23 results about "Access port" patented technology

The present disclosure relates to a rotary motoric actuator system configured for precise control of valves in fluid management systems, such as HVAC and industrial processes. The actuator (100) addresses limitations of conventional systems by providing enhanced protection for internal components and improved visibility of the actuator's position. The actuator (100) supports various control signals, including proportional voltage, floating 3-point, and can be controlled using wireless RF signals, allowing for flexible operation. Some embodiments include a shaft position indicator (101) for clear visual reference, a declutch mechanism (104), and a mode selector (105) for seamless transition between manual and automated modes. The actuator (100) also includes a signal selector (501) for choosing control signal ranges and a wiring access port (510) for secure electrical connections. A novel seal arrangement (800) protects against dust and moisture, ensuring durability. Compatible with a wide range of rotary valves, the actuator (100) offers an improved solution for modern fluid management systems.

An electronic circuit includes a target circuit, a CPU, a memory system, a test application system and a measurement system. The target circuit includes a plurality of debug access ports and N scan paths of components, each path passing through at least a part of the ports. The test application system is configured to generate a clock signal to implement an overclocking test sequence. The CPU is configured to apply at least one input vector to the paths, under a nominal and the overclocking test sequences delivering a nominal and a test output vectors. The measurement system is configured to perform a comparison operation between the test output vector and the nominal output vector stored in the memory system, and to deliver at least one comparative vector being a fault detecting signature of the electronic circuit.

The application relates to the technical field of data transmission control, and discloses a DICOM image routing method and system based on port multiplexing. By binding a shared DICOM port and listening to a connection request, multiple backend DICOM receiving nodes can share a unified access port, a command set and a data set are selectively parsed according to a command type, a structured session context is constructed, routing judgment is upgraded from a traditional coarse-grained mode based on a source IP and a source port to a fine-grained mode based on protocol semantics, a routing decision module adopts a multi-field rule matching and index acceleration mechanism, can improve rule screening efficiency and reduce matching delay in a scene with more concurrent connections, and a routing optimization module dynamically evaluates in combination with running state information and transmission performance information of candidate target DICOM receiving nodes, so that a communication bottleneck can be avoided, in which a fixed transmission path is long-term concentrated on part of nodes.

The application discloses a wafer-level system test structure, which controls TAPs of dies in a wafer through a TAP controller to form a two-dimensional test network, wherein each die comprises a first, a second and a third test access port (TAP). The first TAP is communicatively connected with the third TAP in the upper-level die in the Y direction to form a Y-direction test chain, the second TAP is communicatively connected with the third TAP in the lower-level die in the X direction to form an X-direction test chain, and the third TAP can be configured to be communicatively connected with the first TAP in the Y direction or the second TAP in the X direction according to requirements, thereby forming a complete test chain. The two-dimensional grid deployment enables effective functional test of the dies themselves when production defects occur in the test structure itself, thereby improving yield. In addition, the Y-direction or X-direction test chain can be flexibly selected according to test targets, thereby improving test efficiency and reducing test cost.

An electronic circuit (10) is proposed, comprising a target circuit (100), a CPU (200), a memory system (400), a test application system (300) and a measurement system (500). The target circuit comprises a plurality of debug access ports and N scan paths of components, each path passing through at least a portion of the ports. The test application system is configured to generate a clock signal (CLK) to implement an overclocking test sequence. The CPU is configured to apply at least one input vector (V in ) to the paths under a nominal test sequence and the overclocking test sequence, the nominal test sequence and the overclocking test sequence delivering a nominal output vector and a test output vector. The measurement system is configured to perform a comparison operation between the test output vector (V out ) and the nominal output vector (V out‑i ) stored in the memory system, and to deliver at least one comparison vector (V comp ) as a fault detection feature of the electronic circuit.

Embodiments pertain to an access port assembly configured to assist in creating access for and accommodating a medical device extending from outside a patient body and terminating in a cavity internal to the patient body. The assembly may comprise a guide element comprising a guide channel having a longitudinal guide axis extending from an inlet to an outlet of the guide element for guiding the medical device through the guide channel. The guide element may be movably coupled with the fixation base by an articulating linkage to allow selecting an orientation of the guide channel relative to the site of interest of the patient body. The articulating linkage may be implemented as a ball-and-socket linkage. Embodiments also pertain to a system for controlling delivery of fluid into the patient body and / or removal of fluid from the patient body, via one or more access ports.

This utility model discloses a security switch with a protective structure, including a body, an access port movably mounted on the body, and a protective mechanism on the body. The protective mechanism includes an adjustment structure and a sealing clamping structure. The adjustment structure includes a connecting rod and a lead screw, and the sealing clamping structure includes multiple sets of baffles. This utility model allows the access port to be retracted into the body through the adjustment structure. Combined with the sealing effect of baffles in the sealing clamping structure, it effectively prevents dust from entering the interface, reducing contact problems and damage caused by dust during use or non-use, and extending the service life of the access port. Simultaneously, baffles and a sponge layer in the sealing clamping structure firmly clamp the connected wires, effectively preventing them from falling off when pulled, ensuring network connection stability, and reducing network interruptions caused by wire detachment.

The application provides an address allocation method, device, equipment and storage medium. The method comprises the following steps: determining the identity of a first terminal accessing a first access switch, wherein the first access switch accesses a core switch; including a first IP address of the first terminal in the identity, and determining a first port label corresponding to the first terminal in the case that the first IP address of the first terminal conflicts with an IP address of a second terminal having accessed the core switch; allocating a second IP address for the first terminal according to the first port label of the first terminal; wherein the first port label comprises a first access port label corresponding to an access port of the first terminal connecting the first access switch. The method of the application solves the problem that a terminal cannot access an ad hoc network due to IP conflict, and improves the compatibility of the ad hoc network.

The communication circuit with digital isolation provided in this application is composed of a serial port driver chip and a digital isolation chip. The serial port driver chip converts the USB port on the computer into a virtual COM port, providing an access port in the form of external device access port X2. The device to be connected is connected to the computer through the virtual COM port provided by the interface conversion module. The digital isolation module isolates the power supply and ground on the computer from the device to be communicated, so that the noise of the mains power supply will not affect the data transmission of the access device, ensuring the accuracy of data transmission.

This invention provides a hub device. The hub device includes: a base, a first connecting assembly having a first through hole, a rotating member having a second through hole, and a second connecting assembly; the rotating member is disposed in the first through hole of the first connecting assembly, and the second connecting assembly is disposed in the second through hole of the rotating member; the rotating member is rotatable on the base; the first connecting assembly includes multiple access ports, each access port for connecting a device under test (DUT); the second connecting assembly is used for connecting to an external device; the sidewall of the rotating member has a conductive structure; when the rotating member is rotated until the conductive structure aligns with a target access port among the multiple access ports, the conductive structure connects the target DUT connected to the target access port and the external device. This invention, by operating the rotating member to rotate, can control the connection of an external device to different DUTs, allowing the DUTs to be quickly switched in a short time, thereby reducing testing complexity and improving testing efficiency.

An information processing device according to an embodiment is a communication apparatus that is connected to a user apparatus via an access port and transmits user data from the user apparatus to another user apparatus connected to another communication apparatus via a network, and includes an acquisition function unit and an advertisement function unit. The acquisition function unit acquires a MAC address of a newly connected user apparatus in response to reception of a request for acquiring the MAC address of the user apparatus newly connected to the access port. The advertisement function unit advertises the MAC address acquired by the acquisition function unit to the other communication apparatus.

The invention relates to a device (10) for fluidly connecting a storage water heater (40) comprising a tank (41) to a domestic water network (50); comprising a first and a second access port (11, 12), configured to be connected respectively to a first and second access point (45, 46) of the tank, and a water inlet port (13) and a water outlet port (14), configured to be connected respectively to a supply (51) and a draw-off (52) of the network, and comprising an air exchange element (15); and admitting a first configuration, in which the water inlet port is fluidly connected to the first access port and the second access port is fluidly connected to the water outlet port; and a second configuration, in which the first inlet port is fluidically connected to the water outlet port and the air exchange element is fluidly connected to the second inlet port. (See Figure 3 for abbreviations.)

This application discloses a financial medium processing device and financial equipment, belonging to the field of financial equipment technology. The financial medium processing device includes a housing, a stacking plate, a pressing plate, and a limiting member. The stacking plate is disposed in the housing; the pressing plate is movably disposed in the housing to move closer to or further away from the stacking plate, and a receiving space with an access port is formed between the pressing plate, the stacking plate, and the housing; the limiting member is at least partially located within the receiving space and has a first state and a second state formed by elastic deformation; wherein, the pressing plate drives the limiting member to switch from the first state to the second state; the limiting member switches from the second state to the first state by elastic reset. By providing an elastically deformable limiting member, when the access port is opened, the financial medium originally leaning against the stacking mechanism can move to contact the pressing plate, so that the user can intuitively notice whether there is still financial medium in the receiving space, thereby improving the safety and reliability of the financial processing device.

A kind of MAC identification and protocol detection-based Internet of Things equipment unified management method and system, it is related to the field of digital information transmission, in the method, the IP and MAC address of equipment are collected, the supported management protocol and port are detected, and based on MAC address, vendor information is parsed, data is structured into database to generate equipment list;Virtual display service is deployed in server to configure remote desktop instance, graphical browser is called to access equipment management page in the environment without physical display card, and access port is converted through Web proxy;In response to the login instruction of user, remote connection is established through Web port to show management page, and the account and password of matching are automatically extracted and filled, to complete the automatic login of equipment.The present application is used to improve the coherence and overall operation efficiency of unified scheduling of multi-vendor equipment.

The application discloses a financial bill processing device and belongs to the technical field of finance. The financial bill processing device comprises a bill box, the bill box is formed with a first accommodating cavity; an access mechanism is formed with an access channel, the access channel is provided with an access port and a first conveying port; a bill separating mechanism is formed with a separating channel, the separating channel is provided with a second conveying port and a third conveying port, the second conveying port is selectively communicated with the first conveying port; an information acquisition mechanism is formed with an identification channel, an inlet end of the identification channel is communicated with the third output port, and an outlet end of the identification channel is selectively communicated with the first accommodating cavity; a bill returning mechanism is formed with a bill returning channel, an inlet end of the bill returning channel is selectively communicated with the outlet end of the identification channel, and an outlet end of the bill returning channel is selectively communicated with the first conveying port, and the gap between the access channel and the bill returning channel is adjustable. The motion path of the financial bill can be optimized, the compactness and integration of the financial bill processing device are improved, the floor area is reduced, and the operation convenience is improved.

The application relates to the technical field of information processing, and specifically provides a suggestion intelligent matching and tracking feedback method and device, which has the following steps: S1, a suggestion acquisition module is a multi-channel access port, integrates multiple channels, and realizes unified reception of suggestions; S2, an intelligent preprocessing module processes the collected suggestion content based on natural language processing (NLP) technology; S3, a multi-dimensional matching module constructs a multi-dimensional matching model to realize docking of suggestions and undertaking departments; S4, a tracking and supervision module realizes tracking and management of the whole process of suggestion handling; S5, a feedback interaction module builds an interactive bridge between the suggesters and the departments, realizes timely feedback and exchange of handling information; and S6, a data security and analysis module guarantees system data security and mines data value. Compared with the prior art, the application can realize efficient collection, accurate matching, whole-process tracking and timely feedback of suggestions.

Network devices and methods for their operation are disclosed whereby embodiments may allow a trunk port on the network device to behave as an access port with respect to conforming with the standards of Virtual Local Area Networks (VLANs), including Private VLANs (PVLANs). In this manner PVLANs can be supported on ports that are associated with multiple untagged VLANs, such as when using Media Access Control (MAC) based VLAN assignment (MBVA) with those ports.

A surgical robotic system includes a laparoscopic access port having a color marker and a surgical robotic arm including a port latch releasably coupled to the access port. The system also includes a color sensing module including a color sensor for detecting a color of the color marker and a system controller determining a type of the access port based on the detected color.

This application provides a data transmission method, data transmission device, electronic device, computer-readable storage medium, and computer program product. The method includes: receiving a request sent by a client through a unified access port of a tunnel proxy; wherein the request includes a main domain name and a protocol; selecting a target tunnel proxy from a proxy pool based on the main domain name and protocol through a scheduling node; wherein the status of each tunnel proxy in the proxy pool is managed by a service node through a three-stage verification method based on initial verification, in-use verification, and periodic re-verification; the target tunnel proxy is used to transmit data with a target server; sending a request to the target server through the target tunnel proxy; receiving request data fed back by the target server through the target tunnel proxy, and sending request data to the client.

The utility model discloses a kind of equipment connection point early warning sheaths, it is related to electrical protective sheath technical field, including sleeve body, cavity is equipped in the sleeve body, one end of the sleeve body is equipped with the access port being communicated with cavity, the inboard of access port is fixedly connected with elastic sealing ring, the side of sleeve body is equipped with sleeve interface being communicated with access port, the edge of sleeve interface both sides is equipped with the sealing edge extending to the outside of sleeve body, two the sealing edge is fixedly connected by connecting piece, the sleeve body is reversible thermochromic material;The side of two sealing edges adjacent is equipped with sealing strip and limit strip respectively, the middle part of limit strip is equipped with the limit slot for the limit of sealing strip. The equipment connection point early warning sheath, good sealing, when connection point temperature rises, color change warning staff.

The present application relates to warehouse intelligent management and control technical field, specifically to a kind of warehouse two-way connection robot control method, system and device.The present application includes connection dynamic cooperative control module receives robot connection request and synchronizes clock, real-time adjustment robot and access port relative position;According to the contact pressure of assets and buffer pad, adjust the speed and landing of fork, calculate the gravity deviation by pressure data after asset release, determine whether to adjust the placement position.Asset intelligent identification module relies on RFID to complete asset information, verification state and certificate validity initial check;After asset enters access port, carry out three-level closed-loop RFID check, filter interference, verify label uniqueness, lock access port and encrypt bind asset related information after check pass. Two-way operation cooperative scheduling module combines robot task, priority and arrival time, intelligently matches optimal access port, synchronizes clock, connection information and asset check state, controls access port state, operation indicator light and pending piece display.

A debugging system, a microprocessing device and a debugging method are provided. The debugging system includes a debugger and a target device. The debugger is configured to output an output signal. The output signal is a first encoded signal or a reset signal. The first encoded signal is generated from a first data signal and a first clock signal. The target device includes a serial debug interface circuit and a serial debug access port. The serial debug interface circuit is coupled to the debugger to receive the output signal. The serial debug interface circuit is configured to decode the first encoded signal to generate the first data signal and the first clock signal. The serial debug access port is coupled to the serial debug interface circuit. The serial debug access port is configured to receive the data signal and the clock signal from the serial debug interface circuit to perform debugging of the target device.