37results about How to "Implement horizontal sliding" patented technology

A thin bag coded lock structurally comprises lock catch mechanisms and a coded lock mechanism. Each lock catch mechanism comprises a bottom shell, a push rod, a locking block, a lock catch and a face shell. The face shells and the locking blocks are rotationally connected to the bottom shells. In the unlocking process, the coded lock mechanism removes abutting operation on the locking blocks, push mechanisms are pushed to drive the locking blocks to rotate through the push rods, clamping hooks are disengaged from clamping grooves, the face shells rotate and push the lock catches to slide, and the lock catches are disengaged from the locking hooks. Due to the fact that the push mechanisms and the locking blocks are disengaged, the push mechanisms and the locking blocks are arranged at the two ends of the push rods in parallel, the thickness of the coded lock is reduced, the coded lock can be completely hidden in a shallow recessed part of a bag, the application range of the coded lock is enlarged, the transmission relationship among each face shell, a connecting rod and the corresponding push rod can be achieved through the corresponding locking block, the structure of the coded lock is compact, and the thickness of the coded lock is further reduced. In addition, the push mechanisms slide horizontally by shifting the positive upper faces of the push mechanisms and operation is easy and convenient.

A thin bag coded lock structurally comprises lock catch mechanisms and a coded lock mechanism. Each lock catch mechanism comprises a bottom shell, a push rod, a locking block, a lock catch and a face shell. The face shells and the locking blocks are rotationally connected to the bottom shells. In the unlocking process, the coded lock mechanism removes abutting operation on the locking blocks, push mechanisms are pushed to drive the locking blocks to rotate through the push rods, clamping hooks are disengaged from clamping grooves, the face shells rotate and push the lock catches to slide, and the lock catches are disengaged from the locking hooks. Due to the fact that the push mechanisms and the locking blocks are disengaged, the push mechanisms and the locking blocks are arranged at the two ends of the push rods in parallel, the thickness of the coded lock is reduced, the coded lock can be completely hidden in a shallow recessed part of a bag, the application range of the coded lock is enlarged, the transmission relationship among each face shell, a connecting rod and the corresponding push rod can be achieved through the corresponding locking block, the structure of the coded lock is compact, and the thickness of the coded lock is further reduced. In addition, the push mechanisms slide horizontally by shifting the positive upper faces of the push mechanisms and operation is easy and convenient.

The invention discloses an electric bicycle freewheel polytetrafluoroethylene layer spraying device which comprises a base, wherein a spraying chamber is arranged on the base; a support pillar is arranged on the base; the spraying chamber is arranged on the support pillar; a spraying ball is arranged in the spraying chamber; a plurality of spraying holes are formed in the surface of the spraying ball; a liquid transfer ball is arranged in the spraying ball; a sliding rail which sleeves a sliding block is arranged in the spraying chamber; the sliding block is provided with a hanging pipe; a lifting pipe is arranged in the hanging pipe in a sleeving manner; a hook is arranged at the end part of the lifting pipe; a sprayer is arranged on the base; a liquid spraying pipe is arranged in the support pillar; one end of the liquid spraying pipe is connected with the sprayer and the other end of the liquid spraying pipe is connected with the sprayer through the liquid transfer pipe. The electric bicycle freewheel polytetrafluoroethylene layer spraying device is convenient to spray polytetrafluoroethylene liquid; the sliding block is capable of controlling the hanging pipe to horizontally slide along the sliding rail so that a freewheel can conveniently and horizontally move so as to be uniformly sprayed by thepolytetrafluoroethylene liquid; the polytetrafluoroethylene liquid is recovered by a liquid return hopper; thepolytetrafluoroethylene liquid can be recovered into a liquid storage tank through a liquid return groove.

The invention relates to the technical field of seedling drip irrigation, in particular to a seedling drip irrigation device based on the Internet of Things, comprising a drip irrigation mechanism, a support mechanism, an adjustment mechanism, a water closing mechanism and a fertilization mechanism; two groups of water closing mechanisms are installed on the surface of the drip irrigation mechanism , when one of the drip irrigation mechanisms needs to be closed, slide the group of water closing mechanisms, thereby realizing the closure of one end of the drip irrigation mechanism, avoiding drip irrigation in places without seedlings, saving water resources while not using The drip irrigation mechanism can be protected to prevent sundries from entering and blocking the drip irrigation mechanism; there is an adjustment mechanism between the water shut-off mechanism and the support mechanism, which realizes the connection of the water shut-off mechanism and the support mechanism on the one hand, and realizes the The mechanism provides a slideway, which is conducive to the adjustment of the water closing mechanism, and at the same time realizes the support of the drip irrigation mechanism; the surface of the drip irrigation mechanism is equipped with a fertilization mechanism, which realizes drip irrigation of pesticides and fertilizers on the seedlings, fertilizes the seedlings, and prevents diseases and insect pests.

The invention provides a machining technology of a sheet for a H-shaped long beam. When the technology is applied, firstly, the metal sheet to be machined is conveyed onto a sheet conveying unit, thena sheet conveying pushing hand is driven to horizontally move along a sheet conveying empty groove, so that the metal sheet to be machined is pushed onto a cutting unit; and then, all strip-shaped supporting seat in the cutting unit are adjusted, so that the distribution density of the strip-shaped supporting seat below the metal sheet is changed and the distance between the top end of each strip-shaped supporting seat and the bottom surface of the metal sheet is adjusted, and after the adjusting operation is finished, a cutting machine suspended above the cutting unit cuts on the metal sheet. According to the technology, the adjustability is high, in addition, the cutting quality can be improved, and debris can be recycled.