Vertical cable-membrane device heat sealing machine

Abstract

The invention relates to a longitudinal cable-membrane device heat-sealing machine which comprises a rack, an emptying device, a heat-sealing device, a receiving device and a driving device; both an upper roller mechanism and a lower roller mechanism comprise driving rollers, driven rollers, conveying belts, tensioning mechanisms, driving roller bearings and driven roller bearings; both ends of the driving rollers extend to be fixed to inner races of the driving roller bearings, bearing seats of the driving roller bearings are fixed to the rack, and the driven rollers are in driving connection with the driving rollers through the conveying belts; one end of each tensioning mechanism is fixed on each driving roller bearing seat, the other ends of the tensioning mechanisms are connected with the driven rollers through the driven roller bearings, and the tensioning mechanisms are used for supplying tensioning force to the driven rollers so as to enable the driven rollers to be far from the driving rollers, so as to tension the conveying belts; grooves are formed in positions, which make contact with bearing cables, of the conveying belts along the conveying directions of the conveying belts, and the bearing cables are positioned in the upper and lower grooves during heat-sealing. According to the longitudinal cable-membrane device heat-sealing machine, special machinery is designed according to the characteristics of a suspended cable-membrane structure, automatic processing as well as receiving and emptying before and after processing of the suspended cable-membrane structure are realized, manpower is saved, and the efficiency and quality are increased.

Description

[0001] Technical field: [0002] The invention relates to the technical field of cable-membrane processing, in particular to a heat-sealing machine for a longitudinal cable-membrane device. [0003] Background technique: [0004] The cable-membrane structure system originated from the tents (buildings composed of poles, ropes and animal skins) that humans lived in in ancient times. After the 1970s, with the emergence of high-strength, waterproof, light-transmitting and smooth-surfaced, easy-to-clean, anti-aging architectural membrane materials, coupled with the rapid development of engineering computing science, the cable-membrane architectural structural system has made a comeback and is now widely used in coastal tourism. , Expo, art, sports and other public buildings with large spaces. Tokyo Dome "Big Egg" in Japan, Denver's Tenssile Roof in the United States and Georgia Dome in Atlanta, The Millennium Dome on the Thames River in the United Kingdom ), are world-renowned la...

AI Technical Summary

Problems solved by technology

However, there is currently no automatic processing equipment for the suspended cable-membrane structure. It can only be made by hand. It is completely ironed by hand with an electric iron. Low, the quality does not meet the design requirements, which limits the popularization and application of suspended cable-membrane structure greenhouses

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