CN205034638U - Conveying mesh belt device - Google Patents

Abstract

The conveying mesh belt device that this application provided, including set up driving shaft and driven epaxial guipure with press close to the guipure pneumatics dewatering device that the guipure set up, still include to press close to lie in on the guipure on surface of water position be used for sweep the device to its guipure that sweeps. Guipure among the prior art often meets the jam problem, introduce the guipure through the design and sweep the device, to the guipure all the time or interval schedule time sweep the clearance, mode through the blast cleaning debris in with the mesh of guipure are cleared up, reach the purpose of mediation, have realized in time clearing up, prevent to block up to the guipure.

Description

Mesh belt conveying device

Technical field

The application relates to stalk bar treatment facility technical field, more particularly, relates to a kind of mesh belt conveying device.

Background technology

Washing stalk system is the first water ratio treatment process in stem process processed, and its process task carries out warming and humidifying to offal, improves processing characteristics, removes the objects such as impurity to reach.

Its keystone configuration is water tank, washboard-type tank, foraminous conveyer etc.

Its workflow is: on the one hand, fills cold water, heated by steam to it in terrier wash machine water tank, to be beaten deliver to the board-like tank of raft through the warm water of thermostatic control heating by water-circulating pump with certain flow rate; On the other hand, offal is by quantitative feeding, the board-like tank of raft is delivered to through the groove that shakes, by the flowing of current, the offal swum on the water surface is transported on guipure, in this process, offal is moisturized, washes away offal, and make to sink to washboard-type tank bottom land than the heavy foreign material of water, the too much moisture in offal surface blows out by by the empty blowing apparatus above guipure.

Existing foraminous conveyer has the following disadvantages:

Due to guipure, some need sink in tank, in course of conveying, material and guipure can carry portion of water, after blowing apparatus empty above guipure, surface excess moisture causes thin stalk and stalk end to be more easily adsorbed on guipure while blowout, though after this through brush roll is clean but guipure still has more material to adsorb, form obvious solid accumulation through below carrying roller, causing apparatus sanitation to maintain difficulty increases, and material produces different through guipure water separation capability simultaneously.

Therefore, how timely to clear up guipure, prevent blocking, be current those skilled in the art's problem demanding prompt solution.

Utility model content

In view of this, this application provides a kind of mesh belt conveying device, to realize clearing up guipure in time, preventing blocking.

In order to achieve the above object, the application provides following technical scheme:

A kind of mesh belt conveying device, comprising and is arranged on guipure on imput shaft and driven shaft and the guipure pneumatics dehydration plant pressed close to guipure and arrange, also comprising the guipure blow device for purging it being close to and guipure being positioned at position on the water surface.

Optionally, the gas ejector pipe with the fumarole gathered that guipure blow device comprises strip shape and the Air compressor be communicated with gas ejector pipe, gas ejector pipe is pressed close to guipure and is arranged.

Optionally, gas ejector pipe is arranged at the bottom of guipure and arranges near driven shaft.

Optionally, the arranged direction of gas ejector pipe is vertical with the transmission direction of guipure, and across guipure.

Optionally, the Air compressor of guipure blow device is the Air compressor shared with guipure pneumatics dehydration plant.

Optionally, comprise many gas ejector pipes, many gas ejector pipes are evenly arranged along the transmission direction of guipure.

Optionally, the jet casing with the fumarole gathered that guipure blow device comprises rectangle and the Air compressor be communicated with jet casing, jet case is shown consideration for nearly guipure and is arranged.

The mesh belt conveying device that the application provides, comprising and is arranged on guipure on imput shaft and driven shaft and presses close to the guipure pneumatics dehydration plant that guipure arranges, also comprising the guipure blow device for purging it being close to and guipure being positioned at position on the water surface.Guipure of the prior art often runs into blockage problem, guipure blow device is introduced by design, to guipure all the time or the interval schedule time carry out purging cleaning, by the mode of blast cleaning, the foreign material in the mesh of guipure are cleaned out, reach the object of dredging, achieve in time guipure is cleared up, prevent blocking.

Accompanying drawing explanation

In order to be illustrated more clearly in the embodiment of the present application or technical scheme of the prior art, be briefly described to the accompanying drawing used required in embodiment or description of the prior art below, apparently, accompanying drawing in the following describes is only some embodiments of the application, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.

The structural representation of the mesh belt conveying device that Fig. 1 provides for the application;

In upper figure: 1 be driven shaft, 2 be guipure blow device, 3 be guipure, 4 for guipure pneumatics dehydration plant.

Detailed description of the invention

This application provides a kind of mesh belt conveying device, achieve in time guipure is cleared up, prevent blocking.

Below in conjunction with the accompanying drawing in the embodiment of the present application, carry out clear, complete description to the technical scheme in the embodiment of the present application, obviously, described embodiment is only some embodiments of the present application, instead of whole embodiments.Based on the embodiment of the application, those of ordinary skill in the art are not making the every other embodiment obtained under creative work prerequisite, all belong to the scope of the application's protection.

The structural representation of the mesh belt conveying device that Fig. 1 provides for the application.

In the embodiment that the application provides, the mesh belt conveying device that the application provides, mainly comprises guipure 3 and guipure pneumatics dehydration plant 4, also comprises guipure blow device 2.

Guipure 3 is the parts for transporting, various material can be had, stalk bar is transported with the form of belt conveyor by it, the two ends of guipure 3 connect imput shaft and driven shaft 1 respectively, imput shaft one end is arranged at below the water surface, and be transport initial end, driven shaft 1 one end is arranged on more than the water surface, for transport end, it is also driven end.Guipure 3 is different according to its carrier, and can be soft or rigid belt body, the mesh on it be used for leaking.

Guipure pneumatics dehydration plant 4 is arranged on the top of guipure 3, certainly, if arrangement space allows, also the below of guipure 3 can be arranged in, its core can carry out high pressure blow smelting operation to guipure 3, the target of this place winding-up is the stalk bar on guipure 3, so, for the guipure 3 being divided into bilevel conveyer structure, guipure pneumatics dehydration plant 4 needs the top being arranged on guipure 3, downward winding-up upper strata guipure 3, realize the stalk bar dehydration on it, the gravity of water itself is depended in the dehydration of this place on the one hand, naturally fall, on the other hand, namely the pneumatics winding-up of guipure pneumatics dehydration plant 4 is importantly depended on.Although guipure pneumatics dehydration plant 4 is also winding-up guipure 3, but this stage can not realize cleaning blocking mesh, because a large amount of stalk bars is on guipure 3, jetting pressure is large, stalk bar can creep into mesh, and the work of cleaning mesh must be in next stage, namely obstruct bar and depart from guipure 3 completely, carry out after calling in next link.

Guipure blow device 2 target is cleared up guipure 3, so be arranged on the below of guipure 3, the below of lower floor's guipure of guipure 3 is referred to below this, and jet to guipure 3 upward, at this one-phase, this position does not obstruct bar, realization winding-up that can be good, after cleaning, the guipure 3 circular flow time can be realized longer, eliminate blocking mesh to the impact of system cloud gray model.

In addition, guipure blow device 2 comprises the gas ejector pipe with the fumarole gathered of strip shape, and the fumarole of gas ejector pipe is used for outwards jet, this gas ejector pipe can be stretching flexible pipe, may also be hard metal tube, the fumarole on it needs the direction of cleaning towards guipure 3, presses close to arrange with it.

What be connected with gas ejector pipe is Air compressor for the production of high pressure gas, and certainly, Air compressor is reasonable option, but is not only option.As long as the equipment can producing high pressure air efficiently can be arranged on herein, even, also can be select water spray to clear up, but need the intensity that water spray is set, can not too greatly can not be too little, intensity is too large, if affect the transport of upper strata guipure, just lose the meaning that it is set.

General, gas ejector pipe is arranged at the bottom of guipure 3 and arranges near driven shaft 1.Because driven shaft 1 is the part be arranged on the water surface, the end of the stalk bar that relatively drops, this location arrangements space is more sufficient.Certainly, do not get rid of some equipment, its driven shaft 1 is arranged on below the water surface, and imput shaft is arranged on more than the water surface, the two just in time contrary setting, at this time, can be easy to infer, gas ejector pipe should be arranged on the close position of imput shaft, so, object tightly according to gas ejector pipe is arranged, and realizes the function of its cleaning, is namely the core that its position is arranged.

So the arranged direction of gas ejector pipe is vertical with the transmission direction of guipure 3 is best scheme, and it is across guipure 3.Be arrive to realize can jetting to all meshes of whole transverse direction of guipure 3 across guipure 3, and vertically to arrange be in order to its length is the shortest.Certainly, we can out of plumb be arranged, but arrange bending gas ejector pipe.

It should be noted that, Air compressor and the guipure pneumatics dehydration plant 4 of guipure blow device 2 can share Air compressor.Because although the two effect is different, position is different, but be all need winding-up, so, when practical operation, the guipure blow device 2 newly increased can be drawn pipeline to be connected on the Air compressor of guipure pneumatics dehydration plant 4, can equipment investment be reduced like this, be i.e. cost-saving, the complexity that additionally reduces equipment.

Certainly, in order to improve cleaning performance, can comprise many gas ejector pipes, many gas ejector pipes are evenly arranged along the transmission direction of guipure 3.Further, because arrangement space is sufficient herein, can arrange like this, if the gas ejector pipe arranging more than three or three cleans, substantially can ensure to clean up completely.

It should be noted that, it is not the jet termination that must rely on jet tubular type, jet termination can also be optimized to other forms, such as, the jet casing with the fumarole gathered that guipure blow device 2 comprises rectangle and the Air compressor be communicated with jet casing, jet case is shown consideration for nearly guipure 3 and is arranged.Adopt this set, essence is using a flat rectangular box as jet termination, its advantage is that jet area is large, one jet can have a few row, tens row's fumaroles, larger to guipure 3 area coverage, many gas ejector pipes need not be set, and namely the only needs jet casing that replaces can improve cleaning efficiency.

Composition graphs 1, the workflow of the mesh belt conveying device that the application provides is: the offal through water-bath is transported on guipure 3, go down except offal surface moisture at Pneumatic action when blowing sky device 4 by guipure, because centrifugal effect enters next procedure during arrival driven shaft 1; Be adsorbed on the broken stalk on guipure, stalk end by departing from guipure 3 during guipure blow device 2 under Pneumatic action and entering next procedure, and then makes guipure keep mesh unobstructed aborning, avoid the situation of the more generation buildup of guipure absorption material.

In sum, the mesh belt conveying device that the application provides is solve the problem that below the rear guipure of existing washing stalk process, buildup is too much, and provides a kind of automatic blowing system of guipure.The technical scheme that the mesh belt conveying device that the application provides adopts is:

Increase by a pneumatics blow device at the discharge end of guipure 3, in production, the pneumatics of certain pressure is passed through guipure, attachment on guipure 3 is come off and enters next procedure, reduce mesh latch up phenomenon, and then make guipure 3 keep aborning cleaning and make material basically identical by degree of dehydration after guipure 3.

Compared with prior art, the mesh belt conveying device that the application provides has following beneficial effect:

One, the mesh belt conveying device that the application provides only increases a pneumatics pipeline, without the need to changing device layout on original equipment basis.

Two, the mesh belt conveying device that provides of the application is after increase guipure blow device 2, and can reduce the blocked situation of guipure 3 mesh by actv., equipment cleaning ability improves greatly, improves guipure 3 service life, reduces labour intensity during equipment cleaning.

Three, the mesh belt conveying device that provides of the application, material is improved by rear dehydration homogeneity, improves the production level that homogenizes.

Guipure 3 of the prior art often runs into blockage problem, guipure blow device 2 is introduced by design, to guipure 3 all the time or the interval schedule time carry out purging cleaning, by the mode of blast cleaning, the foreign material in the mesh of guipure are cleaned out, reach the object of dredging, achieve in time guipure is cleared up, prevent blocking.

In this specification sheets, each embodiment adopts the mode of going forward one by one to describe, and what each embodiment stressed is the difference with other embodiments, between each embodiment identical similar portion mutually see.

To the above-mentioned explanation of the disclosed embodiments, professional and technical personnel in the field are realized or uses the application.To be apparent for those skilled in the art to the multiple amendment of these embodiments, General Principle as defined herein when not departing from the spirit or scope of the application, can realize in other embodiments.Therefore, the application can not be restricted to these embodiments shown in this article, but will meet the widest scope consistent with principle disclosed herein and features of novelty.

Claims (7)

1. a mesh belt conveying device, comprise the guipure (3) that is arranged on imput shaft and driven shaft (1) and press close to the guipure pneumatics dehydration plant (4) that described guipure (3) arranges, it is characterized in that, also comprising the guipure blow device (2) for blocking its cleaning being close to and described guipure (3) being positioned at position on the water surface.

2. mesh belt conveying device as claimed in claim 1, it is characterized in that, the gas ejector pipe with the fumarole gathered that described guipure blow device (2) comprises strip shape and the Air compressor be communicated with described gas ejector pipe, described gas ejector pipe is pressed close to described guipure (3) and is arranged.

3. mesh belt conveying device as claimed in claim 2, is characterized in that, described gas ejector pipe is arranged at the bottom of described guipure (3) and arranges near described driven shaft 1.

4. mesh belt conveying device as claimed in claim 3, it is characterized in that, the arranged direction of described gas ejector pipe is vertical with the transmission direction of described guipure (3), and across described guipure (3).

5. mesh belt conveying device as claimed in claim 4, is characterized in that, the described Air compressor of described guipure blow device (2) is the Air compressor shared with described guipure pneumatics dehydration plant (4).

6. mesh belt conveying device as claimed in claim 5, it is characterized in that, comprise many described gas ejector pipes, many described gas ejector pipes are evenly arranged along the transmission direction of described guipure (3).

7. mesh belt conveying device as claimed in claim 1, it is characterized in that, the jet casing with the fumarole gathered that described guipure blow device (2) comprises rectangle and the Air compressor be communicated with described jet casing, described jet case is shown consideration for nearly described guipure (3) bottom and is arranged.