mhurhangee/ep-ind-claims huggingface dataset:
Method for the production of recombinant Flavivirus comprising nucleotide sequences encoding a heterologous protein, characterized by the following steps: (a) modification of the heterologous nucleotide sequence in such way that when cloned in the Flavivirus genome, they present in the 5' region, nucleotides of the 5' end of a Flavivirus NS1 gene encoding the NS1 signal sequence, and in its 3' end nucleotides encoding a Flavivirus E protein stem-anchor region, wherein said modifications do not compromise the structure and the replication of said Flavivirus; (b) insertion of the modified heterologous sequences as described in (a) at the intergenic region between the genes encoding the structural E protein and the nonstructural NS1 protein of the Flavivirus; (c) regeneration of non pathogenic recombinant Flavivirus, having the heterologous sequences stably integrated in the viral genome at the insertion point described in (b) and, expressing the heterologous sequence in such way that the corresponding protein may elicit an appropriate immune response. (a) modification of the heterologous nucleotide sequence in such way that when cloned in the Flavivirus genome, they present in the 5' region, nucleotides of the 5' end of a Flavivirus NS1 gene encoding the NS1 signal sequence, and in its 3' end nucleotides encoding a Flavivirus E protein stem-anchor region, wherein said modifications do not compromise the structure and the replication of said Flavivirus; (b) insertion of the modified heterologous sequences as described in (a) at the intergenic region between the genes encoding the structural E protein and the nonstructural NS1 protein of the Flavivirus; (c) regeneration of non pathogenic recombinant Flavivirus, having the heterologous sequences stably integrated in the viral genome at the insertion point described in (b) and, expressing the heterologous sequence in such way that the corresponding protein may elicit an appropriate immune response.
A method of determining a transition of a terminal (110, 910) between its idle state and its connected state, wherein the connected state of the terminal (110, 910) is associated with the terminal (110, 910) being connected to a node (108, 1008) of a radio access network of a communication network, the method comprising at least one of: - at least partly setting up, prior to a connection setup procedure for setting up a connection between the terminal (110, 910) and the node (108, 1008), a security configuration to be used between the terminal (110, 910) and the node (108, 1008) for communication, wherein at least partly setting up the security configuration comprises at least partly setting up the security configuration prior to establishing a Radio Resource Control, RRC, connection with the radio access network, and - at least partly setting up, prior to the connection setup procedure, a bearer configuration to be used between the terminal (110, 910) and the node (108, 1008) for communication, wherein at least partly setting up the bearer configuration comprises at least partly setting up the bearer configuration prior to establishing the RRC connection with the radio access network. - at least partly setting up, prior to a connection setup procedure for setting up a connection between the terminal (110, 910) and the node (108, 1008), a security configuration to be used between the terminal (110, 910) and the node (108, 1008) for communication, wherein at least partly setting up the security configuration comprises at least partly setting up the security configuration prior to establishing a Radio Resource Control, RRC, connection with the radio access network, and - at least partly setting up, prior to the connection setup procedure, a bearer configuration to be used between the terminal (110, 910) and the node (108, 1008) for communication, wherein at least partly setting up the bearer configuration comprises at least partly setting up the bearer configuration prior to establishing the RRC connection with the radio access network.
Disc assembly, comprising a plurality of disc segments (20, 22, 24) which are arranged in layers and are designed for mutual connection in the form of ring segments that can be connected to form a closed outer contour around the periphery, wherein a plurality of apertures is formed in each disc segment (20, 22, 24), and at least one disc segment has at least three apertures, characterized in that the first disc segment projects beyond the second disc segment in a circumferential direction.
A method performed by a radio network node (12,13) for handling communication of a wireless device in a wireless communication network, wherein the radio network node (12,13) is configured to provide a serving cell for the wireless device on a lean carrier where reference signals are transmitted with a bandwidth that is variable between a first bandwidth and a second bandwidth, the second bandwidth being narrower than the first bandwidth, and wherein the wireless device is configured with a discontinuous reception cycle, characterized in that the method comprises: - transmitting reference signals over a bandwidth that alternates between the first bandwidth and the second bandwidth in accordance with the discontinuous reception cycle configured for the wireless device; - obtaining an indication from the wireless device or from a second radio network node (12,13), which indication indicates that a signal strength or quality of the serving cell for the wireless device is below a threshold; and - transmitting, in response to the obtained indication, one or more reference signals over the first bandwidth. - transmitting reference signals over a bandwidth that alternates between the first bandwidth and the second bandwidth in accordance with the discontinuous reception cycle configured for the wireless device; - obtaining an indication from the wireless device or from a second radio network node (12,13), which indication indicates that a signal strength or quality of the serving cell for the wireless device is below a threshold; and - transmitting, in response to the obtained indication, one or more reference signals over the first bandwidth.
A method of coding video information, the method comprising: resampling video information of a reference picture of a picture to be encoded to obtain a resampled picture, the reference picture having a plurality of slices and having a different picture size than the picture to be encoded; determining slice definitions for a plurality of resampled slices in the resampled picture, the plurality of slices of the resampled picture corresponding in number and relative location to a plurality of slices of the reference picture; determining, based at least partially on the slice definitions, whether each of the plurality of slices of the resampled picture satisfies one or more slice partition rules and characterized in that: in response to determining that at least one of the plurality of slices of the resampled picture does not satisfy at least one slice partition rule, modifying slice partitions for at least some of the plurality of slices in the resampled picture that do not satisfy the at least one slice partition rule to satisfy the at least one slice partition rule. resampling video information of a reference picture of a picture to be encoded to obtain a resampled picture, the reference picture having a plurality of slices and having a different picture size than the picture to be encoded; determining slice definitions for a plurality of resampled slices in the resampled picture, the plurality of slices of the resampled picture corresponding in number and relative location to a plurality of slices of the reference picture; determining, based at least partially on the slice definitions, whether each of the plurality of slices of the resampled picture satisfies one or more slice partition rules and characterized in that: in response to determining that at least one of the plurality of slices of the resampled picture does not satisfy at least one slice partition rule, modifying slice partitions for at least some of the plurality of slices in the resampled picture that do not satisfy the at least one slice partition rule to satisfy the at least one slice partition rule. in response to determining that at least one of the plurality of slices of the resampled picture does not satisfy at least one slice partition rule, modifying slice partitions for at least some of the plurality of slices in the resampled picture that do not satisfy the at least one slice partition rule to satisfy the at least one slice partition rule.
A steam turbine facility, comprising - a main steam supply supplied with a volatile energy source for supplying high pressure steam to a main supply pipe in a normal operation mode, - a high pressure turbine drivable in the normal operation mode by steam fed from the main supply pipe to an inlet of the high pressure turbine, - a low pressure turbine, rotationally coupled to the high pressure turbine, and in the normal operation mode drivable by low pressure steam extracted from an outlet of the high pressure turbine and fed via an intermediate pipe to an inlet of the low pressure turbine, characterized in that for maintaining turbine operation in a phase of degraded main steam supply in an auxiliary operation mode the steam turbine facility further comprises - a controllable high pressure bypass for controllable bypassing of the high pressure turbine in the auxiliary operation mode, so that turbine operation is maintained with driving the low pressure turbine, and - auxiliary operation means (60, 62, 65, 66) designed to branch off auxiliary steam from the low pressure steam driving the low pressure turbine, and to inject the auxiliary steam at the inlet of the high pressure turbine. - a main steam supply supplied with a volatile energy source for supplying high pressure steam to a main supply pipe in a normal operation mode, - a high pressure turbine drivable in the normal operation mode by steam fed from the main supply pipe to an inlet of the high pressure turbine, - a low pressure turbine, rotationally coupled to the high pressure turbine, and in the normal operation mode drivable by low pressure steam extracted from an outlet of the high pressure turbine and fed via an intermediate pipe to an inlet of the low pressure turbine, - a controllable high pressure bypass for controllable bypassing of the high pressure turbine in the auxiliary operation mode, so that turbine operation is maintained with driving the low pressure turbine, and - auxiliary operation means (60, 62, 65, 66) designed to branch off auxiliary steam from the low pressure steam driving the low pressure turbine, and to inject the auxiliary steam at the inlet of the high pressure turbine.
A light emitting diode lighting system comprising: a power factor correction controller characterized in that the power factor correction controller comprises: - an input to receive a phase delay signal indicating a phase delay of a phase modulated dimmer signal; and - a digital signal processor, coupled to the input, to receive the phase delay signal and determine a control operating parameter from the phase delay signal and to generate a switch control signal using the determined operating parameter to vary an input current to a switching power converter with a phase modulated voltage, wherein the digital signal processor is further arranged to determine start and stop times of each half cycle of a cycle of the phase modulated dimmer signal. - an input to receive a phase delay signal indicating a phase delay of a phase modulated dimmer signal; and - a digital signal processor, coupled to the input, to receive the phase delay signal and determine a control operating parameter from the phase delay signal and to generate a switch control signal using the determined operating parameter to vary an input current to a switching power converter with a phase modulated voltage, wherein the digital signal processor is further arranged to determine start and stop times of each half cycle of a cycle of the phase modulated dimmer signal.
A method for enabling a second functionality for a revolving door assembly adapted so far for a first functionality, wherein the revolving door assembly comprises: - a turnstile carrying a door leaf, - an evaluation unit, - an interface for arranging an enabling key, and - an electrical drive with - a stator and - a rotor, wherein the method comprises the steps of: - reading-out an information from an enabling key disposed in the interface, - comparing the information to a predefined reference and in case of a positive result of the comparison, - activating a computer program code associated to the second functionality and located in the evaluation unit, wherein the first functionality and the second functionality correspond to unlike entries of the following group: - servomatic operation, - fully automatic operation, - automatic positioning operation, and - speed limiter operation. - a turnstile carrying a door leaf, - an evaluation unit, - an interface for arranging an enabling key, and - an electrical drive with - a stator and - a rotor, - reading-out an information from an enabling key disposed in the interface, - comparing the information to a predefined reference and in case of a positive result of the comparison, - activating a computer program code associated to the second functionality and located in the evaluation unit, - servomatic operation, - fully automatic operation, - automatic positioning operation, and - speed limiter operation.
Support rail for a sliding door, which has at least one fastening structure for fastening the support rail to an upper end of a door leaf of the sliding door and which has at least one fastening structure for fastening the support rail to at least one slide of the sliding door, wherein the support rail has a first receptacle for a seal, wherein the first receptacle of the support rail is a groove having a groove bottom and groove walls (211, 212), characterized in that the support rail has at least one recess in at least one groove wall of a first groove as the fastening structure for fastening the support rail to an upper end of a door leaf.
A door for a domestic appliance, in particular for a cooking oven, wherein the door comprises: two door columns on the left hand side and on the right hand side of the door, - an outer door panel at the outer sides of the door columns, an inner door panel at the inner sides of the door columns, and - a cover frame for covering the top sides of the inner door panel and the door columns, wherein - in a mounted state the cover frame is fastened on the door columns, and the inner door panel is clamped by the cover frame, characterised in, that the cover frame is displaceable between the amounted state and an intermediate state of said cover frame, in said intermediate state the cover frame is fastened at the door columns in another position as in the mounted state, so that the inner door panel is removable from the inner sides of the door columns, a first snap-in mechanism (24, 26) is provided between the cover frame and the door columns for fastening the cover frame at the door columns in the mounted state. two door columns on the left hand side and on the right hand side of the door, - an outer door panel at the outer sides of the door columns, an inner door panel at the inner sides of the door columns, and - a cover frame for covering the top sides of the inner door panel and the door columns, wherein - in a mounted state the cover frame is fastened on the door columns, and the inner door panel is clamped by the cover frame, - an outer door panel at the outer sides of the door columns, - a cover frame for covering the top sides of the inner door panel and the door columns, wherein - in a mounted state the cover frame is fastened on the door columns, and the inner door panel is clamped by the cover frame, the cover frame is displaceable between the amounted state and an intermediate state of said cover frame, in said intermediate state the cover frame is fastened at the door columns in another position as in the mounted state, so that the inner door panel is removable from the inner sides of the door columns, a first snap-in mechanism (24, 26) is provided between the cover frame and the door columns for fastening the cover frame at the door columns in the mounted state.
A cassette module for controlling fluid flows and for use in blood treatment systems or in infusion systems, comprising: a first functional layer; and a second functional layer, wherein the first functional layer has means for the flow guidance of a fluid flow; the cassette module further comprises a first membrane and a second membrane, of which the first membrane cooperates with the means for flow guidance of a fluid flow; and wherein the second functional layer is arranged between the two membranes (5, 6) and has means for generating an underpressure between the membranes (5, 6), characterized in that a means for improving the force transmission from one membrane to the other membrane (5, 6) is present in the first membrane und/or in the second membrane und/or between the two membranes (5, 6). a first functional layer; and a second functional layer, wherein the first functional layer has means for the flow guidance of a fluid flow; the cassette module further comprises a first membrane and a second membrane, of which the first membrane cooperates with the means for flow guidance of a fluid flow; and wherein the second functional layer is arranged between the two membranes (5, 6) and has means for generating an underpressure between the membranes (5, 6), characterized in that a means for improving the force transmission from one membrane to the other membrane (5, 6) is present in the first membrane und/or in the second membrane und/or between the two membranes (5, 6).
An input device comprising: a support that includes: a bottom portion; a middle portion that stands obliquely upward from the bottom portion, one end of the middle portion being secured to the bottom portion; and a ceiling portion that extends in a horizontal direction from the other end of the middle portion, and is substantially parallel to the bottom portion, the display device being mountable on the ceiling portion; characterized by a film (20, 30) on which a display device is placed in use, the display device comprising a capacitive touch panel, the film comprising: a first transparent electrode facing the capacitive touch panel of the display device when the display device is placed on the film; a second transparent electrode (23a, 24a) electrically connected to the first transparent electrode; and an optical layer configured to guide light from a screen of the display device in a first direction perpendicular to an incident direction of the light; wherein the first transparent electrode is attached to the ceiling portion; the second transparent electrode (23a, 24a) is attached to the bottom portion; and the optical layer is attached to the middle portion. a support that includes: a bottom portion; a middle portion that stands obliquely upward from the bottom portion, one end of the middle portion being secured to the bottom portion; and a ceiling portion that extends in a horizontal direction from the other end of the middle portion, and is substantially parallel to the bottom portion, the display device being mountable on the ceiling portion; characterized by a bottom portion; a middle portion that stands obliquely upward from the bottom portion, one end of the middle portion being secured to the bottom portion; and a ceiling portion that extends in a horizontal direction from the other end of the middle portion, and is substantially parallel to the bottom portion, the display device being mountable on the ceiling portion; characterized by a film (20, 30) on which a display device is placed in use, the display device comprising a capacitive touch panel, the film comprising: a first transparent electrode facing the capacitive touch panel of the display device when the display device is placed on the film; a second transparent electrode (23a, 24a) electrically connected to the first transparent electrode; and a first transparent electrode facing the capacitive touch panel of the display device when the display device is placed on the film; a second transparent electrode (23a, 24a) electrically connected to the first transparent electrode; and an optical layer configured to guide light from a screen of the display device in a first direction perpendicular to an incident direction of the light; wherein the first transparent electrode is attached to the ceiling portion; the second transparent electrode (23a, 24a) is attached to the bottom portion; and the optical layer is attached to the middle portion.
A method of fabricating a book-like document of value and/or security document, in particular a passport booklet, having a front side and a rear side of a binding or book cover, a plurality of data pages, and at least one security laminate including personalisation data, with at least the data pages and the security laminate being adhered to each other, by means of an adhesive, along the gutter edges or gutter folding edges arranged parallel to each other in a stack, wherein - a plurality of perforation holes is disposed at least in the area of the gutter edges or gutter folding edges of the security laminate und/or the data pages before the latter are joined together by the adhesive, - the gutter edges or gutter folding edges of the data pages and of the security laminate are adhered to each other by means of the adhesive realised in the form of an elastomeric polymer, said adhesive penetrating through, or entering into, said perforation holes, characterised in that using the elastomeric polymer, the front side and the rear side of the binding or book cover are both adhered to the gutter edges or gutter folding edges of the security laminate and of the data pages, thus forming a permanently elastic book spine adhesive bond. - a plurality of perforation holes is disposed at least in the area of the gutter edges or gutter folding edges of the security laminate und/or the data pages before the latter are joined together by the adhesive, - the gutter edges or gutter folding edges of the data pages and of the security laminate are adhered to each other by means of the adhesive realised in the form of an elastomeric polymer, said adhesive penetrating through, or entering into, said perforation holes,