mhurhangee/ep-ind-claims huggingface dataset:
A data rate control method applicable to a user equipment, hereafter referred to as UE, wherein the method is characterised by comprising: transmitting a connection establishment message which comprises an identification, ID, of the UE and a network ID; receiving a data rate configuration comprising a plurality of network data rates which is associated with the network ID as each network data rate is associated with a different data rate class ID, and a first data rate class ID; configuring a plurality of data rate classes associated with the network ID, wherein each of the plurality of data rate classes is mapped to a different maximum data rate and a data rate class ID; and setting a first data rate based on the first data rate class ID to communicate with a core network. transmitting a connection establishment message which comprises an identification, ID, of the UE and a network ID; receiving a data rate configuration comprising a plurality of network data rates which is associated with the network ID as each network data rate is associated with a different data rate class ID, and a first data rate class ID; configuring a plurality of data rate classes associated with the network ID, wherein each of the plurality of data rate classes is mapped to a different maximum data rate and a data rate class ID; and setting a first data rate based on the first data rate class ID to communicate with a core network.
A method of integrating a plasmid at a genomic attBB' site in a Listeria genome, wherein said attBB' site has been integrated into the genome into a gene that mediates growth or spread, wherein said plasmid comprises a phage attachment attPP' site and comprises: a first nucleic acid encoding a phage integrase; a second nucleic acid encoding said phage attPP' attachment site; a third nucleic acid encoding a heterologous antigen; fourth and fifth nucleic acids encoding first and second lox sites, or first and second Frt sites, and; a sixth nucleic acid encoding a selection marker, wherein the first lox or Frt sites and second lox or Frt sites are operably linked with the sixth nucleic acid, and wherein the operably linked lox or Frt sites are useful for mediating Cre or FLP recombinase, respectively, catalyzed excision of the sixth nucleic acid; said method comprising transfecting the Listeria with the plasmid and allowing integrase-catalysed integration of the heterologous antigen into the Listeria genome under conditions suitable for integration. a first nucleic acid encoding a phage integrase; a second nucleic acid encoding said phage attPP' attachment site; a third nucleic acid encoding a heterologous antigen; fourth and fifth nucleic acids encoding first and second lox sites, or first and second Frt sites, and; a sixth nucleic acid encoding a selection marker, wherein the first lox or Frt sites and second lox or Frt sites are operably linked with the sixth nucleic acid, and wherein the operably linked lox or Frt sites are useful for mediating Cre or FLP recombinase, respectively, catalyzed excision of the sixth nucleic acid; said method comprising transfecting the Listeria with the plasmid and allowing integrase-catalysed integration of the heterologous antigen into the Listeria genome under conditions suitable for integration.
A biological component collection system, comprising: a separation device having a load detecting unit, and adapted to separate a biological component from a liquid containing at least one biological component; and a biological component collection device configured to be attachable to the separation device and having a flow path formed in an interior thereof; wherein the biological component collection device comprises a pressed soft portion forming one part of the flow path, and which is configured to be pressed by the load detecting unit in order to measure an internal pressure of the flow path when the separation device is in operation; the separation device comprises a collection and returning pump, and a control unit having an internal pressure computation unit which is configured to calculate a circuit internal pressure of the biological component collection device on a basis of a detection value of the load detecting unit; and the internal pressure computation unit is configured to perform a zero reset process of setting a pressure value corresponding to the detection value of the load detecting unit, so as to become zero at each instance of a predetermined timing at which the collection and returning pump is stopped. a separation device having a load detecting unit, and adapted to separate a biological component from a liquid containing at least one biological component; and a biological component collection device configured to be attachable to the separation device and having a flow path formed in an interior thereof; wherein the biological component collection device comprises a pressed soft portion forming one part of the flow path, and which is configured to be pressed by the load detecting unit in order to measure an internal pressure of the flow path when the separation device is in operation; the separation device comprises a collection and returning pump, and a control unit having an internal pressure computation unit which is configured to calculate a circuit internal pressure of the biological component collection device on a basis of a detection value of the load detecting unit; and the internal pressure computation unit is configured to perform a zero reset process of setting a pressure value corresponding to the detection value of the load detecting unit, so as to become zero at each instance of a predetermined timing at which the collection and returning pump is stopped.
An autostereoscopic display device comprising: a backlight; a display panel comprising rows and columns of pixels; and a lenticular arrangement (60,64), wherein the backlight provides a striped output comprising stripes in the column direction or offset by an acute angle to the column direction, characterized in that the lenticular arrangement comprises a first lenticular lens array on the side of the display panel facing the display output for directing different display panel pixel outputs in different directions and a second lenticular lens array on the opposite side of the display panel, facing the backlight, for providing collimation of the striped backlight output. a backlight; a display panel comprising rows and columns of pixels; and a lenticular arrangement (60,64), wherein the backlight provides a striped output comprising stripes in the column direction or offset by an acute angle to the column direction, characterized in that the lenticular arrangement comprises a first lenticular lens array on the side of the display panel facing the display output for directing different display panel pixel outputs in different directions and a second lenticular lens array on the opposite side of the display panel, facing the backlight, for providing collimation of the striped backlight output.
Reinforced shelf for a metal shelving unit and for supporting and displaying goods, particularly for a shelving unit whose shelves (B1, Bn) are provided, on the front side facing the public, with electronic labels, lighting bars and/or other peripherals, the shelf on its bottom side has a plurality of plate reinforcements (T1, Tn), parallel to each other and to its front and rear side (LA, LP), characterised in that in correspondence and at the end of each reinforcement (T1, Tn) there is provided at least a pair of apertures (1, 10) for the passage and support of wiring, necessary to connect a vertical rail at the rear side of said shelf, to horizontal sockets or rails on the front side of the same shelf (B1, Bn) said apertures (1, 10) being sufficiently distant from the angular bent and ribbed areas of said reinforcement (T1, Tn) so as to not substantially modify the characteristics of bend strength and torsion resistance of the same reinforcement.
A plate-shaped workpiece forming method of post-machining a pocket on a curved inner surface of a plate-shaped workpiece in a state where the plate-shaped workpiece curved by a curving machine (5;10) is spread flat, characterised in that the method comprises: a curving step of setting a net curve radius R 0 obtained by adding a curve radius contraction amount R 1 to a finished curve radius R of the plate-shaped workpiece, taking into account an amount of contraction of a curve radius of the plate-shaped workpiece between before and after machining of the pocket due to spring-in, and curving the plate-shaped workpiece so as to have the net curve radius R 0; and a pocket machining step of post-machining the pocket by flatly spreading the curved plate-shaped workpiece. a curving step of setting a net curve radius R 0 obtained by adding a curve radius contraction amount R 1 to a finished curve radius R of the plate-shaped workpiece, taking into account an amount of contraction of a curve radius of the plate-shaped workpiece between before and after machining of the pocket due to spring-in, and curving the plate-shaped workpiece so as to have the net curve radius R 0; and a pocket machining step of post-machining the pocket by flatly spreading the curved plate-shaped workpiece.
Composition including a medullary concentrate supported by a scaffold chosen from the group consisting of lyophilized scaffold and pre-constituted scaffold in the form of membrane or tissue.
A method, comprising: receiving, by a processor, a plurality of shares representing a secret value employed in a cryptographic operation, wherein the plurality of shares comprises a first share represented by an un-encoded form and a second share represented by an encoded form; wherein the encoded form of the second share is produced by applying a non-linear bijective encoding function of the second share producing a first and second transformed form of the second share, and wherein producing a transformed form of the second share comprises applying, to the encoded form of the second share, a non-linear decoding function and a masking operation performing the cryptographic operation using the first transformed form of the second share, wherein performing the cryptographic operation comprises: determining an S-box input value by combining the first share, the first transformed form of the second share, and a round key by a linear operation; feeding the S-box input value to an S-box; and re-masking a masked output value produced by the S-box wherein re-masking the masked output value comprises combining the masked output value and the second transformed form of the second share by a linear operation. receiving, by a processor, a plurality of shares representing a secret value employed in a cryptographic operation, wherein the plurality of shares comprises a first share represented by an un-encoded form and a second share represented by an encoded form; wherein the encoded form of the second share is produced by applying a non-linear bijective encoding function of the second share producing a first and second transformed form of the second share, and wherein producing a transformed form of the second share comprises applying, to the encoded form of the second share, a non-linear decoding function and a masking operation performing the cryptographic operation using the first transformed form of the second share, determining an S-box input value by combining the first share, the first transformed form of the second share, and a round key by a linear operation; feeding the S-box input value to an S-box; and re-masking a masked output value produced by the S-box wherein re-masking the masked output value comprises combining the masked output value and the second transformed form of the second share by a linear operation.
Multicomposite material (R1, R2) including at least one monofilament made of glass-resin composite including glass filaments embedded in a thermoset polyester resin, this GRC monofilament being covered with at least two superposed layers of different materials, a first layer arranged on the surface of the monofilament and a second layer of polyester thermoplastic material sheathing the whole, characterized in that said first layer is a layer of benzoxazine and/or polybenzoxazine.
A negative pressure pump comprising: a casing inside of which a drive shaft driven to rotate by a motive power source is inserted and disposed; a pump portion that is formed in the casing, is equipped with a driven shaft, and produces negative pressure as a result of the rotation of the drive shaft being transmitted to the driven shaft; a drive-side clutch plate that is attached to the drive shaft, is movable in an axial direction of the drive shaft, rotates integrally with the drive shaft, and is magnetic; a driven-side clutch plate that is attached to the driven shaft, rotates integrally with the driven shaft, and transmits the rotation from the drive shaft to the driven shaft as a result of the drive-side clutch plate becoming engaged with the driven-side clutch plate; an elastic body which, by means of its elastic force, presses the drive-side clutch plate against the driven-side clutch plate to cause the drive-side clutch plate to engage with the driven-side clutch plate, characterised in that an electromagnet that is fixed to the casing, produces a magnetic force counter to a pressing force of the elastic body, and pulls the drive-side clutch plate away from the driven-side clutch plate to cancel a state of engagement therebetween; a first wall portion that is disposed on a pump portion side of the casing and receives the driven-side clutch plate on which the pressing force of the elastic body acts; and a second wall Portion that is disposed on an opposite side from the pump portion side of the casing and supports an end portion, on the opposite side, of the elastic body. a casing inside of which a drive shaft driven to rotate by a motive power source is inserted and disposed; a pump portion that is formed in the casing, is equipped with a driven shaft, and produces negative pressure as a result of the rotation of the drive shaft being transmitted to the driven shaft; a drive-side clutch plate that is attached to the drive shaft, is movable in an axial direction of the drive shaft, rotates integrally with the drive shaft, and is magnetic; a driven-side clutch plate that is attached to the driven shaft, rotates integrally with the driven shaft, and transmits the rotation from the drive shaft to the driven shaft as a result of the drive-side clutch plate becoming engaged with the driven-side clutch plate; an elastic body which, by means of its elastic force, presses the drive-side clutch plate against the driven-side clutch plate to cause the drive-side clutch plate to engage with the driven-side clutch plate, characterised in that an electromagnet that is fixed to the casing, produces a magnetic force counter to a pressing force of the elastic body, and pulls the drive-side clutch plate away from the driven-side clutch plate to cancel a state of engagement therebetween; a first wall portion that is disposed on a pump portion side of the casing and receives the driven-side clutch plate on which the pressing force of the elastic body acts; and a second wall Portion that is disposed on an opposite side from the pump portion side of the casing and supports an end portion, on the opposite side, of the elastic body.
Mowing finger arrangement with an upper element, which is connectable to a lower element for forming at least one mowing finger, and with a blade gap for guiding a mowing sickle between the lower element and the upper element, wherein the upper element has on a side facing the lower element a projection as an abutment for a rear portion of the mowing sickle, when seen in a working direction, wherein a rear web of the upper element is arranged on a rear end of the at least one mowing finger, when seen in the working direction, wherein the rear web of the upper element serves for attaching the mowing finger assembly on a finger bar and wherein, when seen in the working direction, the projection and at least one upper bulge are arranged in front of the rear web, characterised in that the projection is arranged on a concave side of the upper bulge and is formed by an impression in the upper bulge from a convex side facing away from the mowing sickle in an assembled condition.
An airbag assembly comprising: an inflator; and an inflatable cushion deployable, from one or more of a seat back and a head back defining a vehicle seating position, to at least partially encompass the vehicle seating position, the inflatable cushion comprising: a first lateral chamber to deploy at a first lateral side of the vehicle seating position; a second lateral chamber to deploy at a second lateral side of the vehicle seating position; a frontal chamber to be disposed between the first lateral chamber and the second lateral chamber and forward of the vehicle seating position in a deployed configuration; a ring chamber to be disposed between the first lateral chamber and the second lateral chamber and above the frontal chamber in the deployed configuration; and a coupling mechanism; wherein, prior to deployment of the inflatable cushion, the coupling mechanism couples the ring chamber to the frontal chamber; characterised in that the coupling mechanism is configured to decouple the ring chamber from the frontal chamber during said deployment. an inflator; and an inflatable cushion deployable, from one or more of a seat back and a head back defining a vehicle seating position, to at least partially encompass the vehicle seating position, the inflatable cushion comprising: a first lateral chamber to deploy at a first lateral side of the vehicle seating position; a second lateral chamber to deploy at a second lateral side of the vehicle seating position; a frontal chamber to be disposed between the first lateral chamber and the second lateral chamber and forward of the vehicle seating position in a deployed configuration; a ring chamber to be disposed between the first lateral chamber and the second lateral chamber and above the frontal chamber in the deployed configuration; and a coupling mechanism; wherein, prior to deployment of the inflatable cushion, the coupling mechanism couples the ring chamber to the frontal chamber; a first lateral chamber to deploy at a first lateral side of the vehicle seating position; a second lateral chamber to deploy at a second lateral side of the vehicle seating position; a frontal chamber to be disposed between the first lateral chamber and the second lateral chamber and forward of the vehicle seating position in a deployed configuration; a ring chamber to be disposed between the first lateral chamber and the second lateral chamber and above the frontal chamber in the deployed configuration; and a coupling mechanism; wherein, prior to deployment of the inflatable cushion, the coupling mechanism couples the ring chamber to the frontal chamber; characterised in that the coupling mechanism is configured to decouple the ring chamber from the frontal chamber during said deployment.
A substrate suitable for incorporation into an absorbent article for automatic detection of wetness events therein and/or risk of exudate leakage therefrom, the substrate comprising a first surface capable of being arranged proximal to a body facing side of the absorbent article and a second surface opposite said first surface and capable of being arranged proximal to a garment facing side of said absorbent article, said substrate comprising a plurality of sensor tracks disposed on said first surface and said sensor tracks comprising: at least one feedback track extending along a length L of the substrate; and one or more exudate sensing tracks in electrical communication with said feedback track, wherein the exudate sensing tracks are in the form of a repeating grid and/or pattern along the length L of the substrate and a dimension substantially perpendicular thereto, wherein said feedback track and exudate sensing tracks are connected in series and wherein the substrate is connectable to a clip-on data processing module at a position proximal to a first end of the substrate such to form a closed electrical circuit, typically for measuring resistance, impedance and/or capacitance therethrough, wherein the sensor tracks are printed sensor tracks comprising an electrically conductive material, and wherein said sensor tracks are printed onto said substrate and said substrate consists of a liquid impermeable backsheet. at least one feedback track extending along a length L of the substrate; and one or more exudate sensing tracks in electrical communication with said feedback track, wherein the exudate sensing tracks are in the form of a repeating grid and/or pattern along the length L of the substrate and a dimension substantially perpendicular thereto, wherein said feedback track and exudate sensing tracks are connected in series and wherein the substrate is connectable to a clip-on data processing module at a position proximal to a first end of the substrate such to form a closed electrical circuit, typically for measuring resistance, impedance and/or capacitance therethrough, wherein the sensor tracks are printed sensor tracks comprising an electrically conductive material, and wherein said sensor tracks are printed onto said substrate and said substrate consists of a liquid impermeable backsheet.
A high voltage pulse generator for electro-poration comprising - a capacitor bank in which the electric charge used to generate the pulses is stored; the capacitor bank has an output terminal on which a high voltage direct current HT is present; - characterized by comprising a voltage amplifier circuit which receives, at input, the high voltage direct current HT and is provided with an automatic gain control circuit designed to compare a reference voltage V HT-ref with the voltage supplied at output V OUT by the amplifier to maintain the voltage constant at output during generation of the pulses; - a current amplifier circuit arranged downstream of the voltage amplifier circuit and provided with an electronic semiconductor switch communicating with a first terminal (11-a) with the output of the capacitor bank and provided with a second terminal designed to communicate with an output of the pulse generator; - the voltage present at the output of the voltage amplifier is supplied to the output of the pulse generator and is used to operate the switching during closing of said electronic semiconductor switch. - a capacitor bank in which the electric charge used to generate the pulses is stored; the capacitor bank has an output terminal on which a high voltage direct current HT is present; - characterized by comprising a voltage amplifier circuit which receives, at input, the high voltage direct current HT and is provided with an automatic gain control circuit designed to compare a reference voltage V HT-ref with the voltage supplied at output V OUT by the amplifier to maintain the voltage constant at output during generation of the pulses; - a current amplifier circuit arranged downstream of the voltage amplifier circuit and provided with an electronic semiconductor switch communicating with a first terminal (11-a) with the output of the capacitor bank and provided with a second terminal designed to communicate with an output of the pulse generator; - the voltage present at the output of the voltage amplifier is supplied to the output of the pulse generator and is used to operate the switching during closing of said electronic semiconductor switch.