CN207840278U - A kind of Double-edged Incising Saw for cutting hollow plate - Google Patents
A kind of Double-edged Incising Saw for cutting hollow plate Download PDFInfo
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- CN207840278U CN207840278U CN201820169913.XU CN201820169913U CN207840278U CN 207840278 U CN207840278 U CN 207840278U CN 201820169913 U CN201820169913 U CN 201820169913U CN 207840278 U CN207840278 U CN 207840278U
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Abstract
The utility model provides a kind of Double-edged Incising Saw for cutting hollow plate, including pedestal, unpowered roller pipeline, fixed saw group and running saw group, coaxial line fixes unpowered roller pipeline on the pedestal, and fixed saw group is fixed on the pedestal vertically, the corresponding fixed saw group of the running saw group is slideably positioned in the upper surface of pedestal, and the fixation saw group is disposed as including main cut portion and secondary cut portion with running saw group；The main cut portion is set as including gate frame, walking track, movable block, movable motor one, main cutting motor and main cast-cutting saw slice；The pair cut portion is set as including fixed seat, propulsion cylinder, Mobile base, secondary cutting motor and secondary cast-cutting saw slice.The utility model uses the cast-cutting saw, can realize the accurate cutting to required length hollow plate, and ensures the good cut quality to hollow plate, with effectively avoid after the completion of cutting hollow plate bottom from still connecting or cutting part there are burrs the problems such as.
Description
Technical field
The utility model is related to plate cutting technical field more particularly to a kind of double end cuttings for cutting hollow plate
Saw.
Background technology
To meet actual production demand, generally require to cut plank, and existing plate cutting mode is often
After plank is fixed, plank end is first cut with one group of saw, then measures the length for needing to cut, is marked, by the label
It is directed at saw blade, then prolongs mark with same group of saw and cuts the second knife, can thus cut out the length of needs, but which is not
It is only cumbersome, labor intensive, and also unfamiliar worker also will appear many problems when carrying out plate cutting, it is difficult to it protects
The machining accuracy of batch plates cutting is demonstrate,proved, and it is easier that the error of its length, diagonal line etc. is all higher, to cause raw material
Waste, causes cut quality relatively low, in addition, though presently, there are some to automate plate cutting equipment, but it is still difficult to ensure
Plank reaches good cut quality in primary cutting, therefore often need to manually be checked, to cut end face burr or
It cuts connecting portion and carries out manual processing, to reduce processing efficiency.
Invention content
The main purpose of the utility model is that solving problems of the prior art, providing one kind can realize to institute
It needs the accurate cutting of length hollow plate, and ensures the good cut quality to hollow plate, after the completion of effectively avoiding cutting
Hollow plate bottom still connects or the double end cutting for cutting hollow plate of cutting part the problems such as there are burrs
Saw.
In order to solve the above technical problems, the technical solution adopted in the utility model is：It is a kind of to be used to cut hollow plate
Double-edged Incising Saw, wherein the Double-edged Incising Saw for cutting hollow plate includes pedestal, unpowered roller pipeline, fixed saw
Group and running saw group, coaxial line fixes unpowered roller pipeline, and fixed saw group vertically on the pedestal, institute on the pedestal
The upper surface that the corresponding fixed saw group of running saw group is slideably positioned in pedestal is stated, the fixation saw group is disposed as with running saw group
Including main cut portion and secondary cut portion；
The main cut portion is set as including gate frame, walking track, movable block, movable motor one, main cutting electricity
Machine and main cast-cutting saw slice, the lower end of the gate frame is set on pedestal, and coaxial line is fixed on the crossbeam of the gate frame
Walking track, the movable block, which matches, to be slideably positioned on walking track, and the movable motor one is fixed on gate frame
Top, and the movable motor one drives movable block to be slided along walking track by transmission mechanism, the main cutting motor is fixed on
The lower section of movable block, and the main cutting motor drives main cast-cutting saw slice to rotate by transmission mechanism；
The pair cut portion is set as including fixed seat, propulsion cylinder, Mobile base, secondary cutting motor and secondary cast-cutting saw
Piece, the fixed seat are fixed on gate frame, and propulsion cylinder is fixed in the fixed seat, and the output end of the propulsion cylinder is solid
Determine Mobile base, the Mobile base is slideably positioned in the upper surface of fixed seat, and fixed joint cutting motor on the Mobile base, the pair
The output end of cutting motor passes through transmission mechanism auxiliary connection cast-cutting saw slice.
Further, the running saw group is set as further including longitudinal running gear, and the longitudinal direction running gear is set as
Including fuselage guide rail, walking guide rail, support base, movable motor two and traveling wheel, the fuselage guide rail is corresponding to be fixed on pedestal
On, and the fuselage guide rail is arranged in parallel in the both sides of unpowered roller pipeline, the walking guide rail is corresponding and is arranged in parallel in
Between unpowered roller pipeline and fuselage guide rail, and rack is arranged in the bottom of the walking guide rail, and the support base is set to gate
The bottom of frame, and movable motor two is fixed on the support base, the movable motor two drives traveling wheel, institute by transmission mechanism
The lower section that traveling wheel is set to support base is stated, the structure of the traveling wheel is matched with the structure of fuselage guide rail, and the traveling wheel
Gear is set close to the side of walking guide rail, the wheel and rack is meshed.
Further, Synchronous Transmission axis is also set up on the support base and embraces rail brake, and the Synchronous Transmission axis is lateral
It is fixed on support base, and the output end of the input terminal connection movable motor two of the Synchronous Transmission axis, described armful of rail brake
Upper end is fixed on support base, and the lower end of this armful of rail brake matches the both sides for being located at fuselage guide rail.
Further, the unpowered roller pipeline is set as including supporting frame, T-type guide rail, carrying roller frame body and without dynamic
Power carrying roller, support frame as described above body coaxial line are fixed on pedestal, and the upper surface of the supporting frame corresponding fixed two groups of T-types and led
Rail, its axis direction of T-type guide rail upper edge described in two groups is uniform and several carrying roller frame bodies of corresponding setting, corresponding two carrying roller
Unpowered carrying roller is respectively provided between frame body.
Further, the unpowered roller pipeline also sets up plank clamp system, and the plank clamp system is set as
Including clamping cylinder, air cylinder support, connecting rod and baffle is clamped, the clamping cylinder is fixed on air cylinder support, the cylinder branch
Frame is corresponding with baffle is clamped and matches be slideably positioned on T-type guide rail respectively, and the air cylinder support with clamp baffle
The both ends of corresponding setting oak gripping block on internal face, the connecting rod are separately connected air cylinder support and clamp baffle.
Further, it includes clamping main body one that described armful of rail brake, which is set as, clamping main body two, holds leading screw, handwheel tightly
And mounting base, the clamping main body one are hingedly arranged with clamping main body two by middle part mandrel, and clamping main body one is led with clamping
The upper end of body two is corresponding and screws the both ends for being sheathed on and holding leading screw tightly respectively, and the output end of the middle part mandrel is set to installation
On seat, the holding leading screw is arranged in mounting base, and oppositely oriented outer spiral shell is arranged on the both ends lateral wall of the holding leading screw
Line, the handwheel are fixed on the input terminal for holding leading screw tightly, and the mounting base is fixed on support base.
Further, the clamping main body one is disposed as by upper clamp plate, cylindrical sleeve, lower clamp plate and embraces with clamping main body two
Tight rubber block composition, the upper end of the upper clamp plate screws to be sheathed on and hold tightly on leading screw, and cylindrical sleeve is fixed in the lower end of the upper clamp plate,
Lower clamp plate is fixed on the lateral wall of the cylindrical sleeve, and the inner cavity coaxial line of the cylindrical sleeve screws and wears middle part mandrel, under described
Fixed holding rubber block is matched on the madial wall of clamping plate.
The utility model has the advantages and positive effects of：
(1) by unpowered roller pipeline, the cooperation of fixed saw group and running saw group, hollow plate can be realized without dynamic
Convenience in transport on power roller pipeline, and the spacing between fixed saw group is adjusted by sliding of the running saw group on pedestal, with
The accurate cutting of length hollow plate, effectively avoids cutting error caused by manual operation needed for meeting.
(2) sliding of the movable block on walking track is driven by movable motor one, to drive main cutting motor driving master
Cast-cutting saw slice carries out the automatic transverse cuts of preliminary fixed length of hollow plate, improves processing efficiency, in addition, travel switch can guarantee
The shift position of movable block, to prevent motor range from transfiniting.
(3) by the setting of secondary cut portion, main cut portion can be assisted to carry out the supplement cutting of fixed length hollow plate,
To ensure the good cutting effect to hollow plate, hollow plate bottom still connects after the completion of avoiding main cut portion from cutting,
Or cutting part burr the problems such as.
(4) by the structure setting of plank clamp system, the good clamping to hollow plate on supporting frame can be realized
Positioning avoids the offset of cutting process hollow plate and existing hand-operated clamping to further increase the cut quality of hollow plate
Mode is difficult to ensure accurate positioning, so as to cause hollow plate length, the larger problem of diagonal line equal error.
Description of the drawings
Fig. 1 is the structural schematic diagram of the utility model.
Fig. 2 is the structural schematic diagram one of running saw group part in Fig. 1.
Fig. 3 is the structural schematic diagram two of running saw group part in Fig. 1.
Fig. 4 is the structural schematic diagram that rail brake part is embraced in Fig. 3.
Fig. 5 is the structural schematic diagram that saw group part is fixed in Fig. 1.
Fig. 6 is the structural schematic diagram of secondary cut portion in Fig. 5.
Fig. 7 is the structural schematic diagram of unpowered roller pipeline part in Fig. 1.
Fig. 8 is the circuit connection block diagram between Main Control Tank and each component in the utility model.
Fig. 9 is an example structure schematic diagram of the utility model.
In figure：Pedestal 10, unpowered roller pipeline 20, supporting frame 201, T-type guide rail 202, carrying roller frame body 203, without dynamic
Power carrying roller 204, clamping cylinder 205, air cylinder support 206 clamp baffle 207, fixed saw group 30, fixed seat 301, propulsion cylinder
302, Mobile base 303, secondary cutting motor 304, secondary cast-cutting saw slice 305, running saw group 40, gate frame 401, track 402 of walking,
Movable block 403, movable motor 1, main cutting motor 405, main cast-cutting saw slice 406, fuselage guide rail 407, walking guide rail 408,
Support base 409, movable motor 2 410, traveling wheel 411, Synchronous Transmission axis 412, clamping main body 1, clamping main body 2 414,
Hold leading screw 415, handwheel 416, mounting base 417 tightly.
Specific implementation mode
In order to be better understood from the utility model, with reference to specific embodiments and the drawings to the utility model into advance one
The description of step.
As shown in Figure 1, a kind of Double-edged Incising Saw for cutting hollow plate, including pedestal 10, unpowered roller pipeline
20, saw group 30 and running saw group 40 are fixed, coaxial line fixes unpowered roller pipeline 20 on pedestal 10, and vertical on the pedestal 10
Fixed saw group 30,40 corresponding fixation saw group 30 of running saw group are slideably positioned in the upper surface of pedestal 10, fixed saw group 30
It is disposed as including main cut portion and secondary cut portion with running saw group 40, passes through unpowered roller pipeline 20, fixed saw group
30 and running saw group 40 cooperation, can realize convenience in transport of the hollow plate on unpowered roller pipeline 20, and by moving
Spacing between sliding adjustment and fixed saw group 30 of the saw group 40 on pedestal 10, with the accurate of length hollow plate needed for satisfaction
Cutting, effectively avoids cutting error caused by manual operation.
As shown in Figures 2 and 3, main cut portion be set as includes gate frame 401, walking track 402, movable block 403,
The lower end of movable motor 1, main cutting motor 405 and main cast-cutting saw slice 406, gate frame 401 is set on pedestal 10, and
Coaxial line fixes walking track 402 on the crossbeam of the gate frame 401, and movable block 403, which matches, is slideably positioned in walking track
On 402, movable motor 1 is fixed on the top of gate frame 401, and the movable motor 1 is driven by transmission mechanism
Movable block 403 is slided along walking track 402, and main cutting motor 405 is fixed on the lower section of movable block 403, and the main cutting motor
405 drive main cast-cutting saw slice 406 to rotate by transmission mechanism, wherein transmission mechanism is set as including driving pulley, walking belt
And driven pulley, the output end of movable motor 1 connect driving pulley, driving pulley is by belt driving of walking from band
Wheel, so that the transverse shifting under the traction of walking belt of main cast-cutting saw slice 406 is cut, in addition, the crossbeam of gate frame 401
Both ends also set up travel switch, and travel switch is electrically connected Main Control Tank, and electric connection method is using in the prior art electrical
Connection method, the application do not make improvements, therefore are no longer described in detail, and travel switch is used as detection in place and prevents motor
Stroke transfinites, and sliding of the movable block 403 on walking track 402 is driven by movable motor 1, to drive main cutting motor
The 405 main cast-cutting saw slices 406 of driving carry out the automatic transverse cuts of preliminary fixed length of hollow plate, improve processing efficiency, in addition, row
Cheng Kaiguan can guarantee the shift position of movable block 403, to prevent motor range from transfiniting.
As shown in fig. 6, secondary cut portion is set as including fixed seat 301, propulsion cylinder 302, Mobile base 303, secondary cutting
Motor 304 and secondary cast-cutting saw slice 305, fixed seat 301 are fixed on gate frame 401, and fixed propulsion gas in the fixed seat 301
The output end of cylinder 302, propulsion cylinder 302 fixes Mobile base 303, and Mobile base 303 is slideably positioned in the upper surface of fixed seat 301,
And fixed joint cutting motor 304 on the Mobile base 303, the output end of secondary cutting motor 304 are cut by transmission mechanism auxiliary connection
Saw blade 305, wherein Mobile base 303 is matched by corresponding fixed sliding rail in the fixed sliding block in its bottom and fixed seat 301
It closes, realizes that sliding of the Mobile base 303 along 301 upper surface of fixed seat, transmission mechanism are set as including driving pulley, belt and driven
The output end of belt wheel, secondary cutting motor 304 connects driving pulley, and driving pulley drives driven pulley, driven pulley by belt
It is set on Mobile base 303 with 305 corotation axis of secondary cast-cutting saw slice, driven pulley rotation drives shaft rotation, shaft rotation to drive
Secondary cast-cutting saw slice 305 rotates, and by the setting of secondary cut portion, main cut portion can be assisted to carry out the benefit of fixed length hollow plate
Cutting is filled, hollow plate bottom is still to ensure to the good cutting effect of hollow plate, after the completion of avoiding main cut portion from cutting
So the problems such as the burr of connection or cutting part.
As shown in Figures 2 and 3, running saw group 40 is set as further including longitudinal running gear, and longitudinal running gear is set as
Including fuselage guide rail 407, walking guide rail 408, support base 409, movable motor 2 410 and traveling wheel 411,407 phase of fuselage guide rail
Correspondence is fixed on pedestal 10, and the fuselage guide rail 407 is arranged in parallel in the both sides of unpowered roller pipeline 20, walking guide rail
408 is corresponding and be arranged in parallel between unpowered roller pipeline 20 and fuselage guide rail 407, and the bottom of the walking guide rail 408
Rack is set, and support base 409 is set to the bottom of gate frame 401, and fixes movable motor 2 410 on the support base 409, row
Walk motor 2 410 drives traveling wheel 411, traveling wheel 411 to be set to the lower section of support base 409, traveling wheel 411 by transmission mechanism
Structure matched with the structure of fuselage guide rail 407, and the traveling wheel 411 close to walking guide rail 408 side be arranged gear, tooth
Wheel and rack is meshed, specifically, walking guide rail 408 it is corresponding and be arranged in parallel in supporting frame 201 and fuselage guide rail 407 it
Between, wherein transmission mechanism is set as including driving pulley group and driven pulley group, and driving pulley group passes through same with driven pulley group
It walks transmission shaft 412 to connect, driving pulley group is made of with driven pulley group belt pulley one, belt and belt pulley two, main belt
The belt pulley one of wheel group connects the output end of movable motor 2 410, and belt pulley one passes through belt driving belt pulley two, belt pulley
Two, traveling wheel 411 is set to gear corotation axis on support base 409, and the rotation of belt pulley two drives shaft rotation, shaft to rotate band
Moving gear rotates, to realize the longitudinal movement of running saw group 40.
As shown in Figures 2 and 3, Synchronous Transmission axis 412 is also set up on support base 409 and embraces rail brake, Synchronous Transmission axis
412 are fastened transversely on support base 409, and the output end of the input terminal connection movable motor 2 410 of the Synchronous Transmission axis 412,
The upper end for embracing rail brake is fixed on support base 409, and the lower end of this armful of rail brake matches and is located at fuselage guide rail 407
Both sides, specifically, the shaft of 409 other side of output end connecting support seat of Synchronous Transmission axis 412 setting traveling wheel 411.
As shown in fig. 7, unpowered roller pipeline 20 is set as including supporting frame 201, T-type guide rail 202, carrying roller frame body
203 and unpowered carrying roller 204,201 coaxial line of supporting frame be fixed on pedestal 10, and the upper surface phase of the supporting frame 201
Corresponding to fix two groups of T-type guide rails 202, two groups of 202 upper edge of T-type guide rail its axis directions are uniform and corresponding several carrier roller frames of setting
Body 203 is respectively provided with unpowered carrying roller 204 between corresponding two carrying rollers frame body 203.
As shown in figure 5, unpowered roller pipeline 20 also sets up plank clamp system, plank clamp system is set as including folder
Tight cylinder 205, air cylinder support 206, connecting rod and clamping baffle 207, clamping cylinder 205 are fixed on air cylinder support 206, cylinder branch
Frame 206 is corresponding with baffle 207 is clamped and matches be slideably positioned on T-type guide rail 202 respectively, and air cylinder support 206 and folder
The both ends of corresponding setting oak gripping block on the internal face of tight baffle 207, connecting rod are separately connected air cylinder support 206 and clamp gear
Plate 207, by the structure setting of plank clamp system, it is fixed to the good clamping of hollow plate on supporting frame 201 to realize
Position avoids the offset of cutting process hollow plate and existing hand-operated clamping side to further increase the cutting accuracy of hollow plate
Formula is difficult to ensure accurate positioning, so as to cause hollow plate length, the larger problem of diagonal line equal error.
It is set as including clamping main body 1, clamping main body 2 414, holding leading screw as shown in figure 4, embracing rail brake
415, handwheel 416 and mounting base 417, clamping main body 1 are hingedly arranged with clamping main body 2 414 by middle part mandrel, and press from both sides
Tight main body 1 is corresponding with the upper end of clamping main body 2 414 and screws the both ends for being sheathed on and holding leading screw 415 tightly, middle part respectively
The output end of mandrel is set in mounting base 417, is held leading screw 415 tightly and is arranged in mounting base 417, and the holding leading screw 415
Oppositely oriented external screw thread is set on the lateral wall of both ends, and handwheel 416 is fixed on the input terminal for holding leading screw 415 tightly, and mounting base 417 is solid
Due on support base 409.
As shown in figure 4, clamping main body 1 is disposed as with clamping main body 2 414 by upper clamp plate, cylindrical sleeve, lower clamp plate
It is formed with rubber block is held tightly, the upper end of upper clamp plate screws to be sheathed on and hold tightly on leading screw 415, and cylinder is fixed in the lower end of the upper clamp plate
It covers, lower clamp plate is fixed on the lateral wall of cylindrical sleeve, and the inner cavity coaxial line of the cylindrical sleeve screws and wears middle part mandrel, lower clamp plate
Fixed holding rubber block is matched on madial wall, is passed through clamping main body 1, clamping main body 2 414, is held leading screw 415, handwheel tightly
It 416 and holds the cooperation of rubber block tightly, can ensure good fastening on fuselage guide rail 407 after the movement in place of running saw group 40,
To improve stability when running saw group 40 cuts hollow plate, in addition, holding the setting of rubber block tightly, then so that this armful of rail is stopped
Vehicle device is wear-resisting, while also reducing its damage to fuselage guide rail 407.
As shown in Figure 8 and Figure 9, embodiment：The Double-edged Incising Saw further includes Main Control Tank, feeding conveying roller bed and blanking conveying
Roller bed, the Main Control Tank are set as being electrically connected movable motor 1, main cutting motor 405, propulsion cylinder 302, secondary cutting electricity
Machine 304, movable motor 2 410 and clamping cylinder 205, electric connection method are electrically connected control using PLC in the prior art
Method processed, the application do not make improvements, therefore are no longer described in detail, in addition, movable motor 1 and movable motor two
410 select decelerating motor RV63-1, main cutting motor 405 that Y112M-2 motors, secondary cutting motor 304 is selected to select Y801-2
Motor, propulsion cylinder 302 select SC-100X150-S-FA cylinders, clamping cylinder 205 to select SC-50X100-S-FA cylinders, and
Feeding conveying roller bed is corresponding with blanking conveying roller bed and is coaxially arranged in the both ends of pedestal 10, feeding conveying roller bed and blanking
Conveying roller bed is disposed as including burr adjustable tail margin structure, conveyer belt frame body and unpowered rubber covered roll, burr adjustable tail margin structure setting in
The bottom of conveyer belt frame body, its axis direction of conveyer belt frame body upper edge is uniformly arranged multigroup unpowered rubber covered roll, unpowered encapsulated
Roller can prevent the damage of colliding with to hollow plate in the handling process, in order to avoid influence product quality.
As shown in figure 9, burr adjustable tail margin structure setting is to include lifting bottom plate, adjusting bolt, locking nut and lift adjustment
Plate, lifting bottom plate is fixed on the bottom of conveyer belt frame body, and wears adjusting bolt between the lifting bottom plate and lift adjustment plate, locks
Tight nut coaxial line, which screws, to be sheathed in adjusting bolt, the setting of burr adjustable tail margin structure so that feeding conveying roller bed and blanking are defeated
The process requirements for sending roller bed to can adapt to different size Double-edged Incising Saw improve feeding conveying roller bed and blanking conveying roller bed
Applicability.
Using the Double-edged Incising Saw provided by the utility model for cutting hollow plate, can realize to required length sky
The accurate cutting of core material, and ensure the good cut quality to hollow plate, effectively to avoid hollow plate after the completion of cutting
Bottom still connects or cutting part the problems such as there are burrs.The course of work of the Double-edged Incising Saw is as follows：
1, travel switch (including origin travel switch and the end of movable motor 1 is adjusted by hollow plate width requirement
Point travel switch) position on 401 crossbeam of gate frame；
2, movable motor 2 410 is started by Main Control Tank so that movable motor 2 410 drives traveling wheel by transmission mechanism
411 rotate with the shaft on gear, then traveling wheel 411 is rotated with gear, while wheel and rack is meshed, to ensure to walk
Wheel 411 is walked under the auxiliary of gear ＆ rack structure along fuselage guide rail 407, in addition, the output end due to movable motor 2 410 connects
Connect the input terminal of Synchronous Transmission axis 412, and the traveling wheel of 409 other side of output end connecting support seat of Synchronous Transmission axis 412
411, the good steady linear movement of running saw group 40 is ensure that, so as to press hollow plate length adjustment running saw group 40 and consolidate
The spacing determined between saw group 30 is met the requirements；
3, after running saw group 40 being adjusted in place by above-mentioned steps 2, movable motor 2 410 is closed by Main Control Tank, then hand
Turn is started wheel 416, then drives its both ends to screw the clamping main body 1 being arranged and clamping main body two so that holding leading screw 415 tightly
414 upper clamp plate is separate in opposite directions, because hold tightly leading screw 415 both ends thread rotary orientation on the contrary, due to upper clamp plate screws setting with it respectively,
Therefore according to threaded connection principle it is found that clamping main body 1 and the upper clamp plate of clamping main body 2 414 can move toward one another, in addition
It is realized and is cut with scissors by cylindrical sleeve and middle part mandrel with lower clamp plate due to the upper clamp plate of clamping main body 1 and clamping main body 2 414
It connects, and the clamping main body 1 in the present embodiment intersects setting with 2 414 axis of clamping main body, therefore can be so that clamping master at this time
Body 1 and the lower clamp plate of clamping main body 2 414 are close to each other, to realize the holding for embracing rail brake to fuselage guide rail 407
It is locked, it is cut with ensureing that running saw group 40 completes stablizing for hollow plate, improves cutting accuracy and quality；
4, after locked to the position of running saw group 40 in above-mentioned steps 3 to be done so that hollow plate is by feeding conveying roller
Bed and unpowered roller pipeline 20 are conveyed, and when the beginning of hollow plate is located at the lower section of fixed saw group 30, by master control
Case startup clamping cylinder 205 extends so that air cylinder support 206 is close under the guiding of connecting rod to clamp baffle 207, to realization pair
The positioning of hollow plate clamps；
5, after plank clamp system is completed to clamp, Main Control Tank controls clamping cylinder 205 and stops elongation, and starts fixed saw
Group 30 and the movable motor 1 and main cutting motor 405 of running saw group 40 work, then movable motor 1 is in driver
With main cutting motor 405 and main cast-cutting saw slice 406 along walking 402 transverse shifting of track under the auxiliary of structure, while main cutting is electric
Machine 405 rotates under the auxiliary of transmission mechanism with main cast-cutting saw slice 406, to realize that fixed saw group 30 and running saw group 40 are right
Preliminary transverse cuts while hollow plate improve cutting efficiency, and are touching origin travel switch and terminal travel switch
When, the working condition of movable motor 1 and main cutting motor 405 is controlled by Main Control Tank, to effectively prevent motor range to transfinite
Problem；
6, after fixed saw group 30 completes the preliminary transverse cuts in above-mentioned steps 5 with running saw group 40, Main Control Tank is in movement
When block 403 touches terminal travel switch, control closes main cutting motor 405 and movable motor 1 is inverted, and is returning
When movable block 403 touches origin travel switch after journey, movable motor 1 is closed in Main Control Tank control, and starts fixed saw group
30 work with the propulsion cylinder 302 of running saw group 40 and secondary cutting motor 304 so that propulsion cylinder 302 pushes Mobile base 303
It is slided in fixed seat 301 with secondary cutting motor 304 and secondary cast-cutting saw slice 305, secondary cutting motor 304 is in transmission mechanism at this time
Auxiliary under drive secondary cast-cutting saw slice 305 to rotate, to realize supplement of the fixed saw group 30 with running saw group 40 to hollow plate
Transverse cuts are further ensured that cut quality, and after the completion of to be cut, the secondary cutting motor 304 of Main Control Tank control is closed, and to push away
Inlet casing 302 is shunk, and retracting for secondary cut portion is completed, then close propulsion cylinder 302 by Main Control Tank, to realize to cored slab
Fixed length cutting of material cuts the hollow plate of completion under the action of unpowered roller pipeline 20 and blanking conveying roller bed,
Automatic blanking；
7, repeat the above steps 4-6, completes the sawed-off processing of multiple fixed length of whole hollow plate, improves production efficiency；
If the different fixed length cuttings of same hollow plate 8, need to be carried out, or different hollow plate different fixed length cuttings,
Then repeat the above steps 1-7, completes the multiple sawed-off processing of hollow plate, ensures the cut quality of batch hollow plate.
The embodiments of the present invention are described in detail above, but the content is only the preferable of the utility model
Embodiment should not be considered as limiting the scope of the present invention.It is all to become according to impartial made by the scope of the utility model
Change and improve etc., it should all still belong within this patent covering scope.
Claims (7)
1. a kind of Double-edged Incising Saw for cutting hollow plate, it is characterised in that：The double end for cutting hollow plate
Cast-cutting saw includes pedestal (10), unpowered roller pipeline (20), fixed saw group (30) and running saw group (40), the pedestal (10)
Upper coaxial line fixes unpowered roller pipeline (20), and fixed saw group (30) vertically on the pedestal (10), the running saw
The corresponding fixed saw group (30) of group (40) is slideably positioned in the upper surface of pedestal (10), the fixation saw group (30) and running saw group
(40) it is disposed as including main cut portion and secondary cut portion；
The main cut portion is set as including gate frame (401), walking track (402), movable block (403), movable motor
The lower end of one (404), main cutting motor (405) and main cast-cutting saw slice (406), the gate frame (401) is set to pedestal
(10) on, and coaxial line fixes walking track (402) on the crossbeam of the gate frame (401), and the movable block (403) matches
It is slideably positioned on walking track (402), the movable motor one (404) is fixed on the top of gate frame (401), and the row
Walk motor one (404) drives movable block (403) to be slided along walking track (402) by transmission mechanism, the main cutting motor
(405) it is fixed on the lower section of movable block (403), and the main cutting motor (405) drives main cast-cutting saw slice by transmission mechanism
(406) it rotates；
The pair cut portion is set as including fixed seat (301), propulsion cylinder (302), Mobile base (303), secondary cutting motor
(304) it is fixed on gate frame (401) with secondary cast-cutting saw slice (305), the fixed seat (301), and in the fixed seat (301)
The output end of fixed propulsion cylinder (302), the propulsion cylinder (302) fixes Mobile base (303), and the Mobile base (303) is sliding
The dynamic upper surface for being set to fixed seat (301), and fixed joint cutting motor (304) on the Mobile base (303), the secondary cutting electricity
The output end of machine (304) passes through transmission mechanism auxiliary connection cast-cutting saw slice (305).
2. the Double-edged Incising Saw according to claim 1 for cutting hollow plate, it is characterised in that：The running saw group
(40) it is set as further including longitudinal running gear, the longitudinal direction running gear is set as including fuselage guide rail (407), walking guide rail
(408), support base (409), movable motor two (410) and traveling wheel (411), the fuselage guide rail (407) is corresponding to be fixed on
On pedestal (10), and the fuselage guide rail (407) is arranged in parallel in the both sides of unpowered roller pipeline (20), the walking guide rail
(408) corresponding and be arranged in parallel between unpowered roller pipeline (20) and fuselage guide rail (407), and the walking guide rail
(408) rack is arranged in bottom, and the support base (409) is set to the bottom of gate frame (401), and the support base (409)
Upper fixed movable motor two (410), the movable motor two (410) drive traveling wheel (411), the walking by transmission mechanism
Wheel (411) is set to the lower section of support base (409), and the structure of the traveling wheel (411) matches with the structure of fuselage guide rail (407)
It closes, and gear is arranged close to the side of walking guide rail (408) in the traveling wheel (411), the wheel and rack is meshed.
3. the Double-edged Incising Saw according to claim 2 for cutting hollow plate, it is characterised in that：The support base
(409) Synchronous Transmission axis (412) is also set up on and embraces rail brake, and the Synchronous Transmission axis (412) is fastened transversely to support base
(409) on, and the output end of the input terminal connection movable motor two (410) of the Synchronous Transmission axis (412), described armful of rail brake
Upper end be fixed on support base (409), and the lower end of this armful of rail brake matches and is located at the two of fuselage guide rail (407)
Side.
4. the Double-edged Incising Saw according to claim 1 for cutting hollow plate, it is characterised in that：The unpowered roller
Pipeline (20) is set as including supporting frame (201), T-type guide rail (202), carrying roller frame body (203) and unpowered carrying roller
(204), support frame as described above body (201) coaxial line is fixed on pedestal (10), and the upper surface of the supporting frame (201) is corresponding
Two groups of T-type guide rails (202) are fixed, T-type guide rail (202) described in two groups is if its axis direction of upper edge is uniform and corresponding setting dry care
Roll stand body (203) is respectively provided with unpowered carrying roller (204) between the corresponding two carrying roller frame body (203).
5. the Double-edged Incising Saw according to claim 4 for cutting hollow plate, it is characterised in that：The unpowered roller
Pipeline (20) also sets up plank clamp system, and the plank clamp system is set as including clamping cylinder (205), air cylinder support
(206), connecting rod and clamping baffle (207), the clamping cylinder (205) are fixed on air cylinder support (206), the air cylinder support
(206) corresponding with baffle (207) are clamped and match be slideably positioned on T-type guide rail (202) respectively, and the air cylinder support
(206) with corresponding setting oak gripping block on the internal face for clamping baffle (207), the both ends of the connecting rod are separately connected cylinder
Holder (206) and clamping baffle (207).
6. the Double-edged Incising Saw according to claim 3 for cutting hollow plate, it is characterised in that：Described armful of rail brake
It includes clamping main body one (413) that device, which is set as, clamping main body two (414), holds leading screw (415), handwheel (416) and mounting base tightly
(417), the clamping main body one (413) is hingedly arranged with clamping main body two (414) by middle part mandrel, and clamping main body one
(413) corresponding with the upper end of clamping main body two (414) and screw respectively be sheathed on hold tightly leading screw (415) both ends, in described
The output end of portion's mandrel is set in mounting base (417), and the holding leading screw (415) is arranged in mounting base (417), and this armful
Oppositely oriented external screw thread is set on the both ends lateral wall of tight leading screw (415), the handwheel (416) is fixed on holding leading screw
(415) input terminal, the mounting base (417) are fixed on support base (409).
7. the Double-edged Incising Saw according to claim 6 for cutting hollow plate, it is characterised in that：The clamping main body
One (413) and clamping main body two (414) are disposed as by upper clamp plate, cylindrical sleeve, lower clamp plate and hold rubber block tightly and form, it is described on
The upper end of clamping plate screws to be sheathed on and hold tightly on leading screw (415), and the lower end fixation cylindrical sleeve of the upper clamp plate, outside the cylindrical sleeve
Lower clamp plate is fixed on side wall, and the inner cavity coaxial line of the cylindrical sleeve screws and wears middle part mandrel, on the madial wall of the lower clamp plate
Match fixed holding rubber block.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820169913.XU CN207840278U (en) | 2018-01-30 | 2018-01-30 | A kind of Double-edged Incising Saw for cutting hollow plate |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820169913.XU CN207840278U (en) | 2018-01-30 | 2018-01-30 | A kind of Double-edged Incising Saw for cutting hollow plate |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207840278U true CN207840278U (en) | 2018-09-11 |
Family
ID=63413949
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820169913.XU Expired - Fee Related CN207840278U (en) | 2018-01-30 | 2018-01-30 | A kind of Double-edged Incising Saw for cutting hollow plate |
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| Country | Link |
|---|---|
| CN (1) | CN207840278U (en) |
Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109093180A (en) * | 2018-09-28 | 2018-12-28 | 大连范特西西科技有限公司 | A kind of sheet cutting machine and method |
| CN109108369A (en) * | 2018-10-20 | 2019-01-01 | 自贡亘古龙腾科技有限公司 | A kind of adjustable cutting device of the interior steelframe of model manufacturing |
| CN109482960A (en) * | 2018-12-28 | 2019-03-19 | 南通跃通数控设备有限公司 | Panel length saw |
| CN111633452A (en) * | 2020-06-19 | 2020-09-08 | 南京师范大学泰州学院 | Power distribution control cabinet plate processing equipment and processing method thereof |
| CN111745400A (en) * | 2020-07-07 | 2020-10-09 | 惠安县钗新汽车配件中心 | Stainless steel strip cutting machine capable of adaptively adjusting position of stainless steel strip |
| CN112549192A (en) * | 2020-12-28 | 2021-03-26 | 泰安路发节能环保设备有限公司 | On-line synchronous cutting machine |
| CN112792410A (en) * | 2021-01-12 | 2021-05-14 | 黄秋霞 | Cutting device for steel plate machining |
| CN113333847A (en) * | 2021-06-24 | 2021-09-03 | 湖南科技大学 | Short material double-circular-knife transverse cutting machine |
| CN113954220A (en) * | 2021-09-23 | 2022-01-21 | 山东建筑大学 | Cutting device for light wallboard extrusion forming machine |
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2018
- 2018-01-30 CN CN201820169913.XU patent/CN207840278U/en not_active Expired - Fee Related
Cited By (12)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109093180A (en) * | 2018-09-28 | 2018-12-28 | 大连范特西西科技有限公司 | A kind of sheet cutting machine and method |
| CN109108369A (en) * | 2018-10-20 | 2019-01-01 | 自贡亘古龙腾科技有限公司 | A kind of adjustable cutting device of the interior steelframe of model manufacturing |
| CN109482960A (en) * | 2018-12-28 | 2019-03-19 | 南通跃通数控设备有限公司 | Panel length saw |
| CN109482960B (en) * | 2018-12-28 | 2024-04-16 | 南通跃通数控设备股份有限公司 | Panel sizing saw |
| CN111633452A (en) * | 2020-06-19 | 2020-09-08 | 南京师范大学泰州学院 | Power distribution control cabinet plate processing equipment and processing method thereof |
| CN111633452B (en) * | 2020-06-19 | 2022-02-18 | 南京师范大学泰州学院 | Power distribution control cabinet plate processing equipment and processing method thereof |
| CN111745400A (en) * | 2020-07-07 | 2020-10-09 | 惠安县钗新汽车配件中心 | Stainless steel strip cutting machine capable of adaptively adjusting position of stainless steel strip |
| CN112549192A (en) * | 2020-12-28 | 2021-03-26 | 泰安路发节能环保设备有限公司 | On-line synchronous cutting machine |
| CN112792410A (en) * | 2021-01-12 | 2021-05-14 | 黄秋霞 | Cutting device for steel plate machining |
| CN112792410B (en) * | 2021-01-12 | 2022-09-02 | 浙江天羿钢结构有限公司 | Cutting device for steel plate machining |
| CN113333847A (en) * | 2021-06-24 | 2021-09-03 | 湖南科技大学 | Short material double-circular-knife transverse cutting machine |
| CN113954220A (en) * | 2021-09-23 | 2022-01-21 | 山东建筑大学 | Cutting device for light wallboard extrusion forming machine |
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