delete the video data stored in the storage unit based on determination by the deletion determining unit; wherein the onboard transmission controller is adapted to transmit information indicating a free space in the storage unit to the ground transmission controller, and wherein the ground transmission controller is adapted to transmit new video data to the onboard transmission controller if the size of the new video data is less than the free space in the storage unit. a storage unit that is adapted to store a program table and the video data, the program table storing at least one of number of times an advertisement video has been presented, a validity period of the advertisement video, a time period from a last presentation time to present time, and a volume of the video data, being associated with each advertisement; a deletion determining unit that is adapted to receive the program table via the video display controller and determine whether to designate the video data as a candidate for deletion based on the program table; and a deleting unit that is adapted to delete the video data stored in the storage unit based on determination by the deletion determining unit; wherein the onboard transmission controller is adapted to transmit information indicating a free space in the storage unit to the ground transmission controller, and wherein the ground transmission controller is adapted to transmit new video data to the onboard transmission controller if the size of the new video data is less than the free space in the storage unit.
A method of producing a semiconductor device, comprising: - providing a semiconductor body or substrate having a main surface with a recess or trench in the main surface, and - applying a mask above the main surface, the mask covering the recess or trench, so that the recess or trench and the mask form a closed cavity, which is filled with a gas, characterized in that - the recess or trench is provided for a through-wafer via or contact comprising a metal layer, - at least one opening is formed in the mask at a distance from the recess or trench, the distance being adapted to allow the gas to escape from the cavity via the opening when the difference between a pressure exerted on the mask by the gas and a pressure exerted on the mask from outside the recess or trench is larger than a predefined value. - providing a semiconductor body or substrate having a main surface with a recess or trench in the main surface, and - applying a mask above the main surface, the mask covering the recess or trench, so that the recess or trench and the mask form a closed cavity, which is filled with a gas, - the recess or trench is provided for a through-wafer via or contact comprising a metal layer, - at least one opening is formed in the mask at a distance from the recess or trench, the distance being adapted to allow the gas to escape from the cavity via the opening when the difference between a pressure exerted on the mask by the gas and a pressure exerted on the mask from outside the recess or trench is larger than a predefined value.
Contact partner for a connector for use especially in automobile technology, which contact partner is arranged at one end of an electric line and can be accommodated in a connector housing, wherein the contact partner has at least one primary locking tab for securing the contact partner in the connector housing, and the contact partner consists of a first part for receiving a complementary connector element, which part has at least one primary locking tab, and of a further part, via which a normal contact force is applied, and the contact partner is fixedly connected to the pressure element, characterized in that the contact partner has an additional secondary locking tab in part A.
Fastening system for an electronic device such as a magnetic sensor comprising an annular magnet and an electronic circuit for reading a magnetic field able to be generated by said magnet, for fastening in a measurement housing, comprising: - an electronic-device holder designed to accommodate an electronic measurement device; - a prestressing ring that is able to cooperate with said holder for assembly and comprises a plurality of prestressing beams (22, 25) designed to bear on said electronic device when said ring is assembled together with the holder, said electronic device being inserted into said holder, wherein the prestressing ring has an annular body bearing a plurality of peripheral beams distributed circumferentially around the perimeter of said annular body, said peripheral beams being designed to bear against said annular magnet of the magnetic measurement sensor when the latter is accommodated in the holder and the ring is assembled together with said holder. - an electronic-device holder designed to accommodate an electronic measurement device; - a prestressing ring that is able to cooperate with said holder for assembly and comprises a plurality of prestressing beams (22, 25) designed to bear on said electronic device when said ring is assembled together with the holder, said electronic device being inserted into said holder, wherein the prestressing ring has an annular body bearing a plurality of peripheral beams distributed circumferentially around the perimeter of said annular body, said peripheral beams being designed to bear against said annular magnet of the magnetic measurement sensor when the latter is accommodated in the holder and the ring is assembled together with said holder.
A stable oral solid dosage form comprising: (a) a therapeutically effective amount of a maleate salt of a compound having the structure of Formula II, its enantiomers, diastereomers, polymorphs, pharmaceutically acceptable salts and pharmaceutically acceptable solvates; (b) piperaquine; and (c) one or more pharmaceutically acceptable excipients. (a) a therapeutically effective amount of a maleate salt of a compound having the structure of Formula II, its enantiomers, diastereomers, polymorphs, pharmaceutically acceptable salts and pharmaceutically acceptable solvates; (b) piperaquine; and (c) one or more pharmaceutically acceptable excipients.
A glue-free antislip plastic floorboard, comprising from a top to a bottom a wear-resistance layer, a printing layer, a PVC medium material layer, a glass fiber, a PVC medium material layer, a PVC bottom material layer and a PVC antislip layer; wherein compositions of the PVC medium material layers comprise: PVC resin from 13 to 15.42 weight percent, calcium carbonate from 74 to 75.55 weight percent, plasticizer from 10 to 11 weight percent, stabilizer from 0.25 to 0.28 weight percent, and carbon black from 0.2 to 0.3 weight percent, wherein compositions of the PVC bottom material layer comprise: PVC resin from 34.7 to 40 weight percent, calcium carbonate from 34 to 40 weight percent, plasticizer from 24 to 24.9 weight percent, stabilizer from 0.7 to 0.8 weight percent, and carbon black from 0.4 to 0.5 weight percent.
A liquid crystal panel comprising: an upper plate, a lower plate, and a liquid crystal layer accommodated between the upper plate and the lower plate, wherein the upper plate includes a front glass substrate, a color filter layer formed on a rear surface of the front glass substrate, and a front polarizing film attached to a front surface of the front glass substrate, the color filter layer includes a plurality of color filters (141, 142, 143) and black matrices for separating the color filters from each other, and a plurality of patterns for recognizing coordinates are directly formed on the polarizing film in such a manner that a unit of N color filters corresponds to one of the plurality of patterns for recognizing the coordinates, where N is a natural number, characterized in that: the patterns for recognizing the coordinates are made of the same material as the black matrices; and each of the patterns for recognizing the coordinates is disposed to overlap any one of the corresponding N color filters (141, 142, 143). an upper plate, a lower plate, and a liquid crystal layer accommodated between the upper plate and the lower plate, wherein the upper plate includes a front glass substrate, a color filter layer formed on a rear surface of the front glass substrate, and a front polarizing film attached to a front surface of the front glass substrate, the color filter layer includes a plurality of color filters (141, 142, 143) and black matrices for separating the color filters from each other, and a plurality of patterns for recognizing coordinates are directly formed on the polarizing film in such a manner that a unit of N color filters corresponds to one of the plurality of patterns for recognizing the coordinates, where N is a natural number, characterized in that: the patterns for recognizing the coordinates are made of the same material as the black matrices; and each of the patterns for recognizing the coordinates is disposed to overlap any one of the corresponding N color filters (141, 142, 143). the patterns for recognizing the coordinates are made of the same material as the black matrices; and each of the patterns for recognizing the coordinates is disposed to overlap any one of the corresponding N color filters (141, 142, 143).