阅读说明：本技术 金属外壳水洗磨光生产线 (Metal casing washing polishing production line ) 是由 凌栋 刘鑫 董超 孙烨玲 于 2019-12-03 设计创作，主要内容包括：金属外壳水洗磨光生产线,上料装置(1)的结构是：提升支架(11)上安装有主动链轮(12)、从动链轮(13)和过渡链轮(14),链条(1a)张紧在主动链轮(12)、从动链轮(13)和过渡链轮(14)上,变频电机(15)固定在提升支架(11)上且变频电机(15)的转轴与主动链轮(12)的轴固定在一起；提升斗(16)固定在链条(1a)上,下料槽(17)的左端固定在提升支架(11)的上端,下料槽(17)的左端与提升斗(16)相对,下料槽(17)为斜向槽,下料槽(17)的中部固定在下料槽支架(18)上；它节省了人工劳动强度,提高了生产效率,它的水洗磨光设备结构简单,设备成本较低。(Metal casing washing polishing production line, loading attachment (1)'s structure is: a driving chain wheel (12), a driven chain wheel (13) and a transition chain wheel (14) are mounted on the lifting support (11), a chain (1a) is tensioned on the driving chain wheel (12), the driven chain wheel (13) and the transition chain wheel (14), a variable frequency motor (15) is fixed on the lifting support (11), and a rotating shaft of the variable frequency motor (15) is fixed with a shaft of the driving chain wheel (12); the lifting bucket (16) is fixed on the chain (1a), the left end of the blanking groove (17) is fixed at the upper end of the lifting support (11), the left end of the blanking groove (17) is opposite to the lifting bucket (16), the blanking groove (17) is an oblique groove, and the middle part of the blanking groove (17) is fixed on the blanking groove support (18); the water washing and polishing device saves labor intensity, improves production efficiency, and has simple structure and lower device cost.)

1. Metal casing washing polishing production line, including loading attachment (1) and washing grinding device (2), its characterized in that: the structure of the feeding device (1) is as follows: a driving chain wheel (12), a driven chain wheel (13) and a transition chain wheel (14) are mounted on the lifting support (11), a chain (1a) is tensioned on the driving chain wheel (12), the driven chain wheel (13) and the transition chain wheel (14), a variable frequency motor (15) is fixed on the lifting support (11), and a rotating shaft of the variable frequency motor (15) is fixed with a shaft of the driving chain wheel (12); the lifting bucket (16) is fixed on the chain (1a), the left end of the blanking groove (17) is fixed at the upper end of the lifting support (11), the left end of the blanking groove (17) is opposite to the lifting bucket (16), the blanking groove (17) is an oblique groove, and the middle part of the blanking groove (17) is fixed on the blanking groove support (18);

the structure of the water washing grinding device (2) is as follows: a water washing and grinding box (22) is fixed on the working table plate (21), an arc-shaped sheet-shaped pouring guide groove (23) is formed above the right end of the water washing and grinding box (22), a grinding motor (24) is fixed on the working table plate (21), a driving belt wheel (25) is fixed on a rotating shaft of the grinding motor (24), a grinding rotating shaft (26) is installed in the water washing and grinding box (22), a driven belt wheel (27) is fixed at the lower end of the grinding rotating shaft (26), the grinding rotating shaft (26) extends out of a bottom plate of the water washing and grinding box (22), the belt wheel (28) is tensioned on the driving belt wheel (25) and the driven belt wheel (27), a stirring frame (29) is fixed on the grinding rotating shaft (26), a stirring rod (291) is fixed on the stirring frame (29), a cleaning liquid water inlet nozzle (2a) and a hot water inlet nozzle (2b) are fixed on the upper part of the water washing and grinding box (22), a water outlet nozzle (2c) is fixed on the bottom plate, a water discharge electromagnetic valve (2e) is arranged on the water discharge nozzle (2c), a water discharge hose (2d) is communicated with the water discharge nozzle (2c), and the right end of the discharging groove (17) is positioned at the upper left of the washing and grinding box (22); the right end of a working table plate (21) is hinged with the right end of a curved plate (2f), a first cylinder (2g) is fixed at the left end of the curved plate (2f), the upper end of a piston rod of the first cylinder (2g) is hinged on the working table plate (21), the left side of the curved plate (2f) is hinged on a support (2h), a second cylinder (2i) is fixed on the support (2h), the upper end of a piston rod of the second cylinder (2i) is hinged with the right end of the curved plate (2f), and a ceramic grinding ball (A) and a shell workpiece (B) are arranged in a water washing grinding box (22);

the structure of the separation device (3) is as follows: an upright post (32) is fixed in the water pool (31), a material receiving box (33) is fixed on the upright post (32), the bottom plate of the material receiving box (33) is inclined and is formed with a plurality of material receiving box water discharging small holes (331), and a material receiving box vibrator (34) is fixed outside the entity of the material receiving box (33); the right end of the material receiving box (33) is communicated with a material receiving box discharging groove (35), a cleaning box (36) is fixed above the water pool (31), the material receiving box discharging groove (35) is communicated with the cleaning box (36), a spraying water nozzle (37) is installed in the cleaning box (36), a cleaning box vibrator (38) is fixed on the outer wall of the cleaning box (36), the bottom plate of the cleaning box (36) is inclined, and a plurality of cleaning box water discharging small holes (361) are formed in the cleaning box;

a vibrating screen (39) is fixed above the water pool (31), the aperture of a screen (391) of the vibrating screen (39) is larger than the diameter of the ceramic grinding ball (A) and smaller than the diameter of the shell workpiece (B), the vibrating screen (39) is provided with a vibrating screen discharging groove (392), a ceramic ball receiving box (3a) is fixed on the water pool (31) and is arranged below the screen (391), and a plurality of ceramic ball receiving box water outlet small holes (3a1) are formed in a bottom plate of the ceramic ball receiving box (3 a); the discharge hole of the vibrating screen discharge groove (392) is opposite to the conveying belt (4), and the discharge hole of the cleaning box (36) is opposite to the feed hole of the vibrating screen (39);

the drying device (5) has the structure that: the drying box (51) is provided with a feeding hole (54) and a discharging hole (55), a mesh conveying belt (52) is installed in the drying box (51), the conveying belt (4) is opposite to the left end of the mesh conveying belt (52), a finished product receiving box (6) is placed below the right end of the mesh conveying belt (52), and a plurality of hot air blowing nozzles (53) are fixed on the drying box (51).

2. The metal casing water washing polishing production line according to claim 1, characterized in that: the water discharge hose (2d) is communicated with the water tank (31).

3. The metal casing water washing polishing production line according to claim 1, characterized in that: a stirring rod (291) is welded and fixed on the stirring frame (29), and the washing and grinding box (22) is fixed on the working table plate (21) through screws.

4. The metal casing water washing polishing production line according to claim 1, characterized in that: an elastic silica gel baffle plate (36a) is fixed at the discharge port of the cleaning box (36).

5. The metal casing water washing polishing production line according to claim 1, characterized in that: a plurality of hot air blowing nozzles (53) are fixed above, below, on the left side and on the right side of the drying box (51).

Technical Field

The invention relates to the technical field of water washing equipment, in particular to a water washing and polishing production line for a metal shell.

Background

The metal shell such as bearing ring, bullet shell or some cylindrical metal shell on the product, these products need to carry on the water washing polishing before installing, first increase its superficial smooth finish, second wash its superficial oil stain totally. The existing metal shell washing equipment has the following defects: 1. the automatic butt joint of each sub-device is not completely realized, the middle part of the device needs to transfer the product manually, and the production efficiency is low. For example, the loading device of the polishing machine is generally used for manually pouring workpieces and ceramic grinding balls into water-washing polishing equipment, so that the manual work of always getting on and off a workbench is very hard. 2. The washing and polishing equipment is huge, the structure is complex, and the equipment cost is high.

Disclosure of Invention

The invention aims to provide a metal shell washing and polishing production line aiming at the defects of the prior art, which saves the labor intensity of workers, improves the production efficiency, and has simple structure and lower equipment cost.

The technical solution of the invention is as follows:

metal casing washing polishing production line, including loading attachment 1 and washing grinding device 2, loading attachment 1's structure is: a driving chain wheel 12, a driven chain wheel 13 and a transition chain wheel 14 are installed on the lifting support 11, a chain 1a is tensioned on the driving chain wheel 12, the driven chain wheel 13 and the transition chain wheel 14, a variable frequency motor 15 is fixed on the lifting support 11, and a rotating shaft of the variable frequency motor 15 is fixed with a shaft of the driving chain wheel 12; the lifting bucket 16 is fixed on the chain 1a, the left end of the blanking groove 17 is fixed at the upper end of the lifting bracket 11, the left end of the blanking groove 17 is opposite to the lifting bucket 16, the blanking groove 17 is an oblique groove, and the middle part of the blanking groove 17 is fixed on the blanking groove bracket 18;

the structure of the water washing grinding device 2 is as follows: a water washing grinding box 22 is fixed on the working platen 21, an arc-shaped sheet-shaped pouring guide groove 23 is formed above the right end of the water washing grinding box 22, a grinding motor 24 is fixed on the working platen 21, a driving belt wheel 25 is fixed on a rotating shaft of the grinding motor 24, a grinding rotating shaft 26 is installed in the water washing grinding box 22, a driven belt wheel 27 is fixed at the lower end of the grinding rotating shaft 26, the grinding rotating shaft 26 extends out of the bottom plate of the water washing grinding box 22, a belt wheel 28 is tensioned on the driving belt wheel 25 and the driven belt wheel 27, a stirring frame 29 is fixed on the grinding rotating shaft 26, a stirring rod 291 is fixed on the stirring frame 29, a cleaning fluid inlet 2a and a hot water inlet 2b are fixed on the upper portion of the water washing grinding box 22, a water discharge nozzle 2c is fixed on the bottom plate of the water washing grinding box 22, a water discharge electromagnetic valve 2e is installed on the water discharge nozzle 2c, a water discharge hose 2d is connected to the water discharge nozzle 2c in a through mode, and the; the right end of the working table plate 21 is hinged with the right end of the curved plate 2f, the first cylinder 2g is fixed at the left end of the curved plate 2f, the upper end of a piston rod of the first cylinder 2g is hinged on the working table plate 21, the left side of the curved plate 2f is hinged on the support 2h, the second cylinder 2i is fixed on the support 2h, the upper end of a piston rod of the second cylinder 2i is hinged with the right end of the curved plate 2f, and the ceramic grinding ball A and the shell workpiece B are arranged in the washing grinding box 22;

the structure of the separation device 3 is: a vertical column 32 is fixed in the water pool 31, a material receiving box 33 is fixed on the vertical column 32, the bottom plate of the material receiving box 33 is inclined and is formed with a plurality of material receiving box water discharging small holes 331, and a material receiving box vibrator 34 is fixed outside the entity of the material receiving box 33; a material receiving box discharging groove 35 is communicated with the right end of the material receiving box 33, a cleaning box 36 is fixed above the water pool 31, the material receiving box discharging groove 35 is communicated with the cleaning box 36, a spraying water nozzle 37 is installed in the cleaning box 36, a cleaning box vibrator 38 is fixed on the solid outer wall of the cleaning box 36, and the bottom plate of the cleaning box 36 is inclined and is formed with a plurality of cleaning box water discharging small holes 361;

a vibrating screen 39 is fixed above the water tank 31, the aperture of a screen 391 of the vibrating screen 39 is larger than the diameter of the ceramic grinding ball A and smaller than the diameter of the shell workpiece B, the vibrating screen 39 is provided with a vibrating screen discharging groove 392, a ceramic ball receiving box 3a is fixed on the water tank 31 and is arranged below the screen 391, and a plurality of ceramic ball receiving box water outlet small holes 3a1 are formed on a bottom plate of the ceramic ball receiving box 3 a; the discharge port of the vibrating screen discharge groove 392 is opposite to the conveying belt 4, and the discharge port of the cleaning box 36 is opposite to the feed port of the vibrating screen 39;

the drying device 5 has the following structure: the drying box 51 is provided with a feeding hole 54 and a discharging hole 55, a mesh conveying belt 52 is installed in the drying box 51, the conveying belt 4 is opposite to the left end of the mesh conveying belt 52, a finished product receiving box 6 is placed below the right end of the mesh conveying belt 52, and a plurality of hot air blowing nozzles 53 are fixed on the drying box 51.

The water drain hose 2d is communicated with the water tank 31.

The stirring rod 291 is welded and fixed on the stirring frame 29, and the water washing and grinding box 22 is fixed on the work table plate 21 through screws.

An elastic silica gel baffle 36a is fixed at the discharge port of the cleaning box 36.

The following steps: a plurality of hot air blowing nozzles 53 are fixed above, below, on the left side and on the right side of the drying box 51.

The invention has the beneficial effects that:

the water washing and polishing device saves labor intensity, improves production efficiency, and has simple structure and lower device cost.

Drawings

FIG. 1 is a schematic structural view of the present invention;

FIG. 2 is a schematic structural diagram of a feeding device;

FIG. 3 is a schematic structural view of a water-washing grinding apparatus;

FIG. 4 is a schematic view of the structure of the separation apparatus;

fig. 5 is a schematic structural diagram of the drying device.

In the figure: 1. a feeding device; 2. washing the grinding equipment with water; 3. a separation device; 4. a conveyor belt; 5. a drying device; 6. and (5) a finished product receiving box.

Detailed Description