mhurhangee/patent-ind-claim-en huggingface dataset:
Method for encrypting and storing a computer file (F), the method being implemented by a device , known as a "key store" , for securing accesses to said computer file (F), the key store being embedded in equipment of the home network gateway type, the method comprising: - establishing a list (KL) of n pairs of keys (ALPHAi, BETAi), each pair of keys (ALPHAi, BETAi) comprising respectively a so-called private key (ALPHAi) and a so-called public key (BETAi), wherein each of the pairs of keys (ALPHAi, BETAi) is associated with a unique identifier (CIDi) of an i th client (Ci) authorised to access said computer file (F), - receiving said computer file (F) and encrypting it as an encrypted version (FCRYPT) of said computer file (F), by means of a key (SK) for encrypting said computer file (F), - encrypting the encryption key (SK) in as many encrypted versions as there are public keys (BETAi), each of the encrypted versions of the encryption key being encrypted with one of the public keys in the pairs of keys of the clients authorised to access the file F, - recording an encrypted version (FCRYPT) of said computer file (F), encrypted by means of said key (SK) for encrypting said computer file (F), in a file storage space (STM) accessible from the key store , the encrypted version (FCRYPT) of the computer file (F) being associated with the encrypted versions of the encryption key (SK), - associating the file (F), in a list (FL) of files (Fi) encrypted and stored under the control of said key store , with one or more unique identifiers (KIDi) of pairs of keys (ALPHAi, BETAi), as well as with a pointer (FPTRi) to an encrypted version (FCRYPTi) of said computer file (Fi) recorded in the file storage space (STM). - establishing a list (KL) of n pairs of keys (ALPHAi, BETAi), each pair of keys (ALPHAi, BETAi) comprising respectively a so-called private key (ALPHAi) and a so-called public key (BETAi), wherein each of the pairs of keys (ALPHAi, BETAi) is associated with a unique identifier (CIDi) of an i th client (Ci) authorised to access said computer file (F), - receiving said computer file (F) and encrypting it as an encrypted version (FCRYPT) of said computer file (F), by means of a key (SK) for encrypting said computer file (F), - encrypting the encryption key (SK) in as many encrypted versions as there are public keys (BETAi), each of the encrypted versions of the encryption key being encrypted with one of the public keys in the pairs of keys of the clients authorised to access the file F, - recording an encrypted version (FCRYPT) of said computer file (F), encrypted by means of said key (SK) for encrypting said computer file (F), in a file storage space (STM) accessible from the key store , the encrypted version (FCRYPT) of the computer file (F) being associated with the encrypted versions of the encryption key (SK), - associating the file (F), in a list (FL) of files (Fi) encrypted and stored under the control of said key store , with one or more unique identifiers (KIDi) of pairs of keys (ALPHAi, BETAi), as well as with a pointer (FPTRi) to an encrypted version (FCRYPTi) of said computer file (Fi) recorded in the file storage space (STM).
A table device (I) suitable to be situated in front of a vehicle occupant in a space in an interior panel of a vehicle comprising a table unit with a board element and a rail configuration with at least two mutually parallel rail track elements each comprising an upper rail track and, running beneath it, a lower rail track , relative to which rail configuration the table unit is suitable to be arranged for movement in the vehicle's longitudinal extent between a deployed state for use and a retracted state, in which the table unit is provided with at least one upper running means cooperating with each upper rail track and at least one lower running means cooperating with each lower rail track whereby the rail configuration is suitable to be arranged to run in the space with a slope downwards protruding forward obliquely in the vehicle's longitudinal extent and to bringing the table unit from a slope in the retracted state to a substantially definite horizontal position in the deployed state, characterised in that the respective rail track elements being provided with a hollow situated on the respective upper rail tracks in which said upper running means are arranged to slide down in and rest when the table unit is in the deployed state and wherein said respective lower rail tracks each has an upper rail portion against which the lower running means act in the deployed state.
Method for authorizing a device (G) by means of a message (VMSG), wherein the message (VMSG) comprises a certificate (ZERT) of the device (G) and the certificate (ZERT) exhibits a signature (SIG) for a check (PROOF1) of an authenticity of the certificate (ZERT), the method comprising: adding an item of permissibility information (ZINFO) to the certificate (ZERT), wherein the permissibility information (ZINFO) indicates, by means of a flag signal (FLG), that, apart from checking the signature (SIG), a determination of a permissibility of the certificate (ZERT) by means of a positive list (WL) is also to be performed, and authorizing the device (G) for applying a first category (K1) to at least one application if (a) the checking (PROOF1) of the authenticity of the certificate (ZERT) is performed positively, and (b) the determination (PROOF2) of the permissibility of the certificate (ZERT) by means of the positive list (WL) is performed positively. adding an item of permissibility information (ZINFO) to the certificate (ZERT), wherein the permissibility information (ZINFO) indicates, by means of a flag signal (FLG), that, apart from checking the signature (SIG), a determination of a permissibility of the certificate (ZERT) by means of a positive list (WL) is also to be performed, and authorizing the device (G) for applying a first category (K1) to at least one application if (a) the checking (PROOF1) of the authenticity of the certificate (ZERT) is performed positively, and (b) the determination (PROOF2) of the permissibility of the certificate (ZERT) by means of the positive list (WL) is performed positively. (a) the checking (PROOF1) of the authenticity of the certificate (ZERT) is performed positively, and (b) the determination (PROOF2) of the permissibility of the certificate (ZERT) by means of the positive list (WL) is performed positively.
An assembly for a printing head with a supporting body for fixing the assembly to the printing head , an actuator device with a main body , which is attached to the supporting body , wherein the actuator device comprises first means for the displacement of a tappet by means of which the tappet is attached to the main body and is displaceable in relation to the same upon actuation of said means, wherein the main body is cooperatingly connected with an element for the positioning of the actuator device in relation to the supporting body , characterized in that the assembly additionally comprises: - a screw joint, which is formed such that the main body is displaceably attachable to the supporting body via said screw joint, wherein the screw joint comprises a thread and a counter thread , which is screwable into the thread , - at least one elastic element , - wherein the screw joint and the at least one elastic element for the positioning of the actuator device is cooperatingly formed such that the thread and the counter thread are tightened to each other with a biasing and that, upon actuation of the screw joint, displacement of the main body in relation to the supporting body along a translational direction is effected, whereinthe assembly additionally comprises: - a sliding joint for guiding the main body in relation to the supporting body along the translational direction, - wherein the elastic element is made so strong that the supporting body or the main body and the element are clamped against each other with such a strong pre-load that the actuation of the screw joint can only be carried out by means of a technical aid, preferably a suitable wrench. - a screw joint, which is formed such that the main body is displaceably attachable to the supporting body via said screw joint, wherein the screw joint comprises a thread and a counter thread , which is screwable into the thread , - at least one elastic element , - wherein the screw joint and the at least one elastic element for the positioning of the actuator device is cooperatingly formed such that the thread and the counter thread are tightened to each other with a biasing and that, upon actuation of the screw joint, displacement of the main body in relation to the supporting body along a translational direction is effected, whereinthe assembly additionally comprises: - a sliding joint for guiding the main body in relation to the supporting body along the translational direction, - wherein the elastic element is made so strong that the supporting body or the main body and the element are clamped against each other with such a strong pre-load that the actuation of the screw joint can only be carried out by means of a technical aid, preferably a suitable wrench.
A radio access network device, comprising at least: a controller module, configured to maintain (S21) configuration data of a plurality of gateway devices and access points, with which the device has connectivity, each access point being associated to at least one of the plurality of gateway devices, wherein at least the device and the gateway devices form part of a network having a network topology, receive (S22) a request for connection via an access point from a terminal , determine (S26, S34, S43) a group of gateway devices associated with each access point associated to at least one gateway device, determine (S26, S34, S43) preferences for at least one gateway device of the group based on the prevailing network topology, and inform a network management node about the access points and the preferences determined for each access point in order that the network management node can use the preferences to make a final selection of an access point. maintain (S21) configuration data of a plurality of gateway devices and access points, with which the device has connectivity, each access point being associated to at least one of the plurality of gateway devices, wherein at least the device and the gateway devices form part of a network having a network topology, receive (S22) a request for connection via an access point from a terminal , determine (S26, S34, S43) a group of gateway devices associated with each access point associated to at least one gateway device, determine (S26, S34, S43) preferences for at least one gateway device of the group based on the prevailing network topology, and inform a network management node about the access points and the preferences determined for each access point in order that the network management node can use the preferences to make a final selection of an access point.
An intermediate article for assembly to form a container, the intermediate article comprising a base which is polygonal in plan and comprises an annular peripheral edge comprising a plurality of edge portions surrounding a base wall structure , a plurality of wall elements around the base , each wall element being adjacent to a respective edge portion of the polygonal base , wherein each wall element has a pair of opposite outwardly extending edges having a sidewall structure therebetween, each outwardly extending edge comprising at least one member of a respective fixing mechanism for affixing adjacent outwardly extending edges of adjacent wall elements , a flexible sheet which comprises a central part which is bonded to the base wall structure and a plurality of extending parts , each extending part being connected to, and extending away from, the central part , each extending part being bonded to the sidewall structure of a respective wall element , wherein each extending part is connected to the central part by a respective hinge part of the flexible sheet , whereby each wall element is hingedly connected to the base by the respective hinge part, wherein the wall elements can be hinged upwardly relative to the base to form a container having a sidewall which is polygonal in plan and defines a central concavity for packaging a product, wherein the sidewall and the base are composed of an injection moulded thermoplastic polymer, and wherein the sidewall comprises the plurality of wall elements which are connected in series to form an endless wall member extending upwardly from the base , each outwardly extending edge being affixed to an adjacent outwardly extending edge of an adjacent wall element by a respective fixing mechanism at a respective corner portion of the sidewall , wherein the intermediate article further comprises a lid which is composed of a thermoplastic polymer, the lid being removably fittable to the sidewall of the assembled container , wherein the flexible sheet comprises an integral extension part which is connected to a sidewall-covering portion of the flexible sheet which is bonded to one of the wall elements to form the sidewall and extends away therefrom to form a lid portion of the flexible sheet , characterized in that the integral extension part is bonded to the lid .
A recombinant host microorganism cell comprising: (a) a gene encoding a tyrosine-sensitive 3-Deoxy-D-arabinoheptulosonate 7-phosphate synthase (ARO4) polypeptide having at least 65% identity to the amino acid sequence set forth in SEQ ID NO: 1, wherein the ARO4 polypeptide comprises a mutation that is K229L and is not feedback inhibited; (b) a gene encoding a chorismate mutase polypeptide; (c) a gene encoding an acetyl-CoA carboxylase polypeptide; and (d) disruption of a gene encoding a phenylalanine-inhibited 3-Deoxy-D-arabinoheptulosonate 7-phosphate synthase (ARO3) polypeptide having at least 75% identity to the amino acid sequence set forth in SEQ ID NO: 3, whereby the host does not express ARO3; wherein at least one of the genes is a recombinant gene, wherein the host is capable of producing a stilbene. (a) a gene encoding a tyrosine-sensitive 3-Deoxy-D-arabinoheptulosonate 7-phosphate synthase (ARO4) polypeptide having at least 65% identity to the amino acid sequence set forth in SEQ ID NO: 1, wherein the ARO4 polypeptide comprises a mutation that is K229L and is not feedback inhibited; (b) a gene encoding a chorismate mutase polypeptide; (c) a gene encoding an acetyl-CoA carboxylase polypeptide; and (d) disruption of a gene encoding a phenylalanine-inhibited 3-Deoxy-D-arabinoheptulosonate 7-phosphate synthase (ARO3) polypeptide having at least 75% identity to the amino acid sequence set forth in SEQ ID NO: 3, whereby the host does not express ARO3; wherein at least one of the genes is a recombinant gene, wherein the host is capable of producing a stilbene.
A method performed by a requesting network entity in a wireless communication network, comprising: in response to a load of the requesting network entity exceeding a load threshold, identifying candidate network entities to which to offload at least one user equipment, UE, each of the candidate network entities being in sleep mode; determining coverage and location information for the candidate network entities; determining location information for the at least one UE; selecting a given network entity of the candidate network entities to turn ON based at least in part on the coverage information and the location information of the candidate network entities and the location information of the at least one UE; sending an ON-request message to the given network entity, the ON-request message comprising a timer for determining, by the given network entity, if at least one UE has accessed the given network entity before expiration of the timer; initiating offloading of the at least one UE to the given network entity in response to receiving an ON-response message from the given network entity; and receiving an OFF-notification from the given network entity in response to the at least one UE not having accessed the given network entity before expiration of the timer. in response to a load of the requesting network entity exceeding a load threshold, identifying candidate network entities to which to offload at least one user equipment, UE, each of the candidate network entities being in sleep mode; determining coverage and location information for the candidate network entities; determining location information for the at least one UE; selecting a given network entity of the candidate network entities to turn ON based at least in part on the coverage information and the location information of the candidate network entities and the location information of the at least one UE; sending an ON-request message to the given network entity, the ON-request message comprising a timer for determining, by the given network entity, if at least one UE has accessed the given network entity before expiration of the timer; initiating offloading of the at least one UE to the given network entity in response to receiving an ON-response message from the given network entity; and receiving an OFF-notification from the given network entity in response to the at least one UE not having accessed the given network entity before expiration of the timer.
A method of forming a barrel assembly for an airgun , the method comprising: (a) locating a barrel having a bore extending from a breech end to a muzzle end in a mold (1 50); (b) introducing a polymeric material into the mold to engage a part of the barrel and to form a baffle assembly having: (i) a baffle stack of at least one baffle spaced from the muzzle end , the baffle at least partly defining a radially extending expansion gap , the expansion gap having an open end; (ii) a muzzle end barrel receiving section sized to receive the length of the barrel to locate the muzzle end within the baffle assembly ; and (iii) a breech end receiving section sized to receive at least a portion of the breech end and providing features proximate the breech end for operably engaging the barrel assembly with a receiver or stock of the airgun ; and (c) removing the barrel , the engaged baffle assembly and the engagement feature from the mold . (a) locating a barrel having a bore extending from a breech end to a muzzle end in a mold (1 50); (b) introducing a polymeric material into the mold to engage a part of the barrel and to form a baffle assembly having: (i) a baffle stack of at least one baffle spaced from the muzzle end , the baffle at least partly defining a radially extending expansion gap , the expansion gap having an open end; (ii) a muzzle end barrel receiving section sized to receive the length of the barrel to locate the muzzle end within the baffle assembly ; and (iii) a breech end receiving section sized to receive at least a portion of the breech end and providing features proximate the breech end for operably engaging the barrel assembly with a receiver or stock of the airgun ; and (i) a baffle stack of at least one baffle spaced from the muzzle end , the baffle at least partly defining a radially extending expansion gap , the expansion gap having an open end; (ii) a muzzle end barrel receiving section sized to receive the length of the barrel to locate the muzzle end within the baffle assembly ; and (iii) a breech end receiving section sized to receive at least a portion of the breech end and providing features proximate the breech end for operably engaging the barrel assembly with a receiver or stock of the airgun ; and (c) removing the barrel , the engaged baffle assembly and the engagement feature from the mold .
A computer-implemented system for designing dental appliances for treating sleep apnea while straightening teeth, comprising: circuitry for determining an incrementally progressive series of adjustment appliances, each of the series of adjustment appliances having geometries selected to progressively reposition teeth; and circuitry for determining for each of the series of adjustment appliances, a vertical displacement and a forward mandibular position for treating sleep apnea. circuitry for determining an incrementally progressive series of adjustment appliances, each of the series of adjustment appliances having geometries selected to progressively reposition teeth; and circuitry for determining for each of the series of adjustment appliances, a vertical displacement and a forward mandibular position for treating sleep apnea.
An adjustable depth-of-drive assembly for use with an upper probe of a fastener-driving tool, said assembly comprising: a workpiece contact element carried on said upper probe and having a contact end and an adjustment end ; at least one stop configured for being secured to said upper probe and being moveable between an adjusting position in which said workpiece contact element is movable relative to said upper probe, and a locked position wherein said adjustment end is secured against movement relative to said upper probe; at least one biasing element associated with said stop and configured for urging said stop and said adjustment end into a selected locked position relative to said upper probe with a biasing force; and characterised by at least one camming element carried on said stop for selective camming engagement between said upper probe and said stop by means of a user's manual force to urge said stop into said adjusting position against said force of said biasing element. a workpiece contact element carried on said upper probe and having a contact end and an adjustment end ; at least one stop configured for being secured to said upper probe and being moveable between an adjusting position in which said workpiece contact element is movable relative to said upper probe, and a locked position wherein said adjustment end is secured against movement relative to said upper probe; at least one biasing element associated with said stop and configured for urging said stop and said adjustment end into a selected locked position relative to said upper probe with a biasing force; and characterised by at least one camming element carried on said stop for selective camming engagement between said upper probe and said stop by means of a user's manual force to urge said stop into said adjusting position against said force of said biasing element.