mhurhangee/patent-ind-claim-en huggingface dataset:
An adeno-associated viral (AAV) vector containing an expression construct, wherein: - the expression construct comprises a nucleic acid sequence which encodes a microdystrophin (MD); - the nucleic acid sequence encoding the MD has a size of at least 4.1 kb; - the expression construct has a size of less than 6 kb; - the MD has a deletion ΔR4-23 in the central rod domain; and - the MD contains a partial C terminal domain with the amino acid sequence encoded by exons 70 to 75 of dystrophin or a full-length C terminal domain with an amino acid sequence encoded by exons 70 to 79 of dystrophin. - the expression construct comprises a nucleic acid sequence which encodes a microdystrophin (MD); - the nucleic acid sequence encoding the MD has a size of at least 4.1 kb; - the expression construct has a size of less than 6 kb; - the MD has a deletion ΔR4-23 in the central rod domain; and - the MD contains a partial C terminal domain with the amino acid sequence encoded by exons 70 to 75 of dystrophin or a full-length C terminal domain with an amino acid sequence encoded by exons 70 to 79 of dystrophin.
A method comprising: storing, by a virtual router agent of a compute node managed by a Software Defined Networking, SDN, controller , a forwarding information data structure with a shared liveness vector that is orthogonal to the forwarding path to indicate a liveness state of a plurality of overlay network tunnel endpoint next hops, wherein the shared liveness vector is shared by each of a plurality of members for a plurality of composite next hops that share a common list of the plurality of overlay network tunnel endpoint next hops; and in response to determining, by the virtual router agent, that the orthogonal liveness vector indicates that each of the plurality of overlay network tunnel endpoint next hops are reachable, distributing network traffic to one or more of the plurality of overlay network tunnel endpoint next hops. storing, by a virtual router agent of a compute node managed by a Software Defined Networking, SDN, controller , a forwarding information data structure with a shared liveness vector that is orthogonal to the forwarding path to indicate a liveness state of a plurality of overlay network tunnel endpoint next hops, wherein the shared liveness vector is shared by each of a plurality of members for a plurality of composite next hops that share a common list of the plurality of overlay network tunnel endpoint next hops; and in response to determining, by the virtual router agent, that the orthogonal liveness vector indicates that each of the plurality of overlay network tunnel endpoint next hops are reachable, distributing network traffic to one or more of the plurality of overlay network tunnel endpoint next hops.
A system for stacking folded boxes, the system comprises a stacker unit for forming a stack of folded boxes and a conveyor unit for conveying folded boxes into the stacker unit , wherein seen in a vertical direction the conveyor unit and a receiving part of the stacker unit are arranged in such a manner that in use the folded boxes are falling from the conveyor unit into the stacker unit under influence of gravity, wherein the receiving part of the stacker unit is configured to change the inclination angle of the folded boxes with respect to a horizontal plane during stack-formation in the stacker unit , characterized in that the stacker unit comprises a pressure element , wherein the pressure element is configured to hold the stack of folded boxes between the pressure element and the receiving part .
A method comprising: receiving, by a hypervisor that is executing on a host server, a request to dispatch a virtual machine (VM) on the host server; dispatching, by the hypervisor , the VM on the host server, the VM in a non-secure mode, the data of the VM being accessible by the hypervisor, the VM including an encrypted image of the VM and a reboot instruction that utilizes an initial program load (IPL) mechanism; triggering, by the hypervisor , the reboot instruction to restart the VM on the host server in a secure mode, the triggering comprising the hypervisor calling a secure interface control to perform the restart of the VM in the secure mode, the hypervisor specifying a location of the encrypted image of the VM on the host server and decryption information; decrypting, by the secure interface control, the VM based on the decryption information and performing the restart in response to the triggering, wherein subsequent to performing the restart, the hypervisor is prevented from accessing any data of the VM . receiving, by a hypervisor that is executing on a host server, a request to dispatch a virtual machine (VM) on the host server; dispatching, by the hypervisor , the VM on the host server, the VM in a non-secure mode, the data of the VM being accessible by the hypervisor, the VM including an encrypted image of the VM and a reboot instruction that utilizes an initial program load (IPL) mechanism; triggering, by the hypervisor , the reboot instruction to restart the VM on the host server in a secure mode, the triggering comprising the hypervisor calling a secure interface control to perform the restart of the VM in the secure mode, the hypervisor specifying a location of the encrypted image of the VM on the host server and decryption information; decrypting, by the secure interface control, the VM based on the decryption information and performing the restart in response to the triggering, wherein subsequent to performing the restart, the hypervisor is prevented from accessing any data of the VM .
A transmitting optical network element comprising: - an interface for receiving key information from a key management entity ; - storage means for storing a public key received by the key management entity wherein the public key is associated with a receiving optical network element connectable to the transmitting optical network element via an optical network in order to transmit data; and - a key generation entity configured for generating a symmetric encryption key; wherein the transmitting optical network element is adapted to: - encrypt a received payload to be transmitted to the receiving optical network element using the generated symmetric encryption key; and characterized in that the transmitting optical network element is further adapted to - encrypt the generated symmetric encryption key using the public key of the receiving optical network element ; - transmit the encrypted payload and the encrypted symmetric encryption key via the optical network to the receiving optical network element , wherein the encrypted payload is transmitted using data frames , and wherein the encrypted symmetric encryption key is embedded in some or all of the data frames and transmitted using an Optical channel Data Unit-k, ODU-k, overhead associated to an optical channel payload unit-k, OPU-k. - an interface for receiving key information from a key management entity ; - storage means for storing a public key received by the key management entity wherein the public key is associated with a receiving optical network element connectable to the transmitting optical network element via an optical network in order to transmit data; and - a key generation entity configured for generating a symmetric encryption key; - encrypt a received payload to be transmitted to the receiving optical network element using the generated symmetric encryption key; and - encrypt the generated symmetric encryption key using the public key of the receiving optical network element ; - transmit the encrypted payload and the encrypted symmetric encryption key via the optical network to the receiving optical network element , wherein the encrypted payload is transmitted using data frames , and wherein the encrypted symmetric encryption key is embedded in some or all of the data frames and transmitted using an Optical channel Data Unit-k, ODU-k, overhead associated to an optical channel payload unit-k, OPU-k.
A method for synthesizing a random oligonucleotide, the method comprising: (a) synthesizing at least one random oligonucleotide comprising nucleotides by adding one or more nucleotides at random to the oligonucleotide; (b) determining the sequence of the random oligonucleotide; and (c) selecting random oligonucleotides based on specific sizes of the random oligonucleotides. (a) synthesizing at least one random oligonucleotide comprising nucleotides by adding one or more nucleotides at random to the oligonucleotide; (b) determining the sequence of the random oligonucleotide; and (c) selecting random oligonucleotides based on specific sizes of the random oligonucleotides.
A vehicle seat , comprising: - a seat part having a seat part element , - a basis comprising a first rail , - a longitudinal adjustment device formed by at least the first rail and a second rail longitudinally adjustable with respect to one another, and - a lever by means of which the seat part element is connected to the basis movably relative to the basis , wherein the lever has a section that is adapted to cooperate with a locking element , wherein the locking element is rotataby mounted on the basis , configured to operate a locking device of the longitudinal adjustment device to unlock the first rail with respect to the second rail , characterized in that the lever is configured to engage with a latch to restrict a movement of the first rail with respect to the second rail . - a seat part having a seat part element , - a basis comprising a first rail , - a longitudinal adjustment device formed by at least the first rail and a second rail longitudinally adjustable with respect to one another, and - a lever by means of which the seat part element is connected to the basis movably relative to the basis , wherein the lever has a section that is adapted to cooperate with a locking element , wherein the locking element is rotataby mounted on the basis , configured to operate a locking device of the longitudinal adjustment device to unlock the first rail with respect to the second rail , characterized in that the lever is configured to engage with a latch to restrict a movement of the first rail with respect to the second rail .
A fishing information management system that has a fishing rod to which a fishing reel with a spool capable of winding a fishing line is attached, comprising: an operation/environment information detector configured to detect operation information on operation and environment of operation of fishing tools when in use including the fishing reel and the fishing rod , wherein the operation/environment information detector comprises a reel operation detector configured to detect operation information of the fishing reel , wherein the reel operation information detector includes at least a spool rotation detector , and the operation/environment detector is configured to: detect the completion of casting, then determine a number of times when the spool rotation speed exceeds a predetermined threshold rotation speed value within a predetermined time period, and determine whether the number of times is greater than a predetermined threshold value, and if yes, judge that backlash has occurred; wherein the operation information detected comprises a rotation speed of the spool and backlash information, wherein the backlash information is determined based on the rotation speed of the spool ; a calculator configured to calculate skill levels in casting based on the backlash information; a storage configured to store the operation information and the skill levels; and an indicator configured to display at least either of the operation information or the skill levels. an operation/environment information detector configured to detect operation information on operation and environment of operation of fishing tools when in use including the fishing reel and the fishing rod , wherein the operation/environment information detector comprises a reel operation detector configured to detect operation information of the fishing reel , wherein the reel operation information detector includes at least a spool rotation detector , and the operation/environment detector is configured to: detect the completion of casting, then determine a number of times when the spool rotation speed exceeds a predetermined threshold rotation speed value within a predetermined time period, and determine whether the number of times is greater than a predetermined threshold value, and if yes, judge that backlash has occurred; detect the completion of casting, then determine a number of times when the spool rotation speed exceeds a predetermined threshold rotation speed value within a predetermined time period, and determine whether the number of times is greater than a predetermined threshold value, and if yes, judge that backlash has occurred; wherein the operation information detected comprises a rotation speed of the spool and backlash information, wherein the backlash information is determined based on the rotation speed of the spool ; a calculator configured to calculate skill levels in casting based on the backlash information; a storage configured to store the operation information and the skill levels; and an indicator configured to display at least either of the operation information or the skill levels.
A method implemented in a communication system including a host computer , a base station , and a User Equipment, UE, , the method comprising: at the host computer, receiving user data transmitted to the base station from the UE, wherein the UE: receives , from the base station, a Random Access Response, RAR, message comprising an indication of a time-domain resource allocation for a Msg3 transmission on a Physical Uplink Shared Channel, PUSCH; determines a slot offset value, K2, for the Msg3 transmission based on the indication of the time-domain resource allocation and a PUSCH table; adds an additional slot offset value for the Msg3 transmission to the slot offset value, K2, to provide an increased slot offset value for the Msg3 transmission, wherein the additional slot offset value varies in relation to an additional processing time T add needed for RAR message decoding compared to Physical Downlink Control Channel, PDCCH, decoding and rounded to a next higher or next lower number of slots in an uplink numerology of the PUSCH, wherein the additional processing time is a function of whether the RAR message is transmitted in a short Physical Downlink Shared Channel, PDSCH, with mapping Type A; transmits , to the base station, the Msg3 transmission in accordance with an increased slot offset value, the increased slot offset value being a sum of the slot offset value, K2, and the additional slot offset value; and transmits , to the base station, the user data to be forwarded to the host computer. receives , from the base station, a Random Access Response, RAR, message comprising an indication of a time-domain resource allocation for a Msg3 transmission on a Physical Uplink Shared Channel, PUSCH; determines a slot offset value, K2, for the Msg3 transmission based on the indication of the time-domain resource allocation and a PUSCH table; adds an additional slot offset value for the Msg3 transmission to the slot offset value, K2, to provide an increased slot offset value for the Msg3 transmission, wherein the additional slot offset value varies in relation to an additional processing time T add needed for RAR message decoding compared to Physical Downlink Control Channel, PDCCH, decoding and rounded to a next higher or next lower number of slots in an uplink numerology of the PUSCH, wherein the additional processing time is a function of whether the RAR message is transmitted in a short Physical Downlink Shared Channel, PDSCH, with mapping Type A; transmits , to the base station, the Msg3 transmission in accordance with an increased slot offset value, the increased slot offset value being a sum of the slot offset value, K2, and the additional slot offset value; and transmits , to the base station, the user data to be forwarded to the host computer.
A switching device , in particular switching flag for end position detection in a vehicle treatment system , which is prepared to be mounted to a hall floor with its underside, characterized by at least one wedge-like foot element and a base body which is mountable in different height positions on the foot element via an adjustment mechanism , wherein the foot element is configured to be mounted on a hall floor with a foot bottom side and has at least one foot side flank which encloses an acute angle, in particular an angle smaller than or equal to 30°, with the foot bottom side , and the foot element , the base body , and the adjustment mechanism of the switching device are configured and matched to each other such that a base-body side flank arranged adjacent to the foot side flank maintains an alignment parallel to the foot side flank irrespective of the adjusted height position of the base body relative to the foot element . characterized by at least one wedge-like foot element and a base body which is mountable in different height positions on the foot element via an adjustment mechanism , wherein the foot element is configured to be mounted on a hall floor with a foot bottom side and has at least one foot side flank which encloses an acute angle, in particular an angle smaller than or equal to 30°, with the foot bottom side , and the foot element , the base body , and the adjustment mechanism of the switching device are configured and matched to each other such that a base-body side flank arranged adjacent to the foot side flank maintains an alignment parallel to the foot side flank irrespective of the adjusted height position of the base body relative to the foot element .
Method for determining a parameter of an electrochemical energy storage system for supplying an on-board power system of a means of transport , in particular a means of transport without a battery data module, comprising the steps of: - determining a predefined operating state (II) of the on-board power system, - measuring a voltage of the electrochemical energy storage system during the predefined operating state (II), and - determining the parameter of the electrochemical energy storage system on the basis of the voltage determined and a reference associated with the predefined operating state (II), wherein the predefined operating state (II) begins after activation of an access function but ends before starting (IV) of an internal combustion engine of the means of transport , characterized in that the predefined operating state (II) excludes operation of electrical loads arbitrarily activated by a user of the means of transport . - determining a predefined operating state (II) of the on-board power system, - measuring a voltage of the electrochemical energy storage system during the predefined operating state (II), and - determining the parameter of the electrochemical energy storage system on the basis of the voltage determined and a reference associated with the predefined operating state (II), wherein the predefined operating state (II) begins after activation of an access function but ends before starting (IV) of an internal combustion engine of the means of transport , characterized in that the predefined operating state (II) excludes operation of electrical loads arbitrarily activated by a user of the means of transport .
A stalk roller assembly for an agricultural system comprising: a stalk roller having a hollow shaft , wherein the hollow shaft has a first end having a first shape and configured to engage a guide element and a second end having a second shape and configured to engage a drive shaft , the first shape being different than the second shape, and the hollow shaft being formed from a single piece of material ; characterized in that the cross-sectional area of the first shape is larger than the cross-sectional area of the second shape.
A computer-implemented method for configuring a tool with at least one pointing element on a screen comprising the steps of: S1. pointing and activating a tool with a pointing element, said tool comprising a list of customizable parameters; and without releasing the pointing element: S2. dragging the pointing element along a first direction for selecting a customizable parameter of the list; S3. dragging the pointing element along a second direction for customizing a selected parameter of the list; characterized by steps S2 and S3 being iterated a plurality of times for selecting and customizing a plurality of parameters until the pointing element is released. S2. dragging the pointing element along a first direction for selecting a customizable parameter of the list; S3. dragging the pointing element along a second direction for customizing a selected parameter of the list; characterized by steps S2 and S3 being iterated a plurality of times for selecting and customizing a plurality of parameters until the pointing element is released.
An unleaded synthetic gasoline fuel composition which comprises: 20 to 25 volume% of ethanol; 20 to 55 volume% of one or more branched paraffin having from 5 to 10 carbon atoms; 10 to 20 volume% of one or more branched olefins; 5 to 35 volume% of one or more mono-alkylated benzenes, based on the total volume of the fuel composition excluding any fuel additives present, wherein no refinery stream is used in the fuel composition. 20 to 25 volume% of ethanol; 20 to 55 volume% of one or more branched paraffin having from 5 to 10 carbon atoms; 10 to 20 volume% of one or more branched olefins; 5 to 35 volume% of one or more mono-alkylated benzenes, based on the total volume of the fuel composition excluding any fuel additives present, wherein no refinery stream is used in the fuel composition. based on the total volume of the fuel composition excluding any fuel additives present, wherein no refinery stream is used in the fuel composition.
A resource requesting method, comprising: receiving, by a terminal, information about at least one semi-persistent scheduling, SPS, configuration from a base station; transmitting, by the terminal, a resource request to the base station according to a transmission related to Vehicle-to-Everything, V2X, wherein the resource request includes a first identifier indicating an SPS period and a second identifier indicating a logical channel configured for SPS that is allowed to use SPS resources indicated by the information about at least one SPS configuration; and receiving, by the terminal, SPS resource allocation information from the base station in response to the resource request, wherein the SPS resource allocation information includes an indicator_indicating an activation or a release of one of the at least one SPS configuration. receiving, by a terminal, information about at least one semi-persistent scheduling, SPS, configuration from a base station; transmitting, by the terminal, a resource request to the base station according to a transmission related to Vehicle-to-Everything, V2X, wherein the resource request includes a first identifier indicating an SPS period and a second identifier indicating a logical channel configured for SPS that is allowed to use SPS resources indicated by the information about at least one SPS configuration; and receiving, by the terminal, SPS resource allocation information from the base station in response to the resource request, wherein the SPS resource allocation information includes an indicator_indicating an activation or a release of one of the at least one SPS configuration.