CN207874516U - A kind of integral type cutting machine frame that synchronous bidirectional is cut vertically - Google Patents

Abstract

The utility model discloses a kind of integral type cutting machine frame that synchronous bidirectional is cut vertically, including main frame, transverse cutting frame in main frame front end is set, crane component in main frame and the walking mechanism mounted on main frame rear, the crane component includes crane I, the first elevating mechanism for driving crane I to move up and down, crane II and the second elevating mechanism for driving crane II to move up and down, the transverse cutting frame includes long arm support, galianconism frame and motor cross-arm, the present apparatus has reasonable in design, floor space is small, after on cutting machine, it may be implemented to synchronize the function of being cut on two orthogonal vertical directions, production efficiency can be greatly improved.

Description

A kind of integral type cutting machine frame that synchronous bidirectional is cut vertically

Technical field

The utility model belongs to heat insulation building block production equipment technology for building, and in particular to a kind of synchronous bidirectional is perpendicular The integral type cutting machine frame that vertical cut is cut.

Background technology

The production line of heat insulation building block is cut using wet method and dry method at present, and dry method is cut in heat insulation building block shaping and drying It commonly uses electric saw afterwards repeatedly to cut building block, on the one hand, the wallboard became uneven of this method cutting, operating difficulties have one Fixed danger is easy to damage operator, on the other hand, due to being cut using dry method, will produce a large amount of dust, no The working environment of staff is only polluted, and is disagreed with the target of Enterprise Construction environmental type factory.Existing self-insurance Warm building block mostly uses wet method cutting, i.e., is cut after shaping to it before drying, but the self-heat conserving of existing wet method cutting is built The structure of block cutting equipment is not reasonable, takes up a large area, and the degree of automation is low, and the staffing in production process is also compared More, the cost of whole process input is more, and low production efficiency, causes production cost higher.Existing heat insulation building block is cut It is cut into during type, due to cutting machine structure, after positioning for the first time, can only be cut on a direction of vertical plane It cuts, repositions arc, then cut again on another direction of vertical plane, therefore, be not carried out at two mutually It synchronizes and is cut on vertical vertical direction, result in the need for being positioned twice, not only production efficiency is low, but also repeatedly fixed Position can inevitably cause bigger error.

In cutting machine design process, can the cutting mechanism of various pieces rationally coordinate cutting, the group of rack each section Can it be key factor that design, which be closed, therefore realize that synchronous bidirectional is cut vertically, and cutting machine frame design is the technology for needing to solve Problem.

Utility model content

Purpose of the utility model is to solve problems present on the above-mentioned prior art, and it is perpendicular to provide a kind of synchronous bidirectional The integral type cutting machine frame that vertical cut is cut, the present apparatus have it is reasonable in design, floor space is small, after on cutting machine, It may be implemented to synchronize the function of being cut on two orthogonal vertical directions, production efficiency can be greatly improved.

To achieve the above object, the utility model adopts the following technical solution：A kind of one that synchronous bidirectional is cut vertically Formula cutting machine frame, including main frame, be arranged the transverse cutting frame of main frame front end, the crane component in main frame with And the walking mechanism mounted on main frame rear, the crane component include crane I, are moved down on crane I for driving Dynamic the first elevating mechanism, crane II and the second elevating mechanism for driving crane II to move up and down, it is described crosscutting Frame includes long arm support, galianconism frame and motor cross-arm, and motor cross-arm is erected between long arm support and galianconism frame, the long arm support and short Arm support is " Contraband " shape structure, and the open end of long arm support and galianconism frame is fixedly connected with main frame, the long arm support and galianconism frame It is vertically arranged including two horizontal arms and linking arm, linking arm, two horizontal arms are arranged in parallel in the upper and lower ends of linking arm And equal length, the horizontal arm lengths of the long arm support are more than the horizontal arm lengths of galianconism frame；I middle part fixation of the crane is set It is equipped with and is horizontally mounted frame, crane II is slidably arranged in be placed in inside crane I by secondary sliding bar mechanism and is horizontally mounted under frame Side；Second elevating mechanism includes screw lift and the lifting motor II for driving screw lift, the screw lift Screw lower end be fixedly connected with crane II, the pedestal and lifting motor II of the screw lift are fixedly mounted on horizontal peace It shelves；First elevating mechanism includes lifting motor I and the traction component for pulling crane component, and lifting motor I is fixed At the top of main frame, the traction component includes Traction Drive bar, traction chain, chain wheel set and two connectors, two connections Part is separately fixed at I both sides of crane, and Traction Drive bar includes being arranged in first sprocket wheel at body of rod both ends and setting in the body of rod Second sprocket wheel at middle part, Traction Drive bar both ends are erected at the top of main frame and rotate setting, and the lower section of each first sprocket wheel is right It should be arranged there are one chain wheel set, the chain wheel set is fixedly mounted on main frame lower frame, and chain wheel set includes third sprocket wheel and two A sprocket wheel mounting plate, described two sprocket wheel mounting plates are vertical and arranged in parallel, and third sprocket wheel is rotatably arranged on two sprocket wheels Between mounting plate, one end of every traction chain is fixedly connected with connector, and the other end bypasses the of Traction Drive boom end successively One sprocket wheel, chain wheel set third sprocket wheel be fixedly connected with connector, crane I is slidably connected by main sliding bar mechanism with main frame, Lifting motor I is rotated by the second sprocket wheel in the middle part of chain-driving Traction Drive bar, and first sprocket wheel at Traction Drive bar both ends is logical It overdrives traction chain, to drive crane component to rise or fall；The walking mechanism includes movable motor, walking transmission Bar, be arranged main frame bottom rear end driving wheel and the driven wheel in main frame bottom front is set, the driving wheel includes Idler wheel and shaft, the shaft are fixedly mounted on main frame, and idler wheel is integrally made of pulley end and sprocket wheel end, the setting of sprocket wheel end On the outside of pulley end, the movable motor is fixedly mounted on main frame, and walking drive link includes being arranged at body of rod both ends First sprocket wheel and the second sprocket wheel being arranged in the middle part of the body of rod, the rotation of walking drive link both ends are erected on main frame, movable motor The rotation of the second sprocket wheel, the first sprocket wheel of end for drive link of walking in the middle part of the body of rod of walking drive link is driven to pass through by drive chain Drive chain drives the sprocket wheel end of driving wheel to be rotated such that pulley end is rolled on sliding rail.

As being further improved for the utility model cutting machine frame, the connector includes installation base plate and interconnecting piece, It is fixed on the inside of installation base plate on crane I, connects the L-shaped structure of cross section, interconnecting piece includes horizontal connecting plate and erects Direct-connected fishplate bar is also vertically installed with fixed arm, the horizontal connection on the vertical connecting plates side of the horizontal connecting plate homonymy Plate is fixedly connected with one end of traction chain, and fixed arm is fixedly connected with the other end of traction chain.

Advantageous effect

The cutting machine frame of the utility model rationally designs device structure, using hommization, modularized design Thinking, crane II are mounted in crane I so that crane I and crane II realize above same building block green body together When lift the function of synchronous cutting, crane I and crane II install orthogonal cutting wire, and cutting machine frame carries out one Secondary positioning, you can the two-way vertical cutting of progress, original vertical Double Directional Cutting, due to being limited by rack construction is unreasonable, It needs to be positioned twice, the cutting machine frame structure design of the utility model can not only save the one-time positioning time, improve Production efficiency, and avoid the human error generated due to multiple bearing.Crane I and crane II combine setting, So that occupation area of equipment is substantially reduced.The machine for being provided for installation excision insulation blocks upper surface and lower face of transverse cutting frame The rack of frame, the utility model can realize the cutting comprehensive to heat insulation building block, and walking mechanism setting can after main frame It is arranged with cooperating with sliding rail so that cutting machine frame realizes locomotive function.

Description of the drawings

Fig. 1 is the dimensional structure diagram A of the utility model rack specific embodiment；

Fig. 2 is the dimensional structure diagram B of the utility model rack specific embodiment；

Fig. 3 is the structural schematic diagram of transverse cutting frame in the utility model rack specific embodiment；

Fig. 4 is the structural schematic diagram of crane component in the utility model rack specific embodiment；

Fig. 5 is the structural schematic diagram of crane II in the utility model rack specific embodiment；

Fig. 6 is the structural schematic diagram of connector in the utility model rack specific embodiment；

Fig. 7 is the cutting schematic diagram of heat insulation building block in the utility model rack specific embodiment；

It is marked in figure：1, main frame, 2, crane component, 2-1, crane I, 2-2, crane II, 3, transverse cutting frame, 3-1, Long arm support, 3-2, galianconism frame, 3-3, motor cross-arm, 4, secondary sliding bar mechanism, 5, screw lift, 6, lifting motor II, 7, main cunning Linkage, 8, lifting motor I, 9, Traction Drive bar, 10, traction chain, 11, chain wheel set, 12, connector, 12-1, installation base Plate, 12-2, horizontal connecting plate, 12-3, vertical connecting plates, 12-4, fixed arm, 13, movable motor, 14, walking drive link, 15, Driving wheel, 16, driven wheel, 17, be horizontally mounted frame, 18, heat insulation building block, 18-1, cross section, 18-2, vertical section.

Specific implementation mode

It is with reference to the accompanying drawings and embodiments, right in order to make the technical solution of the utility model and advantage be more clearly understood The utility model is further elaborated.

As shown in the figure：The utility model embodiment provides a kind of integral type cutting machine frame that synchronous bidirectional is cut vertically, Including main frame 1, it is arranged in the transverse cutting frame 3 of 1 front end of main frame, the crane component 2 in main frame 1 and is mounted on The walking mechanism at 1 rear of main frame, the crane component 2 include I 2-1 of crane, are moved down on I 2-1 of crane for driving Dynamic the first elevating mechanism, II 2-2 of crane and the second elevating mechanism for driving II 2-2 of crane to move up and down, institute It includes long arm support 3-1, galianconism frame 3-2 and motor cross-arm 3-3 to state transverse cutting frame 3, and motor cross-arm 3-3 is erected at long arm support 3-1 and short Between arm support 3-2, the long arm support 3-1 and galianconism frame 3-2 are " Contraband " shape structure, the opening of long arm support 3-1 and galianconism frame 3-2 End is fixedly connected with main frame 1, and the long arm support 3-1 and galianconism frame 3-2 include two horizontal arms and linking arm, and linking arm is perpendicular Straight setting, two horizontal arms are arranged in parallel in the upper and lower ends and equal length of linking arm, the horizontal brachium of the long arm support 3-1 Horizontal arm lengths of the degree more than galianconism frame 3-2；It is fixedly installed in the middle part of I 2-1 of the crane and is horizontally mounted frame 17, crane II 2-2, which is slidably arranged in by secondary sliding bar mechanism 4 inside I 2-1 of crane to be placed in, is horizontally mounted 17 lower section of frame；Second elevating mechanism Lifting motor II 6 including screw lift 5 and for driving screw lift 5, the screw lower end of the screw lift 5 with II 2-2 of crane is fixedly connected, and the pedestal and lifting motor II 6 of the screw lift 5, which are fixedly mounted on, is horizontally mounted frame 17 On；First elevating mechanism includes lifting motor I 8 and the traction component for pulling crane component 2, and lifting motor I 8 is fixed on The top of main frame 1, the traction component include Traction Drive bar 9, traction chain 10, chain wheel set 11 and two connectors 12, and two A connector 12 is separately fixed at I both sides 2-1 of crane, and connector 12 includes installation base plate 12-1 and interconnecting piece, installation base plate Be fixed on the inside of 12-1 on I 2-1 of crane, connect the L-shaped structure of cross section, interconnecting piece include horizontal connecting plate 12-2 and Vertical connecting plates 12-3 is also vertically installed with fixed arm on the sides vertical connecting plates 12-3 of the horizontal connecting plate 12-2 homonymies 12-4.Traction Drive bar 9 includes the first sprocket wheel and the second sprocket wheel being arranged in the middle part of the body of rod, the traction being arranged at body of rod both ends 9 both ends of drive link are erected at the top of main frame 1 and rotate setting, be correspondingly arranged below each first sprocket wheel there are one chain wheel set 11, the chain wheel set 11 is fixedly mounted on 1 lower frame of main frame, and chain wheel set 11 includes third sprocket wheel and two sprocket wheel installations Plate, described two sprocket wheel mounting plates are vertical and arranged in parallel, and third sprocket wheel is rotatably arranged between two sprocket wheel mounting plates, One end of every traction chain 10 is fixedly connected with horizontal connecting plate 12-2, and the other end bypasses the of 9 end of Traction Drive bar successively One sprocket wheel, chain wheel set 11 third sprocket wheel be fixedly connected with fixed arm 12-4, I 2-1 of crane passes through main sliding bar mechanism 7 and main frame 1 is slidably connected, and lifting motor I 8 is rotated by second sprocket wheel at 9 middle part of chain-driving Traction Drive bar, 9 both ends of Traction Drive bar The first sprocket wheel by drive traction chain 10, to drive crane component 2 to rise or fall.The walking mechanism includes walking Motor 13, walking drive link 14, be arranged 1 bottom rear end of main frame driving wheel 15 and be arranged in 1 bottom front of main frame Driven wheel 16, the driving wheel 15 include idler wheel and shaft, and the shaft is fixedly mounted on main frame 1, and idler wheel is by pulley end It is integrally formed with sprocket wheel end, sprocket wheel end is arranged on the outside of pulley end, and the movable motor 13 is fixedly mounted on main frame 1, row It includes the first sprocket wheel and the second sprocket wheel being arranged in the middle part of the body of rod, walking drive link being arranged at body of rod both ends to walk drive link 14 The rotation of 14 both ends is erected on main frame 1, and movable motor 13 passes through drive chain and drives the in the middle part of the body of rod of walking drive link 14 Two sprocket wheels rotate, walk drive link 14 the first sprocket wheel of end by drive chain drive driving wheel 15 sprocket wheel end rotate so that Pulley end is obtained to be rolled on sliding rail.

Horizontally disposed cutting wire is installed on transverse cutting frame 3, I 2-1 of crane and II 2-2 of crane are installed and be mutually perpendicular to Cutting wire, as shown in the figure, the green body of heat insulation building block 18 is along cross section 18-1 by the cutting wire of II 2-2 of crane and vertical Finished product after the cutting wire cutting that section 18-2 is installed by I 2-1 of crane.

It is as follows using the cutting machine course of work made of the utility model：When cutting machine is moved, first with transverse cutting frame 3 The cutting wire of upper installation cuts off the green body top end face of heat insulation building block 18 and lower face, and then, cutting machine is built in self-heat conserving When right over the green body of block 18, crane component 2 moves down, in crane component 2 declines cutting process, I 2-1 of crane Cutting wire 10cm distances below the cutting wire of II 2-2 of crane, therefore two groups of cutting wires intersect and are arranged and cut simultaneously, It will not interfere, I 2-1 cutting wires of crane stop cutting action when being cut to the green body bottom of heat insulation building block 18 in advance, The cutting wire of II 2-2 of crane continues to decline and be cut to the green body bottom of heat insulation building block 18, and two cut direction are all Cutting is completed, lifting motor II 6 drives screw lift 5, stops after driving II 2-2 of crane to be lifted up 10cm, first liter The lifting motor I 8 of descending mechanism pulls two cranes of crane component 2 to be reset to original position upwards simultaneously.

The above descriptions are merely preferred embodiments of the present invention, not makees in any form to the utility model Limitation be not limited to the utility model although the utility model has been disclosed with preferred embodiment as above, it is any ripe Professional and technical personnel is known, is not being departed within the scope of technical solutions of the utility model, when in the technology using the disclosure above Hold the equivalent embodiment made a little change or be modified to equivalent variations, as long as being without departing from technical solutions of the utility model Hold, any simple modification, equivalent change and modification made by the above technical examples according to the technical essence of the present invention, still It is within the scope of the technical solutions of the present invention.

Claims (2)

1. a kind of integral type cutting machine frame that synchronous bidirectional is cut vertically, including main frame（1）, be arranged in main frame（1）Before The transverse cutting frame at end（3）, be mounted on main frame（1）Interior crane component（2）And it is mounted on main frame（1）The vehicle with walking machine at rear Structure, the crane component（2）Including crane I（2-1）, for driving crane I（2-1）The first elevator moved up and down Structure, crane II（2-2）And for driving crane II（2-2）The second elevating mechanism moved up and down, it is characterised in that：Institute State transverse cutting frame（3）Including long arm support（3-1）, galianconism frame（3-2）With motor cross-arm（3-3）, motor cross-arm（3-3）It is erected at long-armed Frame（3-1）With galianconism frame（3-2）Between, the long arm support（3-1）With galianconism frame（3-2）It is " Contraband " shape structure, long arm support（3- 1）With galianconism frame（3-2）Open end and main frame（1）It is fixedly connected, the long arm support（3-1）With galianconism frame（3-2）Including two Horizontal arm and linking arm, linking arm are vertically arranged, and two horizontal arms are arranged in parallel in the upper and lower ends and length of linking arm It is equal, the long arm support（3-1）Horizontal arm lengths be more than galianconism frame（3-2）Horizontal arm lengths；The crane I（2-1） Middle part, which is fixedly installed, is horizontally mounted frame（17）, crane II（2-2）Pass through secondary sliding bar mechanism（4）It is slidably arranged in crane I （2-1）Inside, which is placed in, is horizontally mounted frame（17）Lower section；Second elevating mechanism includes screw lift（5）With for driving lead screw Elevator（5）Lifting motor II（6）, the screw lift（5）Screw lower end and crane II（2-2）It is fixedly connected, The screw lift（5）Pedestal and lifting motor II（6）It is fixedly mounted on and is horizontally mounted frame（17）On；First elevating mechanism Including lifting motor I（8）With for pulling crane component（2）Traction component, lifting motor I（8）It is fixed on main frame（1） Top, the traction component include Traction Drive bar（9）, traction chain（10）, chain wheel set（11）With two connectors（12）, two A connector（12）It is separately fixed at crane I（2-1）Both sides, Traction Drive bar（9）Including at body of rod both ends is arranged One sprocket wheel and the second sprocket wheel being arranged in the middle part of the body of rod, Traction Drive bar（9）Both ends are erected at main frame（1）Top and rotate set It sets, is correspondingly arranged below each first sprocket wheel there are one chain wheel set（11）, the chain wheel set（11）It is fixedly mounted on main frame （1）On lower frame, chain wheel set（11）Including third sprocket wheel and two sprocket wheel mounting plates, described two sprocket wheel mounting plates are vertical and phase It is mutually arranged in parallel, third sprocket wheel is rotatably arranged between two sprocket wheel mounting plates, every traction chain（10）One end fix connect Connecting connector（12）, the other end is successively around Traction Drive bar（9）First sprocket wheel of end, chain wheel set（11）Third sprocket wheel it is solid Surely connector is connected（12）, crane I（2-1）Pass through main sliding bar mechanism（7）With main frame（1）It is slidably connected, lifting motor I （8）Pass through chain-driving Traction Drive bar（9）Second sprocket wheel at middle part rotates, Traction Drive bar（9）First sprocket wheel at both ends is logical It overdrives traction chain（10）, to drive crane component（2）It rises or falls；The walking mechanism includes movable motor （13）, walking drive link（14）, be arranged in main frame（1）The driving wheel of bottom rear end（15）With setting in main frame（1）Bottom The driven wheel of front end（16）, the driving wheel（15）Including idler wheel and shaft, the shaft is fixedly mounted on main frame（1）On, Idler wheel is integrally made of pulley end and sprocket wheel end, and sprocket wheel end is arranged on the outside of pulley end, the movable motor（13）It is fixedly mounted In main frame（1）On, drive link of walking（14）Including be arranged body of rod both ends the first sprocket wheel and be arranged in the middle part of the body of rod Second sprocket wheel, drive link of walking（14）Both ends rotation is erected at main frame（1）On, movable motor（13）It is driven by drive chain Walking drive link（14）The body of rod in the middle part of the second sprocket wheel rotation, walk drive link（14）The first sprocket wheel of end pass through drive chain Drive driving wheel（15）Sprocket wheel end be rotated such that pulley end is rolled on sliding rail.

2. a kind of integral type cutting machine frame that synchronous bidirectional is cut vertically as described in claim 1, it is characterised in that：The company Fitting（12）Including installation base plate（12-1）And interconnecting piece, installation base plate（12-1）Inside be fixed on crane I（2-1）On, The L-shaped structure of cross section is connected, interconnecting piece includes horizontal connecting plate（12-2）And vertical connecting plates（12-3）, the level is even Fishplate bar（12-2）The vertical connecting plates of homonymy（12-3）Fixed arm is also vertically installed on side（12-4）, the horizontal connecting plate （12-2）With traction chain（10）One end is fixedly connected, fixed arm（12-4）With traction chain（10）The other end be fixedly connected.