49results about How to "Realize the undertaking" patented technology

The invention relates to an electromagnetic regulator comprising an armature unit with a plunger unit (12) carrying out a linear movement when energised by a current flowing in a stationary coil unit (26, 38), wherein the plunger unit is designed to cooperate at the end thereof with a regulator partner (10). According to the invention, the plunger unit has a slide or ball bearing (36) at the end thereof which is fixed in a cage-like housing (38, 40) on the plunger unit such as to be able to rotate such as to be able to rotate in reaction to a frictional force at right angles to the direction of the linear regulation movement.

The invention relates to roll material guide transfer equipment, comprising a roll material guide mechanism, wherein the outlet of the roll material guide mechanism is provided with a roll material feed mechanism; a roll material transfer mechanism is arranged between the roll material feed mechanism and the outlet of the roll material guide mechanism; the roll material transfer mechanism drives aroll material to reciprocate between the outlet of the roll material guide mechanism and the inlet of the roll material feed mechanism; the roll material is guided on the roll material guide mechanism to cause the roll material feed mechanism to reciprocate between the outlet and a rolling mechanism by the roll material transfer mechanism so as to realize reception and transfer of the roll material; the above rolling mechanism is started to roll the roll material, the rolled strip is guided into a welding mechanism, the head end of the new roll material and the tail end of a previous roll material are welded for fixation, thereby realizing continuous bending operation on strips. By adopting the roll material guide transfer equipment, production efficiency of metal profiles can be obviously improved, and labor interference is reduced.

The invention relates to an airing curtain feeding device. The airing curtain feeding device comprises a feeding frame arranged below a material receiving belt of a material receiving device, whereina frame opening of the feeding frame faces upwards; the curtain surface of each airing curtain is horizontal, the airing curtains are stacked together, and are distributed in the feeding frame; a lifting mechanism is arranged on the feeding frame, and is used for driving the airing curtains to extend out of a position of an opening in the upper end of the feeding frame in a protruding manner; anda pushing mechanism is also arranged at the position of the frame opening of the feeding frame, and is used for pushing the airing curtains which extend out of the position of the opening in the upperend of the feeding frame to a position of the discharging end of the material receiving belt in the protruding manner. When sheet jelly is guided from the discharging end of the material receiving belt, the airing curtains are horizontally guided out by the feeding frame of the airing curtain feeding device to a position below the discharging end of the material receiving belt, so that bearing ofthe sheet jelly is realized, the placing of the sheet jelly is realized, and subsequent airing is convenient; and the single airing curtain which extends out of the position of the opening in the upper end of the feeding frame in the protruding manner is pushed by the pushing mechanism to the position of the discharging end of the material receiving belt, and single feeding of the airing curtainsis convenient to realize.

The invention provides a method for using an intelligent mechanical harvesting device, which is used to solve the technical problem of intelligently picking fruits and vegetables. It includes the following steps: after the camera on the cover body of S1 captures the image of the fruit and vegetable, the vehicle body stops moving; S2, the picking and shifting motor drives the front end of the picking rod to the position of the fruit and vegetable, and the picking and clamping solenoid valve clamps the fruit and vegetable body; the picking and cutting motor drives The picking and cutting knife rotates, and the picking oil cylinder drives the picking and cutting knife to move to the vines of fruits and vegetables through the picking slider to cut the vine branches; the S3 picking and shifting motor drives the front end of the picking rod to move to the top of the transfer bucket, and the picking and clamping solenoid valve releases the pair The clamping of the fruit and vegetable body, the fruits and vegetables fall into the transfer dump; the S4 transfer hydraulic cylinder moves the transfer dump to the discharge window on the cover through the transfer slider, the tipping bucket hydraulic cylinder turns the transfer dump over, and the fruits and vegetables pass through the discharge window The material falls into the storage bin through the chute.

An integrated device for conveying printed circuit board semi-finished products and bulkhead feeding includes a set of conveying rollers, a pair of adjustable guide assemblies, a pair of spaced limit support assemblies, a bulkhead storage rack, a bulkhead grabbing mechanism, a Partition boards set at intervals receive components. The limit support assembly includes a row of limit support columns arranged at intervals. Each limit support column is respectively arranged in the gap between two adjacent roller bodies of the conveying roller group. The bottom ends of a row of limit support columns are all connected to the same connection. The connecting plate is connected to a pair of movable ends of the first lifting cylinder, the first lifting cylinder is arranged on a base, and the base is arranged on the moving end of the first transverse linear mechanism. Realize the alignment and limit of the conveyance of printed circuit boards of different sizes, ensure that the printed circuit boards can be turned over normally when they are conveyed to the turning area, and the printed circuit boards are fed on the partition during the conveyance, so that after turning over There are partitions between the stacked printed circuit boards to protect the metal circuits on both sides of the semi-finished product.