CN208853206U - A kind of screening plant producing charcoal element - Google Patents

Abstract

The utility model provides a kind of screening plant for producing charcoal element, including power device, running part, sieve part, discharging portion and holder part, power device includes first motor, running part includes driving belt and four driving drums, screening part includes screening band, filtering comb and baffle, discharging portion includes residue receiving box, blanking plate and discharge bucket, holder part includes bracket, blanking board mount, filtering comb bracket and barrier support, first motor drives four driving drum rotations by driving belt, screening band rotation is centered around four driving drum peripheries, filtering comb and baffle are across in screening band top.The utility model drives driving drum using motor to drive the screening band rotation for being uniformly covered with aperture to carry out material screening, and structure is simple；Setting filtering comb and baffle, so that screening is more thorough；Discharge bucket and residue receiving box are set, and from the different materials for exporting separately different-grain diameter, follow-up work is time saving and energy saving.

Description

A kind of screening plant producing charcoal element

Technical field

The utility model relates to a kind of screening plant, especially a kind of screening plant for producing charcoal element.

Background technique

In carbon product process, it is necessary to could be obtained by broken, grinding and screening process each needed for ingredient The different partial size of kind, wherein screening is to sort various raw materials and various primary product by sieve to be divided by material size size Several grades, or moisture therein, impurity etc. are removed, then carry out the processing of next step, it is most in existing industry to use Gravity flow screen, vibrating screen, shaker screen and drum sieve etc., and these screening plants exist that production efficiency is low, structure is complicated, failure The problems such as rate is higher and screening is not thorough.

Utility model content

The utility model provides the screening plant that a kind of structure simply produces charcoal element, solves and deposits in the prior art The problem of.

The utility model to solve above-mentioned technical problem used by technical solution be: including power device, running part, Screening part, discharging portion and holder part, power device include first motor, and running part includes driving belt and four biographies Dynamic roller, screening part include that screening band, filtering comb and baffle, discharging portion include residue receiving box, blanking plate and discharge bucket, bracket Part includes bracket, blanking board mount, filtering comb bracket and barrier support, and first motor drives four transmissions by driving belt Roller rotation, four driving drums two-by-two side by side and interval setting, screening band are centered around four driving drum peripheries, screening band and Four driving drums surround the open cuboid of front-back, and screening band drives rotation by four driving drums, and screening takes Several apertures are evenly arranged, bracket setting outside before and after screening band and four driving drums, discharge bucket setting is in screening band Inside the cuboid surrounded with four driving drums, the lower end of discharge bucket is stretched out outside cuboid, and blanking plate passes through blanking board mount It is inclined at screening with the opposite one end side of rotation direction, blanking plate upper end and screening are concordant with lower plane, residue receiving box It is arranged below blanking plate, filtering combed filtering comb bracket across 2/3rds with top from left side of screening are arranged in It sets, baffle is by barrier support across setting in screening band top right end.

More convenient in order to sieve, filtering comb is provided with several comb teeth, the size in gap and screening band between adjacent fingers The size of aperture is identical.

In order to sieve thoroughly, filtering comb pedestal lower end is provided with gear and the second motor, is connecting filtering comb branch on bracket Lower edge is provided with rack gear, gear and rack gear engagement on the left of the position of frame, and the second motor is clockwise and anticlockwise motor.

It rubs in order to prevent, the lower end and screening of filtering comb and baffle have 2~5 millimeters of gap with upper surface.

For the ease of discharging, discharge bucket lower end uses soft material.

The utility model using the above structure, has the advantage that and drives driving drum using motor to drive The even screening band rotation for being covered with aperture carries out material screening, and structure is simple；Setting filtering comb and baffle, so that screening is more thorough Bottom；Discharge bucket and residue receiving box are set, and from the different materials for exporting separately different-grain diameter, follow-up work is time saving and energy saving.

Detailed description of the invention

Fig. 1 is the schematic view of facade structure of the utility model；

Fig. 2 is the overlooking structure diagram of the utility model；

Fig. 3 is screening band and driving drum structural schematic diagram；

Fig. 4 is filtering comb structural schematic diagram.

In figure, 1, residue receiving box；2, blanking plate；3, band is sieved；4, bracket；5, filtering comb；6, driving belt；7, baffle；8, First motor；9, discharge bucket；10, the second motor；11, blanking board mount；12, filtering comb bracket；13, gear；14, rack gear；15, Driving drum；16, barrier support.

Specific embodiment

In order to clarify the technical characteristics of the invention, below by specific embodiment, and its attached drawing is combined, to this reality It is described in detail with novel.

As shown in Figure 1, first motor 8 drives four driving drums 15 to rotate by driving belt 6, four driving drums 15 Two-by-two side by side and interval setting, screening band 3 be centered around four driving drum peripheries, as shown in figure 3, screening band 3 and four transmission Roller 15 surrounds the open cuboid of front-back, and screening band 3 drives rotation by four driving drums 15, as shown in Fig. 2, sieve Divide on band 3 and be evenly arranged several apertures, the setting of bracket 4 is on the outside of screening band 3 and four 15 front and backs of driving drums, discharge bucket 9 It is arranged in inside the cuboid that screening band 3 and four driving drums 15 surround, the lower end of discharge bucket 9 is stretched out outside cuboid, discharging 9 lower ends struggle against using soft material, blanking plate 2 is inclined at opposite with screening 3 rotation direction of band by blanking board mount 11 One end side, 2 upper end of blanking plate is concordant with screening 3 lower plane of band, and residue receiving box 1 is arranged below blanking plate 2, and filtering comb 5 passes through Filtering comb bracket 12 is across 2/3rds positions above screening band 3 from left side are arranged in, as shown in figure 4,5 setting of filtering comb There are several comb teeth, the size in gap is identical with narrow meshed size is sieved between adjacent fingers, 12 lower end of the bracket setting of filtering comb There are gear 13 and the second motor 10, filters lower edge on the left of the position for combing bracket 12 in connection on bracket 4 and be provided with rack gear 14, tooth Wheel 13 and rack gear 14 engage, and the second motor 10 is clockwise and anticlockwise motor, and baffle 7 is by barrier support 16 across setting in screening band 3 There are 2~5 millimeters of gap in the lower end and screening 3 upper surface of band of top right end, filtering comb 5 and baffle 7.The 8, second electricity of first motor Machine 10 and driving drum 15 are all the prior arts.

First motor 8 works, and drives four driving drums 15 to roll by driving belt 6 and screening band 3 is then driven to surround Four driving drums 15 rotate, and the Carbonaceous material for needing to sieve is fallen on above screening 3 left end of band, material with screening band 3 together Movement, the lesser material of partial size can be fallen into the discharge bucket 9 of lower section by the aperture on screening band 3 during the motion, work as material When by filtering comb 5, by the evacuation of filtering comb, the lesser material a part of partial size can directly pass through the aperture on screening band 3 The discharge bucket of lower section is fallen into, another part continues to keep off with the movement of screening band 3 in arrival after passing through the comb teeth gap for filtering comb 5 The discharge bucket 9 of lower section is fallen into before plate 7 eventually by the aperture on screening band 3, and the biggish material of partial size is blocked by filtering comb 5, The second motor 10 works at this time, by engaging for gear 13 and the rack gear 14 on bracket, drive filtering comb 5 to sieve 3 phase of band Anti- direction movement, filtering comb 5 are moved with the biggish material of the partial size being blocked together until sieving 5 left side edge of band, grain The biggish material of diameter falls into residue receiving box 1 along blanking plate 2, while the second motor 10 inverts, and filtering comb 5 returns to initial position, and one Secondary screening is completed.

Above-mentioned specific embodiment cannot function as the limitation to scope of protection of the utility model, for the skill of the art For art personnel, any alternate modification or transformation made to the utility model embodiment all fall within the guarantor of the utility model It protects in range.

Place is not described in detail for the utility model, is the well-known technique of those skilled in the art of the present technique.

Claims (5)

1. a kind of screening plant for producing charcoal element, it is characterised in that: including power device, running part, screening part, discharging Part and holder part, the power device include first motor, and the running part includes driving belt and four biographies Dynamic roller, the screening part include that screening band, filtering comb and baffle, the discharging portion include residue receiving box, blanking plate And discharge bucket, the holder part include bracket, blanking board mount, filtering comb bracket and barrier support, first electricity Machine drives four driving drums rotation by the driving belt, four driving drums two-by-two side by side and Every setting, the screening band is centered around four driving drum peripheries, sieves band and four driving drums surround a front-back Open cuboid, screening band drive rotation by four driving drums, and screening, which takes, has been evenly arranged several apertures, the branch Frame setting outside before and after screening band and four driving drums, the discharge bucket setting are enclosed in screening band and four driving drums At cuboid inside, the lower end of discharge bucket is stretched out outside the cuboid, and the blanking plate passes through the blanking plate branch Frame is inclined at screening with the opposite one end side of rotation direction, and blanking plate upper end and screening are concordant with lower plane, described Residue receiving box be arranged below blanking plate, the filtering combed the filtering comb bracket across setting in screening with top 2/3rds positions from left side, the baffle is by barrier support across setting in screening band top right end.

2. the screening plant of production charcoal element according to claim 1, it is characterised in that: if the filtering comb is provided with Dry comb teeth, the size in gap is identical with narrow meshed size is sieved between adjacent fingers.

3. the screening plant of production charcoal element according to claim 1 or 2, it is characterised in that: bracket is combed in the filtering Lower end is provided with gear and the second motor, and lower edge setting is with teeth on the left of the position that comb bracket is filtered in connection on the bracket Item, the gear and rack gear engagement, second motor is clockwise and anticlockwise motor.

4. the screening plant of production charcoal element according to claim 1, it is characterised in that: the filtering comb and baffle Lower end and screening have 2~5 millimeters of gap with upper surface.

5. the screening plant of production charcoal element according to claim 1, it is characterised in that: the discharge bucket lower end uses Soft material.