CN106735549A - Efficient intelligent circular sawing machine - Google Patents
Efficient intelligent circular sawing machine Download PDFInfo
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- CN106735549A CN106735549A CN201611122829.4A CN201611122829A CN106735549A CN 106735549 A CN106735549 A CN 106735549A CN 201611122829 A CN201611122829 A CN 201611122829A CN 106735549 A CN106735549 A CN 106735549A
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23D—PLANING; SLOTTING; SHEARING; BROACHING; SAWING; FILING; SCRAPING; LIKE OPERATIONS FOR WORKING METAL BY REMOVING MATERIAL, NOT OTHERWISE PROVIDED FOR
- B23D47/00—Sawing machines or sawing devices working with circular saw blades, characterised only by constructional features of particular parts
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23D—PLANING; SLOTTING; SHEARING; BROACHING; SAWING; FILING; SCRAPING; LIKE OPERATIONS FOR WORKING METAL BY REMOVING MATERIAL, NOT OTHERWISE PROVIDED FOR
- B23D45/00—Sawing machines or sawing devices with circular saw blades or with friction saw discs
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- Mechanical Engineering (AREA)
- Sawing (AREA)
Abstract
A kind of Efficient intelligent circular sawing machine, including lathe base, lathe base are provided with feeding portion, and feeding portion is provided with the driver element for providing power source effect, and slide is slidably connected on driver element, and slide is provided with the adjusting means of the regulation location of workpiece；Feeding portion front end is provided with the clamping portion being fixed on lathe base；Clamping portion sidepiece is provided with the cutting part being rotationally connected with lathe base；Towed equipment is provided between clamping portion and cutting part；Feeding portion, clamping portion, it is equipped with sensor on cutting part.Rational in infrastructure, using effect of the invention is good, whole equipment realizes automatic feed, automated exchanged cutter, automatic sawing, cutting by sensor, and the equipment has the effect for automatically adjusting workpiece station so that the use scope of equipment is wide, while the towed equipment between clamping portion and cutting part further improves the using effect of cutting part, so that registration, implementation capacity are strong, path increment is reduced, the time is saved, efficiency is improved, crudy is good, is worthy to be popularized.
Description
Technical field
The present invention relates to sawing device, especially a kind of Efficient intelligent circular sawing machine.
Background technology
At present in metal industry, general to carry out sawing with the development in epoch using circular saw bench, recruitment cost is drastically
Rise, requirement higher is proposed to cutting-rate, sawing precision and automaticity high, add original circular sawing machine in sawing
When, because Workpiece length is more long, when sawing is carried out, the technological process such as lifting, feeding, clamping, fixed length, discharging is more so that existing
Some cutting-rates are very low.In existing technology, circular sawing machine itself does not have the function of automatically adjusting workpiece station, in reality
Now in automation process, it is contemplated that the workpiece external diametrical extent that Efficient intelligent circular sawing machine is processed is wider, single will not stop
Stay in certain some fixed dimension, but the outside dimension of workpiece is not of uniform size, sometimes can be thick or thin because of workpiece external diameter
And cannot smoothly enter in clamping portion, thus Efficient intelligent circular sawing machine is in order to avoid accident generation is by set by itself
The safety measure put causes that intelligent circular sawing machine is automatically stopped operation, influences normal process progress, it is impossible to realize automation processing.
Circular sawing machine cutting part in automation process is realized must be automatically adjusted, and realize that autofeed is determined
Position, automatic withdrawal are returned.But still using being fixedly installed or utilizing artificial control, these cut the cutting part of existing circular sawing machine
The setting for cutting portion still needs for manual labor, it is necessary to workpiece to be processed is placed gas cutting portion lower section by operating personnel, then
It is used to fix workpiece on the other hand, on the other hand for controlling cutting part, completes sawing, but this kind intellectuality circular sawing machine is using unstable,
Sawing effect is poor, but also with hazard component.
The content of the invention
The invention solves the problems that the shortcoming of above-mentioned prior art, there is provided a kind of structure is more reasonable, efficient intelligence easy to use
Circular sawing machine can be changed, solve the problems, such as that traditional Efficient intelligent circular sawing machine has cutting-rate, sawing precision so that after sawed-off
Workpiece surface is smooth, there is no male and fomale(M＆F), and processing effect is good, and whole equipment realizes Automated condtrol by sensor,
Reduce manually, it is convenient and swift.
The present invention solves the technical scheme that its technical problem is used：This Efficient intelligent circular sawing machine, including lathe base,
Lathe base is provided with feeding portion, and feeding portion is provided with the driver element for providing power source effect, is slidably connected on driver element
There is slide, slide is provided with the adjusting means of the regulation location of workpiece；Feeding portion front end is provided with the clamping being fixed on lathe base
Portion, clamping portion be provided with the first workpiece assembling seat and with the horizontal-clamping unit that the first workpiece assembling seat is used cooperatively, vertical
Clamping unit；Clamping portion sidepiece is provided with the cutting part being rotationally connected with lathe base, and cutting part is provided with for installing saw blade
Saw blade mounting disc；Towed equipment is provided between clamping portion and cutting part；Feeding portion, clamping portion, it is equipped with sensing on cutting part
Device.So, be delivered to workpiece in clamping portion using driver element by feeding portion, and sensor mutual induction between the two,
Realization automatically adjusts the transfer position of workpiece so that workpiece can be smoothly sent into clamping portion, and clamping portion is also by sensor to work
Part carries out timely clamping, reduces the inertial shake produced in processing so that tangent plane is smooth, and processing effect is good, and it is right that cutting part is used for
Workpiece carries out segmentation cutting, is still in cutting process by the effect of sensor, and clamping portion can solve after one section of cutting is completed
Except clamping, workpiece is moved forward into a machining position using driver element, it is convenient and swift so as to realize that circulating section cuts.
Adjusting means includes the rotation list for being used for the second workpiece mounting seat of clamping workpiece, rotating second workpiece mounting seat
Unit, second workpiece mounting seat right-hand member is provided with the first cylinder, and the first jacking block, second workpiece peace are provided with the piston rod of the first cylinder
Dress seat left side be provided be integrally formed with second workpiece mounting seat and downwardly vertical extension extension board, extension board left side be fixed with height
In the baffle plate for extending plate top surface, baffle plate is used cooperatively with the first jacking block；Rotary unit is provided with the first axle being fixed on the left of slide
Seat, is rotatably connected to the first ball screw in the first axle bed, wherein second workpiece mounting seat is rotationally connected with the first ball screw
On.So, adjusting means is used to solve the problems, such as to be cannot be introduced into clamping portion because workpiece external diameter is too small, and sensor is used for
Whether detection workpiece can be smoothly entered in clamping portion, and when cannot be introduced into, rotary unit will drive second workpiece mounting seat
Rotated motion so that workpiece is partial to second workpiece mounting seat inner side, and the termination of workpiece is no longer peaked in second workpiece mounting seat,
So that workpiece can be entered to smoothly in clamping portion, it is convenient and swift.
Towed equipment includes main tractor unit and secondary tractor unit, and main tractor unit is provided with second be fixed in clamping portion
Axle bed, the 3rd axle bed being fixed on cutting part, are rotatably connected to the company of rotation in the first shell body, the 3rd axle bed in the second axle bed
Second housing body is connected to, achievable first shell body is installed between the first shell body and second housing body and second housing body is done together
The second ball screw of motion is walked, the first shell body rear end is provided with the first motor for driving the second ball screw；Pair is dilatory single
Unit is provided with the slide rail for being fixed on clamping portion front end, and sliding block is slidably connected on slide rail, and slip front is provided with what is slided with sliding block
Slide plate, slide plate hypomere is provided with groove at part, and the limit bolt being fixed in clamping portion is provided with groove；The slide plate inner side company of being inserted with
Spindle, is fixed with angle steel on cutting part, wherein connecting shaft one end is fixed on angle steel.So, can be realized using towed equipment
The autofeed of cutting part, withdrawing, main tractor unit are to realize the power source that cutting part swings, and the second ball screw is electric by first
The gyration that machine is provided is converted into linear motion so that self-contained nut can be moved forward, and utilizes second housing body
The obstruction for being formed, so that cutting part is realized swinging, and it is in rotate connection to be that the first shell body, second housing body are set
In order to prevent occurring stuck phenomenon generation in use, it is allowed to self-regulating function；The setting of secondary tractor unit
It is that, in order to be further ensured that the stability in use of main tractor unit, secondary tractor unit can be dropped using the structure setting of sliding-rail sliding
Low produced coefficient of friction in application process, makes kinetic force of friction and the gap of stiction also become very little, it is ensured that its
Skidding generation is not had during use, stability in use is improved, while making cutting part in feed, the use position of withdrawing
On can realize quick, precise positioning, simple structure, long service life.
Further perfect, driver element is provided with the motor mount for being fixed on lathe base rear end, motor mount rear end
Second motor is installed, the 3rd ball screw is connected with the piston rod of the second motor, the 3rd ball screw two ends are provided with
Equally distributed slide-bar centered on three ball screws, slide-bar is placed in the 3rd ball screw top；Connect on the piston rod of the second motor
The first mounting head is connected to, the first mounting head is externally provided with and is bolted and second installation oppositely arranged with the first mounting head
Head, the 3rd ball screw is inserted in the second mounting head.So, using the second motor as the power source for driving slide, the 3rd rolling
The gyration that second motor is provided is converted into linear motion by ballscrew so that self-contained removable nut is to reach
It is dynamic, and drive slide to reciprocatingly slide using the fit system being stuck in slide, so as to realize the conveying of workpiece, while two cunnings
Axle is used to limit slide, it is always maintained at balance in use, prevents its appearance from independently causing workpiece to unilateral knockdown
Situation about cannot send into clamping portion occurs.First mounting head and the second mounting head are two counterparts being used in conjunction with each other,
Thus it is easy to be connected the 3rd ball screw with the piston rod of the second motor, and stable connection, using also stablizing.
Further perfect, slide left side is provided with controller, make and break pass is connected with controller, in second workpiece mounting seat
Installing plate is installed, the contact site being placed on the inside of installing plate is plugged with installing plate；Buffering is provided with installing plate hypomere part single
Unit, the buffer cell is provided with along the inserted link after front edge of board is extended to through installing plate is installed, and is placed on the inserted link for installing front edge of board
A pair of banking stops of formation installation region are fixed with, the spring being placed on inserted link is provided between two banking stops.So, controller is used
In controlling to adjust device, at the same controller also by adjusting means control, whenever in adjusting means using completing to return to start bit
Postpone, contact site will close generation and contact with make and break in adjusting means, drive make and break to close using the inside inertia for rotating
Inwardly feeding, so as to realize that controller is stopped.The reduction adjusting means that is provided for of buffer cell has been returned to using completion
With the dynamics of the hard contact of slide during beginning position, protection slide is realized, buffering effect is further strengthened in the setting of spring.
Further perfect, motor mount left side is provided with the first guide wheel, and slide is provided with support, and pedestal upper end is provided with
Second guide wheel, wherein the second guide wheel is used cooperatively with the first guide wheel.So, the setting of two guide wheels is played for workpiece back segment
Supporting role, thus mitigates the load-bearing of adjusting means so that conveying effect is good.
Further perfect, horizontal-clamping unit is provided with the first top board seat for being fixed on clamping portion front end, and the first top board seat is outer
Side is provided with the second cylinder, and the second jacking block is connected with the piston rod of the second cylinder；Vertical clamping unit is provided with and is fixed on clamping
The second top board seat of portion upper end, the second top board seat upper end is provided with the 3rd cylinder, and the 3rd is connected with the piston rod of the 3rd cylinder
Jacking block.So, two top board toilets are in the installation of cylinder so that the stability in use of cylinder is good, and horizontal-clamping unit with
The position of vertical clamping unit is staggered setting, and the power for thus providing can be more uniform, using effect more preferably, workpiece
Clamping it is also more firm.
Further perfect, clamping portion front end is provided with the material dropping channel being obliquely installed, and the material dropping channel is placed in the first workpiece assembling seat
Place.So, material dropping channel is placed exactly in the first workpiece assembling seat lower section, facilitates splicing, is easy to be guided to complete the workpiece of cutting
To specifying in placement region, it is easy to collect.
Further perfect, material dropping channel bottom is provided with the reinforcement for making material dropping channel and clamping portion secure fit.So, reinforcement
Setting be easy to material dropping channel to be installed in clamping portion, mounting stability is good, can also strengthen the use intensity of material dropping channel.
It is further perfect, the rotating shaft being rotationally connected with cutting part is inserted with saw blade mounting disc, it is provided with cutting part and is subtracted
Fast machine, wherein rotating shaft the inner is connected on reductor.So, rotating shaft is used to drive saw blade mounting disc to rotate, and using deceleration
Machine can reduce axis of rotation speed while improving output torque, and torque output ratio multiplies speed reducing ratio by motor output, slows down simultaneously
Reduce the inertia of load so that good cutting effect.
Further perfect, cutting part left side lower end is provided with oil mist cooler, and nozzle is connected with oil mist cooler, and nozzle is put
In saw blade mounting disc sidepiece.So, so, by Enhancing Heat Transfer With Jet Impingement, its core is to rely on cold nebulization jet impulse,
Collect jet impulse, gas-liquid two-phase strong convection and fully vaporize the heat exchange advantage of triple reinforcings, give full play to the heat exchange of cooling medium
Potentiality, to obtain optimal enhanced heat exchange effect.The adhesion between workpiece and cutter can effectively be mitigated, and can be changed simultaneously
Become the structure in residual deformation area, the abrasion of cutter is reduced after addition cutting fluid, improve the quality of finished surface.
Further perfect, cutting part rear end is provided with brake.So, brake can not only control the rotating speed of rotating shaft, real
Now slow down, stop or keep halted state, but also can install on the brake can brake component gap automatic regulating apparatus,
Reduce processing vibrations so that equipment is more stablized in operation, it is ensured that crudy, reduces equipment loss.
The invention has the advantages that：Rational in infrastructure, using effect of the invention is good, and whole equipment is realized by sensor
Automatic feed, automated exchanged cutter, automatic sawing, cutting, and the equipment has the effect for automatically adjusting workpiece station, thus causes
Those external diameters are too small and workpiece that cannot be introduced into clamping portion can be entered to smoothly in clamping portion so that the use scope of equipment
Extensively, while the towed equipment between clamping portion and cutting part further improves the using effect of cutting part so that registration, hold
Row power is strong, reduces path increment, saves the time, improves efficiency, and it is sawed-off after workpiece surface it is smooth, there is no male and fomale(M＆F),
Crudy is good, is worthy to be popularized.
Brief description of the drawings
Fig. 1 is the dimensional structure diagram on the left of the back side of the present invention；
Fig. 2 is the dimensional structure diagram of feeding portion of the present invention；
Fig. 3 is the close-up schematic view of part A in Fig. 2 of the present invention；
Fig. 4 is the dimensional structure diagram of feeding portion of the present invention, for representing buffer unit；
Fig. 5 is the close-up schematic view of part B in Fig. 4 of the present invention；
Fig. 6 is the dimensional structure diagram of frontal left of the present invention；
Fig. 7 is the close-up schematic view of C portion in Fig. 6 of the present invention；
Fig. 8 is the dimensional structure diagram of pair tractor unit of the invention；
Fig. 9 is the dimensional structure diagram of positive right side of face of the invention；
Figure 10 is the dimensional structure diagram of frontal left of the present invention, the structure for reflecting cutting part.
Description of reference numerals：Lathe base 1, feeding portion 2, driver element 3, slide 4, adjusting means 5, second workpiece is installed
Seat 5-1, the first cylinder 5-1a, the first jacking block 5-1a ', rotary unit 5-2, the first axle bed 5-2a, the first ball screw 5-2a ',
Clamping portion 6, the first workpiece assembling seat 6-1, horizontal-clamping unit 6-2, the first top board seat 6-2a, the second cylinder 6-2a ', vertical folder
Tight unit 6-3, the second top board seat 6-3a, the 3rd cylinder 6-3a ', cutting part 7, saw blade mounting disc 7-1, towed equipment 8 is main dilatory
Unit 8-1, the second axle bed 8-1a, the first shell body 8-1a ', the 3rd axle bed 8-1b, second housing body 8-1b ', secondary tractor unit
8-2, slide rail 8-2a, sliding block 8-2a ', sensor 9, extension board 10, baffle plate 11, the second ball screw 12, the first motor 13, slide plate
14, groove 14-1, limit bolt 15, connecting shaft 16, angle steel 17, motor mount 18, the second motor 18-1, the 3rd ball screw
19,24-1, installing plate 25, contact are closed in slide-bar 20, the first mounting head 21, bolt 22, the second mounting head 23, controller 24, make and break
Portion 26, installing plate 27, inserted link 27-1, installation region 28, banking stop 29, spring 30, the first guide wheel 31, support 32, the second guide wheel
32-1, the second jacking block 33, the 3rd jacking block 34, material dropping channel 35, reinforcement 36, rotating shaft 37, reductor 38, oil mist cooler 39, spray
Mouth 39-1, brake 40.
Specific embodiment
The invention will be further described below in conjunction with the accompanying drawings：
Referring to the drawings：This Efficient intelligent circular sawing machine, including lathe base 1, lathe base 1 are provided with feeding portion 2, send
Material portion 2 is provided with the driver element 3 for providing power source effect, and slide 4 is slidably connected on driver element 3, and slide 4 is provided with tune
Save the adjusting means 5 of the location of workpiece；The front end of feeding portion 2 is provided with the clamping portion 6 being fixed on lathe base 1, and clamping portion 6 is provided with
First workpiece assembling seat 6-1 and the horizontal-clamping unit 6-2, the vertical clamping list that are used cooperatively with the first workpiece assembling seat 6-1
First 6-3；The sidepiece of clamping portion 6 is provided with the cutting part 7 being rotationally connected with lathe base 1, and cutting part 7 is provided with for installing saw blade
Saw blade mounting disc 7-1；Towed equipment 8 is provided between clamping portion 6 and cutting part 7；Feeding portion 2, clamping portion 6, on cutting part 7
It is provided with sensor 9；
Adjusting means 5 includes being used for the second workpiece mounting seat 5-1 of clamping workpiece, rotates second workpiece mounting seat 5-1
Rotary unit 5-2, second workpiece mounting seat 5-1 right-hand members are provided with the first cylinder 5-1a, pacify on the piston rod of the first cylinder 5-1a
Equipped with the first jacking block 5-1a ', second workpiece mounting seat 5-1 left sides are provided with and be integrally formed with second workpiece mounting seat 5-1 and downwards
Vertically extending extension board 10, the left side of extension board 10 is fixed with the baffle plate 11 higher than the top surface of extension board 10, and baffle plate 11 and first is pushed up
Block 5-1a ' is used cooperatively；Rotary unit 5-2 is provided with to be fixed in first the axle bed 5-2a, the first axle bed 5-2a in the left side of slide 4 and turns
Dynamic to be connected with the first ball screw 5-2a ', wherein second workpiece mounting seat 5-1 is rotationally connected with the first ball screw 5-2a '；
Towed equipment 8 includes that main tractor unit 8-1 and secondary tractor unit 8-2, main tractor unit 8-1 are provided with and are fixed on clamping
The second axle bed 8-1a in portion 6, the 3rd axle bed 8-1b being fixed on cutting part 7, are rotatably connected in the second axle bed 8-1a
One shell body 8-1a ', is rotatably connected to second housing body 8-1b ', outside the first shell body 8-1a ' and second in the 3rd axle bed 8-1b
Achievable first shell body 8-1a ' is installed between housing 8-1b ' and second housing body 8-1b ' does the second ball wire being synchronized with the movement
Bar 12, the first shell body 8-1a ' rear ends are provided with the first motor 13 for driving the second ball screw 12；Secondary tractor unit 8-2 sets
There is the slide rail 8-2a for being fixed on the front end of clamping portion 6, sliding block 8-2a ' is slidably connected on slide rail 8-2a, sliding block 8-2a ' front ends are installed
There is the slide plate 14 slided with sliding block 8-2a ', slide plate 14 is provided with groove 14-1, is provided with groove 14-1 and is fixed on dress at hypomere part
Limit bolt 15 in folder portion 6；The inner side of slide plate 14 is inserted with connecting shaft 16, and angle steel 17, wherein connecting shaft 16 are fixed with cutting part 7
One end is fixed on angle steel 17.
Driver element 3 is provided with the motor mount 18 for being fixed on the rear end of lathe base 1, and the rear end of motor mount 18 is provided with
Second motor 18-1, is connected with the 3rd ball screw 19 on the piston rod of the second motor 18-1, the two ends of the 3rd ball screw 19 set
There is the equally distributed slide-bar 20 centered on the 3rd ball screw 19, slide-bar 20 is placed in the top of the 3rd ball screw 19；Second electricity
The first mounting head 21 is connected with the piston rod of machine 18-1, the first mounting head 21 is externally provided with and connected by bolt 22 and pacify with first
First 21 the second oppositely arranged mounting head 23 of dress, the 3rd ball screw 19 is inserted in the second mounting head 23.
The left side of slide 4 is provided with controller 24, make and break is connected with controller 24 and closes 24-1, the first workpiece assembling seat 6-1
On installing plate 25 is installed, the contact site 26 for being placed in the inner side of installing plate 25 is plugged with installing plate 25；The hypomere part of installing plate 25
Place is provided with buffer cell 27, and the buffer cell 27 is provided with the inserted link 27- after being extended to through installing plate 25 along the front end of installing plate 25
1, be placed in and a pair of banking stops of formation installation region 28 29 be fixed with the inserted link 27-1 of the front end of installing plate 25, two banking stops 29 it
Between be provided with the spring 30 being placed on inserted link 27-1.
First workpiece assembling seat 6-1 left sides are provided with the first guide wheel 31, and slide 4 is provided with support 32, the upper end of support 32 peace
Equipped with the second guide wheel 32-1, wherein the second guide wheel 32-1 is used cooperatively with the first guide wheel 31.
Horizontal-clamping unit 6-2 is provided with the first top board seat 6-2a for being fixed on the front end of clamping portion 6, outside the first top board seat 6-2a
Side is provided with the second cylinder 6-2a ', and the second jacking block 33 is connected with the piston rod of the second cylinder 6-2a '；Vertical clamping unit 6-3
The the second top board 6-3a for being fixed on the upper end of clamping portion 6 is provided with, the second top board seat 6-3a upper ends are provided with the 3rd cylinder 6-3a ',
The 3rd jacking block 34 is connected with the piston rod of the 3rd cylinder 6-3a '.
The front end of clamping portion 6 is provided with the material dropping channel 35 being obliquely installed, and the material dropping channel 35 is placed at the first workpiece assembling seat 6-1.
The bottom of material dropping channel 35 is provided with the reinforcement 36 for making material dropping channel 35 and the secure fit of clamping portion 6.
The rotating shaft 37 being rotationally connected with cutting part 7 is inserted with saw blade mounting disc 7-1；Reductor is installed in cutting part 7
38, wherein the inner of rotating shaft 37 is connected on reductor 38.
The left side lower end of cutting part 7 is provided with oil mist cooler 39, and nozzle 39-1, nozzle 39-1 are connected with oil mist cooler 39
It is placed in saw blade mounting disc 7-1 sidepieces.
The rear end of cutting part 7 is provided with brake 40.
When in use, workpiece is placed on the first guide wheel 31, the second guide wheel 32-1, and inside with two rollings of guide wheel
It is mobile, deliver in second workpiece mounting seat 5-1, second workpiece mounting seat 5-1 is connected with slide 4, and the first cylinder 5-1a drives
Dynamic slide 4 is moved forward, and realizes the feeding of workpiece, it is contemplated that the external diameter of workpiece varies, and workpiece external diameter is too small to be occurred
The problem to clamping portion cannot be normally entered, causes that second workpiece mounting seat 5-1 is flipped up using rotary unit 5-2, adjusted
The station of whole workpiece so that workpiece is partial to second workpiece mounting seat 5-1 inner sides, the termination of workpiece no longer peaks at second workpiece installation
On seat 5-1, smooth delivery of power is thus capable of achieving, after workpiece enters the first workpiece assembling seat 6-1 in clamping portion 6, level dress
Folder unit 6-2, vertical clamping unit 6-3 carry out many places clamping from workpiece sidepiece, top to workpiece respectively so that clamping workpiece is steady
Fixed, after completing clamping, towed equipment 8 starts, and cutting part 7 is realized into oscillating motion by main tractor unit 8-1 so that cutting part
On saw blade and absorption surface, realize sawing be segmented, secondary tractor unit 8-2 be in order to ensure cutting part 7 stabilization use and set
, preventing the problem that the influence equipment such as surpassed distance uses and occur, overall using effect is good, and efficiency high, quality is good, when used
Between it is few, be worthy to be popularized.
Although the present invention is shown and described by reference to preferred embodiment, this professional ordinary skill
Personnel are it is to be appreciated that in the range of claims, can make the various change in form and details.
Claims (10)
1. a kind of Efficient intelligent circular sawing machine, it is characterized in that：Including lathe base (1), the lathe base (1) is provided with feeding
Portion (2), feeding portion (2) is provided with the driver element (3) for providing power source effect, is slidably connected on the driver element (3)
Slide (4), slide (4) is provided with the adjusting means (5) of the regulation location of workpiece；Feeding portion (2) front end is provided with the machine of being fixed on
Clamping portion (6) on bed base (1), clamping portion (6) be provided with the first workpiece assembling seat (6-1) and with the first workpiece assembling seat
Horizontal-clamping unit (6-2), vertical clamping unit (6-3) that (6-1) is used cooperatively；Clamping portion (6) sidepiece is provided with rotation
The cutting part (7) on lathe base (1) is connected to, cutting part (7) is provided with the saw blade mounting disc (7-1) for installing saw blade；
Towed equipment (8) is provided between the clamping portion (6) and cutting part (7)；The feeding portion (2), clamping portion (6), cutting part (7)
On be equipped with sensor (9)；
The adjusting means (5) including the second workpiece mounting seat (5-1) for clamping workpiece, make second workpiece mounting seat (5-
1) rotary unit (5-2) for rotating, second workpiece mounting seat (5-1) right-hand member is provided with the first cylinder (5-1a), the first cylinder
First jacking block (5-1a ') is installed, second workpiece mounting seat (5-1) left side is provided with and the second work on the piston rod of (5-1a)
Part mounting seat (5-1) be integrally formed and downwardly vertical extension extension board (10), extension board (10) left side be fixed with higher than extend
The baffle plate (11) of plate (10) top surface, baffle plate (11) is used cooperatively with the first jacking block (5-1a ')；The rotary unit (5-2) is provided with
It is fixed in the first axle bed (5-2a) on the left of slide (4), the first axle bed (5-2a) and is rotatably connected to the first ball screw (5-
2a '), wherein second workpiece mounting seat (5-1) is rotationally connected with the first ball screw (5-2a ')；
The towed equipment (8) includes main tractor unit (8-1) and secondary tractor unit (8-2), and the main tractor unit (8-1) sets
There are the second axle bed (8-1a) being fixed in clamping portion (6), the 3rd axle bed (8-1b) being fixed on cutting part (7), described
It is rotatably connected in two axle beds (8-1a) in the first shell body (8-1a '), the 3rd axle bed (8-1b) and is rotatably connected to second housing
Body (8-1b '), is installed with achievable first shell body (8- between first shell body (8-1a ') and second housing body (8-1b ')
1a ') and second housing body (8-1b ') do the second ball screw (12) being synchronized with the movement, the first shell body (8-1a ') rear end
The first motor (13) for driving the second ball screw (12) is installed；The secondary tractor unit (8-2) is provided with and is fixed on clamping portion
(6) slide rail (8-2a) of front end, slidably connects sliding block (8-2a ') on slide rail (8-2a), sliding block (8-2a ') front end be provided with
The slide plate (14) that sliding block (8-2a ') is slided, is provided with groove (14-1), groove (14-1) at slide plate (14) hypomere part and is provided with solid
It is scheduled on the limit bolt (15) in clamping portion (6)；Slide plate (14) inner side is inserted with connecting shaft (16), on the cutting part (7)
Angle steel (17) is fixed with, wherein connecting shaft (16) one end is fixed on angle steel (17).
2. Efficient intelligent circular sawing machine according to claim 1, it is characterized in that：The driver element (3) is provided with and is fixed on
The motor mount (18) of lathe base (1) rear end, motor mount (18) rear end is provided with the second motor (18-1), the second electricity
The 3rd ball screw (19) is connected with the piston rod of machine (18-1), the 3rd ball screw (19) two ends are provided with the 3rd ball wire
Equally distributed slide-bar (20) centered on bar (19), slide-bar (20) is placed in the 3rd ball screw (19) top；Second motor
Be connected with the first mounting head (21) on the piston rod of (18-1), the first mounting head (21) be externally provided with connected by bolt (22) and with
Oppositely arranged the second mounting head (23) of first mounting head (21), the 3rd ball screw (19) is inserted in the second mounting head (23).
3. Efficient intelligent circular sawing machine according to claim 1, it is characterized in that：Slide (4) left side is provided with control
Device (24), is connected with make and break and closes (24-1) on controller (24), installing plate is provided with the second workpiece mounting seat (6-1)
(25) contact site (26) being placed on the inside of installing plate (25), is plugged with installing plate (25)；Installing plate (25) the hypomere part
Place is provided with buffer cell (27), and the buffer cell (27) is provided with after being extended to through installing plate (25) along installing plate (25) front end
Inserted link (27-1), is placed in and a pair of limits of formation installation region (28) is fixed with the inserted link (27-1) of installing plate (25) front end
Bit slice (29), is provided with the spring (30) being placed on inserted link (27-1) between two banking stops (29).
4. Efficient intelligent circular sawing machine according to claim 3, it is characterized in that：Install in motor mount (18) left side
There is the first guide wheel (31), the slide (4) is provided with support (32), and support (32) upper end is provided with the second guide wheel (32-1), its
In the second guide wheel (32-1) used cooperatively with the first guide wheel (31).
5. Efficient intelligent circular sawing machine according to claim 1, it is characterized in that：The horizontal-clamping unit (6-2) is provided with
First top board seat (6-2a) of clamping portion (6) front end is fixed on, the first top board seat (6-2a) outside is provided with the second cylinder (6-
2a '), the second jacking block (33) is connected with the piston rod of the second cylinder (6-2a ')；The vertical clamping unit (6-3) is provided with solid
Due to second top board seat (6-3a) of clamping portion (6) upper end, the second top board seat (6-3a) upper end is provided with the 3rd cylinder (6-
3a '), it is connected with the 3rd jacking block (34) on the piston rod of the 3rd cylinder (6-3a ').
6. Efficient intelligent circular sawing machine according to claim 1, it is characterized in that：Clamping portion (6) front end is provided with inclination
The material dropping channel (35) of setting, the material dropping channel (35) is placed in the first workpiece assembling seat (6-1) place.
7. Efficient intelligent circular sawing machine according to claim 6, it is characterized in that：Bottom is provided with the material dropping channel (35) makes to fall
The reinforcement (36) of material road (35) and clamping portion (6) secure fit.
8. Efficient intelligent circular sawing machine according to claim 1, it is characterized in that：It is inserted with the saw blade mounting disc (7-1)
It is rotationally connected with the rotating shaft (37) in cutting part (7)；Reductor (38), wherein rotating shaft (37) are installed in the cutting part (7)
The inner is connected on reductor (38).
9. Efficient intelligent circular sawing machine according to claim 8, it is characterized in that：Cutting part (7) left side lower end is provided with
Oil mist cooler (39), is connected with nozzle (39-1) on oil mist cooler (39), nozzle (39-1) is placed in saw blade mounting disc (7-1)
Sidepiece.
10. Efficient intelligent circular sawing machine according to claim 8, it is characterized in that：Cutting part (7) rear end is provided with braking
Device (40).
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| CN201611122829.4A CN106735549B (en) | 2016-12-08 | 2016-12-08 | Efficient intelligent circular sawing machine |
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| CN201611122829.4A CN106735549B (en) | 2016-12-08 | 2016-12-08 | Efficient intelligent circular sawing machine |
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| CN106735549B CN106735549B (en) | 2018-12-04 |
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| CN106735549B (en) | 2018-12-04 |
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Address after: No.1 Xingye Road, Huzhen Town, Jinyun County, Lishui City, Zhejiang Province Patentee after: Zhejiang saw Lihuang Industrial Technology Co.,Ltd. Address before: No.1 Xingye Road, Huzhen Town, Jinyun County, Lishui City, Zhejiang Province Patentee before: ZHEJIANG JULIHUANG SAWING MACHINE GROUP Co.,Ltd. |
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