CN202729108U - Glass fiber conveyer belt mechanism - Google Patents

Abstract

The utility model discloses a glass fiber conveyer belt mechanism. The glass fiber conveyer belt mechanism comprises a transmission unit, a lower conveying unit and an upper conveying unit, wherein the lower conveying unit is connected with the transmission unit, and the upper conveying unit is arranged on the tail end of the lower conveying unit and connected with the lower conveying unit. The transmission unit comprises a motor and a second-level worm and gear reduction box, wherein the motor and the second-level worm and gear reduction box are mutually connected. According to the glass fiber conveyer belt mechanism, belts are stable in conveying and do not run out from a conveying wheel, and a transmission shaft can not bend easily. The glass fiber conveyer belt mechanism solves the problems of the belts running out from the conveying wheel and product glue distance. Because of product feature requirements, retainer rings on two sides of a belt wheel are lower than a conveying plane. Glue line positions are arranged on two sides of the belts, and therefore when the belts are narrower, the glue distance can be smaller.

Description

Fiberglass conveyor belt mechanism

technical field

The utility model relates to the field of industrial manufacturing, in particular to a glass fiber conveyor belt mechanism. the

Background technique

It is used to convey loose materials or finished items. According to the requirements of the conveying process, it can be conveyed by a single unit, or can be composed of multiple units or combined with different conveying equipment to form a horizontal or inclined conveying system. In the prior art, the conveying belt is wide and has a large tension force, the belt is easy to run out of the pulley, and the long rotating shaft of the belt is easy to bend. the

Utility model content

The purpose of the utility model is to provide a glass fiber conveyor belt mechanism that reduces the width of the belt and increases the bending prevention of the drive shaft. the

In order to solve the above technical problems, the glass fiber conveyor belt mechanism of the present invention includes: a transmission unit; a lower transmission unit, the lower transmission unit is connected with the transmission unit; an upper transmission unit, the upper transmission unit is arranged on the lower The upper part of the tail end of the transmission unit is connected with the lower transmission unit. The transmission unit includes a motor and a two-stage worm reducer connected to each other. the

The lower transmission unit includes: a conveyor belt drive shaft connected to the secondary worm gear reducer; a pulley sleeved on the outside of the conveyor belt drive shaft, and the pulley is connected to The drive shaft of the conveyor belt is coaxial;

Under the conveyor belt, the wrap is on the outside of the pulley. The upper transmission unit includes a pulley and an upper conveying belt wrapped around the outer side of the pulley, and the lower conveying belt is synchronously driven with the upper conveying belt. A bevel gear and a transition transmission shaft are provided on the glass fiber conveyor belt mechanism, and the lower conveyor belt is driven with the upper conveyor belt through the bevel gear and the transition transmission shaft. Anti-bending bearing seats and liners are provided in the upper conveyor belt and the lower conveyor belt.

The glass fiber conveyor belt mechanism of the utility model has stable belt transmission, does not run out of the conveyor wheel, and the transmission shaft is not easy to bend. Solved the problem of the belt running out of the conveyor wheel and the problem of product glue distance. Due to the product characteristics, the retaining rings on both sides of the pulley must be lower than the conveying plane, and the glue line position should be reserved on both sides of the belt, so the narrower the belt, the smaller the glue gap design can be. the

Description of drawings

Fig. 1 is a schematic diagram of the utility model glass fiber conveyor belt mechanism;

Explanation of the reference signs in the accompanying drawings of the glass fiber conveyor belt mechanism of the present utility model:

1-upper conveyor belt 2-upper liner 3-pulley

4-Lower liner 5-Lower conveyor belt 6-Motor

7-Two-stage worm gear reducer 8-Conveyor drive shaft 9-Anti-bending bearing seat

10-transition drive shaft 11-bevel gear

Detailed ways

Below in conjunction with accompanying drawing, the utility model glass fiber conveyor belt mechanism is described in further detail. the

As shown in Figure 1, the utility model fiberglass conveyor belt mechanism, the motor 6 drives the conveyor belt driving shaft 8 through the secondary worm gear reducer 7, the upper pulley 3 of the driving shaft passes the lower conveyor belt 5, the driven shaft, the bevel gear 11, The transition transmission shaft 10 drives the upper conveyor belt 1 . The working surfaces of the upper and lower conveying belts run in the same direction, and the belt (transmission bracket) is supported or supported by the upper liner 2 and the lower liner 4 to ensure that the belt working surface is flat. the

Anti-bending bearing seat 9 is fixed with upper liner plate 2 and lower liner plate 4 by screws, needle roller bearings are adorned in the seat inner hole, and conveyor belt driving shaft 8 rotates around the large hole center of anti-bending bearing seat 9 by needle roller bearings. Increase the support of the shaft and reduce the bending of the shaft. the

The glass fiber conveyor belt mechanism of the utility model has stable belt transmission, does not run out of the conveyor wheel, and the transmission shaft is not easy to bend. It solves the problem that the belt runs out of the conveyor wheel and the problem that the product glue distance is small. Due to product characteristics, the retaining rings on both sides of the pulley must be lower than the conveying plane. The glue lines should be left on both sides of the belt, so the narrower the belt, the smaller the glue gap can be. the

The preferred embodiments of the utility model creation have been specifically described above, but the utility model creation is not limited to the described embodiments, and those skilled in the art can also make various modifications without violating the spirit of the utility model creation. The equivalent modifications or replacements are all included within the scope defined by the claims of the present application. the

Claims (6)

1. the glass conveyer belt mechanism is characterized in that, comprising:

Gear unit;

Lower transmission unit, described lower transmission unit is connected with described gear unit;

Upper transmission unit, described upper transmission unit is arranged on the tail end of described lower transmission unit, is connected with described lower transmission unit.

2. glass conveyer belt mechanism according to claim 1 is characterized in that, described gear unit comprises interconnective motor and two-stage worm reduction gear.

3. glass conveyer belt mechanism according to claim 2 is characterized in that, described lower transmission unit comprises:

The load-transfer device imput shaft, described load-transfer device imput shaft is connected with described two-stage worm reduction gear;

Belt pulley, described belt pulley are set in the described load-transfer device imput shaft outside, and described belt pulley is coaxial with described load-transfer device imput shaft;

Lower belt conveyor, the described outside that is wrapped in described belt pulley.

4. glass conveyer belt mechanism according to claim 3 is characterized in that, the upper belt conveyor that described upper transmission unit comprises belt pulley and is wrapped in the outside of described belt pulley, described lower belt conveyor and described upper belt conveyor synchrodrive.

5. glass conveyer belt mechanism according to claim 4 is characterized in that, is provided with finishing bevel gear cuter and transition transmission shaft at described glass conveyer belt mechanism, and described lower belt conveyor is by described finishing bevel gear cuter and described transition transmission shaft and described upper belt conveyor transmission.

6. glass conveyer belt mechanism according to claim 5 is characterized in that, is provided with anti-bending bearing seat and liner plate in belt conveyor and the described lower belt conveyor on described.

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