CN208612996U - A kind of broken ore-dressing plant of fluorite - Google Patents

Abstract

It is disclosed by the utility model to belong to mine selecting technology field, specially a kind of fluorite is crushed ore-dressing plant, including cabinet, the left upper portion of the cabinet is bolted with blank flange, be spirally connected shock absorption buffering mechanism on the left of the blank flange, the blank flange is the filled circles with handle, the blank flange is spectactle blind, described blank flange one end is blind plate, the other end is restrictor ring, the blank flange is fixed with bolt, the top center position of the shock absorption buffering mechanism offers feeding port, the left upper portion of the shock absorption buffering mechanism inner cavity is welded with the first jolting plate, the New Scheme is equipped with vibration buffer unit, vibrating screen can be made to be dispersed by mine, even height reduces, impact wear reduces, concentrated wear status is taken on a new look, service life extends, screening efficiency improves, in vibrating screen by installation blind plate at mine, it will be direct Feed becomes that buffering dispersion feed, material is evenly dispersed feeds.

Description

A kind of broken ore-dressing plant of fluorite

Technical field

The utility model relates to mine selecting technology field, specially a kind of fluorite is crushed ore-dressing plant.

Background technique

The mineral composition of fluorite ore ore is simple, and essential mineral is fluorite and quartz, furthermore still there is minimal amount of calcite Deng, the fluorite in pellet shape and subtle veiny and quartzy symbiosis, X-ray diffraction analysis the result shows that fluorite content on 24.6% left side The right side, in polarized light microscopy microscopic observation, fluorite crystals are complete, clear-cut, and majority is irregular granular, in different under cross-polarized light Interference colours, the visible various stripeds of plane of crystal, it is micro- hole and cleavage crack, different shape mutually inlayed along grain, and with quartzy association, Be distributed between 0.020-0.12mm, maximum particle size up to 0.25mm, most quartz compared with degree be distributed in 0.020-0.1mm it Between, it is less with the quartz of monomeric form output, and the fluorite particle being present in quartzy gap is micron-sized fluorite mineral, firefly Stone grain graininess is mainly 2.0-6.0um, and quartz is white, and crystal perfection, shape is a variety of, and surface is smooth, smooth, is and fluorite Close mutually embedding mineral, existing fluorite is crushed mine screening device, and to screen broken fluorite uneven, and it is direct that when pan feeding is directly crushed fluorite Because material feeding is uneven when impact vibration sieve or pan feeding, vibrating screen is made to be easy breakage, for this purpose, we have proposed a kind of fluorites to break Broken ore-dressing plant.

Utility model content

The purpose of this utility model is to provide a kind of fluorites to be crushed ore-dressing plant, to solve to propose in above-mentioned background technique Existing fluorite be crushed mine screening device to screen broken fluorite uneven, when pan feeding the directly broken direct impact vibration sieve of fluorite, or Because material feeding is uneven when person's pan feeding, vibrating screen is made to be easy damaged problem.

To achieve the above object, the utility model provides the following technical solutions: a kind of broken ore-dressing plant of fluorite, including Cabinet, the left upper portion of the cabinet are bolted with blank flange, and be spirally connected shock absorption buffering mechanism on the left of the blank flange, described Blank flange is the filled circles with handle, and the blank flange is spectactle blind, and described blank flange one end is blind plate, another End is restrictor ring, and the blank flange is fixed with bolt, and the top center position of the shock absorption buffering mechanism, which offers, to feed intake Mouthful, the left upper portion of the shock absorption buffering mechanism inner cavity is welded with the first jolting plate, the inner cavity middle part of the shock absorption buffering mechanism It is welded with the second jolting plate, the left bottom of the shock absorption buffering mechanism inner cavity is welded with third jolting plate, the damping, buffering Inner cavity left upper portion of the right side wall bottom discharge port of device through blank flange connection cabinet, the inner cavity top spiral shell of the cabinet It being connected to vibration screen, and vibration screen is obliquely installed from left to right, the left side top of the vibration screen offers the first sieve pore, The second sieve pore is opened up at the top of the middle part of the vibration screen, the right hand top of the vibration screen offers third sieve pore, described The bottom of first sieve pore is bolted with the first material storing box, and the bottom of second sieve pore is bolted with the second material storing box, the third sieve The bottom in hole is bolted with third material storing box, and the bottom right side of the vibration screen is bolted with bobbing machine, the right side wall of the cabinet Top is bolted with manipulation of switches, and the right side wall lower part of the cabinet offers discharge port, and the manipulation of switches and bobbing machine are electrical Connection.

Preferably, first jolting plate, the second jolting plate and third jolting plate are triangular solid jolting plate.

Preferably, first material storing box, the second material storing box and third material storing box respectively with the first sieve pore, the second sieve pore and Third sieve pore is adapted.

Preferably, the angle of the vibration screen and the bottom of box is 45 degree.

Compared with prior art, the utility model has the beneficial effects that the New Scheme is equipped with vibration buffer unit, it can So that vibrating screen is dispersed by mine, even height reduces, impact wear reduces, and concentrated wear status is taken on a new look, and service life extends, sieve Component efficiency improve, vibrating screen by mine install additional blind plate, will directly feed become buffering dispersion feed, material it is evenly dispersed to Enter, vibrating screen, which opens up sieve pore, can screen different size of fluorite, fall into material storing box and carry out classified use, some non-serviceable Broken fluorite is discharged by discharge gate carries out broken processing again.

Detailed description of the invention

FIG. 1 is a schematic structural view of the utility model；

Fig. 2 is the utility model vibration screen structural schematic diagram.

In figure: 1 cabinet, 2 vibration buffer units, 3 feeding ports, 4 first jolting plates, 5 second jolting plates, the vibration of 6 thirds Plate, 7 blank flanges, 8 vibration screens, 9 bobbing machines, 10 first material storing box, 11 second material storing box, 12 second material storing box, 13 first Sieve pore, 14 second sieve pores, 15 third sieve pores, 16 manipulation of switches, 17 discharge ports.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work Every other embodiment obtained, fall within the protection scope of the utility model.

The utility model provides a kind of technical solution referring to FIG. 1-2: a kind of broken ore-dressing plant of fluorite, including cabinet 1, the left upper portion of cabinet 1 is bolted with blank flange 7, and the left side of blank flange 7 is spirally connected shock absorption buffering mechanism 2, and blank flange 7 is One filled circles with handle, blank flange 7 are spectactle blind, and 7 one end of blank flange is blind plate, and the other end is restrictor ring, flange Blind plate 7 is fixed with bolt, and the top center position of shock absorption buffering mechanism 2 offers feeding port 3,2 inner cavity of shock absorption buffering mechanism Left upper portion be welded with the first jolting plate 4, be welded with the second jolting plate 5, damping, buffering in the middle part of the inner cavity of shock absorption buffering mechanism 2 The left bottom of 2 inner cavity of device is welded with third jolting plate 6, and the right side wall bottom discharge port of shock absorption buffering mechanism 2 runs through flange Blind plate 7 connects the inner cavity left upper portion of cabinet 1, and the inner cavity top of cabinet 1 is bolted with vibration screen 8, and vibration screen 8 from a left side to Right bank setting, the left side top of vibration screen 8 offer the first sieve pore 13, open up the second sieve at the top of the middle part of vibration screen 8 Hole 14, the right hand top of vibration screen 8 offer third sieve pore 15, and the bottom of the first sieve pore 13 is bolted with the first material storing box 10, The bottom of second sieve pore 14 is bolted with the second material storing box 11, and the bottom of third sieve pore 15 is bolted with third material storing box 12, vibrating screen The bottom right side of net 8 is bolted with bobbing machine 9, is bolted with manipulation of switches 16 at the top of the right side wall of cabinet 1, under the right side wall of cabinet 1 Portion offers discharge port 17, and manipulation of switches 16 and bobbing machine 9 are electrically connected.

Wherein, the first jolting plate 4, the second jolting plate 5 and third jolting plate 6 are triangular solid jolting plate, the first storage Hopper 10, the second material storing box 11 and third material storing box 12 are suitable with the first sieve pore 13, the second sieve pore 14 and 15 phase of third sieve pore respectively Match, the angle of vibration screen 8 and 1 bottom of cabinet is 45 degree.

Working principle: opening manipulation of switches, and bobbing machine 9 brings into operation, and drives vibrating screen 8 to shake when bobbing machine 9 is run, and breaks Since broken fluorite put into vibration buffer unit 2 knocking down material mouth, is crushed fluorite from the first jolting plate 4, unhurried current to the second vibration Plate 5, then the third jolting plate 6 to flow slowly from the second jolting plate 5 block then by blank flange 7 by mine mouth, when broken fluorite When reaching certain amount, crossover flange blind plate 7 makes the vibration screen 8 of broken fluorite dispersion unhurried current 1 inner cavity of cabinet, vibration screen 8 Left side top offer the first sieve pore 13, the bottom of the first sieve pore 13 is spirally connected the first material storing box 10, can store the first sieve pore The 13 broken fluorites that fall of sieve, offer the second sieve pore 14 at the top of the middle part of vibration screen 8, and the bottom of the second sieve pore 14 is bolted with the Two material storing box 11 can store the second sieve pore 14 and sieve the broken fluorite fallen, offer the second sieve pore at the top of the middle part of vibration screen 8 14, the bottom of third sieve pore 15 is bolted with third material storing box 12, can store third sieve pore 15 and sieve the broken fluorite fallen, remaining big Block is crushed fluorite and cabinet 1 is discharged by discharge port 17, carries out second-time breakage.

While there has been shown and described that the embodiments of the present invention, for the ordinary skill in the art, It is understood that these embodiments can be carried out with a variety of variations in the case where not departing from the principles of the present invention and spirit, repaired Change, replacement and variant, the scope of the utility model is defined by the appended claims and the equivalents thereof.

Claims (4)

1. a kind of fluorite is crushed ore-dressing plant, including cabinet (1), it is characterised in that: the left upper portion of the cabinet (1) is bolted with Blank flange (7) is spirally connected shock absorption buffering mechanism (2) on the left of the blank flange (7), and the blank flange (7) is a band The filled circles of handle, the blank flange (7) are spectactle blind, and described blank flange (7) one end is blind plate, and the other end is throttling Ring, the blank flange (7) is fixed with bolt, and the top center position of the shock absorption buffering mechanism (2) offers feeding port (3), the left upper portion of shock absorption buffering mechanism (2) inner cavity is welded with the first jolting plate (4), the shock absorption buffering mechanism (2) Inner cavity in the middle part of be welded with the second jolting plate (5), the left bottom of shock absorption buffering mechanism (2) inner cavity be welded with third vibration The right side wall bottom discharge port of plate (6), the shock absorption buffering mechanism (2) is left through the inner cavity of blank flange (7) connection cabinet (1) The inner cavity top of upper lateral part, the cabinet (1) is bolted with vibration screen (8), and vibration screen (8) is obliquely installed from left to right, The left side top of the vibration screen (8) offers the first sieve pore (13), opens up second at the top of the middle part of the vibration screen (8) The right hand top of sieve pore (14), the vibration screen (8) offers third sieve pore (15), the bottom spiral shell of first sieve pore (13) It is connected to the first material storing box (10), the bottom of second sieve pore (14) is bolted with the second material storing box (11), the third sieve pore (15) bottom is bolted with third material storing box (12), and the bottom right side of the vibration screen (8) is bolted with bobbing machine (9), described It is bolted with manipulation of switches (16) at the top of the right side wall of cabinet (1), the right side wall lower part of the cabinet (1) offers discharge port (17), the manipulation of switches (16) and bobbing machine (9) are electrically connected.

2. a kind of fluorite according to claim 1 is crushed ore-dressing plant, it is characterised in that: first jolting plate (4), Two jolting plates (5) and third jolting plate (6) are triangular solid jolting plate.

3. a kind of fluorite according to claim 1 is crushed ore-dressing plant, it is characterised in that: first material storing box (10), Second material storing box (11) and third material storing box (12) respectively with the first sieve pore (13), the second sieve pore (14) and third sieve pore (15) phase Adaptation.

4. a kind of fluorite according to claim 1 is crushed ore-dressing plant, it is characterised in that: the vibration screen (8) and case The angle of body (1) bottom is 45 degree.