CN108746854B - Cut the saw blade cutter automatically grinding equipment of steel, timber or stone material - Google Patents
Cut the saw blade cutter automatically grinding equipment of steel, timber or stone material Download PDFInfo
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- CN108746854B CN108746854B CN201810561559.XA CN201810561559A CN108746854B CN 108746854 B CN108746854 B CN 108746854B CN 201810561559 A CN201810561559 A CN 201810561559A CN 108746854 B CN108746854 B CN 108746854B
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- saw blade
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- edging
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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
- B23D63/00—Dressing the tools of sawing machines or sawing devices for use in cutting any kind of material, e.g. in the manufacture of sawing tools
- B23D63/08—Sharpening the cutting edges of saw teeth
- B23D63/12—Sharpening the cutting edges of saw teeth by grinding
- B23D63/14—Sharpening circular saw blades
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23Q—DETAILS, COMPONENTS, OR ACCESSORIES FOR MACHINE TOOLS, e.g. ARRANGEMENTS FOR COPYING OR CONTROLLING; MACHINE TOOLS IN GENERAL CHARACTERISED BY THE CONSTRUCTION OF PARTICULAR DETAILS OR COMPONENTS; COMBINATIONS OR ASSOCIATIONS OF METAL-WORKING MACHINES, NOT DIRECTED TO A PARTICULAR RESULT
- B23Q7/00—Arrangements for handling work specially combined with or arranged in, or specially adapted for use in connection with, machine tools, e.g. for conveying, loading, positioning, discharging, sorting
- B23Q7/03—Arrangements for handling work specially combined with or arranged in, or specially adapted for use in connection with, machine tools, e.g. for conveying, loading, positioning, discharging, sorting by means of endless chain conveyors
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23Q—DETAILS, COMPONENTS, OR ACCESSORIES FOR MACHINE TOOLS, e.g. ARRANGEMENTS FOR COPYING OR CONTROLLING; MACHINE TOOLS IN GENERAL CHARACTERISED BY THE CONSTRUCTION OF PARTICULAR DETAILS OR COMPONENTS; COMBINATIONS OR ASSOCIATIONS OF METAL-WORKING MACHINES, NOT DIRECTED TO A PARTICULAR RESULT
- B23Q7/00—Arrangements for handling work specially combined with or arranged in, or specially adapted for use in connection with, machine tools, e.g. for conveying, loading, positioning, discharging, sorting
- B23Q7/04—Arrangements for handling work specially combined with or arranged in, or specially adapted for use in connection with, machine tools, e.g. for conveying, loading, positioning, discharging, sorting by means of grippers
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Finish Polishing, Edge Sharpening, And Grinding By Specific Grinding Devices (AREA)
Abstract
The present invention relates to blades machining fields, in particular to a kind of cutting steel, the saw blade cutter automatically grinding equipment of timber or stone material, including symmetrically arranged two chain conveyors, it further include several jigs, internal tooth edging component and limit assembly that step-by-step movement between two chain conveyors is fed component and is separately positioned on above two chain conveyors are set, step-by-step movement feed component sucks component including first, be arranged in first suck stepper motor below component and to drive stepper motor and first suck that component can synchronize rise lift component, by lifting electric cylinders movable vertically the first surface for sucking component can be arranged in limit assembly, the outside of corresponding chain conveyor is arranged in internal tooth edging component, and it can also suck component direction towards first by Power Component to advance, the present invention can be certainly It is dynamic to convey saw blade and saw blade is limited and carried out one by one edging, greatly improve the efficiency of processing.
Description
Technical field
The present invention relates to blades machining field, in particular to the saw blade cutter of a kind of cutting steel, timber or stone material is automatic
Grinding apparatus.
Background technique
Saw blade is the general designation for cutting the thin slice circular knives of solid material, in routine work and life, saw blade knife
Tool be of wide application, be commonly used to steel, aluminium alloy extrusions, plastics plastic-steel section bar, chemical rubber material, timber, stone material,
The solid materials such as glass, high molecular material, resin are cut or are slotted processing.
It is thin slice that the primary structure of saw blade, which is at center, and the outer edge of thin slice offers multiple sawtooth, and saw blade exists
After putting into practical use, by prolonged use, the sawtooth of saw blade can generate abrasion, and then some chimbs of formation etc. influence
Saw blade can not flat cut medium, the cutting effect for finally directly resulting in saw blade is deteriorated, so need that finishing is concentrated to handle,
Some saw blades can also generate some chimbs for influencing actual use in production simultaneously in sawtooth.Generally in saw blade sawtooth
Polishing work mainly passes through manual hand manipulation, it is clear that and it is slow that saw blade of polishing in this way will lead to processing efficiency, so
In batch machining, it is excessive to will lead to saw blade accumulation.
Summary of the invention
In view of the above-mentioned deficiencies in the prior art, it is an object of the present invention to provide a kind of saw blade for cutting steel, timber or stone material
Cutter automatically grinding equipment.
To solve the above problems, the present invention the following technical schemes are provided:
A kind of saw blade cutter automatically grinding equipment for cutting steel, timber or stone material, including symmetrically arranged two chain types
Conveyer belt, grinding device include several direction of transfer intervals settings along chain conveyor and the jig to hold saw blade,
The step-by-step movement feed component of two chain conveyor middles is set and is separately positioned on above two chain conveyors
Internal tooth edging component and limit assembly, the both ends of all jigs respectively with symmetrically arranged two chain delivery band connections, stepping
Formula feed component includes first sucking component, being arranged in first and suck stepper motor below component and to drive stepping electric
Machine and first sucks component and can synchronize the component that lifts of rise, and limit assembly being capable of vertical movable setting by lifting electric cylinders
In the surface that first sucks component, the outside of corresponding chain conveyor is arranged in internal tooth edging component, and also logical
The traveling of component direction can be sucked towards first by crossing Power Component.
Further, the jig includes disk and two traveling plates for being symmetricly set on disc circumference, and disk passes through
Two traveling plates are connect with the transport plane of symmetrically arranged two chain conveyors respectively, are offered at the center at the top of disk
Round through slot, and the circle through slot runs through disk, and the circular groove to lower recess, and the circle are additionally provided at the top of disk
The diameter of groove is greater than round through slot, and there are four the convex block along its circumferentially-spaced distribution, convex blocks for setting on the inner wall of circular groove
Top offer the type groove to one of sawtooth in sawtooth all on support saw blade.
Further, the described first main piece for sucking that component includes positioning bolt, the first vacuum pump and cylindrical structure,
The edge at main piece of top offers several the first through slots along its circumferentially-spaced distribution, and the first through slot runs through main piece, and first is logical
Miniature sucker is installed, positioning bolt is in be vertically installed at main piece of top, and the two is coaxial, and main piece of diameter is less than in slot
The diameter of round through slot is provided with the shaft extended downward at the center of main piece of bottom, and the lower semisection of shaft is arranged with disc, pad
Gas circuit general pipeline is provided on disk, the first vacuum pump is installed on disc, and its suction end is connected to one end of gas circuit general pipeline, institute
There is miniature sucker to be connected to respectively each by first hose with gas circuit general pipeline.
Further, the tip of the axis that turns is provided in horizontal lifter plate, and shaft can be around own axis
It is connect with lifter plate, stepper motor is installed in the bottom of lifter plate, and its output rotor is connected by shaft coupling and rotating shaft transmission
It connects.
Further, the component that lifts includes hydraulic stem, and several leading in distributed rectangular are provided with below lifter plate
Xiang Guan, guide pipe in movable capable of being inserted with extension rod in vertical and its top, top of the extension rod far from guide pipe with
The bottom of lifter plate connects, and hydraulic stem is in the middle for being vertically arranged in all guide pipes, and the output rod of hydraulic stem passes through connection
The connection of the bottom of plate and lifter plate.
Further, the limit assembly includes the first base, slow speed motor and top plate, and lifting electric cylinders pass through the first base
It set on the top of chain conveyor, goes up and down and is provided with sliding block on the output end of electric cylinders, the first base is towards before chain conveyor
Side is provided with lifting sliding rail, and the vertical activity of the back side and lifting sliding rail of sliding block cooperates, and slow speed motor is in be inversely installed in sliding block
Front side, top plate are installed in the lower section of slow speed motor by the first base in level, and the front end of top plate towards internal tooth edging component is opened
Equipped with slot is turned to, slot is turned to through top plate and is also located at immediately below the rotor of slow speed motor, the rear end of top plate and the first base
Vertical activity cooperates, and being provided in steering slot can be around the sleeve of own axis, the top of sleeve and turning for slow speed motor
Son transmission connection.
Further, the bottom of the top plate rear end is provided with the precompressed blank pipe extended downwards, the end of precompressed blank pipe
It is interior that compressor arm movable vertically can be inserted with by pre-compressed spring.
Further, the second vacuum pump is installed in the sleeve, location nut, location nut are provided with below sleeve
Surface in positioning bolt, the end of sleeve are equipped at least three suction tracheaes along its circumferentially-spaced distribution, suction
The suction end of tracheae is in the lower section for being vertically positioned at sleeve, and the top of location nut offers at least three bothriums, all bothriums point
It is not corresponded with all suction tracheaes, location nut is in the normal state down, and each suction tracheae passes through bothrium for location nut
The underface for sucking and it being made to be suspended at sleeve, each suction tracheae passes through second hose and the second vacuum pump connects
It is logical.
Further, the internal tooth edging component include the second base, be capable of horizontal anomalous movement be installed in the second base top
The U-shaped board in portion, the edging disk being hinged in U-shaped board opening and the top of U-shaped board is set and to drive edging disk energy
Enough edging motors around own axis, the first base of opening face of U-shaped board.
Further, the Power Component includes power motor and gear, and gear is installed in the side of U-shaped board, and U-shaped
The side of plate offers the tooth socket that can be meshed with gear, and power motor is connect with gear drive.
By adopting the above technical scheme, the beneficial effect realized is the present invention: a kind of cutting steel proposed by the present invention, wood
The saw blade cutter automatically grinding equipment of material or stone material, is arranged two chain conveyors, transmits all jigs to step-by-step movement, and
Upstream end in chain conveyor is provided with feeding manipulator, which is put into single saw blade to disk in level
Circular groove in, and in the saw blade serrate wherein four sawtooth dropped in the type groove of a convex block respectively,
The subsequent disk with the saw blade by chain conveyor stepped advancement, when wherein some jig support saw blade marches to master
After above block, the output rod of hydraulic stem can jack up lifter plate, during lifter plate rises, can with stepper motor, shaft, disc with
And first vacuum pump etc. rise, main at this time piece is risen by driving, and main piece of top end face passes through under round through slot and saw blade on disk
End face contact, then the first vacuum pump work, by gas circuit general pipeline and several first hoses by the sky in all miniature suckers
Gas detaches, and since main piece rises, positioning bolt advanced by the center mounting hole carried on saw blade to its top, then due to
The active force of electric cylinders, slow speed motor and sleeve decline are gone up and down, and the state of location nut at this time is by suction tracheae quilt
It sucks, then sleeve can slowly decline together with location nut, location nut can be close to positioning bolt, slow speed motor at this time
Rotor motion it is interior in location nut so that sleeve is rotated with all suction tracheaes and location nut, and in the rotation
External screw thread on screw thread and positioning bolt cooperates, while going up and down electric cylinders and continuing to decline work, and location nut is transported on positioning bolt
Dynamic, its last lower end surface is close to the top end face of saw blade, and during top plate declines with sleeve, compressor arm outer end first is located at pre-
One end outside pressure blank pipe can take the lead in contacting a traveling plate of disk side, and due to the effect of location nut, top plate is lasting
In decline, compressor arm can squeeze in precompressed blank pipe pre-compressed spring so that compressor arm is contracted in precompressed blank pipe, as side
Support force, after nut to be positioned is connect with positioning bolt, the release of suction tracheae sucks the location nut, and passes through liter
It drops electric cylinders to rise, hydraulic stem continues through main piece and lifts the saw blade clamped by positioning bolt and positioning bolt at this time, purpose lift
It separates out in disk, is located at saw blade immediately ahead of edging disk, subsequent power motor sliding tooth wheel rotation, by U-shaped board direction
It is now in a sawtooth of the saw blade immediately ahead of edging disk and advances, in traveling, edging motor work, so that edging disk turns
It is dynamic, it realizes and works the edging in a sawtooth for saw blade, after in the sawtooth by edging, step motor control shaft stepping
Formula rotation, simultaneously, power motor drives U-shaped board reset movement, reaches evacuation purpose, so that another sawtooth of saw blade rotates
To the front of the U-shaped board, after all sawtooth edgings of the saw blade, hydraulic stem declines, and goes up and down the output end of electric cylinders
Also decline, declined all suction tracheaes with towards location nut by sleeve, and slow speed motor can make sleeve turn at this time
It is dynamic, all suction tracheaes one bothrium of face one by one is finally connected releasing the location nut and positioning bolt, the present invention
Saw blade can be conveyed automatically and saw blade is limited and carried out one by one edging, greatly improve the efficiency of processing.
Detailed description of the invention
Fig. 1 is schematic perspective view one of the invention；
Fig. 2 is schematic perspective view two of the invention；
Fig. 3 is the enlarged drawing in Fig. 2 at A；
Fig. 4 is side view of the invention；
Fig. 5 is sectional perspective structural schematic diagram one of the invention；
Fig. 6 is the enlarged drawing in Fig. 5 at B；
Fig. 7 is sectional perspective structural schematic diagram two of the invention；
Fig. 8 is the enlarged drawing in Fig. 7 at C；
Fig. 9 is sectional perspective structural schematic diagram three of the invention；
Figure 10 is the schematic perspective view of jig and saw blade；
Figure 11 is sectional perspective structural schematic diagram four of the invention；
Description of symbols: chain conveyor 1, disk 1a, round through slot 1b, circular groove 1c, convex block 1d, type groove 1k,
Traveling plate 1m, step-by-step movement are fed component 2, positioning bolt 2a, the first vacuum pump 2b, main piece of 2c, miniature sucker 2d, shaft 2e, pad
Disk 2f, gas circuit general pipeline 2h, lifter plate 3, stepper motor 3a, shaft coupling 3b, hydraulic stem 4, guide pipe 4a, extension rod 4b, internal tooth mill
Side component 5, U-shaped board 5a, edging disk 5b, edging motor 5c, power motor 5d, gear 5e, limit assembly 6, the first base 6a, slowly
Speed motor 6b, top plate 6c, precompressed blank pipe 6d, pre-compressed spring 6g, compressor arm 6p turn to slot 6t, sleeve 7, and the second vacuum pump 7a determines
Position nut 8, bothrium 8a, suction tracheae 8c go up and down electric cylinders 8d, sliding block 8f, lifting sliding rail 8q, saw blade 9.
Specific embodiment
With reference to the accompanying drawings of the specification and embodiment, specific embodiments of the present invention are described in further detail:
Referring to figs. 1 to the saw blade cutter automatically grinding equipment of a kind of cutting steel, timber or stone material shown in Figure 11, including
Symmetrically arranged two chain conveyors 1, grinding device include several direction of transfer intervals settings along chain conveyor 1 and
Step-by-step movement feed to hold the jig of saw blade 9, be arranged in two 1 middles of chain conveyor and is respectively set component 2
Internal tooth edging component 5 and limit assembly 6 above two chain conveyors 1, the both ends of all jigs respectively be symmetrical arranged
Two chain conveyors 1 connection, step-by-step movement feed component 2 include first suck component, setting sucked below component first
Stepper motor 3a and the component that lifts of rise, limit group can be synchronized to drive stepper motor 3a and first to suck component
By lifting electric cylinders 8d movable vertically the first surface for sucking component can be arranged in part 6, and the setting of internal tooth edging component 5 exists
The outside of corresponding chain conveyor 1, and component direction can also be sucked towards first by Power Component and advanced.
The jig includes disk 1a and is symmetricly set on two travelings the plate 1m, disk 1a on the periphery disk 1a by two
A traveling plate 1m is connect with the transport plane of symmetrically arranged two chain conveyors 1 respectively, is opened at the center at the top of disk 1a
Equipped with round through slot 1b, and the circle through slot 1b runs through disk 1a, is additionally provided at the top of disk 1a recessed to the circle of lower recess
Slot 1c, and the diameter of circular groove 1c is greater than round through slot 1b, and there are four along its week for setting on the inner wall of circular groove 1c
To the convex block 1d being spaced apart, offered at the top of convex block 1d to one of sawtooth in sawtooth all on support saw blade 9
Type groove 1k, step-by-step movement feed component 2, internal tooth edging component 5 and limit assembly 6 be in the middle section of chain conveyor 1, two
Chain conveyor 1 transmits all jigs to step-by-step movement, and the upstream end in chain conveyor 1 is provided with feeding machinery
Hand, which is put into single saw blade 9 to the circular groove 1c of disk 1a in level, and the institute in the saw blade 9
Serrate wherein four sawtooth are dropped to respectively in the type groove 1k of a convex block 1d, and purpose constitutes the limit to the saw blade 9,
Illustrate simultaneously, disk 1a is plastic construction, is able to deformation and limits saw blade 9.
Described first sucks the main piece of 2c that component includes positioning bolt 2a, the first vacuum pump 2b and cylindrical structure, main
Edge at the top of block 2c offers several the first through slots along its circumferentially-spaced distribution, and the first through slot runs through main piece of 2c, and first
Miniature sucker 2d is installed, positioning bolt 2a is in the top for being vertically installed at main piece of 2c, and the two is coaxial, main piece of 2c in through slot
Diameter be less than the diameter of round through slot 1b, be provided with the shaft 2e extended downward at the center of the main piece of bottom 2c, shaft 2e's
Lower semisection is arranged with disc 2f, and gas circuit general pipeline 2h is provided on disc 2f, and the first vacuum pump 2b is installed on disc 2f, and its
Suction end is connected to one end of gas circuit general pipeline 2h, and all miniature sucker 2d are total each by first hose and gas circuit respectively
Pipe 2h connection, after wherein some jig support saw blade 9 marches to above main piece of 2c, main piece of 2c can be driven by lifting component at this time
Dynamic to rise, main piece of 2c top end face passes through round through slot 1b and 9 lower end face contact of saw blade on disk 1a, then the first vacuum pump 2b
Work, the air in all miniature sucker 2d is detached, illustrate simultaneously by gas circuit general pipeline 2h and several first hoses, miniature
The absorption end of sucker 2d is flushed with main piece of 2c top end face, so after the air in miniature sucker 2d is pulled out, forms vacuum,
So that the saw blade 9 is sucked, rise due to main piece of 2c, positioning bolt 2a by the center mounting hole that is carried on saw blade 9 to its
It advances top.
The end of the shaft 2e is provided in horizontal lifter plate 3, and shaft 2e can be around own axis and liter
It drops plate 3 to connect, stepper motor 3a is installed in the bottom of lifter plate 3, and its output rotor is passed by shaft coupling 3b and shaft 2e
Dynamic connection, multiple sawtooth on 9 periphery of saw blade need edging one by one, and the purpose of stepper motor 3a is shaft through shaft coupling 3b
2e is with rotation, then by main piece of 2c and the saw blade 9 sucked by main piece of 2c with synchronous rotation so that each sawtooth be able to by
Edging.
The component that lifts includes hydraulic stem 4, and the lower section of lifter plate 3 is provided with several guide pipe 4a in distributed rectangular,
Guide pipe 4a is in that movable can be inserted with extension rod 4b, top of the extension rod 4b far from guide pipe 4a in vertical and its top
It is connect with the bottom of lifter plate 3, hydraulic stem 4 is in the middle for being vertically arranged in all guide pipe 4a, and the output rod of hydraulic stem 4 is logical
It crosses connecting plate to connect with the bottom of lifter plate 3, the output rod of hydraulic stem 4 can jack up lifter plate 3, can band in the rising of lifter plate 3
Stepper motor 3a, shaft 2e, disc 2f and the first vacuum pump 2b etc. rise, main piece of 2c and saw blade 9 are finally headed on into suspension
In the top of disk 1a, since saw blade 9 is by the jack-up power of lower section, edge sawtooth is detached from the type groove 1k in convex block 1d, simultaneously row
Be into plate 1m and disk 1a be fixedly connected with chain conveyor 1, so disk 1a will not be moved upward by saw blade 9 in upset
It shakes.
The limit assembly 6 includes the first base 6a, slow speed motor 6b and top plate 6c, and lifting electric cylinders 8d passes through the first base
6a is set to the top of chain conveyor 1, goes up and down and is provided with sliding block 8f on the output end of electric cylinders 8d, and the first base 6a is passed towards chain type
The front side of band 1 is sent to be provided with lifting sliding rail 8q, the vertical activity of the back side and lifting sliding rail 8q of sliding block 8f cooperates, and slow speed motor 6b is in
It is inversely installed in the front side of sliding block 8f, top plate 6c is installed in the lower section of slow speed motor 6b, top plate by the first base 6a in level
The front end of 6c towards internal tooth edging component 5, which offers, turns to slot 6t, turns to slot 6t through top plate 6c and is also located at slow speed motor
The rotor underface of 6b, the rear end of top plate 6c cooperate with the vertical activity of the first base 6a, and being provided in steering slot 6t can be around certainly
The sleeve 7 of body axis rotation, the top of sleeve 7 and the rotor of slow speed motor 6b are sequentially connected, and positioning bolt 2a passes through saw blade 9
When center mounting hole marches to 9 surface of saw blade, and illustrate, saw blade 9 at this time is still in disk 1a, goes up and down electric cylinders at this time
8d drives sliding block 8f to decline by lifting sliding rail 8q, and with slow speed motor 6b, while sleeve 7 with slow speed motor 6b due to connecting
It connects, then sleeve 7 is moved along the first base 6a downwards together with top plate 6c.
The bottom of the rear end the top plate 6c is provided with the precompressed blank pipe 6d extended downwards, in the end of precompressed blank pipe 6d
Movable vertically it can be inserted with compressor arm 6p by pre-compressed spring 6g, compressor arm 6p cooperates in top plate 6c decline, as under it
The stabilization guiding force of the retractable support of side, the middle section of top plate 6c can offer the escape groove being staggered with lifting sliding rail 8q.
Second vacuum pump 7a is installed, the lower section of sleeve 7 is provided with location nut 8, at location nut 8 in the sleeve 7
In the surface of positioning bolt 2a, the end of sleeve 7 is equipped at least three suction tracheae 8c along its circumferentially-spaced distribution, inhales
The suction end of material tracheae 8c is in the lower section for being vertically positioned at sleeve 7, and the top of location nut 8 offers at least three bothrium 8a, institute
There is bothrium 8a to correspond respectively with all suction tracheae 8c, location nut 8 is in the normal state down, and each suction tracheae 8c passes through
Location nut 8 is sucked and it is made to be suspended at the underface of sleeve 7 by bothrium 8a, and each suction tracheae 8c passes through one second
Hose is connected to the second vacuum pump 7a, due to going up and down the active force of electric cylinders 8d, after sleeve 7 declines, and the state of location nut 8 at this time
It is to be sucked by suction tracheae 8c, then sleeve 7 can slowly decline with location nut 8, location nut 8 can be close to positioning
Bolt 2a, the rotor motion of slow speed motor 6b at this time, so that sleeve 7 is rotated with all suction tracheae 8c and location nut 8, and
And in the rotation, internal screw thread in location nut 8 and the external screw thread on positioning bolt 2a cooperate, while going up and down under electric cylinders 8d continues
Work is dropped, and location nut 8 moves on positioning bolt 2a, and finally its lower end surface is close to the top end face of saw blade 9, and top plate 6c is with set
In 7 decline of cylinder, the outer end compressor arm 6p, that is, the one end being located at outside precompressed blank pipe 6d can take the lead in contacting the one of disk 1a side first
A traveling plate 1m, and due to the effect of location nut 8, during top plate 6c is continued to decline, compressor arm 6p can squeeze precompressed blank pipe 6d
Inherent pre-compressed spring 6g, as the support force of side, guarantees location nut so that compressor arm 6p is contracted in precompressed blank pipe 6d
8 are stabilized and positioning bolt 2a mating connection, after the two cooperates, suction of the suction tracheae 8c release to the location nut 8
Tightly, and by lifting electric cylinders 8d rise, so that saw blade 9 is able to lift rise by subsequent main piece of 2c and hydraulic stem 4.
The internal tooth edging component 5 includes the second base, the U-shaped board being installed at the top of the second base for capableing of horizontal anomalous movement
5a, the edging disk 5b being hinged in U-shaped board 5a opening and the top of U-shaped board 5a is set and to drive edging disk 5b energy
Enough edging motor 5c around own axis, opening face the first base 6a of U-shaped board 5a, location nut 8 and positioning bolt
After the cooperation of 2a positions saw blade 9, and after 9 bottom of saw blade being sucked also by miniature sucker 2d, then pass through hydraulic stem 4 again
After being carried away in disk 1a, the position of saw blade 9 is exactly in the front of edging disk 5b at this time.
The Power Component includes power motor 5d and gear 5e, and gear 5e is installed in the side of U-shaped board 5a, and U-shaped
The side of plate 5a offers the tooth socket that can be meshed with gear 5e, and power motor 5d and gear 5e are sequentially connected, power motor
5d drives gear 5e rotation, and engages tooth socket, so that U-shaped board 5a direction is now in the saw blade 9 immediately ahead of edging disk 5b
It advances in one sawtooth, in traveling, edging motor 5c work realizes the sawtooth to saw blade 9 so that edging disk 5b is rotated
Interior edging work, and offered at the top of the second base for edging disk 5b be able to by notch.
Working principle: two chain conveyors 1 transmit all jigs to step-by-step movement, and in chain conveyor 1
Upstream end has feeding manipulator, which is put into single saw blade 9 to the circular groove 1c of disk 1a in level,
And in the saw blade 9 serrate wherein four sawtooth dropped in the type groove 1k of a convex block 1d respectively, the subsequent circle
Disk 1a with the saw blade 9 by 1 stepped advancement of chain conveyor, when wherein some jig support saw blade 9 marches to main piece
After above 2c, the output rod of hydraulic stem 4 can jack up lifter plate 3, can be with stepper motor 3a, shaft in the rising of lifter plate 3
2e, disc 2f and the first vacuum pump 2b etc. rise, and main at this time piece of 2c is risen by driving, and main piece of 2c top end face passes through on disk 1a
Round through slot 1b and 9 lower end face contact of saw blade, then the first vacuum pump 2b work, pass through gas circuit general pipeline 2h and several first
Hose detaches the air in all miniature sucker 2d, rise due to main piece of 2c, and positioning bolt 2a on saw blade 9 by carrying
Center mounting hole is advanced to its top, then since the active force of lifting electric cylinders 8d, slow speed motor 6b and sleeve 7 decline, and
And the state of location nut 8 at this time is sucked by suction tracheae 8c, then sleeve 7 can delay together with location nut 8
Speed decline, location nut 8 can be close to positioning bolt 2a, the rotor motion of slow speed motor 6b at this time, so that sleeve 7 is with all suctions
Expect that tracheae 8c and location nut 8 are rotated, and in the rotation, the outer spiral shell on internal screw thread and positioning bolt 2a in location nut 8
Line cooperation, while going up and down electric cylinders 8d and continuing to decline work, location nut 8 moves on positioning bolt 2a, finally its lower end surface
Close to the top end face of saw blade 9, during top plate 6c declines with sleeve 7, the outer end compressor arm 6p first is located at outside precompressed blank pipe 6d
One end can take the lead in contacting a traveling plate 1m of disk 1a side, and due to the effect of location nut 8, top plate 6c is continued to decline
In, compressor arm 6p can squeeze in precompressed blank pipe 6d pre-compressed spring 6g make so that compressor arm 6p is contracted in precompressed blank pipe 6d
For the support force of side, after nut 8 to be positioned is connect with positioning bolt 2a, suction tracheae 8c discharges the suction to the location nut 8
Tightly, and by lifting electric cylinders 8d rise, at this time hydraulic stem 4 continue through main piece of 2c will be by positioning bolt 2a and positioning bolt 2a
The saw blade 9 of clamping lifts, and purpose is lifted away from out in disk 1a, is located at saw blade 9 immediately ahead of edging disk 5b, subsequent power electric
Machine 5d drives gear 5e rotation, and U-shaped board 5a direction is now in a sawtooth expert of the saw blade 9 immediately ahead of edging disk 5b
Into in traveling, edging motor 5c work is realized so that edging disk 5b is rotated to the edging work in a sawtooth for saw blade 9
Make, after in the sawtooth by edging, stepper motor 3a controls shaft 2e rotated stepwise, and simultaneously, power motor 5d drives U
Template 5a reset movement, reaches evacuation purpose, so that another sawtooth of saw blade 9 turns to the front of U-shaped board 5a, to the saw
After all sawtooth edgings of piece 9, hydraulic stem 4 declines, and the output end for going up and down electric cylinders 8d also declines, by sleeve 7 by institute
There is suction tracheae 8c to decline with towards location nut 8, and slow speed motor 6b can make sleeve 7 rotate at this time, by all suctions
Tracheae 8c one bothrium 8a of face one by one is finally connected releasing the location nut 8 and positioning bolt 2a.
The automatically grinding equipment of saw blade cutter proposed by the present invention, the saw blade cutter being applicable in not only include above-mentioned tool
The saw blade cutter of cutting steel, timber or stone material, applies also for aluminium alloy extrusions, plastics involved in body embodiment
The solid materials such as plastic-steel section bar, chemical rubber material, glass, high molecular material, resin are cut or are slotted the saw blade of processing
The polishing of cutter is processed.
The above described is only a preferred embodiment of the present invention, not making any limit to technical scope of the invention
System, therefore any subtle modifications, equivalent variations and modifications to the above embodiments according to the technical essence of the invention,
In the range of still falling within technical solution of the present invention.
Claims (6)
1. the saw blade cutter automatically grinding equipment of a kind of cutting steel, timber or stone material, including symmetrically arranged two chain types pass
Send band (1), it is characterised in that: further include several along the setting of the direction of transfer interval of chain conveyor (1) and to hold saw
The jig of piece (9), setting two chain conveyor (1) middles step-by-step movement feed component (2) and be separately positioned on two
Internal tooth edging component (5) and limit assembly (6) above a chain conveyor (1), the both ends of all jigs respectively with symmetrically set
Two chain conveyors (1) connection set, step-by-step movement feed component (2) suck component, setting including first and suck portion first
Stepper motor (3a) below part and it is capable of lifting for synchronous rise to drive stepper motor (3a) to suck component with first
By lifting electric cylinders (8d) movable vertically the first surface for sucking component, internal tooth can be arranged in component, limit assembly (6)
Edging component (5) is arranged in the outside of corresponding chain conveyor (1), and can also be towards first by Power Component
Suck the traveling of component direction.
2. saw blade cutter automatically grinding equipment according to claim 1, it is characterised in that: the jig includes disk (1a)
And be symmetricly set on two traveling plates (1m) on the periphery disk (1a), disk (1a) by two traveling plates (1m) respectively with it is right
Claim the transport plane connection of two chain conveyors (1) of setting, offers round through slot at the center at the top of disk (1a)
(1b), and the circle through slot (1b) runs through disk (1a), and the circular groove to lower recess is additionally provided at the top of disk (1a)
(1c), and the diameter of the circular groove (1c) is greater than round through slot (1b), on the inner wall of circular groove (1c) there are four settings
Along the convex block (1d) of its circumferentially-spaced distribution, offered at the top of convex block (1d) on support saw blade (9) in all sawtooth
The type groove (1k) of one of sawtooth.
3. saw blade cutter automatically grinding equipment according to claim 1, it is characterised in that: the limit assembly (6) includes
First base (6a), slow speed motor (6b) and top plate (6c), lifting electric cylinders (8d) are set to chain delivery by the first base (6a)
The top of band (1) goes up and down and is provided with sliding block (8f) on the output end of electric cylinders (8d), and the first base (6a) is towards chain conveyor
(1) it is provided on front side of lifting sliding rail (8q), the vertical activity of the back side and lifting sliding rail (8q) of sliding block (8f) cooperates, slow speed motor
(6b) in being inversely installed in the front side of sliding block (8f), top plate (6c) is installed in slow speed motor in level by the first base (6a)
The lower section of (6b), the front end of top plate (6c) towards internal tooth edging component (5), which offers, turns to slot (6t), turns to slot (6t) through top
Plate (6c) and the rotor underface for being also located at slow speed motor (6b), the rear end of top plate (6c) and the first base (6a) vertical activity
Cooperation, turning to slot (6t) interior be provided with can be around the sleeve (7) of own axis, the top of sleeve (7) and slow speed motor
The rotor of (6b) is sequentially connected.
4. saw blade cutter automatically grinding equipment according to claim 3, it is characterised in that: the bottom of top plate (6c) rear end
Portion is provided with the precompressed blank pipe (6d) extended downwards, can be erected in the end of precompressed blank pipe (6d) by pre-compressed spring (6g)
It is directly movable to be inserted with compressor arm (6p).
5. saw blade cutter automatically grinding equipment according to claim 3, it is characterised in that: the internal tooth edging component (5)
Including the second base, the U-shaped board (5a) being installed at the top of the second base of being capable of horizontal anomalous movement, it is hinged on U-shaped board (5a) opening
Interior edging disk (5b) and setting U-shaped board (5a) top and to drive edging disk (5b) that can turn around own axes
Dynamic edging motor (5c), the first base of opening face (6a) of U-shaped board (5a).
6. saw blade cutter automatically grinding equipment according to claim 5, it is characterised in that: the Power Component includes power
Motor (5d) and gear (5e), gear (5e) is installed in the side of U-shaped board (5a), and the side of U-shaped board (5a) offers energy
Enough tooth sockets being meshed with gear (5e), power motor (5d) and gear (5e) are sequentially connected.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810561559.XA CN108746854B (en) | 2018-06-04 | 2018-06-04 | Cut the saw blade cutter automatically grinding equipment of steel, timber or stone material |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201810561559.XA CN108746854B (en) | 2018-06-04 | 2018-06-04 | Cut the saw blade cutter automatically grinding equipment of steel, timber or stone material |
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| CN108746854A CN108746854A (en) | 2018-11-06 |
| CN108746854B true CN108746854B (en) | 2019-09-17 |
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| CN201810561559.XA Active CN108746854B (en) | 2018-06-04 | 2018-06-04 | Cut the saw blade cutter automatically grinding equipment of steel, timber or stone material |
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Families Citing this family (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109434199A (en) * | 2018-12-26 | 2019-03-08 | 湖北攀峰钻石科技有限公司 | A kind of diamond saw blade sander |
| CN109894913B (en) * | 2019-04-30 | 2024-04-30 | 北部湾大学 | Be used for ceramic engraving processing transport mechanism |
| CN110524353B (en) * | 2019-09-20 | 2021-08-27 | 惠州市高元利五金制品有限公司 | Edging device is used in production of stainless steel foundry goods |
| CN111906201A (en) * | 2020-07-15 | 2020-11-10 | 马夏倩 | One-step forming equipment for stainless steel filter screen of cup |
| CN111906619B (en) * | 2020-07-22 | 2022-06-07 | 安琪 | Saw bit material feeding unit that polishes |
| CN113102798B (en) * | 2021-04-19 | 2022-09-09 | 吉林大华机械制造有限公司 | Machining device for automobile products |
Family Cites Families (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2659612Y (en) * | 2003-11-28 | 2004-12-01 | 吴树辉 | Automatic toothing machine for alloyed steel circular saw web |
| CA2458340A1 (en) * | 2004-02-23 | 2005-08-23 | Michel Letendre | Indexing device for performing operational tasks on a tool element |
| CN106624163A (en) * | 2016-12-19 | 2017-05-10 | 黄建财 | Saw blade processing device |
| CN107627185A (en) * | 2017-09-14 | 2018-01-26 | 安吉圆磨机械科技有限公司 | A kind of double bistrique double-workbench vertical shaft buck surface grinding machines |
| CN108080958A (en) * | 2017-12-13 | 2018-05-29 | 浙江工业大学奉化智慧经济研究院 | A kind of burr remover of flange full-automatic drilling machine |
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Effective date of registration: 20190827 Address after: 221222 Group 8 of Taoyuan Village, Taoyuan Town, Suining County, Xuzhou City, Jiangsu Province Applicant after: Xuzhou Guangtou Qiang Wood Industry Co., Ltd. Address before: 610041 No. 69 Tianfu Third Street, Chengdu High-tech Zone, Sichuan Province Applicant before: Chengdu constant force reaches Science and Technology Ltd. |
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