CN201264972Y - Novel distributor for sludge and garbage compost fermentation cabin - Google Patents

Abstract

The utility model discloses a novel sludge and garbage composting fermentation warehouse distributing machine, which includes a general walking frame device, a longitudinal feeding device, a horizontal feeding device, a horizontal feeding device, and a clutch device. The belts of the device and the horizontal material distribution device are turned over, and the material is moved on the track until it covers the entire fermentation chamber to complete uniform and smooth material distribution. The utility model has the advantages of simple structure, convenient operation, uniform and continuous distribution, and changes the usual single-point distribution method.

Description

New type sludge and garbage composting fermentation bin distributing machine

technical field

The utility model belongs to the field of urban sludge and garbage composting treatment, and relates to a material distributing device for sludge and garbage composting fermentation bins.

Background technique

At present, in the fermentation of sludge and garbage composting in my country, the feeding of the fermentation bin generally adopts belt feeding, grab feeding or screw uniform distribution machine. Disadvantages of oxygen supply; although the latter can achieve uniform distribution in theory, due to the high viscosity of sludge and garbage, it is easy to cause blockage when used, the distribution effect is poor, and the efficiency is low.

Utility model content

The purpose of the utility model is to provide a novel sludge and garbage composting fermentation chamber distributing machine, which can automatically, uniformly and evenly distribute materials, greatly improve the space utilization of the fermentation chamber, and has a simple structure and convenient operation.

For achieving the above object, the solution of the present utility model is:

A new sludge and garbage composting fermentation warehouse distributing machine, which includes a main walking frame device, a longitudinal feeding device, a horizontal feeding device, a horizontal feeding device, a clutch device, and the horizontal feeding device and the horizontal feeding device are in the main walking frame device; the clutch The device is connected with the general walking frame device and the longitudinal feeding device.

Further, the main walking frame device includes a main walking frame, a driving device for the main traveling frame, and a first track. The main walking frame can be driven by the driving device for the main walking frame to walk along the first track, and the first track is fixed on the pillar.

The longitudinal feeding device comprises a longitudinal belt conveyor, a longitudinal belt conveyor walking frame, a longitudinal belt conveyor driving device, and a second track, the longitudinal belt conveyor is connected and fixed on the longitudinal belt conveyor traveling frame, and can be driven by the longitudinal belt driving device to walk along the second rail, The second track is fixed on the pillar.

The horizontal feeding device includes a horizontal feeding belt conveyor, a horizontal feeding belt conveyor walking frame, a horizontal feeding belt conveyor translation device, and a third track. The drive travels along the third track.

The horizontal distribution device includes a horizontal distribution belt conveyor, a horizontal distribution belt conveyor walking frame, a horizontal distribution belt conveyor driving device, and a fourth track. The drive travels along the fourth track.

The third track and the fourth track are arranged on the general traveling frame, and can be driven by the driving device of the general traveling frame to walk along the first track.

The length of this longitudinal belt conveyor is 1/2 of the longitudinal length of the fermentation bin.

The length of the horizontal distributing belt conveyor is 1/2 of the horizontal length of the fermentation bin.

The length of the horizontal feeding belt conveyor in the fermentation chamber part is 1/2 of the transverse length of the fermentation chamber.

The clutch device is arranged on the traveling frame of the longitudinal belt conveyor and the general traveling frame.

The connection and fixing method is bolt fixing.

Due to the adoption of the above scheme, the beneficial effects of the utility model are: the utility model completely uses the conveyor belt for transportation and distribution, and the conveyor belt is open, even if it is very viscous sludge, there is no clogging problem, and the structure Simple, easy to operate, uniform and continuous cloth, changing the usual single-point cloth method.

Description of drawings

Fig. 1 is a front structural schematic view of an embodiment of the utility model.

Fig. 2 is a top view structural diagram of an embodiment of the utility model.

Detailed ways

Below in conjunction with the embodiment shown in the accompanying drawings the utility model is further described.

The utility model is composed of a main walking frame driving device 1, a longitudinal belt conveyor driving device 2, a second track 3, a longitudinal belt conveyor 4, a longitudinal belt conveyor walking frame 5, a clutch device 6, a horizontal feeding belt conveyor 7, and a horizontal feeding belt conveyor walking Frame 8, total walking frame 9, third track 10, horizontal feeding belt conveyor translation device 11, horizontal fabric belt conveyor 12, horizontal fabric belt conveyor walking frame 13, fourth track 14, first track 15, horizontal fabric belt conveyor drive The device 16 constitutes. The length of the longitudinal belt conveyor 4 is 1/2 of the longitudinal length of the fermentation bin, the length of the horizontal distributing belt conveyor 12 is 1/2 of the horizontal length of the fermentation bin, and the length of the horizontal feeding belt conveyor 7 in the fermentation bin is also 1/2 of the horizontal length of the fermentation bin. 1/2.

The longitudinal belt conveyor 4 is installed on the walking frame 5, and can move longitudinally back and forth along the second track 3 together with the walking frame 5 under the drive of the driving device 2, and the second track 3 is fixed on the pillar; the horizontal feeding belt conveyor 7 is installed with bolts On the walking frame 8, under the drive of the translation drive device 11, it can move laterally back and forth along the third track 10 together with the walking frame 8, and the third track 10 is fixedly connected on the general walking frame 9; the horizontal cloth belt conveyor 12 is fixed with bolts Installed on the walking frame 13, it can move laterally back and forth along the fourth track 14 together with the walking frame 13 under the drive of the driving device 16, and the fourth track 14 is fixed on the general walking frame 9; The total walking frame 9 moves longitudinally back and forth along the first track 15, and the first track 15 is installed on the pillar; the clutch device 6 is arranged on the longitudinal belt conveyor walking frame 5 and the total walking frame 9, and the walking frames 5 and 9 can be connected when they are combined. They are connected together to realize common movement; after being separated, the walking frames 5 and 9 can move separately.

When starting to distribute material, the entire material distributing device is located at the bottom a end of the material distributing bin, and the clutch device 6 is combined (the B end of the total walking frame 9 and the longitudinal walking frame 5 are combined), and the material is first conveyed to the longitudinal belt conveyor 4 by other conveying devices, and then the material is conveyed by the vertical belt conveyor 4. The belt conveyor 4 is transported to the horizontal feeding belt conveyor 7 from A to B, and then delivered to the horizontal distribution belt conveyor 12 from left to right. Under the action of the driving device 16, the horizontal distribution belt conveyor 12 moves from the rightmost end to Move to the left and turn left to cover the area from d to a. When the horizontal distributing belt conveyor reaches the leftmost end, the belt reverses and moves to the right to cover the area from d to e. So far, the distributing machine has been covered with fermentation A belt wide area at the bottom of the bin. Under the action of the driving devices 1 and 2, the entire material distribution device moves longitudinally to the c-end (the function of the clutch device is to ensure the synchronous movement of the longitudinal belt conveyor and the horizontal feeding belt conveyor during this movement). Repeat the above actions to cover the area of the next belt width until the lower half area of the entire fermentation bin is covered. At this time, the A end of the longitudinal belt conveyor 4 has moved to the top c of the fermentation bin, the B end has moved to the middle b, and the main walking frame has moved to the middle b. The running frame 8 of the lower horizontal feeding belt machine is retracted into the main walking frame 9, and the vertical belt machine is moved back to the bottom of the fermentation chamber under the action of the driving device 2, and the running frame 8 of the horizontal feeding belt machine is extended again under the action of the driving device 11 Go out into the A end of the longitudinal belt conveyor walking frame 5, engage the clutch device, let the main walking frame 9 and the A end of the longitudinal belt conveyor 7 join, the longitudinal belt conveyor reverses, and continue to move to the top of the fermentation bin together with the main walking frame , can cover the upper half of the fermentation bin. So far, the material distribution device has evenly covered the entire fermentation bin with one layer. Repeat the above actions until the fermentation bin is evenly covered.

The above description of the embodiments is for those of ordinary skill in the technical field to understand and use the utility model. It is obvious that those skilled in the art can easily make various modifications to these embodiments, and apply the general principles described here to other embodiments without creative effort. Therefore, the utility model is not limited to the above-mentioned embodiments, and the improvements and modifications made by those skilled in the art according to the disclosure of the utility model should be within the protection scope of the utility model.

Claims (11)

1, a kind of novel mud and garbage compost fermentation cabin material distributing machine, it is characterized in that: it comprises total walking rack device, vertical pay-off, horizontal pay-off, horizontal distribution device, arrangement of clutch, and laterally pay-off and horizontal distribution device are in the rack device of always walking; Clutch apparatus connects total walking rack device and vertical pay-off.

2, a kind of novel mud as claimed in claim 1 and garbage compost fermentation cabin material distributing machine, it is characterized in that: this rack device of always walking comprises total walker, total walker drive unit, first track, total walker can be driven along the walking of the first track road by total walker drive unit, and first track is fixed on the pillar.

3, a kind of novel mud as claimed in claim 1 and garbage compost fermentation cabin material distributing machine, it is characterized in that: this vertical pay-off comprises longitudinal belt machine, longitudinal belt machine walker, longitudinal belt machine actuating device, second track, the longitudinal belt machine is fastened on the longitudinal belt machine walker, can be driven along second track travel by the longitudinal belt drive unit, second track is fixed on the pillar.

4, a kind of novel mud as claimed in claim 1 and garbage compost fermentation cabin material distributing machine, it is characterized in that: this horizontal pay-off comprises horizontal feeding belt machine, horizontal feeding belt machine walker, horizontal feeding belt machine translating device, the 3rd track, laterally the feeding belt machine is fastened on the horizontal feeding belt machine walker, can be driven along the 3rd track travel by horizontal feeding belt machine translating device.

5, a kind of novel mud as claimed in claim 1 and garbage compost fermentation cabin material distributing machine, it is characterized in that: this horizontal distribution device comprises horizontal distributing belt machine, horizontal distributing belt machine walker, horizontal distributing belt machine actuating device, the 4th track, laterally the distributing belt machine is fastened on the horizontal distributing belt machine walker, can be driven along the 4th track travel by horizontal distributing belt machine actuating device.

6, a kind of novel mud as claimed in claim 4 and garbage compost fermentation cabin material distributing machine, it is characterized in that: the 3rd track is arranged on total walker, can be driven by total walker drive unit to walk along the first track road.

7, a kind of novel mud as claimed in claim 5 and garbage compost fermentation cabin material distributing machine, it is characterized in that: the 4th track is arranged on total walker, can be driven by total walker drive unit to walk along the first track road.

8, a kind of novel mud as claimed in claim 3 and garbage compost fermentation cabin material distributing machine, it is characterized in that: the length of this longitudinal belt machine is 1/2 of fermentation cabin longitudinal length.

9, a kind of novel mud as claimed in claim 4 and garbage compost fermentation cabin material distributing machine is characterized in that: this horizontal feeding belt machine is 1/2 of a fermentation cabin lateral length in the length of fermentation cabin part.

10, a kind of novel mud as claimed in claim 5 and garbage compost fermentation cabin material distributing machine, it is characterized in that: the length of this horizontal distributing belt machine is 1/2 of fermentation cabin lateral length.

11, a kind of novel mud as claimed in claim 1 and garbage compost fermentation cabin material distributing machine, it is characterized in that: this arrangement of clutch is arranged on longitudinal belt machine walker and the total walker.

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