CN204416472U - A kind of cloth elephant trunk dolly - Google Patents

Abstract

The utility model relates to a distribution tube trolley, comprising a track foundation, a track, a platform, driving wheels, passive wheels, an inclined tube A and an inclined tube B, and the track is located above the conveyor tube B and the conveyor tube C 1. Below the conveyor chute A, a platform connecting the driving wheels and the passive wheels is set on the track, and the inclined chute A and the inclined chute B are arranged on the platform. When the inclined chute A moves in place, its upper opening is located Below the pipe A, its lower end opening is located above the conveyor chute B, and when the inclined chute B moves in place, its upper end opening is located below the conveyor chute A, and its lower end opening is located above the conveyor chute C. The utility model has a simple and reliable structure. The material transmission is completed through the inclined chute A or the inclined chute B corresponding to the conveyor chute B or the conveyor chute C respectively. Equipment and production accidents such as damage, material drop, belt deviation and mixing.

Description

A kind of cloth slide tube trolley

technical field

The utility model belongs to the technical field of belt conveyor equipment, and in particular relates to a cloth chute trolley.

Background technique

At present, as the most important equipment for transporting materials, belt conveyors can be widely used in industries such as metallurgy, coal, transportation, electric power, building materials, chemicals, light industry, grain and machinery, and can transport bulk materials and finished products with a wide range of densities. Items, with good heat resistance, cold resistance, anti-corrosion, explosion-proof lamp characteristics. The main components of the belt conveyor include: rubber conveyor belt, belt machine frame, roller, idler roller, and chute. The performance of the conveying process is that the material is unloaded on the rubber conveyor belt through various unloading methods, and the conveyor belt is driven by itself to convey the material under the support of various rollers, idlers and racks. Then it is transported to the next conveyor through the slide pipe. The belt conveyor can be designed to the required length according to actual needs. In some small spaces, the belt conveyor can be designed as a very short style, and the turning of the belt can also be made to rotate in one direction or in both forward and reverse directions. This style of belt is called Small belt conveyor or reversible belt conveyor. In this pattern, material is conveyed or distributed from one belt conveyor to the next or either of the next two conveyors.

Ideally, the design of this small belt conveyor or reversible belt conveyor is relatively mature, and the conveying process of the entire conveyor belt is also relatively stable.

However, in actual production, as shown in Figure 1, the conveying process of small belt conveyors or reversible belt conveyors (which are collectively named as reversible belt conveyors in the text) will cause various problems due to its own design, service life, human adjustment, and harsh operating environment. Faults, motor burnout, serious material drop, the most serious is that due to the small design space of the reversible belt conveyor, it is difficult to deal with the problem of deviation when the belt rotates forward or reverse, and it is difficult to throw the material in the other direction. If the material is thrown to another belt, there will be a mixing accident. The above-mentioned failures will directly cause equipment damage or accident shutdown, and the mixing accident will have a serious impact on the next production process.

Contents of the invention

In order to solve the technical problems in the known technology, the utility model provides a material distribution tube trolley which can effectively avoid equipment or production accidents.

The technical scheme that the utility model takes for solving the technical problem existing in the known technology is:

A distributing tube trolley, comprising a track foundation, a track, a platform, driving wheels, passive wheels, an inclined tube A and an inclined tube B, the track is located above the conveyor tube B and the conveyor tube C, conveying Below the machine slide pipe A, the track is provided with a platform connecting the driving wheels and the passive wheels, and the inclined slide pipe A and the inclined slide pipe B are arranged on the platform, and the upper end of the inclined slide pipe A is opened when it is in place. It is located below the conveyor chute A, and its lower end opening is located above the conveyor chute B. When the inclined chute B moves in place, its upper end opening is located below the conveyor chute A, and its lower end opening is located on the conveyor chute B. C above.

Fixed iron shoes are arranged at both ends of the track.

The utility model also includes a walking driving mechanism arranged on the platform, and the walking driving mechanism is connected with the driving wheels through a transmission chain.

The inclined chute A and the inclined chute B are respectively fixedly connected with the platform by welding.

The advantages and positive effects of the utility model are: the utility model is simple and reliable in structure, and the delivery of the material is completed through the inclined chute A or the inclined chute B corresponding to the conveyor chute B or the conveyor chute C respectively, During the conveying process, the slide tube trolley is completely stationary, thus avoiding serious equipment and production accidents such as motor burnout, material drop, belt deviation and material mixing.

Description of drawings

Fig. 1 is a structural representation before the improvement of the utility model;

Fig. 2 is a schematic diagram of the front view of the utility model.

In Figure 1 and Figure 2, 1. Conveyor slide A, 2. Conveyor slide B, 3. Conveyor slide C, 4. Platform, 5. Traveling drive mechanism, 6. Active wheels, 7. Passive wheels , 8. transmission chain, 9. track, 10. fixed iron shoes, 11. track fixed foundation, 12. inclined slide pipe A, 13. inclined slide pipe B.

Detailed ways

In order to further understand the utility model content, characteristics and effects of the present utility model, the following examples are given hereby, and detailed descriptions are as follows in conjunction with the accompanying drawings:

Please refer to Fig. 2, a kind of cloth chute trolley, comprises track foundation 11, track 9, platform 4, driving wheel 6, passive wheel 7, inclined chute A12 and inclined chute B13, track 9 is positioned at conveyor chute B2 and Above the conveyor chute C3 and below the conveyor chute A1, a platform with driving wheels and passive wheels connected by bolts is provided on the track 9, and an inclined chute A12 and an inclined chute B13 are arranged on the platform 4. The pipe A12 and the inclined pipe B13 are respectively fixedly connected with the platform 4 by means of welding or screw connection. According to the spatial position of the conveyor pipe A1 and the conveyor pipe B2, the inclined pipe A12 or the inclined pipe B13 is calculated. Then, according to the different characteristics of the materials to be transported, ensure that the angle between the center line of the inclination angle and the vertical line meets the actual needs. Taking ordinary iron ore powder as an example, the angle should not be greater than 35° as far as possible, so that the oblique When the pipe A12 moves in place with the platform, its upper end opening is located below the conveyor chute A1, its lower end opening is located above the conveyor chute B2, and the upper end opening of the inclined chute B13 is located in the conveyor chute when it moves in place with the platform Below A1, its lower end opening is located above the conveyor chute C3.

Preferably, fixed iron shoes are provided at both ends of the track 9 to prevent the trolley from derailing. The rail 9 is fixed on the rail fixed foundation 11 in a bolted manner, and the position of the rail fixed foundation 11 is fixed and finally connected to the ground.

Preferably, it also includes a travel drive mechanism 5 connected to the platform 4 by bolts, and the travel drive mechanism 5 is connected to the driving wheel 6 through a transmission chain 8 .

When the utility model was in use, it was operated and started by the post, and the inclined chute pipe A12 or the inclined chute pipe B13 corresponded to the conveyor chute B2 or the conveyor chute C3 respectively. After the alignment of the trolley is determined, the material slips in from the conveyor chute A1, and finally slips into the conveyor chute B2 or the conveyor chute C3 through the inclined chute A12 or the inclined chute B13 to complete the material transmission. During material transfer, the chute trolley is completely stationary. This structure is simple and reliable, and avoids serious equipment and production accidents such as motor burnout, material drop, belt deviation, and material mixing.

The above embodiments are only used to illustrate the technical solution of the utility model and not to limit it. Those of ordinary skill in the art should understand that the specific implementation of the utility model can still be modified or some technical features can be equivalently replaced; Deviating from the spirit of the technical solution of the utility model, all of them shall cover the technology claimed in the utility model.

Claims (4)

1. a cloth elephant trunk dolly, it is characterized in that, comprise track foundation, track, platform, adhesion wheel, by motor car wheel, oblique elephant trunk A and oblique elephant trunk B, described track is positioned at the top of conveyer elephant trunk B and conveyer elephant trunk C, the below of conveyer elephant trunk A, described track is provided with and connects adhesion wheel and by the platform of motor car wheel, described platform is provided with oblique elephant trunk A and oblique elephant trunk B, when described oblique elephant trunk A motion puts in place, its upper end open is positioned at the below of conveyer elephant trunk A, its lower ending opening is positioned at the top of conveyer elephant trunk B, when described oblique elephant trunk B motion puts in place, its upper end open is positioned at the below of conveyer elephant trunk A, its lower ending opening is positioned at the top of conveyer elephant trunk C.

2. a kind of cloth elephant trunk dolly according to claim 1, it is characterized in that, the two ends of described track are provided with fixing skate.

3. a kind of cloth elephant trunk dolly according to claim 1, is characterized in that, also comprise the hoofing part mechanism be arranged on platform, described hoofing part mechanism is connected with adhesion wheel by messenger chain.

4. a kind of cloth elephant trunk dolly according to claim 1, is characterized in that, described oblique elephant trunk A adopts the mode of welding to be fixedly connected with platform with oblique elephant trunk B respectively.