CN207805764U - A kind of efficient light building material raw material disposal device - Google Patents

Abstract

The utility model provides a kind of efficient light building material raw material disposal device, including feeding gate, feed hopper, treatment box, raw material squeeze broken machine, moving machine, hang plate, crusher, tripod, discharge door and operation cabinet.The utility model is engaged sawtooth and occlusion sawtooth relative engagement setting, is conducive to coordinate cylinder, movable plate, catch bar, the setting of telescopic rod and crowded slashings can reach ideal light building material raw material disposal effect, while improve crowded broken working efficiency；Casing, driving motor, fixed plate, threaded rod, the setting of sliding shoe and level-one shaft coupling, be advantageously implemented that raw material squeezes broken machine moves left and right function, it is ensured that squeezes broken efficiency, while easy to operation；It main crushing rod and is alternately equipped with from crushing rod, is conducive to cooperation and actively be crushed the setting that trapezoid block and driven broken trapezoid block are alternately equipped with, raising light building material raw material disposal crushing effect, guarantee working efficiency.

Description

A kind of efficient light building material raw material disposal device

Technical field

The utility model belongs to light building material manufacturing technology field more particularly to a kind of efficient light-weight building material Expect raw material disposal device.

Background technology

Light material is a kind of advanced composite material (ACM), it makees strengthening material, aluminium sulfate low alkalinity water with alkali-resistant glass fibre Mud is agglutination material and mixes and constitute base material suitable for gathering materials, injection, formwork erection casting, squeeze out, stream slurry etc. it is novel made of techniques Inorganic composite materials can mitigate weight significantly to replace stone, sand etc..

Light building material was gradually received with its superior performance by people in recent years, become preferable construction material it One, it is expanded steadily in building upper constantly application, China's light building material manufacturing industry scale, marketing scale increases, industry warp It is good to seek benefit.

Light building material manufacturing enterprise is mainly distributed on large and medium-sized city and area that are fairly developed economically and forms investment fever The area of point, it is in the majority with the province such as Shandong, Hubei, Henan, Guangdong, Jiangsu, Beijing, Zhejiang, municipality directly under the Central Government;Trans-corporation is all in the whole nation The relatively advanced province ,city and area of building materials sets up plants, and competes, contends for markets with the strong enterprises in industry.

Existing light building material raw material disposal device is there is also working efficiency is low, and labor operations intensity is big and place Manage the undesirable problem of effect.

Therefore, a kind of efficient light building material raw material disposal device of invention is very necessary.

Invention content

In order to solve the above-mentioned technical problem, the utility model provides a kind of efficient light building material raw material disposal Device, it is low that there is working efficiencies to solve existing light building material raw material disposal device, labor operations intensity greatly and The undesirable problem for the treatment of effect.A kind of efficient light building material raw material disposal device, including feeding gate, charging Bucket, treatment box, raw material squeeze broken machine, moving machine, hang plate, crusher, tripod, discharge door and operation cabinet, and the feeding gate closes Page is mounted on the entrance of feed hopper；The feed hopper bolt is mounted on the inside upper part centre position for the treatment of box；Described Raw material squeezes broken machine and is separately positioned at left and right sides of the top of moving machine；The mobile machine bolt is mounted in the inside for the treatment of box Between position；The hang plate tilts 45 degree of bolts at left and right sides of the lower part of moving machine respectively inwards；Described Broken machine bolt is mounted on the lower inside for the treatment of box；The tripod difference bolt is mounted on the lower part quadrangle position for the treatment of box It sets；The discharging door hinge is mounted on the exit for the treatment of box；The operation cabinet bolt is mounted on the upper right quarter for the treatment of box； It includes cylinder, movable plate, catch bar, telescopic rod and crowded slashings that the raw material, which squeezes broken machine, and the bolt cylinder, which is mounted on, to be moved The left side of movable plate；Described catch bar one end connects cylinder through movable plate, and the other end is connected by telescopic rod and squeezes slashings；It is described Moving machine include casing, driving motor, fixed plate, threaded rod, sliding shoe and level-one shaft coupling, under the driving motor Portion is mounted on the left and right ends of casing by fixed plate respectively；Two wall one end of left and right that the threaded rod extends through casing is logical The output shaft of level-one shaft coupling connection driving motor is crossed, the other end is threadedly coupled sliding shoe.

Preferably, the telescopic rod is threaded in the threaded hole that catch bar right end inner wall opens up.

Preferably, the crowded slashings and telescopic rod are welded to connect.

Preferably, there are three above occlusion sawtooth for the inner wall welding of the crowded slashings.

Preferably, the occlusion sawtooth and occlusion sawtooth relative engagement setting.

Preferably, the threaded rod is using the opposite screw rod of two thread rotary orientations；The sliding shoe uses two spiral shells The oppositely oriented nut of line.

Preferably, the casing is additionally provided with limit switch, and electromagnetic valve and raw material banish bucket, the limit switch Bolt is mounted at left and right sides of the inside of casing respectively；The electromagnetic valve bolt is mounted on the entrance that raw material banishes bucket； The raw material banishes bucket through the inside centre position of casing.

Preferably, the right part face setting of the limit switch and threaded rod.

Preferably, the crusher includes one level of support frame, two level supporting rack, driving shaft, two level shaft coupling, broken electricity Machine, conventional bearings, driven shaft and V bands, described driving shaft one end pass through two level shaft coupling through one level of support frame and conventional bearings Device connection is crushed the output shaft of motor, and the other end connects two level supporting rack by conventional bearings；Described driven shaft one end passes through Conventional bearings connect one level of support frame, and the other end connects two level supporting rack by conventional bearings；The V bands are arranged in two level branch The right side of support.

Preferably, inner wall interference of the outer ring of the conventional bearings respectively with one level of support frame and two level supporting rack is matched It closes, inner ring is interference fitted with the outer wall of driving shaft and driven shaft respectively.

Preferably, the one level of support frame and two level supporting rack are respectively welded at lower inside for the treatment of box or so two Side.

Preferably, the driving shaft is additionally provided with driving pulley and is actively crushed trapezoid block, the driving pulley key It is connected to the right end of driving shaft；It is described be actively crushed trapezoid block and be actively crushed between trapezoid block with spacing be five centimetres away from From being welded on the outer wall of driving shaft.

Preferably, the driven shaft is additionally provided with driven pulley and driven broken trapezoid block, the driven pulley key It is connected to the right end of driven shaft；Between the driven broken trapezoid block and driven broken trapezoid block with spacing be five centimetres away from From being welded on the outer wall of driven shaft.

Preferably, it is driven by V bands between the driving pulley and driven pulley.

Preferably, described be actively crushed is welded with ten or more main crushing rods on the outer wall of trapezoid block.

Preferably, ten or more slave crushing rods are welded on the outer wall of the driven broken trapezoid block.

Preferably, the main crushing rod and from crushing rod alternately be equipped with.

Preferably, described to be actively crushed trapezoid block and driven broken trapezoid block is alternately equipped with.

Preferably, the raw material squeezes broken machine and raw material squeezes broken machine and is oppositely arranged.

Preferably, the operation cabinet is additionally provided with level-one switch, and secondary switch and three step switch, the level-one are opened Pass, secondary switch and three step switch are longitudinally embedded in the inside of operation cabinet side by side.

Preferably, level-one switch and cylinder are electrically connected.

Preferably, the secondary switch and driving motor are electrically connected.

Preferably, the secondary switch and limit switch series connection are electrically connected；The limit switch and driving motor It is electrically connected.

Preferably, the three step switch and broken motor are electrically connected.

Compared with prior art, the beneficial effects of the utility model are：

1. in the utility model, the occlusion sawtooth and occlusion sawtooth relative engagement setting are conducive to coordinate cylinder, Movable plate, catch bar, the setting of telescopic rod and crowded slashings can reach ideal light building material raw material disposal effect, together Shi Tigao squeezes broken working efficiency；

2. in the utility model, the casing, driving motor, fixed plate, threaded rod, sliding shoe and level-one shaft coupling Setting, be advantageously implemented that raw material squeezes broken machine moves left and right function, it is ensured that squeezes broken efficiency, while easy to operation；

3. in the utility model, the electromagnetic valve and raw material banish the setting of bucket, are advantageously implemented particle self-starting Work is transferred, is reduced labor intensity；

4. in the utility model, the main crushing rod and alternately it is equipped with from crushing rod, it is actively broken is conducive to cooperation The setting that broken trapezoid block and driven broken trapezoid block are alternately equipped with, improves light building material raw material disposal and crushes effect Fruit ensures working efficiency；

5. in the utility model, the driving pulley, the setting of driven pulley and V bands is conducive to play good biography Dynamic effect, while cushioning effect can also be played, ensure working efficiency；

6. in the utility model, level-one switch, the setting of secondary switch and three step switch is conducive to cooperation limit The setting of bit switch and electromagnetic valve is, it can be achieved that automatic control function, can mitigate labor operations intensity.

Description of the drawings

Fig. 1 is the structural schematic diagram of the utility model；

Fig. 2 is the structural schematic diagram that the raw material of the utility model squeezes broken machine；

Fig. 3 is the structural schematic diagram of the moving machine of the utility model；

Fig. 4 is the structural schematic diagram of the crusher of the utility model.

In figure：

1, feeding gate；2, feed hopper；3, treatment box；4, raw material squeezes broken machine；41, cylinder；42, movable plate；43, catch bar； 44, telescopic rod；45, slashings is squeezed；451, it is engaged sawtooth；5, moving machine；51, casing；511, limit switch；512, electromagnetic valve； 513, raw material banishes bucket；52, driving motor；53, fixed plate；54, threaded rod；55, sliding shoe；56, level-one shaft coupling；6, it tilts Plate；7, crusher；71, one level of support frame；72, two level supporting rack；73, driving shaft；731, driving pulley；732, actively broken terraced Shape block；7321, main crushing rod；74, two level shaft coupling；75, it is crushed motor；76, conventional bearings；77, driven shaft；771, driven belt Wheel；772, driven broken trapezoid block；7721, from crushing rod；78, V bands；8, tripod；9, discharge door；10, operation cabinet；101, level-one Switch；102, secondary switch；103, three step switch.

Specific implementation mode

The utility model is described further below in conjunction with attached drawing：

Embodiment：

As shown in attached drawing 1 to attached drawing 4

The utility model provides a kind of efficient light building material raw material disposal device, including feeding gate 1, charging Bucket 2, treatment box 3, raw material squeezes broken machine 4, moving machine 5, hang plate 6, crusher 7, tripod 8, discharge door 9 and operation cabinet 10, described 1 hinge of feeding gate be mounted on feed hopper 2 entrance；2 bolt of feed hopper is mounted in the inside upper part for the treatment of box 3 Between position；The raw material squeezes broken machine 4 and is separately positioned at left and right sides of the top of moving machine 5；5 bolt of the moving machine installation In the inside centre position for the treatment of box 3；The hang plate 6 tilts 45 degree of bolts mounted on moving machine 5 respectively inwards At left and right sides of lower part；7 bolt of crusher is mounted on the lower inside for the treatment of box 3；The tripod 8 distinguishes bolt installation In the lower part corner location for the treatment of box 3；9 hinge of discharge door is mounted on the exit for the treatment of box 3；The operation cabinet 10 Bolt is mounted on the upper right quarter for the treatment of box 3；The raw material squeezes broken machine 4 and includes cylinder 41, movable plate 42, and catch bar 43 stretches Bar 44 and crowded slashings 45,41 bolt of cylinder are mounted on the left side of movable plate 42；Described 43 one end of catch bar is through shifting Movable plate 42 connects cylinder 41, and the other end is connected by telescopic rod 44 and squeezes slashings 45；The moving machine 5 includes casing 51, driving The lower part of motor 52, fixed plate 53, threaded rod 54, sliding shoe 55 and level-one shaft coupling 56, the driving motor 52 leads to respectively Cross the left and right ends that fixed plate 53 is mounted on casing 51；Two wall one end of left and right that the threaded rod 54 extends through casing 51 is logical The output shaft that level-one shaft coupling 56 connects driving motor 52 is crossed, the other end is threadedly coupled sliding shoe 55.

In above-described embodiment, specifically, the telescopic rod 44 is threaded in the spiral shell that 43 right end inner wall of catch bar opens up In pit.

In above-described embodiment, specifically, the crowded slashings 45 and telescopic rod 44 is welded to connect.

In above-described embodiment, specifically, there are three above occlusion sawtooth 451 for the inner wall welding of the crowded slashings 45.

In above-described embodiment, specifically, the occlusion sawtooth 451 and occlusion 451 relative engagement of sawtooth setting.

In above-described embodiment, specifically, the threaded rod 54 is using the opposite screw rod of two thread rotary orientations；The cunning Motion block 55 is using the opposite nut of two thread rotary orientations.

In above-described embodiment, specifically, the casing 51 is additionally provided with limit switch 511, electromagnetic valve 512 and raw material Bucket 513 is banished, the limit switch 511 is distinguished bolt and is mounted at left and right sides of the inside of casing 51；The electromagnetic valve 512 bolts are mounted on the entrance that raw material banishes bucket 513；The raw material banishes the inside interposition that bucket 513 runs through casing 51 It sets.

In above-described embodiment, specifically, the right part face setting of the limit switch 511 and threaded rod 54.

In above-described embodiment, specifically, the crusher 7 includes one level of support frame 71, two level supporting rack 72, driving shaft 73, two level shaft coupling 74 is crushed motor 75, and conventional bearings 76, driven shaft 77 and V bands 78, described 73 one end of driving shaft are run through One level of support frame 71 and conventional bearings 76 connect the output shaft for being crushed motor 75 by two level shaft coupling 74, and the other end passes through routine Bearing 76 connects two level supporting rack 72；Described 77 one end of driven shaft connects one level of support frame 71 by conventional bearings 76, another End connects two level supporting rack 72 by conventional bearings 76；The V bands 78 are arranged on the right side of two level supporting rack 72.

In above-described embodiment, specifically, the outer ring of the conventional bearings 76 respectively with one level of support frame 71 and two level branch The inner wall of support 72 is interference fitted, and inner ring is interference fitted with the outer wall of driving shaft 73 and driven shaft 77 respectively.

In above-described embodiment, specifically, the one level of support frame 71 and two level supporting rack 72 is respectively welded at treatment box 3 Lower inside at left and right sides of.

In above-described embodiment, specifically, the driving shaft 73 is additionally provided with driving pulley 731 and is actively crushed trapezoid block 732, the driving pulley 731 is keyed the right end in driving shaft 73；Described is actively crushed trapezoid block 732 and is actively crushed The distance for being five centimetres with spacing between trapezoid block 732 is welded on the outer wall of driving shaft 73.

In above-described embodiment, specifically, the driven shaft 77 is additionally provided with driven pulley 771 and driven broken trapezoid block 772, the driven pulley 771 is keyed the right end in driven shaft 77；The driven broken trapezoid block 772 and driven broken The distance for being five centimetres with spacing between trapezoid block 772 is welded on the outer wall of driven shaft 77.

In above-described embodiment, specifically, being passed by V bands 78 between the driving pulley 731 and driven pulley 771 It is dynamic.

In above-described embodiment, specifically, described being actively crushed is welded with ten or more masters on the outer wall of trapezoid block 732 Crushing rod 7321.

In above-described embodiment, specifically, be welded on the outer wall of the driven broken trapezoid block 772 ten or more from Crushing rod 7721.

In above-described embodiment, specifically, the main crushing rod 7321 and being alternately equipped with from crushing rod 7721.

In above-described embodiment, trapezoid block 732 is actively crushed and driven broken trapezoid block 772 is alternately matched specifically, described Close setting.

In above-described embodiment, specifically, the raw material squeezes broken machine 4 and raw material squeezes broken machine 4 and is oppositely arranged.

In above-described embodiment, specifically, the operation cabinet 10 is additionally provided with level-one switch 101, secondary switch 102 and three Grade switch 103, the level-one switch 101, secondary switch 102 and 103 longitudinal direction of three step switch are embedded in operation cabinet 10 side by side It is internal.

In above-described embodiment, specifically, the level-one switch 101 and cylinder 41 are electrically connected.

In above-described embodiment, specifically, the secondary switch 102 and driving motor 52 are electrically connected.

In above-described embodiment, specifically, the secondary switch 102 and the series connection of limit switch 511 are electrically connected；Described Limit switch 511 and driving motor 52 are electrically connected.

In above-described embodiment, specifically, the three step switch 103 and broken motor 75 are electrically connected.

Operation principle

In the utility model, light building material raw material are put by feed hopper 2 inside treatment box 3, start level-one Switch 101, cylinder 41 work, so that occlusion sawtooth 451 and occlusion sawtooth 451 carry out biting work into pieces, by starting two level Switch 102 can make driving motor 52 that threaded rod 54 be driven to work, so that raw material squeezes broken machine 4 and raw material squeezes the progress of broken machine 4 Strength squeezes broken work, finally squeezes broken completion, and electromagnetic valve 512 automatically opens, and banishing bucket 513 by raw material flows in crusher 7 Portion, by starting three step switch 103 so that the broken start-up operation of motor 75, passes through between driving pulley 731 and driven pulley 771 V bands 78 are driven, at this time in the case where being actively crushed trapezoid block 732 and driven broken trapezoid block 772 is alternately equipped with Quick crashing work is carried out, ensures that raw material can be fully crushed, ensures that the later stage produces and uses.

Using technical solution described in the utility model or those skilled in the art in technical solutions of the utility model Under inspiration, similar technical solution is designed, and reaches above-mentioned technique effect, is the protection model for falling into the utility model It encloses.

Claims (10)

1. a kind of efficient light building material raw material disposal device, which is characterized in that the efficient light-weight building material Expect that raw material disposal device includes feeding gate（1）, feed hopper（2）, treatment box（3）, raw material squeezes broken machine（4）, moving machine（5）, incline Inclined plate（6）, crusher（7）, tripod（8）, discharge door（9）And operation cabinet（10）, the feeding gate（1）Hinge is mounted on charging Bucket（2）Entrance；The feed hopper（2）Bolt is mounted on treatment box（3）Inside upper part centre position；The raw material Squeeze broken machine（4）It is separately positioned on moving machine（5）Top at left and right sides of；The moving machine（5）Bolt is mounted on treatment box（3） Inside centre position；The hang plate（6）45 degree of bolts are tilted respectively inwards is mounted on moving machine（5）Lower part it is left Right both sides；The crusher（7）Bolt is mounted on treatment box（3）Lower inside；The tripod（8）Bolt installation respectively In treatment box（3）Lower part corner location；The discharge door（9）Hinge is mounted on treatment box（3）Exit；The behaviour Make cabinet（10）Bolt is mounted on treatment box（3）Upper right quarter；The raw material squeezes broken machine（4）Including cylinder（41）, movable plate （42）, catch bar（43）, telescopic rod（44）With crowded slashings（45）, the cylinder（41）Bolt is mounted on movable plate（42）A left side Side；The catch bar（43）Movable plate is run through in one end（42）Connect cylinder（41）, the other end passes through telescopic rod（44）Connection is squeezed Slashings（45）；The moving machine（5）Including casing（51）, driving motor（52）, fixed plate（53）, threaded rod（54）, sliding Block（55）With level-one shaft coupling（56）, the driving motor（52）Lower part pass through fixed plate respectively（53）Mounted on casing （51）Left and right ends；The threaded rod（54）Extend through casing（51）Two wall one end of left and right pass through level-one shaft coupling （56）Connect driving motor（52）Output shaft, the other end be threadedly coupled sliding shoe（55）.

2. efficient light building material raw material disposal device as described in claim 1, which is characterized in that the machine Shell（51）It is additionally provided with limit switch（511）, electromagnetic valve（512）Bucket is banished with raw material（513）, the limit switch （511）Bolt is mounted on casing respectively（51）Inside at left and right sides of；The electromagnetic valve（512）Bolt is mounted on raw material flow Put bucket（513）Entrance；The raw material banishes bucket（513）Through casing（51）Inside centre position.

3. efficient light building material raw material disposal device as described in claim 1, which is characterized in that described is broken Broken machine（7）Including one level of support frame（71）, two level supporting rack（72）, driving shaft（73）, two level shaft coupling（74）, it is crushed motor （75）, conventional bearings（76）, driven shaft（77）With V bands（78）, the driving shaft（73）One level of support frame is run through in one end（71） And conventional bearings（76）Pass through two level shaft coupling（74）Connection is crushed motor（75）Output shaft, the other end passes through conventional bearings （76）Connect two level supporting rack（72）；The driven shaft（77）One end passes through conventional bearings（76）Connect one level of support frame （71）, the other end passes through conventional bearings（76）Connect two level supporting rack（72）；The V bands（78）It is arranged in two level supporting rack （72）Right side.

4. efficient light building material raw material disposal device as claimed in claim 3, which is characterized in that the master Moving axis（73）It is additionally provided with driving pulley（731）Be actively crushed trapezoid block（732）, the driving pulley（731）Key connection In driving shaft（73）Right end；Described is actively crushed trapezoid block（732）Be actively crushed trapezoid block（732）Between with spacing be Five centimetres of distance is welded on driving shaft（73）Outer wall on.

5. efficient light building material raw material disposal device as claimed in claim 3, which is characterized in that it is described from Moving axis（77）It is additionally provided with driven pulley（771）With driven broken trapezoid block（772）, the driven pulley（771）Key connection In driven shaft（77）Right end；The driven broken trapezoid block（772）With driven broken trapezoid block（772）Between with spacing be Five centimetres of distance is welded on driven shaft（77）Outer wall on.

6. efficient light building material raw material disposal device as described in claim 1, which is characterized in that described stretches Contracting bar（44）It is threaded in catch bar（43）In the threaded hole that right end inner wall opens up；The crowded slashings（45）And telescopic rod （44）It is welded to connect.

7. efficient light building material raw material disposal device as described in claim 1, which is characterized in that described squeezes Slashings（45）Inner wall welding there are three above occlusion sawtooth（451）；The occlusion sawtooth（451）With occlusion sawtooth （451）Relative engagement is arranged.

8. efficient light building material raw material disposal device as described in claim 1, which is characterized in that the spiral shell Rasp bar（54）Using the opposite screw rod of two thread rotary orientations；The sliding shoe（55）Using the opposite spiral shell of two thread rotary orientations It is female.

9. efficient light building material raw material disposal device as claimed in claim 4, which is characterized in that the master Dynamic broken trapezoid block（732）Outer wall on be welded with ten or more main crushing rods（7321）.

10. efficient light building material raw material disposal device as claimed in claim 5, which is characterized in that described Driven broken trapezoid block（772）Outer wall on be welded with ten or more slave crushing rods（7721）.