19 results about "Blocked Connection" patented technology

The invention provides an encrypted traffic management and control method, system and terminal based on eBPF and HTTPS, belongs to the technical field of data encryption, and constructs a one-to-many management and control and one-to-one execution architecture. During starting, the eBPF module is initialized, handshake messages are captured through multiple probes and a flow filter, and data are obtained and blocked. A strategy synchronization and instruction transmission channel is established, and an Agent terminal obtains a domain name strategy, sensitive word data and the like from a server and synchronizes the domain name strategy, the sensitive word data and the like to an eBPF module. And the eBPF module collects a connection information mapping relation according to a strategy and cleans the connection information mapping relation when the connection information is disconnected. And the HTTPS connection is audited or blocked in combination with the strategy and the collected information. The audit result is a log and reported to the server for storage. And through a one-to-many management and control and one-to-one execution architecture, the expansibility and the execution efficiency of the system are improved. And comprehensive data capture and accurate blocking are realized by multiple probes and a flow filter. A strategy synchronization mechanism ensures timely updating of the strategy, auditing and blocking functions guarantee network security, and log reporting facilitates subsequent auditing analysis.

This utility model discloses a terminal block connection clamping mechanism, which includes an L-shaped fixing plate on which a terminal block head is placed. A movable plate, which can move up and down, is provided on the front side of the inner cavity of the L-shaped fixing plate. A T-shaped plate is fixedly installed on the front side of the movable plate, and a threaded post is passed through the T-shaped plate. This utility model inserts a wire into the terminal block head, places the terminal block head in the inner cavity of a limiting cavity, and then quickly pulls down a pull rod. Through the cooperation of a V-shaped plate and a diagonal rod, the L-shaped plate and the movable plate move downwards, causing the threaded post and the punch head to move downwards and impact and compress the terminal block head inside the limiting cavity. The terminal block head deforms and firmly connects with the wire, thus achieving the purpose of using a pull-down impact compression method to compress the terminal block, improving the connection strength between the terminal block and the wire, and ensuring the connection effect.

A connection device for structural elements of ribs and reticular structures comprises two connection members (3) which are fixed to two respective structural elements (S1, S2) and which are mutually movable from an unblocked connection configuration, in which the two structural elements (S1, S2) are free to move with respect to each other, to an unmovable blocked connection configuration, in which the two structural elements are blocked with respect to each other in a predetermined, unmovable position which is defined by a predetermined position of a blocking member. The connection device further comprises an electronic blocking detection device (22) which detects the positioning of the blocking member in the predetermined position and emits a signal that the blocking has taken place.

A block connection arrangement (10) for a hydraulic high-pressure system, in particular a refrigeration system (52) of a motor vehicle (60), is described, comprising a first block element (12) having a first fluid line section (12f) and a second block element (14) having a second fluid line section (14f), wherein the first fluid line section (12f) and the second fluid line section (14f) can be connected or are connected to each other with at least one sealing element (16) in between, and a screw connection (18) which is designed to connect the first block element (12) and the second block element (14) to each other.It is provided that, with respect to a main flow direction (SR) of a fluid, a connection space (20) through which fluid can flow or through which fluid flows is formed between the first fluid line section (12f) of the first block element (12) and the second fluid line section (14f) of the second block element (14), wherein the screw connection (18) has a screw connection axis (SA) which extends through the connection space (20).

This invention relates to charging pile cables and charging gun connection assemblies, belonging to the technical field of new energy vehicle charging equipment. Addressing the problem of loosening and detachment in existing charging gun and cable connections, it provides a solution. The solution includes a cable body comprising a cable core, which includes a power cable, a signal transmission cable, and a control cable. An insulation layer, an armor layer, and a sheath layer are sequentially wrapped around the cable core. A fiberglass layer fills the gap between the insulation layer and the cable core. The connection assembly uses a threaded ring, an mounting ring, and the charging gun body to form a three-section threaded connection structure, locked by a ring fitted onto the charging gun body. Annularly arranged inserts on the sidewall of the ring engage with corresponding slots on the threaded ring. Combined with a spring-driven automatic reset mechanism and an L-shaped groove guide structure, this ensures that the threaded ring cannot rotate or loosen after connection. This solution effectively solves the problem of easy failure in traditional locking block connections through dual improvements in the locking structure and cable protection layer.

Connection arrangement (100) for connecting an electrical conductor (L), with a current bar (110), a clamping spring (111) which has a retaining leg (113) and a clamping leg (114), wherein the clamping leg (114) can be moved into a clamping position and into an open position, an actuating element (131) by means of which the clamping leg (114) can be moved from the clamping position to the open position, and a release element (118) which engages with the clamping leg (114) of the clamping spring (111) in the open position and which is deflectable in such a way that when the conductor (L) to be connected is inserted into a conductor connection space (117) the release element (118) can be actuated in such a way that the release element (118) disengages from the clamping leg (114) of the clamping spring (111), wherein the release element (118) is designed in the form of a release leg which is formed integrally with the clamping spring (111), and wherein a through-opening (121, 122) is formed on the clamping spring (111) and on the release element (118) through which the current bar (110) is passed.

The present disclosure discloses a block code service apparatus. The block code service apparatus according to the present disclosure comprises: a command analysis unit that generates at least one embedding vector on the basis of a user command; a database management unit that manages a database of a plurality of block codes each configured in a block code format; a block selection unit that selects, from among the plurality of block codes, at least one block code corresponding to the at least one embedding vector; and a block connection unit that connects the selected block codes to generate an artificial intelligence model.

The utility model belongs to the technical field of building blocks, and particularly relates to a building block connecting structure which at least comprises a building block with a connecting hole and a building block connecting piece with a connecting joint, the connecting hole and the connecting joint are matched in size, and the end portion of the connecting hole located on the outer surface of the building block is in a funnel shape. The connecting hole is a non-through type blind hole or a through type through hole, and when the connecting hole is a blind hole, the outer diameter of the connecting joint is smaller than the inner diameter of the connecting hole; when the connecting hole is a through hole, the inner diameter of the through hole is kept consistent or a circle of protrusion is arranged in the middle of the inner wall of the through hole, and the outer diameter of the connecting joint is smaller than the inner diameter of the through hole and larger than the inner diameter of the protrusion on the inner wall of the through hole. The connecting joint at least comprises an end part which can be inserted into the connecting hole, and the end part of the connecting joint is in a circular truncated cone shape. According to the building block connecting structure provided by the scheme, the end part of the connecting hole is funnel-shaped, so that the splicing and assembling process is more convenient, and the bulges are arranged in the connecting hole and the connecting joint at the same time, so that the effects of splicing in multiple directions and controlling the inserting depth of the building block are realized.

The application discloses an automatic connection method and device between function blocks in an FBD program, comprising the following steps: in response to a first target event triggered in a connection pool of a visual window, obtaining a target function block to be connected according to the first target event; analyzing the target function block to obtain a function block ID number and pin information of the target function block; judging whether a network relationship file associated with the target function block is imported; if yes, adding a connection between a pin of the target function block and a pin of a determined associated function block according to a logical relationship determined in the network relationship file; if not, executing a preset connection rule configuration, and completing automatic connection between the target function block and pins of other function blocks in the connection pool according to the connection requirement configuration, the function block ID number and the pin information. The application saves the time for manually adding function block connections, improves the configuration operation efficiency, reduces the possibility of manual connection errors, and guarantees the correctness of control logic.

The utility model discloses a vacuum bellows leak rate test connecting device, which effectively facilitates leak rate detection of a vacuum bellows, and comprises a connecting block, the middle part of the connecting block is provided with a placing groove for placing the bellows, the bottom of the placing groove is provided with a matching hole, and the matching hole is provided with a through hole. A matching hole is formed in the upper side of the connecting block, a connecting mechanism used for being connected with a helium detector is in threaded connection with the interior of the matching hole, a sealing groove is formed in the upper side of the connecting block, a sealing ring is detachably connected with the interior of the sealing groove, and a plurality of connecting holes are formed in the upper side of the connecting block. According to the invention, accurate positioning and installation of the corrugated pipe are effectively facilitated, installation of the connecting mechanism is facilitated, sealing performance of connection between the connecting mechanism and the connecting block is ensured, a better sealing effect is realized, connection of the device and a helium detector is facilitated, and a better detection effect is realized.

The utility model provides a stable toy block connector structure which comprises a fixed block and a rotating block. The fixing block is a cylindrical shell, an annular closed channel is formed in the inner wall face of the opening side of the front end of the fixing block, and the electrode bar is installed at the axis position of the rear end. The rotating block is a shell formed by connecting a polygonal table body with a cylindrical shell, a round hole connector device is installed at the front end of the rotating block, and two round through holes are axially symmetrically formed in the edge of an opening at the rear end. A plug cap is installed on an opening of the cylindrical shell, an elastic clamping structure composed of a compression spring and metal balls at the two ends of the compression spring is embedded in the opening of the cylindrical shell, and the metal balls are embedded in a channel of the cylindrical shell to form rotatable connection. The fixing block can be formed by splicing a plurality of arc-shaped shell pieces in a surrounding mode and is reinforced through a hoop sleeve. Electrical connection and mechanical connection are formed in a connection mode of the inner ring and the outer ring, and the connector has the advantages of being flexible, stable and reliable.

This invention provides a method, system, and terminal for encrypted traffic management based on eBPF and HTTPS, belonging to the field of data encryption technology. It constructs a one-to-many management and one-to-one execution architecture. Upon startup, the eBPF module is initialized, capturing handshake messages, acquiring data, and blocking connections through various probes and traffic filters. A policy synchronization and command transmission channel is established, with the agent terminal obtaining domain policies, sensitive word data, etc., from the server and synchronizing them to the eBPF module. The eBPF module collects connection information mapping relationships according to the policy and cleans them up when connections are disconnected. HTTPS connections are audited or blocked based on the policy and collected information. The audit results are logged and reported to the server for storage. The one-to-many management and one-to-one execution architecture improves system scalability and execution efficiency. Multiple probes and traffic filters achieve comprehensive data capture and precise blocking. The policy synchronization mechanism ensures timely policy updates, the auditing and blocking functions safeguard network security, and log reporting facilitates subsequent audit analysis.

This application provides a communication connection method, apparatus, electronic device, and storage medium, belonging to the field of computer technology. The method includes: upon receiving a connection request from any client, the main thread determines an authentication task based on the connection request and submits the authentication task to a worker thread pool, wherein the main thread immediately returns after submission to continue processing the next connection request; receiving the verification result returned by the worker thread pool after successfully verifying the authentication task; generating an authentication token based on the verification result and determining the target node; and sending a connection request carrying the authentication token to the target node to enable the client to establish a communication connection with the target node. This enables non-blocking connection processing of the gateway, thereby ensuring system stability and response performance in large-scale communication connection scenarios, while simplifying the communication connection establishment process and improving the overall service quality.

1. The name of the design product: pulley set connecting piece. 2. The use of the design product: for connecting pulley. 3. The design points of the design product: in shape. 4. The picture or photo that best shows the design points: perspective view 1.

In one aspect there is provided a block connector comprising a block member having at least one block port and at least one connection sub. The connection sub has a pipe connection end and a block connection end. The block connection end is threadably connectable to the bore port. In another embodiment of the invention there is provided a block connector comprising a block member having a plurality of block ports and at least one block bore. A plurality of wear sleeves are positionable within the at least one block bore, and said wear sleeves are secured within said at least one block bore.

Promoting privacy while using a computer network. An operating system kernel-level process, having kernel-level access privilege, filters packets received over the computer network. When doing so, the header of a packet is examined to identify an origin of the packet. Upon determining that the origin of the packet is associated with a blacklist of entities, a connection request made a script comprised within the packet is blocked. However, upon determining that the origin of the packet is not associated with a blacklist of entities, an application executing upon the operating system is granted permission to have access to a payload of the packet. The application may be a web browser which can police the behavior of scripts within a web page while rendering the contents of the web page without alteration.

The delivery system can include a modular flow channel baseplate including an i-block (203) and an i-bridge (205). The i-block (203) can include a first i-block conduit port (209), a second i-block conduit port (211), a plurality of mounting holes (215), a connection recess (219), at least one i-block connection hole, and a fluid path extending between the first i-block conduit port and the second i-block conduit port. The i-bridge (205) can include an i-bridge conduit port (223), a manifold connection conduit port, at least one connection hole (225), at least one mounting hole (227), a connection protrusion (229), and a fluid path extending between the i-bridge conduit port and the manifold connection conduit port. The connection protrusion can be sized and configured to fit within the connection recess of the i-block.

The invention relates to an underground device of a CPLog well logging system, and provides a connection assembly with a blocking function for the underground device of the CPLog well logging system in order to solve the technical problems that the pressure bearing performance, the electric connection performance, the environment adaptability and the butt joint precision of all short sections of the underground device of the existing CPLog well logging system are poor and the like. Comprising an upper short section lower interface, a multi-core reverse socket assembly, a lower short section upper interface, a multi-core socket assembly and a multi-core pressure-bearing disc. The multi-core reverse socket assembly comprises a reverse socket mounting seat and a plurality of reverse sockets, and the outer circumferential surface of the reverse socket mounting seat is provided with a plug key extending outwards along the axial direction; the multi-core socket assembly comprises a socket mounting seat and a plurality of sockets; a key slot is formed in the outer side of the upper interface of the lower short section; the multi-core pressure-bearing disc comprises a pressure-bearing disc body and a plurality of contact pins arranged on two sides, the plurality of contact pins on one side are adaptively connected with the socket, and the plurality of contact pins on the other side are adaptively connected with the reverse socket; meanwhile, the invention further provides a transformation method for the underground device of the CPLog logging system.

The application relates to a network card fault processing method and device, a storage medium and electronic equipment. The method comprises the following steps: setting an identifier for each node physical network card, establishing a transmission control protocol connection between the corresponding physical network cards of different nodes according to the identifier of the physical network card; detecting the connection state of the transmission control protocol connection; in response to detecting that a target connection state is abnormal, performing blocked connection detection on the target connection, determining a fault type according to the blocked connection detection result of the blocked connection detection, performing network connection exception processing in response to the fault type being a network connection exception, determining a target physical network card from the non-fault physical network cards of a node in response to the fault type being a physical network card fault, switching a virtual network address carried by a fault physical network card to the target physical network card, and updating a routing table item and an address resolution protocol table item. The method can shorten the fault recovery time and improve the device resource utilization rate.