6results about How to "Smooth supply" patented technology

The application relates to the field of electronic component processing, in particular to a plug-in component pin shaping device, which comprises a rack, a feeding mechanism, a shaping mechanism, a synchronous driving mechanism, a clamping and transferring mechanism and a material moving assembly. The shaping mechanism comprises a pin expansion assembly, a pin bending assembly and a pin shearing assembly arranged in a straight line, and each assembly synchronously transfers the component in a straight line. The synchronous driving mechanism comprises a linear sliding module and a synchronous driving assembly for driving the linear sliding module to slide, and the pin expansion assembly, the pin bending assembly and the pin shearing assembly are all installed on the linear sliding module. The clamping and transferring mechanism transfers the component, and the material moving assembly is used for transferring the component from the feeding mechanism to the shaping mechanism. After the components of the shaping mechanism are driven by the synchronous driving mechanism to reciprocate and move in a straight line to the corresponding processing position, the clamping and transferring mechanism synchronously clamps the component to reciprocate and move in a straight line, the processing continuity of the component pin is enhanced, and the processing efficiency of the component pin shaping is improved.

The utility model discloses a kind of strawberry multilayer planting frame, including the frame body of square tube vertical and horizontal assembly, the both ends of the frame body are equipped with vertical support column, multiple layers of shelves are sequentially equipped from top to bottom between the support column of both ends, multiple planting grooves are transversely arranged on each layer shelf;The both sides of each layer shelf are respectively equipped with fruit supporting net, the fruit supporting net is arranged on the both sides of planting groove;Multiple supports are arranged along the length direction of layer shelf, the support includes the extension of stretching to both sides, the fruit supporting net is fixed in the lower side of the extension, so that fruit supporting net protrudes to both sides thereof. The utility model can make moisture and nutrition to strawberry fruit smoothly, ensure the smooth growth of strawberry fruit;It can also prevent light leakage, improve light intensity, on the other hand, strawberry plant can be evenly illuminated, so as to ensure that plant growth is uniform.

Provided is an integrated and compact fluid control valve that corresponds to different fluid pressures, controls fluid at high speed with high accuracy in the case of low-pressure fluid flow, also exhibits high sealing force at the time of valve closure in the case of high-pressure fluid flow to reliably prevent leakage, can suppress a decrease in sealing performance to improve durability, and at the same time, can suppress the consumption of compressed air for driving while flowing fluid with a stable Cv value to prevent changes in flow rate. The divided pistons (23) are arranged in series with respect to the valve seat (13) in a resilient state by a plurality of spring members (24) that differ in spring load, an air supply port (25) is formed in the actuator (11), each piston is independently raised and lowered in the actuator with a predetermined stroke (Y1, Y2) by the compressed air from each air supply port or the resilient force of each spring member, and the valve body can be provided to seal the flow path with different sealing forces corresponding to the lowered state of each piston.

A system and method for operating automated guided vehicles (AGVs) and autonomous mobile robots are disclosed. The system for operating AGVs includes: an AGV that loads components in a vehicle manufacturing plant and transfers the components along a set travel path; a programmable logic controller (PLC) located on a production line and at each of a plurality of nodes present on the travel path, and controlling peripheral automation facilities; and an operation server configured to control the operation of the AGV and each automation facility via the PLC, and to set PLC control conditions for controlling each automation facility in each segment by collecting PLC memory data from the PLC and querying the PLC memory data based on the movement position of the AGV when setting the travel path.

The present application provides a power transmission device capable of supplying sufficient oil to a driven-side clutch plate mounted to a pressure member. The power transmission device includes a clutch member coupled to an output shaft (3) capable of rotating a wheel of a vehicle; and a pressure member (5) capable of moving between an operating position and a non-operating position, the operating position being a position in which a driving-side clutch plate and the driven-side clutch plate are in pressure contact to become a state in which driving force of an engine can be transmitted to the wheel, and the non-operating position being a position in which pressure contact force of the driving-side clutch plate and the driven-side clutch plate is released to become a position in which transmission of the driving force of the engine to the wheel is cut off. The driven-side clutch plate (7a, 7b) is mounted to the second clutch member (4b) and the pressure member (5), and the pressure member (5) is formed with an oil flow passage capable of causing oil to flow toward the driven-side clutch plate (7b) mounted to the pressure member (5).