10 results about "Terminal adapter" patented technology

This invention discloses a power-connecting device with quick-connect probes, comprising a pin plate mounting plate, a plurality of quick-connect probes, and a plurality of power-connecting pin plates. The quick-connect probes are detachably inserted into the power-connecting pin plates. Two power-connecting pin plates are spaced apart on the pin plate mounting plate, forming a power-connecting unit. Within the same power-connecting unit, one set of power-connecting pin plates is a positive pin plate, and the other set is a negative pin plate, with an operating area between the positive and negative pin plates. Each power-connecting pin plate includes a hollow shell and a voltage sampling PCB adapter board assembly and a current line terminal adapter assembly disposed inside the shell. The shell is mounted on the pin plate mounting plate and has an opening on its lower inner side. The voltage sampling PCB adapter board assembly and the current line terminal adapter assembly are disposed inside the shell. This invention also discloses a capacity-combining charging and discharging machine. The advantages of this invention are: it enables quick-connect probe insertion and removal, and the entire replacement process is short.

The application provides a multi-degree-of-freedom flexible mechanical arm device and a control method thereof, and relates to the technical field of mechanical automation, and comprises a seat frame, a bearing cylinder, a support arm and a back plate, a frame is installed on the back plate, a seat plate is installed on the frame, the seat plate is connected with the back plate through bolts, a wireless control module is installed between the seat plate and the back plate, the wireless control module comprises a wireless transceiver and a power module; the application is driven by a motor belt drive and cooperates with a hydraulic rod A, realizes fine control of the swing angle of the terminal adapter seat, and forms an automation network with the controller and the circuit board, accurately coordinates the actions of each component, and adopts an elastic material combined with a pressure sensor and an electro-hydraulic servo cylinder for the flexible clamping arm, can adaptively adjust the clamping force, the bearing cylinder, the rotating column and other structures realize accurate positioning of the support arm, multiple control cylinders cooperatively drive to form a multi-dimensional motion chain, and are suitable for multiple scenes such as industrial assembly and precision machining.

The invention relates to a mutual inductor secondary circuit integrated intelligent verification system and a method thereof, and belongs to the technical field of power system relay protection and measurement. Comprising a portable host, a multifunctional test terminal adapter and an intelligent analysis management platform. The method is efficient, safe and convenient to test; detection is comprehensive, and diagnosis is intelligent; data management facilitates operation and maintenance.

Disclosed are a control method for a terminal adapter of a mechanical arm, a surgical robot system, and computer-readable storage medium. The control method includes acquiring a first path, the first path passing through a second target point and a second craniotomy point, and the terminal adapter being located at a third anchor point, and the first path passing through the third anchor point, the second craniotomy point, and the second target point in sequence; and obtaining a position command, and controlling the terminal adapter to move along a first plane or a first spherical surface in which the third anchor point is located according to the position command, wherein the first plane is perpendicular to the first path.

The invention relates to the FTTH installation of fiber optic cables in a building (9) to create a fiber optic connection between a fiber optic termination unit (4) at a building entry point (BEP) and at least one fiber optic termination unit (2) designed as a fiber optic terminal adapter in the form of an optical network termination box (OTO), wherein the fiber optic connection is optionally routed via a further fiber optic termination unit (3, 3') designed as a hallway box (FB). The fiber optic cable length required between a fiber optic termination unit (2, 3, 3') to be arranged at an installation location and the fiber optic termination unit (3, 3', 4) nearest to the BEP (1) is determined as the installation distance.At the installation site, a fiber optic termination point (2, 3, 3') is provided, supplied with a coiled length (7) of fiber optic cable (5) exceeding the installation distance. The fiber optic cable (5) is equipped with at least one fiber optic connector (6) at each end. Fiber optic cable (5) of a length corresponding to the installation distance is unwound from the coil (7), and the at least one fiber optic connector (6) is connected to a fiber optic connector of the next fiber optic termination point (3, 3', 4). These steps are repeated as necessary until a fiber optic connection exists between the OTO and the BEP (1).

The invention provides a multi-degree-of-freedom flexible mechanical arm device based on intelligent manufacturing, and relates to the technical field of mechanical automation, the multi-degree-of-freedom flexible mechanical arm device comprises a seat frame, a bearing cylinder, a supporting arm and a back plate, a frame is installed on the back plate, a seat plate is installed on the frame, the seat plate and the back plate are connected through bolts, and a wireless control module is installed between the seat plate and the back plate; the wireless control module comprises a wireless transceiver and a power supply module; a drive motor belt is matched with a hydraulic rod A, the swing angle of a tail end connecting base is precisely controlled, a wireless control module, a controller and a circuit board form an automatic network, actions of all parts are precisely coordinated, a flexible clamping arm is made of an elastic material in combination with a pressure sensor and an electro-hydraulic servo cylinder, the clamping force can be adjusted in a self-adaptive mode, and the mechanical performance of the robot is improved. Precise positioning of the supporting arm is achieved through structures such as a bearing cylinder and a rotating column, a multi-dimensional kinematic chain is formed through cooperative driving of multiple control cylinders, and the device is suitable for multiple scenes such as industrial assembly and precision machining.

The invention relates to the technical field of welding devices, and discloses a transmission line end welding workbench which comprises a rack and further comprises a mounting base fixedly mounted on the back face of the rack and used for welding a transmission line and a terminal; after a transmission line and the axis of a terminal connecting plate are assembled and positioned, spot welding is conducted through a welding machine in a welding area, a servo motor drives a belt wheel at the output end, three sets of belt wheels are synchronously driven through a synchronous belt, and therefore two sets of driving gears drive four sets of driven gears meshed with each other on the two sides correspondingly; therefore, the transmission line fixing sleeves in the four groups of protection assemblies can rotate at a constant speed on the side wall of the welding substrate, and the transmission line and the terminal can synchronously rotate after being subjected to axial spot welding at the connecting plate, so that the position of the welding area can be axially adjusted, welding spots in the welding area are uniformly distributed, and the welding area of the transmission line and the terminal is more sufficient and firmer.

The invention relates to the FTTH installation of fiber optic cables in a building (9) to create a fiber optic connection between a fiber optic termination unit (4) at a building entry point (BEP) and at least one fiber optic termination unit (2) designed as a fiber optic terminal adapter in the form of an optical network termination box (OTO), wherein the fiber optic connection is optionally routed via a further fiber optic termination unit (3, 3') designed as a hallway box (FB). The required fiber optic cable length between a fiber optic termination unit (2, 3, 3') to be arranged at an installation location and the fiber optic termination unit (3, 3', 4) nearest to the BEP (1) is determined as the installation distance.At the installation site, a fiber optic termination point (2, 3, 3') is provided, supplied with a coiled length (7) of fiber optic cable (5) exceeding the installation distance. The fiber optic cable (5) is equipped with at least one fiber optic connector (6) at both ends. Fiber optic cable (5) of a length corresponding to the installation distance is unwound from the coil (7), and the at least one fiber optic connector (6) is connected to a fiber optic connector of the next fiber optic termination point (3, 3', 4). These steps are repeated as necessary until a fiber optic connection exists between the OTO and the BEP (1).

The utility model provides a connector, a connector system and a photovoltaic system, and relates to the field of photovoltaic technology, the connector comprises a wiring terminal, a plurality of wiring pieces are arranged in the wiring terminal, each wiring piece is provided with a load end and a photovoltaic end, the load ends are configured to be used for connecting a plurality of core wires of a load end cable, and the photovoltaic ends are configured to be used for connecting a plurality of core wires of the load end cable. The photovoltaic terminal is configured to be electrically connected with the power converter directly or indirectly. In the wiring process, compared with a wiring mode in the prior art, the connector provided by the utility model can be directly plugged with a plug (a cable located at a photovoltaic inverter and a photovoltaic end) through the fly wire terminals in the connection process, a large amount of wire stripping processing is not needed, the connection is faster, each fly wire terminal is provided with at least two fly wire adapters, and the connection is more convenient. In the plug-in process, different types of cables can be naturally distinguished, and wrong connection of a null line and a live line is avoided.

A pyrolytic fuse comprises a fuse housing with upper and lower terminals. A guide rod, an actuating unit, and a terminal adapter are mounted inside the fuse housing. When the guide rod is in its first position, the upper and lower terminals are electrically connected via the guide rod. When the guide rod is in its second position, the actuating unit causes a separable connection structure to break the electrical connection between the upper and lower terminals.