mhurhangee/patent-ind-claim-en huggingface dataset:
An arrangement for a lock device , the arrangement comprising: - an input member rotatable about an input axis ; - an output member rotatable about an output axis ; - a coupling member movable between an uncoupled position , in which the coupling member does not transmit a rotation of the input member to a rotation of the output member , and a coupled position , in which the coupling member transmits a rotation of the input member to a rotation of the output member ; - an electromechanical actuator comprising an actuating member linearly movable between an uncoupling actuating position and a coupling actuating position ; and - a torsion spring having a first leg and a second leg movable away from each other against a deformation of the torsion spring , wherein the actuating member is arranged to engage the first leg and the second leg is arranged to engage the coupling member when the coupling member is in the uncoupled position and the actuating member moves from the uncoupling actuating position to the coupling actuating position , characterised in that the actuating member is arranged to engage the second leg and the first leg is arranged to engage the coupling member when the coupling member is in the coupled position and the actuating member moves from the coupling actuating position to the uncoupling actuating position . - an input member rotatable about an input axis ; - an output member rotatable about an output axis ; - a coupling member movable between an uncoupled position , in which the coupling member does not transmit a rotation of the input member to a rotation of the output member , and a coupled position , in which the coupling member transmits a rotation of the input member to a rotation of the output member ; - an electromechanical actuator comprising an actuating member linearly movable between an uncoupling actuating position and a coupling actuating position ; and - a torsion spring having a first leg and a second leg movable away from each other against a deformation of the torsion spring , wherein the actuating member is arranged to engage the first leg and the second leg is arranged to engage the coupling member when the coupling member is in the uncoupled position and the actuating member moves from the uncoupling actuating position to the coupling actuating position , characterised in that
A method for displaying video data, applicable to a client for remote display in multimedia redirection, comprising: receiving playing-window filling data sent from a server, the playing-window filling data carrying player information, playing window information and a data channel identifier , wherein the player information comprises player interface dimensions and player coordinates; displaying, by the client, a player interface corresponding to the player information; determining, based on the player interface, a playing window corresponding to the playing window information ; displaying video data corresponding to the data channel identifier in the playing window ; sending, to the server, operation information regarding an operation a user performs on the player interface that changes the player interface dimensions, player coordinates and player window information; receiving playing-window filling data regenerated by the server based on changed player interface dimensions, player coordinates and player window information; and displaying video data according to the regenerated playing-window filling data. receiving playing-window filling data sent from a server, the playing-window filling data carrying player information, playing window information and a data channel identifier , wherein the player information comprises player interface dimensions and player coordinates; displaying, by the client, a player interface corresponding to the player information; determining, based on the player interface, a playing window corresponding to the playing window information ; displaying video data corresponding to the data channel identifier in the playing window ; sending, to the server, operation information regarding an operation a user performs on the player interface that changes the player interface dimensions, player coordinates and player window information; receiving playing-window filling data regenerated by the server based on changed player interface dimensions, player coordinates and player window information; and displaying video data according to the regenerated playing-window filling data.
A method comprising: accessing workflow data that represents a workflow comprising an ordered set of documents, wherein the workflow data comprises data indicating (a) a plurality of documents and (b) an ordering for the plurality of documents within the workflow; wherein the ordering is neither alphabetical nor date-based; detecting a change in data stored in or output by a first document in the plurality of documents; based on the workflow data, for a second document in the plurality of documents that is ordered after the first document, determining that the second document is dependent upon the data stored in or output by at least the first document; responsive to detecting the change, and further responsive to determining that the second document is dependent upon data stored in or output by at least the first document, updating the second document to reflect the change in the data stored in or output by the first document; and based on the workflow data, displaying in a graphical user interface a representation of the workflow; receiving , via the graphical user interface, input indicating an action to perform with respect to at least the second document; and in response to the input, causing the action to be performed with respect to at least the updated second document; wherein the method is performed by one or more computing devices. accessing workflow data that represents a workflow comprising an ordered set of documents, wherein the workflow data comprises data indicating (a) a plurality of documents and (b) an ordering for the plurality of documents within the workflow; wherein the ordering is neither alphabetical nor date-based; detecting a change in data stored in or output by a first document in the plurality of documents; based on the workflow data, for a second document in the plurality of documents that is ordered after the first document, determining that the second document is dependent upon the data stored in or output by at least the first document; responsive to detecting the change, and further responsive to determining that the second document is dependent upon data stored in or output by at least the first document, updating the second document to reflect the change in the data stored in or output by the first document; and based on the workflow data, displaying in a graphical user interface a representation of the workflow; receiving , via the graphical user interface, input indicating an action to perform with respect to at least the second document; and in response to the input, causing the action to be performed with respect to at least the updated second document; wherein the method is performed by one or more computing devices.
A method comprising: partitioning a build bed of an additive manufacturing (AM) system into a first virtual build bed and a second virtual build bed, wherein the first virtual build bed and the second virtual build bed have predefined sizes and shapes; assigning the first virtual build bed to a first user; assigning the second virtual build bed to a second user; receiving, from the first user, a first digital file for a first object to be generated in the first virtual build bed; and receiving, from the second user, a second digital file for a second object to be generated in the second virtual build bed during a same build cycle in which the first object in the first virtual build bed is generated. partitioning a build bed of an additive manufacturing (AM) system into a first virtual build bed and a second virtual build bed, wherein the first virtual build bed and the second virtual build bed have predefined sizes and shapes; assigning the first virtual build bed to a first user; assigning the second virtual build bed to a second user; receiving, from the first user, a first digital file for a first object to be generated in the first virtual build bed; and receiving, from the second user, a second digital file for a second object to be generated in the second virtual build bed during a same build cycle in which the first object in the first virtual build bed is generated.
A method for paging, applied in 5GNR, comprising: determining, by a network device, a system frame number SFN2 according to a following formula: SFN2 mod T = T div N * UE − ID mod N ; wherein, the div represents an exact division, the mod represents a modulo operation, the T is a discontinuous reception, DRX, cycle currently used by a terminal device, the UE-ID represents an identification of the terminal device or an operation result taking the identification of the terminal device as an input, and the N is a configuration parameter on a network side or an operation result taking a parameter configured on the network side as an input; characterized in that the method further comprises: determining, by the network device, a system frame number SFN1 on the basis of the SFN2, wherein the SFN1 is determined by offsetting forward the SFN2 by at least one SFN; determining , by the network device, a target synchronization signal block (SSB) from a plurality of SSBs of a current wideband carrier; and transmitting , by the network device, a paging message to the terminal device according to the SFN1 in a frequency domain location where the target SSB is located determining, by a network device, a system frame number SFN2 according to a following formula: SFN2 mod T = T div N * UE − ID mod N ; wherein, the div represents an exact division, the mod represents a modulo operation, the T is a discontinuous reception, DRX, cycle currently used by a terminal device, the UE-ID represents an identification of the terminal device or an operation result taking the identification of the terminal device as an input, and the N is a configuration parameter on a network side or an operation result taking a parameter configured on the network side as an input; characterized in that the method further comprises: determining, by the network device, a system frame number SFN1 on the basis of the SFN2, wherein the SFN1 is determined by offsetting forward the SFN2 by at least one SFN; determining , by the network device, a target synchronization signal block (SSB) from a plurality of SSBs of a current wideband carrier; and transmitting , by the network device, a paging message to the terminal device according to the SFN1 in a frequency domain location where the target SSB is located determining, by the network device, a system frame number SFN1 on the basis of the SFN2, wherein the SFN1 is determined by offsetting forward the SFN2 by at least one SFN; determining , by the network device, a target synchronization signal block (SSB) from a plurality of SSBs of a current wideband carrier; and transmitting , by the network device, a paging message to the terminal device according to the SFN1 in a frequency domain location where the target SSB is located
A computer-implemented method, executable by a processor of a computing system, for providing a security token to a cloud-based asset on demand, the method comprising: receiving a prompt from a cloud-based asset indicating that the cloud-based asset is seeking to communicate with an access-controlled resource, wherein the cloud-based asset lacks authorization to communicate with the access-controlled resource; extracting information associated with the cloud-based asset by, at least in part, accessing a trusted cloud platform resource storing data associated with verified cloud-based assets, the trusted cloud platform resource being separate from the cloud-based asset, wherein the extracted information is based on characteristics or configurations of the cloud-based asset and a virtualization platform deploying the cloud-based asset; authenticating the cloud-based asset based on the extracted information; generating a security token for the cloud-based asset, the security token comprising a first portion and a second portion wherein the first portion and the second portion are only usable when combined to form a valid security token; making the first portion of the security token available to be injected into the cloud-based asset by writing the first portion of the security token to a system file, configuration file, or environment variable within the virtualization platform; and responding to the prompt with the second portion of the security token and location information of the first portion of the security token in the virtualization platform. receiving a prompt from a cloud-based asset indicating that the cloud-based asset is seeking to communicate with an access-controlled resource, wherein the cloud-based asset lacks authorization to communicate with the access-controlled resource; extracting information associated with the cloud-based asset by, at least in part, accessing a trusted cloud platform resource storing data associated with verified cloud-based assets, the trusted cloud platform resource being separate from the cloud-based asset, wherein the extracted information is based on characteristics or configurations of the cloud-based asset and a virtualization platform deploying the cloud-based asset; authenticating the cloud-based asset based on the extracted information; generating a security token for the cloud-based asset, the security token comprising a first portion and a second portion wherein the first portion and the second portion are only usable when combined to form a valid security token; making the first portion of the security token available to be injected into the cloud-based asset by writing the first portion of the security token to a system file, configuration file, or environment variable within the virtualization platform; and responding to the prompt with the second portion of the security token and location information of the first portion of the security token in the virtualization platform.
Security method for secure simple pairing SSP of the "out of band" OOB type of the Bluetooth radio in the band between a peripheral element and at least one central element each having a wireless communication interface, characterised in that it comprises at least the following steps of • initiating a connection between said peripheral element and said central element, in order to establish an unencrypted connection between said peripheral element and said central element via said wireless communication interface, said peripheral element implementing a data server for which initially only a limited set E r of queries and responses is accessible to said central element, • building a communication protocol stack between said peripheral element and said central element from said limited set E r of queries and responses accessible to said central element, said built protocol stack running a protocol implementing, inter alia, a strong, two-way authentication procedure between said peripheral element and said central element, • establishing, at the end of said strong, two-way authentication procedure, a secure communication channel between said peripheral element and said central element, • exchanging, via said secure channel, the data required for the OOB pairing of the Bluetooth radio, and carrying out said pairing. • initiating a connection between said peripheral element and said central element, in order to establish an unencrypted connection between said peripheral element and said central element via said wireless communication interface, said peripheral element implementing a data server for which initially only a limited set E r of queries and responses is accessible to said central element, • building a communication protocol stack between said peripheral element and said central element from said limited set E r of queries and responses accessible to said central element, said built protocol stack running a protocol implementing, inter alia, a strong, two-way authentication procedure between said peripheral element and said central element, • establishing, at the end of said strong, two-way authentication procedure, a secure communication channel between said peripheral element and said central element, • exchanging, via said secure channel, the data required for the OOB pairing of the Bluetooth radio, and carrying out said pairing.
Device for sealing pneumatic tires by means of sealing liquid, comprising a sealing liquid container having an air inlet opening for connection to a compressor and an outlet opening for the discharge of an air/sealing liquid mixture into a pneumatic tire to be sealed , the sealing liquid container having at least two chambers in which components of the sealing liquid that are reactive to one another are stored separately, the chambers being separated from one another by a closed connecting element which can be opened via a pressure and/or an air flow from the air inlet opening to the outlet opening , characterized in that the connecting element is designed such that in the event of sufficient predetermined pressure from the compressor via the air inlet opening, the connecting element opens, and the sealing liquid container is designed such that the air flows from the first chamber into the second chamber and from the second chamber into the tire via the outlet opening , the sealing liquid container being designed such that the components of the sealing liquid mixture, in particular in the second chamber, are mixed.
An active protection system comprising an interception device (113b-113e), the active protection system being mounted on a first vehicle , the active protection system being configured for protecting assets from incoming missiles , the active protection system comprising autonomous positioning means configured to obtain positions of said assets and to autonomously position said first vehicle, in relation to said assets and an expected threat, characterized in that said autonomous positioning means are configured for autonomously positioning said first vehicle by causing said first vehicle to move to a location optimal for protecting said assets.
A service provision entity for storing analysis models, the service provision entity comprising: a data store storing multiple analysis models; and a network interface whereby the service provision entity can communicate with a target device, the service provision entity being configured to: receive data defining an analysis model; identify a set of low significance components of parameters specified in the model; determine a subset of those low significance components; apply a watermark to the determined subset of low significance components; add certificate information to the analysis model, by means of which the analysis model can be authenticated; and communicate the analysis model to a target device. a data store storing multiple analysis models; and a network interface whereby the service provision entity can communicate with a target device, the service provision entity being configured to: receive data defining an analysis model; identify a set of low significance components of parameters specified in the model; determine a subset of those low significance components; apply a watermark to the determined subset of low significance components; add certificate information to the analysis model, by means of which the analysis model can be authenticated; and communicate the analysis model to a target device. receive data defining an analysis model; identify a set of low significance components of parameters specified in the model; determine a subset of those low significance components; apply a watermark to the determined subset of low significance components; add certificate information to the analysis model, by means of which the analysis model can be authenticated; and communicate the analysis model to a target device.
An imaging system comprising at least one camera , a background element and a pair of mirrors , where the surfaces of the mirrors in the pair are angled from each other at an angle α and the mirrors are arranged with a respective mirror surface edge to edge with each other, where the imaging system is intended for receiving a sample along a main axis (V) extending between the mirrors, where the mirrors and the camera are so arranged that the camera views the sample from three different angles in a single image, the camera is directed towards the mirror pair and sees through reflection in both mirrors the background element in all three views, characterized in that the background element comprises a surface directed towards the mirror pair, wherein said background element is formed as a cylinder portion with a cylinder axis deviating from the main axis.
A reversible anatomic shoulder replacement system , comprising: an annular fixation ring configured to be positioned within the glenoid cavity, the annular fixation ring comprising a peripheral edge comprising an outer diameter and a plurality of spaced-apart radially inward indents in the peripheral edge; an anatomic articular implant comprising a medial surface configured to mate with the glenoid cavity, a central peg extending medially from the medial surface, a lateral surface configured to articulate with a humeral component; the annular fixation ring configured to be at least partially implanted within the glenoid cavity, characterised by an intermediate component between the lateral surface and the medial surface, the intermediate component having an outer diameter reversibly attached to the annular fixation ring, wherein the peripheral edge of the annular fixation ring is configured to facilitate bone ingrowth. an annular fixation ring configured to be positioned within the glenoid cavity, the annular fixation ring comprising a peripheral edge comprising an outer diameter and a plurality of spaced-apart radially inward indents in the peripheral edge; the annular fixation ring comprising a peripheral edge comprising an outer diameter and a plurality of spaced-apart radially inward indents in the peripheral edge; an anatomic articular implant comprising a medial surface configured to mate with the glenoid cavity, a central peg extending medially from the medial surface, a lateral surface configured to articulate with a humeral component; the annular fixation ring configured to be at least partially implanted within the glenoid cavity, characterised by an intermediate component between the lateral surface and the medial surface, the intermediate component having an outer diameter reversibly attached to the annular fixation ring, wherein the peripheral edge of the annular fixation ring is configured to facilitate bone ingrowth.