阅读说明：本技术 一种爆珠颗粒生产加工装置 (Explode pearl granule production processingequipment ) 是由 刘玉朋 刘萍 刘秀花 于 2021-07-20 设计创作，主要内容包括：本发明公开了一种爆珠颗粒生产加工装置,包括滴制设备、烘干设备和筛选包装设备,所述滴制设备采用冷却滴制,包括套接式的滴制冷却柱；所述滴制冷却柱的上方设有滴制器和原料罐,滴制冷却柱的后面连接有分离滤网和回流管道；所述滴制器上连接有辅料进管和冲切进管；所述滴制冷却柱的一侧设有介质箱；所述介质箱内设有冷却装置；所述介质箱上设有外出管道通过泵组和电磁阀与冲切进管连接；所述回流管道与介质箱连接；本申请制备爆珠效率高,冷却效果好,筛选包装方便,有效解决了现有技术中的技术问题。(The invention discloses an explosive bead particle production and processing device which comprises dripping equipment, drying equipment and screening and packaging equipment, wherein the dripping equipment adopts cooling dripping and comprises a sleeved dripping cooling column; a dripping device and a raw material tank are arranged above the dripping cooling column, and a separation filter screen and a reflux pipeline are connected to the back of the dripping cooling column; the dripping device is connected with an auxiliary material inlet pipe and a punching inlet pipe; a medium box is arranged on one side of the dripping cooling column; a cooling device is arranged in the medium box; an outgoing pipeline is arranged on the medium box and is connected with the punching inlet pipe through a pump set and an electromagnetic valve; the return pipeline is connected with the medium box; the preparation of this application explodes pearl efficient, and the cooling effect is good, and the screening packing is convenient, has effectively solved the technical problem among the prior art.)

1. A production and processing device for bead blasting particles comprises dripping equipment, drying equipment and screening and packaging equipment; the method is characterized in that:

the dripping device adopts cooling dripping and comprises a sleeved dripping cooling column; a dripping device and a raw material tank are arranged above the dripping cooling column, and a separation filter screen and a reflux pipeline are connected to the back of the dripping cooling column; the dripping device is connected with an auxiliary material inlet pipe and a punching inlet pipe; a medium box is arranged on one side of the dripping cooling column; a cooling device is arranged in the medium box; an outgoing pipeline is arranged on the medium box and is connected with the punching inlet pipe through a pump set and an electromagnetic valve; the return pipeline is connected with the medium box;

the drying equipment adopts cold air for drying and comprises a hole type roller; one end of the roller is provided with a transmission structure, and the other end of the roller is provided with an explosive bead inlet and an explosive bead outlet; a full-package or half-package shell is arranged outside the roller; the shell is provided with an air inducing structure;

the screening and packaging equipment comprises a screening and packaging table; the screening table adopts a semi-transparent plate, and a lamp strip is arranged below the screening table.

2. The apparatus for producing and processing the blasting beads according to claim 1, wherein in the dripping device, the dripping cooling column is a three-layer column body which is sleeved with each other; the outermost column body is provided with a backflow nozzle which is connected with a backflow pipeline; two flow stabilizing pipes are arranged on the middle-layer column body and are connected with a pump set of the medium box; the height of the inner layer cylinder is lower than that of the middle layer cylinder and higher than that of the two flow stabilizing pipes on the middle layer cylinder, and the bottom of the inner layer cylinder extends out of the middle layer cylinder and the outer layer cylinder and is provided with a spiral extension area; the separation filter screen is movably arranged in an elongated slot; the height of the long groove is lower than that of the drop cooling column and higher than that of the medium box; the return pipe is connected between the elongated slot and the medium tank.

3. The apparatus as claimed in claim 1, wherein the cooling device in the medium box comprises a circulating coil pipe, and a refrigerator is provided outside the medium box; an outgoing pipeline and a return pipeline on the medium box are respectively positioned on two sides and are provided with a partition plate or a water wheel which is beneficial to liquid circulation.

4. The apparatus of claim 1, wherein a heating tube or wire is disposed in the raw material tank, and a valve for adjusting flow rate is disposed between the raw material tank and the dripping device; the dripping device is provided with a hollow cavity; two punching inlet pipes are arranged and communicated with the cavity and are distributed oppositely; the auxiliary material inlet pipe is provided with at least one pipe, is positioned above the punching inlet pipe and is provided with an adjusting valve.

5. The apparatus of claim 1, wherein the drying device is disposed in a clean drying room; and a plurality of drying devices, air conditioners and dehumidifiers are arranged in the drying room.

6. The apparatus as claimed in claim 1, wherein the drum of the drying device is provided with a non-stick coating.

7. The apparatus as claimed in claim 1, 5 or 6, wherein the drying device is provided with a control device for controlling the rotation speed, wind speed and operation time of the drying device; the monitoring device is arranged for detecting the temperature and the humidity of the product; one side of the drying equipment is provided with a crushed material recovery device which comprises a recovery plate close to the roller, and the other end of the recovery plate inclines downwards and is provided with a closing-in opening.

8. The device for producing and processing the blasting beads particles as claimed in claim 1, wherein a transparent table top is arranged on the screening and packaging table; the upper surface of the transparent table top is provided with grooves which are transversely and uniformly arranged; one side of the plastic table top is provided with a handle for lifting, and the other side of the plastic table top is provided with a baffle and a collecting tank.

9. The device for producing and processing the blasting beads particles as claimed in claim 8, wherein a quantitative plate is arranged on the transparent table-board; the quantitative plate horizontally slides on the transparent table top, and corresponding scale rulers are arranged at two ends of the quantitative plate.

Technical Field

The invention belongs to the technical field of mechanical equipment, and particularly relates to a device for producing and processing bead blasting particles.

Background

At present, the production of the bead blasting particles adopts cooling dripping, then drying and finally quantitative packaging.

Application publication number, CN109645562A discloses a cigarette is with exploding pearl preparation forming device, including the chassis that is provided with the inlet, be provided with shaping urceolus and shaping inner tube on the chassis, shaping urceolus top plane is less than shaping urceolus top plane, the cover is equipped with two piece at least flow equalizing plates on the urceolus wall of shaping inner tube, and each the outward flange of flow equalizing plate all with the inner wall of shaping urceolus is hugged closely, be provided with flow equalizing hole on the flow equalizing plate. The preparation and forming device for the cigarette blasting bead adopts the open type containing cavity, under the action of standard atmospheric pressure and circulating liquid gravity, the whole flow velocity of the circulating liquid is stable through the flow equalizing plate and the flow equalizing holes, and the stability of the environmental conditions in the capsule dropping process is ensured.

The mode of adopting urceolus and inner tube from the bottom feed liquor in the aforesaid, this mode is though simple structure, and the velocity of flow is slow, but the cooling effect is relatively poor to work efficiency is lower. The prior art also has the technical problem of inconvenient screening and packaging.

Disclosure of Invention

The invention aims to solve the technical problems of low efficiency and inconvenient use of bead blasting production in the prior art, and provides a bead blasting particle production and processing device to solve the defects in the prior art.

In order to achieve the purpose, the invention adopts the following technical scheme:

a production and processing device for bead blasting particles comprises dripping equipment, drying equipment and screening and packaging equipment; the dripping device adopts cooling dripping and comprises a sleeved dripping cooling column; a dripping device and a raw material tank are arranged above the dripping cooling column, and a separation filter screen and a reflux pipeline are connected to the back of the dripping cooling column; the dripping device is connected with an auxiliary material inlet pipe and a punching inlet pipe; a medium box is arranged on one side of the dripping cooling column; a cooling device is arranged in the medium box; an outgoing pipeline is arranged on the medium box and is connected with the punching inlet pipe through a pump set and an electromagnetic valve; the return pipeline is connected with the medium box; the drying equipment adopts cold air for drying and comprises a hole type roller; one end of the roller is provided with a transmission structure, and the other end of the roller is provided with an explosive bead inlet and an explosive bead outlet; a full-package or half-package shell is arranged outside the roller; the shell is provided with an air inducing structure; the screening and packaging equipment comprises a screening and packaging table; the screening table adopts a semi-transparent plate, and a lamp strip is arranged below the screening table.

Furthermore, in the dripping device, the dripping cooling column adopts three layers of columns which are mutually sleeved; the outermost column body is provided with a backflow nozzle which is connected with a backflow pipeline; two flow stabilizing pipes are arranged on the middle-layer cylinder and connected with the electromagnetic valve of the medium box; the height of the inner layer cylinder is lower than that of the middle layer cylinder and higher than that of the two flow stabilizing pipes on the middle layer cylinder, and the bottom of the inner layer cylinder extends out of the middle layer cylinder and the outer layer cylinder and is provided with a spiral extension area; the separation filter screen is movably arranged in an elongated slot; the height of the long groove is lower than that of the drop cooling column and higher than that of the medium box; the return pipe is connected between the elongated slot and the medium tank.

Furthermore, the cooling device in the medium box comprises a circulating coil pipe, and a refrigerator is arranged outside the circulating coil pipe; an outgoing pipeline and a return pipeline on the medium box are respectively positioned on two sides and are provided with a partition plate or a water wheel which is beneficial to liquid circulation.

Furthermore, a heating pipe or a wire is arranged in the raw material tank, and a valve capable of adjusting the flow is arranged between the raw material tank and the dripping device; the dripping device is provided with a hollow cavity; two punching inlet pipes are arranged and communicated with the cavity and are distributed oppositely; the auxiliary material inlet pipe is provided with at least one pipe, is positioned above the punching inlet pipe and is provided with an adjusting valve.

Further, the drying equipment is arranged in a clean drying room; and a plurality of drying devices, air conditioners and dehumidifiers are arranged in the drying room.

Furthermore, a roller of the drying equipment is provided with a non-stick coating.

Furthermore, a control device is arranged on the drying equipment and used for controlling the rotating speed, the wind speed and the running time of the equipment; the monitoring device is arranged for detecting the temperature and the humidity of the product; one side of the drying equipment is provided with a crushed material recovery device which comprises a recovery plate close to the roller, and the other end of the recovery plate inclines downwards and is provided with a closing-in opening.

Further, a transparent table top is arranged on the screening and packaging table; the upper surface of the transparent table top is provided with grooves which are transversely and uniformly arranged; one side of the plastic table top is provided with a handle for lifting, and the other side of the plastic table top is provided with a baffle and a collecting tank.

Furthermore, a quantitative plate is arranged on the transparent table top; the quantitative plate horizontally slides on the transparent table top, and corresponding scale rulers are arranged at two ends of the quantitative plate.

Above-mentioned scheme, preparation explodes pearl efficient, and the cooling effect is good, and screening packing is convenient, has effectively solved the technical problem among the prior art.

Drawings

FIG. 1 is a schematic view of a dispensing apparatus according to the present invention;

FIG. 2 is a schematic view of the structure of the sieving and packaging device of the present invention;

FIG. 3 is a schematic view of the drying apparatus according to the present invention;

FIG. 4 is a schematic top view of a drip cooling column of the present invention;

FIG. 5 is a schematic view of the screening apparatus of the present invention;

fig. 6 is a schematic diagram of the structure of a sieve plate of the screening device of the invention.

Detailed Description

The technical solutions of the present invention will be described clearly and completely with reference to the accompanying drawings, and it is apparent that the embodiments described below are some, but not all embodiments of the present invention. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

Example 1, according to fig. 1-3, a device for producing and processing blasting beads comprises a dripping device, a drying device and a screening and packaging device; the dripping device adopts cooling dripping and comprises a sleeved dripping cooling column 5; a dripping device 2 and a raw material tank 1 are arranged above the dripping cooling column, and a separation filter screen 19 and a return pipeline 17 are connected to the back of the dripping cooling column; the dripping device is connected with an auxiliary material inlet pipe 3 and a punching inlet pipe 4; a medium box 11 is arranged on one side of the dripping cooling column; a cooling device 12 is arranged in the medium box; an outgoing pipeline 14 arranged on the medium box is connected with a punching inlet pipe through a pump group 15 and an electromagnetic valve 16; the return pipe 17 is connected with the medium box 11; the drying equipment adopts cold air for drying and comprises a hole type roller 26; one end of the roller is provided with a transmission structure, and the other end of the roller is provided with an explosive bead inlet and an explosive bead outlet; a full-package or half-package shell 29 is arranged outside the roller; the shell is provided with an air inducing structure; the screening and packaging equipment comprises a screening and packaging table 25; the screening table adopts a semi-transparent plate, and a lamp strip is arranged below the screening table.

In the dripping equipment, a dripping cooling column adopts three layers of columns which are mutually sleeved; the outermost column 6 is provided with a backflow nozzle which is connected with a backflow pipeline 17; two flow stabilizing pipes 10 are arranged on the middle-layer cylinder 7 and are connected with an electromagnetic valve of the medium box; the height of the inner-layer column body 8 is lower than that of the middle-layer column body and higher than that of the two flow stabilizing pipes on the middle-layer column body, and the bottom of the inner-layer column body extends out of the middle-layer column body and the outer-layer column body and is provided with a spiral extension area; the end 18 of the spiral extension extends into a separation screen 19; the separation filter screen is movably placed in a long groove 20; the height of the long groove is lower than that of the drop cooling column and higher than that of the medium box; the return pipe is connected between the elongated slot and the medium tank.

According to fig. 4, in the drip cooling column, the directions of two flow stabilizing pipes 10 on the middle-layer cylinder 7 are tangent to the outer ring of the inner-layer cylinder.

The cooling device in the medium box comprises a circulating coil pipe, and a refrigerator is arranged outside the circulating coil pipe; an outgoing pipeline and a return pipeline on the medium box are respectively positioned at two sides and are provided with a partition plate 13 or a water wheel which is beneficial to liquid circulation.

A heating pipe or a wire is arranged in the raw material tank, and a valve capable of adjusting flow is arranged between the raw material tank and the dripping device; the dripping device is provided with a hollow cavity; two punching inlet pipes are arranged and communicated with the cavity and are distributed oppositely; the auxiliary material inlet pipe is provided with at least one pipe, is positioned above the punching inlet pipe and is provided with an adjusting valve.

The drying equipment is arranged in a clean drying room; and a plurality of drying devices, air conditioners and dehumidifiers are arranged in the drying room.

The roller 26 of the drying equipment is provided with a non-stick coating which is sprayed with polytetrafluoroethylene.

The drying equipment is provided with a control device for controlling the rotating speed, the wind speed and the running time of the equipment; the monitoring device is arranged for detecting the temperature and the humidity of the product; one side of the drying equipment is provided with a crushed material recovery device which comprises a recovery plate 28 close to the roller, and the other end of the recovery plate inclines downwards and is provided with a closing-in port.

An arc-shaped guard plate 27 of a half-wrapped roller is arranged on the recovery plate.

A transparent table top is arranged on the screening and packaging table; the upper surface of the transparent table top is provided with grooves 21 which are transversely and uniformly arranged; one side of the plastic table top is provided with a handle for lifting, and the other side is provided with a baffle plate 23 and a collecting groove 24.

A quantitative plate 22 is arranged on the transparent table top; the quantitative plate horizontally slides on the transparent table top, and corresponding scale rulers are arranged at two ends of the quantitative plate.

The materials in the raw material tank 1 and the auxiliary materials (essence) in the auxiliary material inlet pipe 3 enter the dripping device 2 and are punched by media in the punching inlet pipe 4; the cut materials and the medium enter the drip cooling column together, and the flow stabilizing pipe further cools the drip cooling column and realizes the filling of the medium of the inner-layer cylinder; the cooled material is in the form of soft spherical blasting beads, and is collected and drained on a separation filter screen; the dried soft spherical blasting beads enter a drying roller and are dried by cold air; get into screening package platform, open the broken granule of lamp area discovery fast to with its rejection, then the ration board is fixed, then will explode the pearl and be covered with recess 21, take off baffle 23, raise the handle, the ration explodes the pearl and gets into collecting vat 24.

Example 2, according to the device for producing and processing the blasting particles shown in fig. 5, a screening device is further arranged before the screening and packaging device; the screening apparatus includes a screening tank 30; the screening box is internally provided with a screen plate 33 which is distributed in an inclined way; two ends of the sieve plate are respectively provided with a corresponding finished product bin 35 and a corresponding waste bin 36; a three-phase asynchronous motor 32 is arranged below the sieve plate; a bin 31 and a falling port corresponding to the sieve plate are arranged on the screening box; the screening box is movably connected with the sieve plate through a limiting slide way and a tension spring.

According to fig. 6, the screen deck is provided with horizontal cleats 37; the anti-slip strip adopts a rectangular, arc or V-shaped bulge or groove; spill plates 34 are provided on both sides of the screen deck.

The sieve plate is formed by stamping a stainless steel plate and an anti-slip strip; be equipped with the sieve mesh on the sieve, the bottom of screening case is equipped with the collection fill that corresponds.

The inclination angle of the sieve plate is 5-25 degrees.

After being dried, the blasting beads are placed in a bin of a screening box, fall to a screen plate, qualified blasting beads roll to a finished product bin, the friction force is large when the crushed part rolls, the blasting beads are driven by a three-phase asynchronous motor to be scraped upwards, and finally fall into a waste bin; when the sieve plate is a perforated plate or a net body, fine particles fall through the meshes and are collected at the bottom.

Example 3, the one media box can drive a plurality of sets of droppers and drop cooling columns, the punching feed pipes of the droppers are fed intermittently, so that the bisection is realized, the speed is 2-10 times per second, 300 beads are prepared per minute according to average 5 times, and about 40 ten thousand beads can be prepared per 8 hours per day according to the condition that the one media box drives the 3 sets of droppers and drop cooling columns.

While the invention has been described with reference to specific embodiments, it will be apparent to those skilled in the art that the invention is not limited thereto, and that various changes and modifications can be made without departing from the spirit and scope of the invention.