Colloid solidifying sheath

Abstract

The invention relates to a colloid solidifying sheath, and discloses a colloid solidifying assisting protective sheath which can be adsorbed on two sides of a splicing gap for carrying out sealing heat preservation protection on colloid in the gap and can be reused. The colloid solidifying sheath is characterized in that an inserting hole is formed in one end of a straight gap protective sleeve, an inserting column is arranged at the other end of the straight gap protective sleeve, the length of the inserting column is equal to the depth of the inserting hole, the vertical section of the straight gap protective sleeve is of a structure with the middle protruding upwards and two sides extending horizontally, an arc-shaped empty groove is formed in the bottom of the straight gap protective sleeve and penetrates through two ends of the straight gap protective sleeve, reinforcing ribs are arranged on the groove wall of the arc-shaped empty groove, sealing grooves are formed in two ends ofthe straight gap protective sleeve respectively, the middle of each sealing groove is of an arc-shaped structure, two sides of each sealing groove are of horizontal structures, sealing strips are arranged in the sealing grooves, two sides of the straight gap protective sleeve horizontally extend outwards by a certain distance, adsorption grooves are formed in two sides of the straight gap protective sleeve respectively, and two ends of each adsorption groove are away from two ends of the straight gap protective sleeve by a certain distance.

Description

technical field [0001] The invention relates to a gel sheath, which relates to a protective sheath assembly for assisting colloid solidification, and belongs to the field of environmental protection equipment. In particular, it relates to a colloid-assisted coagulation protective cover that can be adsorbed on both sides of a spliced ​​gap to seal and protect the colloid in the gap and can be reused. Background technique [0002] At present, in the installation of mechanical equipment and building construction, it is often necessary to use glue to fill the gaps between tiles, glass, walls, or mechanical parts. While fixing the connecting plates, the recessed gaps Filling to ensure the overall smoothness of the building surface and the beauty of the building, but because the colloid is made of various composite chemical materials, the temperature will affect its solidification rate, and the temperature will affect the colloid if it is too low or too high. The normal coagulati...

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Problems solved by technology

[0002] At present, in the installation of mechanical equipment and building construction, it is often necessary to use glue to fill the gaps between tiles, glass, walls, or mechanical parts. While fixing the connecting plates, the recessed gaps Filling to ensure the overall smoothness of the building surface and the beauty of the building, but because the colloid is made of various composite chemical materials, the temperature will affect its solidification rate, and the temperature will affect the colloid if it is too low or too high. The normal coagulation speed, or even the appearance of colloidal bubbles, greatly affects the fixing effect of the colloid, and the beaten colloid is exposed to the outside world, and it is easy to peel off when it is not solidified due to the touch of workers walking or the influence of weather, rain and snow. , affecting the fixation effect of the colloid on the joint gap

[0003] The notification number CN203076144U discloses a plate gap gluing machine, including a glue nozzle, and also includes a floating device that walks between the plate gaps to prevent glue leakage. The floating device is connected to the glue nozzle. The floating device includes Support device, driving device, scraper device, baffle device and guide device, the support device is connected with the glue nozzle, the lower part of the support device is provided with the scraper device and the baffle device, the support The front end of the device is connected with the guide device, and the rear end of the support device is connected with the drive device. This device can only realize the injection of the colloid into the gap, but fails to consider the protection of the colloid in the gap, and cannot ensure the colloid pair. Fixed effect at gaps

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