mhurhangee/ep-ind-claims huggingface dataset:
A process for producing glycosaminoglycan in a genetically modified cell, said process comprising the following steps: a) obtaining a cell comprising at least • an exogenous gene encoding a mammalian enzyme capable of exerting glucuronyl transferase activity on a beta-galactoside substrate, and the elements enabling the expression of said gene in said cell and the synthesis of glucuronyl beta-galactoside, • a gene encoding an enzyme capable of synthesizing said glycosaminoglycan from glucuronyl beta-galactoside, or the genes encoding the enzymes of the synthetic pathway of said glycosaminoglycan from glucuronyl beta-galactoside, and the elements enabling the expression of said gene(s) in said cell, • a gene encoding an enzyme capable of ensuring the internalization of exogenous beta-galactoside by the cell, and the elements enabling the expression of said gene in said cell, b) culturing said cell in the presence of exogenous beta-galactoside and under conditions compatible with the production of said glycosaminoglycan by said cell, wherein said cell is a bacterial cell. a) obtaining a cell comprising at least • an exogenous gene encoding a mammalian enzyme capable of exerting glucuronyl transferase activity on a beta-galactoside substrate, and the elements enabling the expression of said gene in said cell and the synthesis of glucuronyl beta-galactoside, • a gene encoding an enzyme capable of synthesizing said glycosaminoglycan from glucuronyl beta-galactoside, or the genes encoding the enzymes of the synthetic pathway of said glycosaminoglycan from glucuronyl beta-galactoside, and the elements enabling the expression of said gene(s) in said cell, • a gene encoding an enzyme capable of ensuring the internalization of exogenous beta-galactoside by the cell, and the elements enabling the expression of said gene in said cell, • an exogenous gene encoding a mammalian enzyme capable of exerting glucuronyl transferase activity on a beta-galactoside substrate, and the elements enabling the expression of said gene in said cell and the synthesis of glucuronyl beta-galactoside, • a gene encoding an enzyme capable of synthesizing said glycosaminoglycan from glucuronyl beta-galactoside, or the genes encoding the enzymes of the synthetic pathway of said glycosaminoglycan from glucuronyl beta-galactoside, and the elements enabling the expression of said gene(s) in said cell, • a gene encoding an enzyme capable of ensuring the internalization of exogenous beta-galactoside by the cell, and the elements enabling the expression of said gene in said cell, b) culturing said cell in the presence of exogenous beta-galactoside and under conditions compatible with the production of said glycosaminoglycan by said cell, wherein said cell is a bacterial cell.
An identification medium provided with a layered structure comprising in that order: a black adhesive light absorption layer; an ink displaying layer showing a figure in which a first display caused by an ink including cholesteric liquid crystals and a second display caused by an ordinary ink are combined, and a cholesteric liquid crystal layer formed with a hologram, wherein the first display and the second display are set to have the same color when the identification medium is viewed from the front side of the cholesteric liquid crystal layer at a view angle 0 deg, and the cholesteric liquid crystal layer is formed so as to selectively reflect light in a predetermined color that is different from the color of the first display when the identification medium is viewed from the side of the cholesteric liquid crystal layer at viewing angle 0 deg. a black adhesive light absorption layer; an ink displaying layer showing a figure in which a first display caused by an ink including cholesteric liquid crystals and a second display caused by an ordinary ink are combined, and a cholesteric liquid crystal layer formed with a hologram, wherein the first display and the second display are set to have the same color when the identification medium is viewed from the front side of the cholesteric liquid crystal layer at a view angle 0 deg, and the cholesteric liquid crystal layer is formed so as to selectively reflect light in a predetermined color that is different from the color of the first display when the identification medium is viewed from the side of the cholesteric liquid crystal layer at viewing angle 0 deg.
Device for locking and/or unlocking an access and/or drive authorization and/or for other services in a motor vehicle in the type of a keyless entry/go functionality, for a wireless remote control with a first device with a transmitter for arrangement in the motor vehicle and with an associated second device in the form of an electronic key, an ID-transponder, or a chip card, wherein the two devices (2, 4) have transmitters and/or receivers for electromagnetic signals for their intended operation and, wherein the transmitter of the first device for transmitting a first cyclically repeated signal for the activation of the second device with a first data protocol within a first transmission time interval (TXshort) and with a first cycle time, wherein the second device has a cyclically repeated receiving mode for a specific first receiving time interval of the second device, characterized in that this receiving time interval of the second device is longer than the first transmission time interval (TXshort) of the first data protocol of the first device and corresponds essentially to the first cycle time of the first device for activation of the second device and in that the first cycle time of the first device is 1 ms and the cycle time of the second device is substantially longer than the cycle time of the first device and is, for example, 1000 ms. with a first device with a transmitter for arrangement in the motor vehicle and with an associated second device in the form of an electronic key, an ID-transponder, or a chip card, wherein the two devices (2, 4) have transmitters and/or receivers for electromagnetic signals for their intended operation and, wherein the transmitter of the first device for transmitting a first cyclically repeated signal for the activation of the second device with a first data protocol within a first transmission time interval (TXshort) and with a first cycle time, wherein the second device has a cyclically repeated receiving mode for a specific first receiving time interval of the second device, characterized in that this receiving time interval of the second device is longer than the first transmission time interval (TXshort) of the first data protocol of the first device and corresponds essentially to the first cycle time of the first device for activation of the second device and in that the first cycle time of the first device is 1 ms and the cycle time of the second device is substantially longer than the cycle time of the first device and is, for example, 1000 ms.
A feeding system comprising: a hopper adapted to accommodate a plurality of different types of products; a conveyor belt located above the hopper and configured to convey the products; and a lifting mechanism adapted to lift the products in the hopper onto the conveyor belt, wherein the lifting mechanism comprises: a transferring belt circulating around an annular path; and a plurality of step plates evenly spaced along the annular path of the transferring belt, wherein the step plates are adapted to carry one or more of the products, and the transferring belt is configured to drive the step plates to circulate around the annular path so as to lift the products from the hopper onto the conveyor belt, characterized in that the feeding system further comprises a vibration generator adapted to drive the conveyor belt to vibrate in at least one direction so as to change postures of at least a part of the products on the conveyor belt from an unidentifiable posture into an identifiable posture and in that the feeding system further comprises a sliding passage disposed obliquely with respect to a horizontal plane and a guiding baffle disposed obliquely with respect to a conveying direction of the conveyor belt and adapted to direct the products on the conveyor belt into the sliding passage, wherein when the products on the conveyor belt are directed into the sliding passage, the products are slidable along the sliding passage into the hopper by their own weights. a hopper adapted to accommodate a plurality of different types of products; a conveyor belt located above the hopper and configured to convey the products; and a lifting mechanism adapted to lift the products in the hopper onto the conveyor belt, wherein the lifting mechanism comprises: a transferring belt circulating around an annular path; and a plurality of step plates evenly spaced along the annular path of the transferring belt, a transferring belt circulating around an annular path; and a plurality of step plates evenly spaced along the annular path of the transferring belt, wherein the step plates are adapted to carry one or more of the products, and the transferring belt is configured to drive the step plates to circulate around the annular path so as to lift the products from the hopper onto the conveyor belt, characterized in that the feeding system further comprises a vibration generator adapted to drive the conveyor belt to vibrate in at least one direction so as to change postures of at least a part of the products on the conveyor belt from an unidentifiable posture into an identifiable posture and in that the feeding system further comprises a sliding passage disposed obliquely with respect to a horizontal plane and a guiding baffle disposed obliquely with respect to a conveying direction of the conveyor belt and adapted to direct the products on the conveyor belt into the sliding passage, wherein when the products on the conveyor belt are directed into the sliding passage, the products are slidable along the sliding passage into the hopper by their own weights.
Process for producing acrylic acid, comprising the process steps: preparing an aqueous phase P1 comprising hydroxypropionic acid, dehydrating the hydroxypropionic acid, obtaining an aqueous phase P2 comprising acrylic acid, purifying the aqueous phase P2 comprising acrylic acid, by crystallization, obtaining a purified phase, wherein the dehydration of hydroxypropionic acid in process step takes place by liquid-phase dehydration, by means of a reactive distillation. preparing an aqueous phase P1 comprising hydroxypropionic acid, dehydrating the hydroxypropionic acid, obtaining an aqueous phase P2 comprising acrylic acid, purifying the aqueous phase P2 comprising acrylic acid, by crystallization, obtaining a purified phase,
A split flow vacuum pump with at least two radial inlets, wherein the vacuum pump comprises a shaft, stator discs and, arranged on the shaft, rotor discs, wherein at least one disc packet is arranged on the shaft and wherein at least one sleeve in arranged on the shaft, wherein the sleeve is arranged on the shaft at least in the region of grooves (39, 40, 53, 54, 57, 58, 63, 64) and/or holes and/or at least one constriction, characterised in that at least one hole is arranged in the sleeve.
A striker for cooperating with a bolt of a latch, the striker comprising a fitting to be fixed to a structure, and a striker wire integral with the fitting, the striker wire extending from a first surface of the fitting, and further comprising: - an axis mounted integral with the fitting and rotationally free relative to said fitting so as to extend in a longitudinal direction; - a blade mounted rotationally fixed on the axis on a first side of the fitting in the proximity of the striker wire, and disposed so that it can be rotated by the bolt when the latter hooks or unhooks from the striker wire; - an angular position indicator mounted rotationally fixed on the axis, and capable of indicating the angular position of the blade; - a means for bringing back the blade to an unlocked stable position and the indicator to an open position when the bolt is disengaged from the striker wire and in the absence of force on the blade; characterised in that said means includes a compression spring and a cam disposed between the fitting and the indicator, the cam being rotationally fixed and free in translation in the longitudinal direction, the cam being arranged to return and maintain the axis in the open position of said indicator in the absence of force on the blade. - an axis mounted integral with the fitting and rotationally free relative to said fitting so as to extend in a longitudinal direction; - a blade mounted rotationally fixed on the axis on a first side of the fitting in the proximity of the striker wire, and disposed so that it can be rotated by the bolt when the latter hooks or unhooks from the striker wire; - an angular position indicator mounted rotationally fixed on the axis, and capable of indicating the angular position of the blade; - a means for bringing back the blade to an unlocked stable position and the indicator to an open position when the bolt is disengaged from the striker wire and in the absence of force on the blade; characterised in that said means includes a compression spring and a cam disposed between the fitting and the indicator, the cam being rotationally fixed and free in translation in the longitudinal direction, the cam being arranged to return and maintain the axis in the open position of said indicator in the absence of force on the blade.
A security document, comprising: a base sheet; a colored coating on said base sheet; and an outer lacquer coating over the colored coating, characterized in that the security document further comprises a foil laminate on at least a portion of the colored coating, wherein the foil laminate is embedded between the colored coating and the outer lacquer coating, and in that the outer lacquer coating comprises a polymeric resin. a base sheet; a colored coating on said base sheet; and an outer lacquer coating over the colored coating, characterized in that the security document further comprises a foil laminate on at least a portion of the colored coating, wherein the foil laminate is embedded between the colored coating and the outer lacquer coating, and in that the outer lacquer coating comprises a polymeric resin.
A method for processing radio link failure, RLF, comprising: determining, by a base station, whether an uplink RLF occurs on a primary carrier or at least one secondary carrier when the base station communicates with a user equipment, UE, through the primary carrier and the at least one secondary carrier; characterized in that the method comprises: stopping, by the base station, sending information on a downlink dedicated physical channel or fractional dedicated physical channel, DPCH/F-DPCH, of a secondary carrier of the at least one secondary carrier if the uplink RLF occurs on the secondary carrier; keeping, by the base station, communication between the base station and the UE through one or more other carriers on where the uplink RLF does not occur; and setting, by the base station, a state of the secondary carrier to a deactivated state after the base station stops sending the information on the downlink DPCH/F-DPCH. determining, by a base station, whether an uplink RLF occurs on a primary carrier or at least one secondary carrier when the base station communicates with a user equipment, UE, through the primary carrier and the at least one secondary carrier; characterized in that the method comprises: stopping, by the base station, sending information on a downlink dedicated physical channel or fractional dedicated physical channel, DPCH/F-DPCH, of a secondary carrier of the at least one secondary carrier if the uplink RLF occurs on the secondary carrier; keeping, by the base station, communication between the base station and the UE through one or more other carriers on where the uplink RLF does not occur; and setting, by the base station, a state of the secondary carrier to a deactivated state after the base station stops sending the information on the downlink DPCH/F-DPCH. stopping, by the base station, sending information on a downlink dedicated physical channel or fractional dedicated physical channel, DPCH/F-DPCH, of a secondary carrier of the at least one secondary carrier if the uplink RLF occurs on the secondary carrier; keeping, by the base station, communication between the base station and the UE through one or more other carriers on where the uplink RLF does not occur; and setting, by the base station, a state of the secondary carrier to a deactivated state after the base station stops sending the information on the downlink DPCH/F-DPCH.
A vent tube apparatus for use in filling a container in a filling machine in which the vent tube is attached to the filling machine, and is configured to vent a gas from the container during the filling process, comprising: a vent tube body, said vent tube body being hollow and configured to vent a gas from the container during the filling process; characterized by a vent tube head, said vent tube head attached to one end of said vent tube body; and an indicator, said indicator being housed in said vent tube head, such that if said vent tube detaches from said filling machine, said vent tube can be detected using an indicator detection system. a vent tube body, said vent tube body being hollow and configured to vent a gas from the container during the filling process; characterized by a vent tube head, said vent tube head attached to one end of said vent tube body; and an indicator, said indicator being housed in said vent tube head, such that if said vent tube detaches from said filling machine, said vent tube can be detected using an indicator detection system.
A radiopharmaceutical dispensing system for dispensing a radiopharmaceutical fluid, comprising: a pump configured to force an aliquot of a radiopharmaceutical fluid from a fluid source into a fluid delivery channel; at least one radioactivity sensor configured to measure a sample value of a radioactivity property of the aliquot; a processor in communication with the pump and the at least one radioactivity sensor; and a non-transitory, computer-readable storage medium in operable communication with the processor, wherein the computer-readable storage medium contains one or more programming instructions that, when executed, cause the processor to: receive the sample value, receive a source value of the radioactivity property for the fluid source, determine a sample volume of the aliquot based on a comparison of the sample value and the source value, determine a pump coefficient based on a comparison of the sample volume with an expected volume, wherein the pump coefficient is configured to indicate a volume of radiopharmaceutical fluid forced into the fluid delivery channel per unit, and control operation of the pump to dispense a predetermined dose of radiopharmaceutical fluid based on a comparison of the sample volume with the expected volume. a pump configured to force an aliquot of a radiopharmaceutical fluid from a fluid source into a fluid delivery channel; at least one radioactivity sensor configured to measure a sample value of a radioactivity property of the aliquot; a processor in communication with the pump and the at least one radioactivity sensor; and a non-transitory, computer-readable storage medium in operable communication with the processor, wherein the computer-readable storage medium contains one or more programming instructions that, when executed, cause the processor to: receive the sample value, receive a source value of the radioactivity property for the fluid source, determine a sample volume of the aliquot based on a comparison of the sample value and the source value, determine a pump coefficient based on a comparison of the sample volume with an expected volume, wherein the pump coefficient is configured to indicate a volume of radiopharmaceutical fluid forced into the fluid delivery channel per unit, and control operation of the pump to dispense a predetermined dose of radiopharmaceutical fluid based on a comparison of the sample volume with the expected volume. receive the sample value, receive a source value of the radioactivity property for the fluid source, determine a sample volume of the aliquot based on a comparison of the sample value and the source value, determine a pump coefficient based on a comparison of the sample volume with an expected volume, wherein the pump coefficient is configured to indicate a volume of radiopharmaceutical fluid forced into the fluid delivery channel per unit, and control operation of the pump to dispense a predetermined dose of radiopharmaceutical fluid based on a comparison of the sample volume with the expected volume.
A method for manufacturing a cord for a power transmission belt comprising a first treatment step of treating an untreated yarn of a cord for a power transmission belt with a first treatment agent comprising: a rubber composition comprising a condensate of a resorcin and formaldehyde, a rubber component comprising a carboxy-modified latex, characterized in that the first treatment agent further comprises a curing agent comprising a polycarbodiimide resin having a plurality of carbodiimide groups; and a hydrophilic solvent.
A method for receiving a downlink control channel and a physical downlink shared channel, PDSCH, the method performed by a device and comprising: receiving radio resource control, RRC, signals including first information used to determine a location of a start subframe where repetitions of the downlink control channel are to be started; if the device is configured for a coverage enhancement, receiving the downlink control channel repeated over plural subframes including the start subframe, through a downlink control channel, wherein the RRC signals further include second information specifying one repetition level of the PDSCH, wherein the one repetition level specified in the RRC signals indicates a plurality of repetition numbers of the PDSCH, wherein the downlink control channel includes an index indicating one among the plurality of the repetition numbers of the PDSCH which are indicated by the repetition level specified in the RRC signals; and determining a repetition number of the PDSCH, among the plurality of the repetition numbers, based on the index included in the downlink control channel. receiving radio resource control, RRC, signals including first information used to determine a location of a start subframe where repetitions of the downlink control channel are to be started; if the device is configured for a coverage enhancement, receiving the downlink control channel repeated over plural subframes including the start subframe, through a downlink control channel, wherein the RRC signals further include second information specifying one repetition level of the PDSCH, wherein the one repetition level specified in the RRC signals indicates a plurality of repetition numbers of the PDSCH, wherein the downlink control channel includes an index indicating one among the plurality of the repetition numbers of the PDSCH which are indicated by the repetition level specified in the RRC signals; and determining a repetition number of the PDSCH, among the plurality of the repetition numbers, based on the index included in the downlink control channel.