CN202507402U - Cutting machine for inorganic foaming heat-preservation floor slab - Google Patents
Cutting machine for inorganic foaming heat-preservation floor slab Download PDFInfo
- Publication number
- CN202507402U CN202507402U CN2012200657096U CN201220065709U CN202507402U CN 202507402 U CN202507402 U CN 202507402U CN 2012200657096 U CN2012200657096 U CN 2012200657096U CN 201220065709 U CN201220065709 U CN 201220065709U CN 202507402 U CN202507402 U CN 202507402U
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- conveying belt
- cutter sweep
- cutting
- vertical cutter
- cutting machine
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Abstract
The utility model discloses a cutting machine for an inorganic foaming heat-preservation floor slab. The cutting machine for the inorganic foaming heat-preservation floor slab comprises a machine body. A material conveying belt is arranged on the machine body, and a material loading device, a transverse cutting device used for cutting oddments, a longitudinal cutting device used for cutting materials are sequentially arranged on the machine body along a material conveying direction of the material conveying belt. The material loading device comprises drive chains arranged on two sides of the machine body and a drive device of the drive chains, at least one material pushing rod in fit with the end faces of materials to be cut is arranged on a position corresponding to the two drive chains. The pushing rod runs around the material conveying belt on a position of the material loading device along with the drive chains and pushes the materials to run on the material conveying belt. The transverse cutting device comprises two cutting saws which are in transverse reciprocating motion, and the two cutting saws are respectively arranged on an upper side and on a lower side of the materials to be cut. The longitudinal cutting device comprises at least two cutting saws which are in longitudinal reciprocating motion, and the two cutting saws are used for cutting the materials on the material conveying belt. The cutting machine for the inorganic foaming heat-preservation floor slab can be used for cutting extra oddments of the materials at one time and cutting the materials into applicative floor slabs, and is high in automation degree and production efficiency.
Description
Technical field
The utility model relates to a kind of inorganic foamed insulating cement plate and uses cutting machine, especially a kind of six equipment that cut automatically.
Background technology
Issue " 2011 " No. 65 files (notice of the further clear and definite civilian worker's architectural exterior insulation material fire architecture management relevant requirements of The Ministry of Public Security of the People's Republic of China, MOPS) according to public security fire-fighting portion, it is the material of A level that the civil buildings heat insulating material for external adopts combustibility.And inorganic foamed cement heat preserving plate is the optimal insulation material of present wall thermal insulating and wall thermal insulating fire-blocking belt, and its advantage is: thermal conductivity factor is low, and high insulating effect is not burnt, and waterproof is strong with the body of wall cohesive force, and intensity is high, nonhazardous radiogen, environmental protection.With building same period in service life, and easy construction, quick.Technical performance is superior to wall heat insulation materials such as foam glass, foamed ceramics, phenolic foam board, granular polystyrene, styrofoam, extruded sheet.
Therefore inorganic foamed cement heat preserving plate will will be utilized in architectural exterior insulation widely, and the mode of production of at present domestic inorganic foamed cement heat preserving plate producer is generally relatively backward, and production efficiency is low.One of them important reason is that cutting machine efficient is low.
Summary of the invention
The utility model provides a kind of high efficiency full-automatic six cutters for the problem that the solution prior art in use exists.
The technical scheme that the utility model solves existing issue is: inorganic foamed insulating cement plate is used cutting machine; Comprise body; As improvement, described body is provided with material-conveying belt, is positioned on the body to be provided with the transverse cuts device of material containing device, excision clout, vertical cutter sweep of cutting material on the defeated direction of expecting of material-conveying belt successively; Described material containing device comprises drive chain and the drive unit thereof that is arranged at the body both sides; Described two drive chain corresponding positions are provided with at least one and are cut the charging ram that the material end face cooperates, and described charging ram, promotes material and runs on the material-conveying belt around the operation of material containing device place material-conveying belt with drive chain; Described transverse cuts device comprises two of the cast-cutting saws of traverse motion, and is positioned at the upper and lower side of being cut material; At least two of the cast-cutting saws of material on vertical reciprocating motion that described vertical cutter sweep comprises, the cutting material-conveying belt.
Further improvement as the utility model; Described vertical cutter sweep comprises first vertical cutter sweep and second vertical cutter sweep; Be provided with delivery dolly, the second material containing device between described first vertical cutter sweep and the second vertical cutter sweep successively; The described second material containing device comprises second drive chain and the drive unit thereof that is arranged at the body both sides; Described two drive chain corresponding positions are provided with at least one and are cut second charging ram that the cement plate end face cooperates, and described second charging ram promotes cement plate and runs on the material-conveying belt with the material-conveying belt operation of second drive chain around second material containing device place; Described delivery dolly comprises the motion car body and is arranged at the material containing plate on the car body.
Further improvement as the utility model; Described delivery dolly is provided with control device control operation, and described delivery dolly is provided with device for discharging, and described first vertical cutter sweep rear side is provided with the checkout gear that the material positional information also passes to this information control device; The material interlock of described control device control delivery dolly and this detection position; Described checkout gear detects material, and control device control delivery trolley travelling delivery material to the second is cutter sweep vertically, second charging ram interlock of described delivery dolly and second vertical cutter sweep; Described delivery dolly delivery material to the second is cutter sweep vertically; Control device is controlled the operation of second drive chain, drives the motion of second charging ram, pushes on the material-conveying belt of the vertical cutter sweep of material to the second on the delivery dolly.
As the further improvement of the utility model, described delivery dolly is provided with the transfer that connects the material containing plate, and described material containing plate can be located to rotate and is arranged on the car body; Set control device is controlled material containing plate rotational positioning on the described delivery dolly.
Further improvement as the utility model; Be positioned to be provided with before vertical cutter sweep behind the described transverse cuts device, greater than a material length place and be cut the upper and lower layer of material clout removal mechanism, be positioned at upper and lower layer clout removal mechanism corresponding position on the described body and be provided with the clout outlet.
Further improvement as the utility model; Described upper strata clout removal mechanism comprises the last clout outlet that is arranged at the last stock guide on the body and the side that tilts; Described go up stock guide bottom vertical height be not less than the upside saw with the transverse cuts device, the described stock guide of going up is provided with towards the defeated material of material-conveying belt direction lopsidedness angle; Described lower floor clout removal mechanism comprises that the following stock guide that is arranged on the body reaches clout outlet down; Following stock guide the top vertical height is not higher than the downside saw with the transverse cuts device, and seam is provided with towards the defeated material of material-conveying belt direction downside angle of inclination under the following stock guide.
As the further improvement of the utility model, described body also comprises the PLC control device of coordinating each device operation, controlling each drive motors.
As the further improvement of the utility model, described material-conveying belt is the plurality of rollers that is set in turn on the body.Above-mentioned roller is double roller; Above-mentioned material-conveying belt both sides are provided with the guide plate of material; The material-conveying belt upside at above-mentioned vertical cutter sweep place, be positioned at and be cut the contact roller that material top is provided with material.
The utility model compared with prior art; Through material-conveying belt and material containing device are set on body; Match with vertical cutter sweep of the transverse cuts device of the excision clout that is provided with successively, cutting material, can disposable excision material more than clout, be cut into suitable cement plate; This product automation degree is high, and production efficiency is high.
Description of drawings
Fig. 1 is the structural representation of the utility model.
Fig. 2 is the vertical view of Fig. 1.
Fig. 3 is that the A of Fig. 1 is to view.
Fig. 4 is that the B of Fig. 1 is to view.
Fig. 5 is that the C of Fig. 1 is to view.
The specific embodiment
Below in conjunction with concrete embodiment, further explain the utility model.
Case study on implementation 1 referring to Fig. 1-5, comprises body 1; Body 1 is provided with material-conveying belt 2; Be positioned at the transverse cuts device 4 that is provided with material containing device 3, excision clout on the material-conveying belt 2 defeated directions of expecting successively, the vertical cutter sweep 5 that cuts material on the body 1, material containing device 3 comprises drive chain 41 and the drive unit thereof that is arranged at body 1 both sides, sees Fig. 1; Drive unit comprises drive motors, drive sprocket; Driven sprocket and straining pulley drive drive chain 41 motions, and material-conveying belt 2 is provided with at interval, and two drive chains, 41 corresponding positions are provided with at least one and are cut the charging ram 42 that the material end face cooperates; Charging ram 42, promotes material and runs on the material-conveying belt 2 around the 3 places material-conveying belt operation of material containing device with drive chain 41; Transverse cuts device 4 comprises two of the cast-cutting saws of traverse motion, and the saw blade of cast-cutting saw sets up through reciprocating saw and places on the body 1, and is positioned at the upper and lower side of being cut material, to cut material two sides up and down simultaneously; At least two of vertical reciprocating motion that vertical cutter sweep 5 comprises, the cast-cutting saws that cuts material on the material-conveying belt 1, the saw blade of cast-cutting saw sets up through reciprocating saw and places on the body 1.
Material-conveying belt 2 is for being set in turn in the plurality of rollers 21 on the body 1.Roller 21 is double roller; Material-conveying belt 2 both sides are provided with the guide plate 11 of material, and guide plate 11 unsettled material-conveying belt 2 tops that are arranged at are fixed on the body 1; Make material keep linear running, transverse cuts process guide plate 11 also can play and keep being cut the stable of material.And vertically material-conveying belt 2 upsides at cutter sweep 4 places, be positioned at and be cut the contact roller 12 that the material top is provided with material, contact roller 12 compresses material, prevents that in vertical cutting process, material is shaken up and down, causes fault.
In cutting process, material is carried on the material-conveying belt 2 through aid, and material containing device 3 starts; Charging ram 42 is with drive chain 41 operations; Promote the material end face, material is moved ahead on material-conveying belt 2, add materials continuously; The material that the material at rear promotes the front proceeds to transverse cuts device 4 places; Transverse cuts saw interlock up and down cuts the hair side of material top and bottom simultaneously, and the material that material afterwards promotes the front moves to vertical cutter sweep 5 places forward along material-conveying belt 2, and vertically many cast-cutting saws of cutter sweep 5 vertically cut the cement plate that material becomes to be suitable for.
After the material transverse cuts; Processing for the ease of next step operation; Transverse cuts device 4 back, be positioned to be provided with before vertical cutter sweep 5 greater than a material length place and be cut material upper strata clout removal mechanism 7 and lower floor's clout removal mechanism 6, be positioned at clout remover 7 structure corresponding positions in upper strata on the body 1 and be provided with clout outlet 13.Upper strata clout removal mechanism 7 comprises the last stock guide 71 that is arranged on the body 1; Stock guide 71 vertical height bottom is not less than and the upside of transverse cuts device 4 saw; Last stock guide 71 is provided with towards material-conveying belt 2 defeated material direction lopsidedness angles, promptly towards last clout outlet 13.Material after the transverse cuts is through upper strata clout removal mechanism 7 places, and the clout under stock guide 71 guiding materials are cut in the inclination of upper strata clout removal mechanism 7 skids off from clout outlet 13; Beneath clout is discharged by lower floor's clout removal mechanism 6; Lower floor's clout removal mechanism 6 comprises that the following stock guide 61 that is arranged on the body 1 reaches clout outlet 14 down; Following stock guide 61 the top vertical heights are not higher than the downside saw with transverse cuts device 4; 61 times seams of following stock guide are provided with towards material-conveying belt 2 defeated material direction downside angles of inclination; Material after the transverse cuts is through lower floor clout removal mechanism 6 places, and the clout under stock guide 61 guiding materials are cut under the seam of following clout removal mechanism 6 drops down onto outlet 14 from clout.In this case study on implementation; Lower floor's clout is removed structure 6 and is arranged at clout removal mechanism 7 front sides, upper strata; The material-conveying belt 2 of lower floor's clout removal structure 6 rear sides is concordant with the downside saw of transverse cuts device 4 a little more than the material-conveying belt 2 of front side or rear side, is cut material with minimizing and removes the downward shake of advancing behind the downside clout.Next procedure and vertical cutter sweep 5 just can single cut workpiece, and need not cut more than clout, help practicing thrift operation and energy-conservation.
Case study on implementation 2; Referring to Fig. 1-5; In case study on implementation 1 on the technical characterictic scheme, vertically cutter sweep 5 comprises being provided with successively between first vertical cutter sweep 51 and second vertical cutter sweep 52, the first vertical cutter sweeps 51 and the second vertical cutter sweep 52 and delivers dolly 8, the second material containing device 53; Be provided with guide rail between first vertical cutter sweep 51 and the second vertical cutter sweep 52; Delivery dolly 8 runs on the guide rail, and the second material containing device 53 comprises second drive chain 54 and the drive unit thereof that is arranged at body 1 both sides, and two drive chain corresponding positions are provided with at least one and are cut second charging ram 55 that the cement plate end face cooperates; Second charging ram 55 promotes cement plate and runs on the material-conveying belt with material-conveying belt 2 operations of second drive chain 54 around the second material containing device, 53 places; The delivery dolly comprises motion car body 81 and is arranged at the material containing plate 82 on the car body 81.
Operation on the one control device control delivery dolly 8; Delivery dolly 8 is provided with device for discharging 83, and device for discharging 83 promotes material and skids off car body, and first vertical cutter sweep 51 rear sides are provided with the checkout gear that the material positional information also passes to this information control device; Checkout gear is the laser probe 9 of the operation of detection material; Control device control delivery dolly 8 links with the material of this detection position, and the laser probe of checkout gear detects material, the vertical cutter sweep 52 of control device control delivery dolly 8 operation delivery materials to the second; Second charging ram, 55 interlocks of delivery dolly 8 and second vertical cutter sweep 52; The travel switch 10 of checkout gear detects material, and control device control delivery dolly 8 operation delivery materials to the second are cutter sweep 52 vertically, and the scraping wings of the set device for discharging 83 on the delivery dolly promotes material and skids off car body to the second material containing device 53; Control device is controlled 54 operations of second drive chain; Drive 55 motions of second charging ram, push vertically cutter sweep 52 of material to the second, vertically many cast-cutting saws of cutter sweep 52 vertically cut the cement plate that material becomes to be suitable for.
The vertical cutter sweep 52 of delivery dolly 8 delivery materials to the second, control device is controlled 54 operations of second drive chain, drives 55 motions of second charging ram, pushes on the material-conveying belt 2 of the vertical cutter sweep 52 of material to the second on the delivery dolly 8.
Delivery dolly 8 is provided with the transfer that connects material containing plate 82, and transfer is an electrically powered steering apparatus using same, and material containing plate 82 can be located to rotate and is arranged on the car body 81; Set control device is controlled material containing plate 82 rotational positioning on the delivery dolly 8.
For the ease of operation, simplification frame for movement, body 1 also comprises the PLC control device of coordinating each device operation, controlling each drive motors, the PLC control device can pass through configuration parameter according to concrete split requirement and technology, coordinates each device of control and moves as requested.
First vertical cutter sweep 51 can be used for cutting the clout of material both sides, and clout cutting back falls from the space of material-conveying belt 2 both sides and body 1, and rear side material promotion front side material is cut and moves to first vertical cutter sweep 51 rear sides; Material is protruding to laser probe 9 places of checkout gear, and checkout gear detects material, instigates to deliver dolly 8 through control device and moves to first vertical cutter sweep, 51 places; The rear side material promotes the front side material after deliver dolly 8, and 8 motions of control device delivery dolly are to second vertical cutter sweep, 52 places, and control device control material containing plate 82 is accomplished according to concrete needs and rotated in the running; Revolve in this case study on implementation turn 90 degrees and locate after; Delivery dolly 8 arrives at second vertical cutter sweep, 52 places, for further simplified structure, is convenient to automation control; Delivery dolly 8 stroke corresponding positions are provided with travel switch 10; 8 operations of delivery dolly should be located, and travel switch 10 starts through control device control delivery dolly 8 and stops, 83 startups of control device control device for discharging; The material that promotes on the delivery dolly 8 material containing plates 82 skids off material containing plate 82; Slide on the material-conveying belt 2 at second cutter sweep, 52 places, the PLC control device is controlled the operation of second drive chain 54, and second charging ram 55 promotes the many saw blades that material on the car proceeds to vertical cast-cutting saw of second cutter sweep 52 thereupon and cuts and cut into finished product.Treat that laser probe 9 detects material once more, delivery dolly 8 comes and goes next flow process of continuation to first vertical cutter sweep, 51 places.The utility model product can once cut a plurality of of materials, and the cutting material becomes to be suitable for the cement plate of specification.
Claims (10)
1. inorganic foamed insulating cement plate is used cutting machine; Comprise body; It is characterized in that: described body is provided with material-conveying belt; Be positioned at the transverse cuts device that is provided with material containing device, excision clout on the defeated direction of expecting of material-conveying belt successively, the vertical cutter sweep that cuts material on the body, described material containing device comprises drive chain and the drive unit thereof that is arranged at the body both sides, and described two drive chain corresponding positions are provided with at least one and are cut the charging ram that the material end face cooperates; Described charging ram, promotes material and runs on the material-conveying belt around the operation of material containing device place material-conveying belt with drive chain; Described transverse cuts device comprises two of the cast-cutting saws of traverse motion, and is positioned at the upper and lower side of being cut material; At least two of the cast-cutting saws of material on vertical reciprocating motion that described vertical cutter sweep comprises, the cutting material-conveying belt.
2. inorganic foamed insulating cement plate as claimed in claim 1 is used cutting machine; It is characterized in that: described vertical cutter sweep comprises first vertical cutter sweep and second vertical cutter sweep; Be provided with delivery dolly, the second material containing device between described first vertical cutter sweep and the second vertical cutter sweep successively; The described second material containing device comprises second drive chain and the drive unit thereof that is arranged at the body both sides; Described two drive chain corresponding positions are provided with at least one and are cut second charging ram that the material end face cooperates; Described second charging ram promotes material and runs on the material-conveying belt with the material-conveying belt operation of second drive chain around the second material containing device place; Described delivery dolly comprises the motion car body and is arranged at the material containing plate on the car body.
3. inorganic foamed insulating cement plate as claimed in claim 2 is used cutting machine; It is characterized in that: described delivery dolly is provided with the control device of control operation; Described delivery dolly is provided with device for discharging; Described first vertical cutter sweep rear side is provided with the checkout gear that the material positional information also passes to this information control device, the material interlock of described control device control delivery dolly and this detection position, and described checkout gear detects material; Control device control delivery trolley travelling delivery material to the second is cutter sweep vertically; Second charging ram interlock of described delivery dolly and second vertical cutter sweep, described delivery dolly delivery material to the second is cutter sweep vertically, and control device is controlled the operation of second drive chain; Drive the motion of second charging ram, push on the material-conveying belt of the vertical cutter sweep of material to the second on the delivery dolly.
4. use cutting machine like claim 2 or 3 described inorganic foamed insulating cement plates, it is characterized in that: described delivery dolly is provided with the transfer that connects the material containing plate, and described material containing plate can be located to rotate and is arranged on the car body; Set control device is controlled material containing plate rotational positioning on the described delivery dolly.
5. inorganic foamed insulating cement plate as claimed in claim 1 is used cutting machine; It is characterized in that: be positioned to be provided with before vertical cutter sweep behind the described transverse cuts device, greater than a material length place and be cut the upper and lower layer of material clout removal mechanism, be positioned at upper and lower layer clout removal mechanism corresponding position on the described body and be provided with the clout outlet.
6. inorganic foamed insulating cement plate as claimed in claim 5 is used cutting machine; It is characterized in that: described upper strata clout removal mechanism comprises the last clout outlet that is arranged at the last stock guide on the body and the side that tilts; Described go up stock guide bottom vertical height be not less than the upside saw with the transverse cuts device, the described stock guide of going up is provided with towards the defeated material of material-conveying belt direction lopsidedness angle; Described lower floor clout removal mechanism comprises that the following stock guide that is arranged on the body reaches clout outlet down; Following stock guide the top vertical height is not higher than the downside saw with the transverse cuts device, and seam is provided with towards the defeated material of material-conveying belt direction downside angle of inclination under the following stock guide.
7. use cutting machine like claim 1 or 5 or 6 described inorganic foamed insulating cement plates, it is characterized in that: described body also comprises the PLC control device of coordinating each device operation, controlling each drive motors.
8. inorganic foamed insulating cement plate as claimed in claim 1 is used cutting machine, it is characterized in that: described material-conveying belt both sides are provided with the guide plate of material.
9. inorganic foamed according to claim 1 insulating cement plate is used cutting machine, it is characterized in that: described material-conveying belt is the plurality of rollers that is set in turn on the body.
10. inorganic foamed insulating cement plate as claimed in claim 1 is used cutting machine, it is characterized in that: the material-conveying belt upside at described vertical cutter sweep place, be positioned at and be cut the contact roller that material top is provided with material.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012200657096U CN202507402U (en) | 2012-02-27 | 2012-02-27 | Cutting machine for inorganic foaming heat-preservation floor slab |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012200657096U CN202507402U (en) | 2012-02-27 | 2012-02-27 | Cutting machine for inorganic foaming heat-preservation floor slab |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202507402U true CN202507402U (en) | 2012-10-31 |
Family
ID=47059905
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2012200657096U Withdrawn - After Issue CN202507402U (en) | 2012-02-27 | 2012-02-27 | Cutting machine for inorganic foaming heat-preservation floor slab |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202507402U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102555069A (en) * | 2012-02-27 | 2012-07-11 | 杭州鸿利机械制造有限公司 | Cutting machine for inorganic foaming insulation cement board |
| CN104309014A (en) * | 2014-10-31 | 2015-01-28 | 浙江丽佳建筑装饰工程有限公司 | Cutting machine for foam cement partition boards |
| CN104308964A (en) * | 2014-10-31 | 2015-01-28 | 浙江丽佳建筑装饰工程有限公司 | Cutting machine for foamed cement insulation board |
-
2012
- 2012-02-27 CN CN2012200657096U patent/CN202507402U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102555069A (en) * | 2012-02-27 | 2012-07-11 | 杭州鸿利机械制造有限公司 | Cutting machine for inorganic foaming insulation cement board |
| CN102555069B (en) * | 2012-02-27 | 2015-03-25 | 杭州鸿利机械制造有限公司 | Cutting machine for inorganic foaming insulation cement board |
| CN104309014A (en) * | 2014-10-31 | 2015-01-28 | 浙江丽佳建筑装饰工程有限公司 | Cutting machine for foam cement partition boards |
| CN104308964A (en) * | 2014-10-31 | 2015-01-28 | 浙江丽佳建筑装饰工程有限公司 | Cutting machine for foamed cement insulation board |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20121031 Effective date of abandoning: 20150325 |
|
| RGAV | Abandon patent right to avoid regrant |