CN208612999U - A kind of diamond particles screening plant - Google Patents

Abstract

The utility model discloses a kind of diamond particles screening plants, case is sieved including No.1, No.1 sieve and No.1 bobbing machine, the No.1 sieve is located at No.1 screening chamber interior wall and is fixedly connected, No.1 screening case side is provided with No.1 bobbing machine, the No.1 bobbing machine is fixedly connected with No.1 sieve, No.1 screening case upper end is fixedly connected with No. two screening casees by runner pipe, No. two screenings chamber interior wall is fixedly connected with tilted-putted No. two sieves, No. two screenings case side is fixedly connected with No. two bobbing machines, No. two bobbing machines are fixedly connected with No. two sieves, No. two screenings case upper end is fixedly connected with feed hopper by feed pipe, the upper end of hopper is hinged with cover board, the utility model is by being provided with No.1 sieve and No. two sieves, and No. two sieve mesh are greater than No.1 sieve mesh, to The diamond particles of different thicknesses degree can be screened out, so that the use of diamond particles screening plant is more efficiently convenient.

Description

A kind of diamond particles screening plant

Technical field

The utility model relates to diamond, specially a kind of diamond particles screening plant.

Background technique

Diamond is commonly called as spark.Namely our former bodies of diamond for often saying, it is a kind of mine being made of carbon Object is the particulate material that nature is made of simple substance element, is that carbon allotrope (receive by diamond, graphene, fullerene, carbon Mitron, blue Si Daier stone etc.).Diamond is most hard substance during find on earth at present numerous are naturally occurring, simultaneously Diamond is not only just to have output in the earth, it is now discovered that having the generation state phase of diamond in the meteoritic abundance that celestial body passes away yet.Gold The purposes of hard rock is very extensive, such as: the cutting tool in craftwork and industry.Graphite can form people under high temperature and pressure Make diamond and precious stone.China also possesses the technology of manufacture diamond.It should be noted that graphite and diamond physical property It is entirely different, and diamond needs to cut diamond using cutter device in process, since diamond is main For Abrasive Industry, the particle size of diamond is very big on wire cutting influence, so having particular/special requirement, mesh to the classification of diamond Preceding country's diamond particles are limited by existing vibrating screen screening precision, cannot there is bulky grain appearance in diamond particles.

But existing diamond particles screening plant is only sieved by simple one layer of sieve when being sieved Point, it is extremely difficult to screening and requires, and be easy in screening process so that dust enters in screening plant, to affect Buddha's warrior attendant Stone particle screening quality, and the dust in screening process not can be carried out and fast and effectively remove.For this purpose, it is proposed that a kind of Diamond particles screening plant.

Utility model content

The purpose of this utility model is to provide a kind of diamond particles screening plants, to solve to mention in above-mentioned background technique Out the problem of.

To achieve the above object, the utility model provides the following technical solutions: a kind of diamond particles screening plant, including No.1 sieves case, No.1 sieve and No.1 bobbing machine, and the No.1 sieve is located at No.1 screening chamber interior wall and is fixedly connected, described No.1 screening case side is provided with No.1 bobbing machine, and the No.1 bobbing machine is fixedly connected with No.1 sieve, the No.1 screening Case upper end is fixedly connected with No. two screening casees by runner pipe, and No. two screenings chamber interior wall is fixedly connected with tilted-putted two Number sieve, No. two screenings case side are fixedly connected with No. two bobbing machines, No. two bobbing machines and No. two sieves are fixed connects It connects, No. two screening case upper ends are fixedly connected with feed hopper by feed pipe, and the upper end of hopper is hinged with cover board, described Charging inside pipe wall is fixedly connected with flow velocity plate, and the flow velocity plate upper end face is provided with through-hole, and flow velocity plate upper end activity connects It is connected to baffle, described baffle one end is pierced by feed pipe and extends to outside feed pipe, and the No.1 screening case other side is fixed to be connected It is connected to dust catcher, the dust catcher upper end is sieved case with No.1 by sweep-up pipe and is connected to.

Preferably, No. two screenings case other side is fixedly connected with No.1 discharge nozzle, and No.1 discharge nozzle upper end is living It is dynamic to be connected with valve.

Preferably, No.1 screening case lower end is fixedly connected with support leg and No. two discharge nozzles, No. two discharge nozzles Positioned at support leg side.

Preferably, it is provided with controller above No. two bobbing machines, the controller is respectively at No.1 bobbing machine, No. two Bobbing machine and dust catcher are electrically connected.

Preferably, No. two sieve mesh are greater than No.1 sieve mesh.

Compared with prior art, the utility model has the beneficial effects that

1. the utility model is by being provided with No.1 sieve and No. two sieves, and No. two sieve mesh are greater than No.1 sieve Mesh is more increased so as to screen out the diamond particles of different thicknesses degree so that diamond particles screening plant uses It is convenient to imitate.

2. the utility model is by being provided with cover board, when feed hopper fills it up with diamond particles, cover plate lid is lived in into hopper, Avoid dust by feed hopper enter screening case in, so as to improve well diamond particles screening quality, and Feed pipe is internally provided with flow velocity plate, when needing to control diamond particles flow velocity, pulls baffle, so that baffle is detached from flow velocity plate The through-hole on surface flows into diamond particles in No. two screening casees by through-hole, and a large amount of diamond particles is avoided to block No. two sieves Net improves the using effect of screening plant.

3. the utility model is by being provided with dust catcher, the more convenient dust sieved No.1 in case of dust catcher It absorbs, so that diamond particles screening quality is higher, and diamond particles screening plant is made to keep good cleannes.

Detailed description of the invention

Fig. 1 is the utility model overall structure diagram；

Fig. 2 is the utility model feed pipe section view plate structural schematic diagram；

Fig. 3 is the utility model flow velocity plate structural schematic diagram.

In figure: 1 No.1 sieve case, 2 No.1 sieves, 3 No.1 bobbing machines, 4 No. two bobbing machines, 5 No. two sieves, 6 controllers, 7 feed hoppers, 8 cover boards, 9 feed pipes, 10 No. two screening casees, 11 valves, 12 No.1 discharge nozzles, 13 runner pipes, 14 sweep-up pipes, 15 are inhaled Dirt device, 16 support legs, 17 No. two discharge nozzles, 18 flow velocity plates, 19 baffles, 20 through-holes.

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.

Fig. 1-3 is please referred to, the utility model provides a kind of technical solution: a kind of diamond particles screening plant, including one Number screening case 1, No.1 sieve 2 and No.1 bobbing machine 3, the No.1 sieve 2 are located at No.1 and sieve 1 inner wall of case and be fixedly connected, The No.1 screening 1 side of case is provided with No.1 bobbing machine 3, and the No.1 bobbing machine 3 is fixedly connected with No.1 sieve 2, described No.1 screening 1 upper end of case is fixedly connected with No. two screening casees 10 by runner pipe 13, and No. two screenings 10 inner wall of case is fixed to be connected Tilted-putted No. two sieves 5 are connected to, 10 side of No. two screening casees is fixedly connected with No. two bobbing machines 4, No. two vibrations Motivation 4 is fixedly connected with No. two sieves 5, and No. two 10 upper ends of screening case are fixedly connected with feed hopper 7, institute by feed pipe 9 It states 7 upper end of feed hopper and is hinged with cover board 8,9 inner wall of feed pipe is fixedly connected with flow velocity plate 18, the 18 upper end table of flow velocity plate Face is provided with through-hole 20, and 18 upper end of flow velocity plate is connected with baffle 19, and described 19 one end of baffle is pierced by feed pipe 9 and prolongs It extends to outside feed pipe 9, the No.1 screening 1 other side of case is fixedly connected with dust catcher 15, and 15 upper end of dust catcher passes through Sweep-up pipe 14 is connected to No.1 screening case 1.

Further, 10 other side of No. two screening casees is fixedly connected with No.1 discharge nozzle 12, the No.1 discharge nozzle 12 upper ends are connected with valve 11, open valve 11 and brait particle is facilitated to be discharged by No.1 discharge nozzle 12.

Further, No.1 screening 1 lower end of case is fixedly connected with support leg 16 and No. two discharge nozzles 17, and described No. two Discharge nozzle 17 is located at 16 side of support leg, and No. two discharge nozzles 17 facilitate fine diamond particle to be discharged, and support leg 16 sieves No.1 Branch mailbox 1 plays support fixed function.

Further, it is provided with controller 6 above No. two bobbing machines 4, the controller 6 is respectively at No.1 bobbing machine 3, No. two bobbing machines 4 and dust catcher 14 are electrically connected, and controller 6 controls 3, No. two bobbing machines 4 of No.1 bobbing machine and dust catcher 14 It works normally.

Further, 5 mesh of No. two sieves is greater than 2 mesh of No.1 sieve, conveniently screens out different thicknesses degree Diamond particles.

Specifically, in use, opening cover board 8, diamond particles is put into feed hopper 7, then cover board 8 is covered charging Bucket, and cover board 8 can be very good to prevent dust from entering in feed hopper 7, the diamond particles in feed hopper 7 are entered by feed pipe 9 Into No. two screening casees 5, when needing to control diamond particles flow velocity, baffle 19 is pulled, so that baffle 19 is detached from flow velocity plate 18 The through-hole 20 on surface flows into diamond particles in No. two screening casees 10 by through-hole, is then turned on the control of model ZYC-130 Device 6 processed sieves diamond particles, too small diamond so that No. two bobbing machines 4 drive No. two sieves 5 to be vibrated Particle is fallen into No. two 5 lower ends of sieve, is entered in No.1 screening case 1 by runner pipe 13, excessive diamond particles are deposited in No. two 5 surfaces of sieve open valve 111, diamond particles too much are discharged by No.1 discharge nozzle 12, too small diamond When particle enters No.1 screening case 1, No.1 bobbing machine 3 is opened, No.1 bobbing machine 3 drives No.1 sieve 2 to be vibrated, to Buddha's warrior attendant Stone particle is further screened, and the diamond particles after screening are discharged by No. two discharge nozzles 17, in screening process, is opened Dust catcher 15, No.1 is sieved the dust in case 1 and absorbed by dust catcher 15, so that diamond particles screening plant keeps clear well Cleanliness.

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 (5)

1. a kind of diamond particles screening plant, including No.1 screening case (1), No.1 sieve (2) and No.1 bobbing machine (3), institute It states No.1 sieve (2) to be located at No.1 screening case (1) inner wall and be fixedly connected, No.1 screening case (1) side is provided with No.1 Bobbing machine (3), the No.1 bobbing machine (3) are fixedly connected with No.1 sieve (2), it is characterised in that: the No.1 sieves case (1) Upper end is fixedly connected with No. two screening casees (10) by runner pipe (13), and No. two screenings case (10) inner wall, which is fixedly connected with, to incline No. two sieves (5) tiltedly placed, No. two screenings case (10) side are fixedly connected with No. two bobbing machines (4), No. two vibrations Motivation (4) is fixedly connected with No. two sieves (5), No. two screening case (10) upper ends by feed pipe (9) be fixedly connected with into Hopper (7), feed hopper (7) upper end are hinged with cover board (8), and feed pipe (9) inner wall is fixedly connected with flow velocity plate (18), Flow velocity plate (18) upper end face is provided with through-hole (20), and flow velocity plate (18) upper end is connected with baffle (19), institute It states baffle (19) one end to be pierced by feed pipe (9) and extend to feed pipe (9) outside, No.1 screening case (1) other side is fixed It is connected with dust catcher (15), dust catcher (15) upper end is connected to by sweep-up pipe (14) with No.1 screening case (1).

2. a kind of diamond particles screening plant according to claim 1, it is characterised in that: No. two screening casees (10) The other side is fixedly connected with No.1 discharge nozzle (12), and No.1 discharge nozzle (12) upper end is connected with valve (11).

3. a kind of diamond particles screening plant according to claim 1, it is characterised in that: the No.1 sieves case (1) Lower end is fixedly connected with support leg (16) and No. two discharge nozzles (17), and No. two discharge nozzles (17) are located at support leg (16) one Side.

4. a kind of diamond particles screening plant according to claim 1, it is characterised in that: No. two bobbing machines (4) Top is provided with controller (6), and the controller (6) is respectively at No.1 bobbing machine (3), No. two bobbing machines (4) and dust catcher (15) it is electrically connected.

5. a kind of diamond particles screening plant according to claim 1, it is characterised in that: No. two sieves (5) net Hole is greater than No.1 sieve (2) mesh.