A kind of glass automatically moves back solution equipment
The utility model belongs to a kind of glass automatically and moves back solution device.
Current known some company external is in the technique of producing long glass fiber reinforced plastics, and have part company to use glass to move back solution equipment, but often can not work continuously, efficiency is low, and waste is large.Have part company then not use glass to move back solution equipment, glass enters down one technological process with the twist often, and in product, glass dispersion effect is poor, and mechanical property is low.
Summary of the invention
For prior art Problems existing, the utility model designs in the material modified technique of long glass fiber reinforced plastics especially, automatically solution is moved back to glass, and package glass can be allowed at head--portion connects, and to keep the continuity of technique, uses this equipment, can allow the continuity of glass endless, thus keep the continuous seepage of whole production line, enhance productivity, cut the waste.Meanwhile, because equipment has the function of moving back solution, can move back in solution preocess, eliminate the twist that package glass brings in producing shaped, enable glass after untwisting, enter next road equipment, thus improve the dispersive property of glass, improve the mechanical property of long glass fiber reinforced plastics further.
The purpose of this utility model is realized by following technical scheme: a kind of glass automatically moves back solution equipment, and its main composition comprises:
A kind of glass automatically moves back solution equipment, comprise frame, described frame is provided with a mair motor as power source, described mair motor is by belt drive driving gear, described driving gear drives driven gear, described driven gear drives yarn dish to rotate, and direction of rotation is contrary with the twist direction of glass itself; Have cylindrical iron plate to protect around described yarn dish, described cylindrical iron plate leaves opening, and be convenient to yarn volume and send into, opening part leaves magnetic buting iron.
Above-mentioned automatic glass moves back solution equipment, it is further characterized in that: each yarn tray bottom is equipped with arrangement of clutch, in order to control the connection of described driving gear and driven gear, during work, driving gear and driven gear engagement, make yarn dish rotate, when connecing yarn, driving gear and driven gear depart from, and yarn dish is static.Described arrangement of clutch is trip(ping) lever.Described yarn dish is double-deck sand table, and layering is arranged one on the other.Described frame is also provided with some porcelain circles, running to yarn provides protection and guiding.
Operation principle of the present utility model:
1, all parts are installed on a casting iron framework;
2, mair motor drives roller bearing, and roller bearing drives belt, belt drive driving gear, and driving gear drives driven gear, and driven gear drives yarn dish to rotate;
3, have cylindrical iron plate to protect around yarn dish, prevent yarn from rolling up displacement, cylindrical iron plate leaves opening, and be convenient to yarn volume and send into, opening part leaves magnetic buting iron, and yarn volume is closed buting iron after sending into, and prevents yarn from rolling up landing;
4, each yarn tray bottom is equipped with trip(ping) lever, can control the connection of driving gear and driven gear, and during work, driving gear and driven gear engagement, make yarn dish rotate, and when connecing yarn, driving gear and driven gear depart from, and yarn dish is static;
5, there are some porcelain circles equipment one end, and running to yarn provides protection and guiding.
Compared to the prior art the utility model has obvious advantage and good effect: compare with existing long glass fiber reinforced plastics tie rod technique, this equipment can provide automatic, autonomous glass to move back solution function, and can longtime running being kept, only needing manual intervention when connecing yarn; Yarn by the twist of the rotation elimination of yarn dish self, can improve glass dispersed; Laying of yarn volume is convenient and swift, once can install two volume yarns, improve production efficiency; The introducing of arrangement of clutch, can make the yarn dish stop motion needing to change yarn volume or connect yarn, and not need to affect other yarn dishes normally worked; The introducing of porcelain circle ensure that to the enough protections of glass and guide effect.
This equipment at least can meet laying and using of 64 volume glasses, provides higher production capacity and efficiency than similar products.
Accompanying drawing explanation
Fig. 1 is sectional view of the present utility model.
Fig. 2 is the schematic diagram that arrangement of clutch controls when yarn dish works.
Fig. 3 be arrangement of clutch control yarn dish static time schematic diagram.
In figure, 1 is mair motor; 2 is synchronous belt; 3 is driving gear; 4 is driven gear; 5 is yarn dish buting iron; 6 is double-deck yarn dish; 7 is yarn dish trip(ping) lever; 8 was yarn porcelain circle; 9 is yarn volume; 10 is single yarn.
Detailed description of the invention
Describe embodiments of the present invention in detail with specific embodiment below, to the present invention, how application technology means solve technical problem whereby, and the implementation procedure reaching technique effect can fully understand and implement according to this.
The automatic glass of the present embodiment moves back solution device, and a mair motor, as power source, can drive some groups of belt pulleys to rotate, and the direction that direction and the glass of pulley rotation move back solution is consistent, moves back solution to ensure that all glass fibre yarns twist in rotation, eliminates the twist; Each group belt pulley is all with arrangement of clutch, be used for controlling the engagement of driving gear and driven gear, when glass is soon finished, need to carry out head--time tail connects, arrangement of clutch can be utilized, the driven gear at the glass fibre yarn volume place that needs are connected stops operating, and glass can connect by operating personnel in the quiescent state; Each yarn dish designs according to the size of glass package, can stack two volume glasses, and the blend stop that is magnetic outside yarn dish, prevent glass landing in rotation process; Glass move back from yarn dish solution out after, have corresponding porcelain circle to glass with guiding, prevent simultaneously glass by other facilities of surrounding friction and produce filoplume.
As shown in Figure 1, mair motor 1 drives synchronous belt 2, and synchronous belt 2 drives driving gear 3, and driving gear 3 drives driven gear 4, and driven gear 4 drives double-deck yarn dish 6 to rotate, and direction of rotation is contrary with the twist direction of glass itself; Yarn volume 9 is positioned in double-deck yarn dish 6.
Two volume glasses are placed into double-deck sand table, one on the other, from beginning to end between two volume glasses, after placement, and closed magnetic yarn dish buting iron 5; After rotation starts, along with glass is drawn out of, the twist of glass is also in elimination.
After glass is drawn out of, by crossing yarn porcelain circle 8, enter down one equipment.
After the glass on some yarn dish upper stratas is exhausted, lower floor's glass, by connecting, is extracted out, is proceeded the work of the extraction of glass, rotation, untwisting by yarn automatically; Other yarn dishes still keep normal duty.
When lower floor's glass soon uses time, pressure yarn dish trip(ping) lever 7, driving gear and driven gear are departed from, yarn dish stops operating, and lower floor's glass can be moved over to upper strata, then carries out the work connecing yarn, after connecing knot bundle, lift yarn dish trip(ping) lever 7, driving gear 3 and driven gear 4 are engaged, and single yarn 10 returns to the duty of rotation, untwisting.Fig. 2 is the schematic diagram that arrangement of clutch controls when yarn dish works.Fig. 3 be arrangement of clutch control yarn dish static time schematic diagram.
The above; such scheme of the present invention all can only be thought explanation of the present invention and can not limit the present invention; claims indicate protection scope of the present invention; and protection scope of the present invention is not pointed out in above-mentioned explanation; therefore; any change in the implication that claims of the present invention are suitable and scope, all should think to be included in the scope of claims.