6results about How to "Stable continuous operation" patented technology

The application discloses a Buzhong Yiqi tablet pressing device, and relates to the field of medicine tablet pressing, which comprises a fixed base. The Buzhong Yiqi tablet pressing device can continuously and stably work through the action of a punching mechanism. Raw materials are placed in a lower hopper, the lower hopper places the raw materials in a hollow column, the operation of a control motor is controlled, the output end of the motor drives gear rotation, thereby driving outer gear ring rotation, the rotating disc drives the outer gear ring to rotate, thereby rotating the next hollow column to the bottom of the lower hopper, so that the raw materials flow into the hollow column. When the hollow column filled with the raw materials rotates to the bottom of the punching cylinder, the operation of the punching cylinder is controlled, the punching cylinder moves the output end to the hollow column, the raw materials are compacted, the rotation of the rotating disc is controlled, the next hollow column is rotated to the bottom of the punching cylinder, and the raw materials are compacted again. The raw materials in the hollow column are continuously and uninterruptedly compacted in a circumferential mode, the raw materials can be continuously compacted, and the punching efficiency of the Buzhong Yiqi tablet is improved.

This utility model provides an adjustable-angle rain lintel and carbon dioxide adsorption box, relating to carbon dioxide adsorption equipment. The rain lintel includes: a mesh plate having multiple continuous air inlet zones; multiple rain lintel units, each rain lintel unit including multiple stacked baffles and a first connecting rod, each baffle being rotatably connected to the mesh plate at the end near the air inlet zone and rotatably connected to the first connecting rod at the end away from the air inlet zone, forming an air inlet channel between adjacent baffles; and a linear drive mechanism for driving the first connecting rod of each rain lintel unit to move, thereby rotating the baffles of each rain lintel unit. The beneficial effects of this utility model are: under conditions of no sandstorms and no rainfall, airflow with a set direction is delivered to the mesh plate through the air inlet channel, meeting the airflow requirements for gas adsorption operations on the outlet side of the mesh plate; under severe conditions of sandstorms or rainfall, completely blocking the air inlet side of the mesh plate can effectively prevent sandstorms and rainwater from entering the interior.

The present application relates to battery terminal component manufacturing technology field, especially relates to a kind of welding line and welding method of full-automatic wiring terminal, including vibration arrangement mechanism, transfer mechanism, rotary disc fixture mechanism and welding mechanism, utilize the mutual cooperation of vibration arrangement mechanism, transfer mechanism, rotary disc fixture mechanism and welding mechanism, with vibration arrangement feeding, transfer transplant, rotary intermittent indexing clamping, mid-frequency induction heating, automatic wire feeding fusion welding, automatic unloading and discharging each process integration, replace traditional manual sorting, single positioning, manual welding, manual unloading operation mode, realize wiring terminal from messy bulk to finished product welding complete full-process unmanned automation operation, production line coherence is strong, process link is closely, substantially reduce manual intervention.

The utility model relates to ice cream machine nozzle technical field, concretely is an ice cream machine anti -freezing nozzle, including spraying material jar, the bottom dead end fixedly connected with the feed pipe of spraying material jar, the bottom dead end of feed pipe is provided with the discharge nozzle, the bottom dead end of discharge nozzle is provided with the nozzle body, the back of spraying material jar is provided with the separation component, the back of separation component is provided with control assembly, and separation component includes first storage seat and second storage seat. The utility model discloses the spraying material jar, feed pipe, discharge nozzle, nozzle body, first storage seat, second storage seat, control gas pump machine, separation frame, limiting groove, upper telescopic airbag, lower telescopic airbag, reinforcing inner seat and separation inner seat that set up, can make the equipment to carry out ice cream machine nozzle more stable anti -freezing processing operation, in the actual use process, the staff first installs the spraying material jar whole in the discharge position of ice cream machine.

The application belongs to the technical field of special robot walking and safety protection, and proposes a multiple redundancy safety protection system of a wind power tower robot, which comprises a driving unit, an adsorption unit and an integrated cooperative control unit.The driving unit is used to drive the robot to walk inside the wind power tower.The adsorption unit is used to adsorb the robot on the inner wall of the wind power tower, and provide the friction force between the driving unit and the inner wall of the wind power tower.The redundancy safety protection unit is used to prevent the high-altitude falling, equipment collision and component damage of the wind power tower robot.The integrated cooperative control unit is used to realize the integrated cooperative control of the driving unit, the adsorption unit and the redundancy safety protection unit, and to guarantee the absolute safety and stability of the equipment during high-altitude operation through the driving unit, the adsorption unit, the redundancy safety protection unit and the integrated cooperative control unit, and to realize real-time state monitoring, intelligent fault emergency treatment and guarantee the stable and safe operation of the equipment.

This invention relates to the field of fully automated manufacturing technology for integrated terminal blocks, and particularly to a fully automated forming equipment and method for terminal blocks. The method processes integrated terminal blocks, which include a terminal piece, a terminal post, and a positioning post. The terminal piece is oblong in shape, and the terminal post and positioning post are respectively located on both sides of the terminal piece. The automated forming equipment includes: a cutting saw assembly, a positioning turntable assembly, a first milling cutter assembly, a drilling assembly, a tapping assembly, a stamping assembly, a chamfering assembly, a second milling cutter assembly, and a setter assembly. By utilizing the coordination of the cutting saw assembly, positioning turntable assembly, first milling cutter assembly, drilling assembly, tapping assembly, stamping assembly, chamfering assembly, second milling cutter assembly, and setter assembly, fully automated integrated forming of the terminal block is achieved. The terminal block does not require changing the processing reference during processing, resulting in high processing accuracy, simplified processing steps, and no manual intervention.