CN108582201A - A kind of safe bench saw based on electromagnetic principle - Google Patents
A kind of safe bench saw based on electromagnetic principle Download PDFInfo
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- CN108582201A CN108582201A CN201810604619.1A CN201810604619A CN108582201A CN 108582201 A CN108582201 A CN 108582201A CN 201810604619 A CN201810604619 A CN 201810604619A CN 108582201 A CN108582201 A CN 108582201A
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- block
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- ring
- flywheel
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B26—HAND CUTTING TOOLS; CUTTING; SEVERING
- B26D—CUTTING; DETAILS COMMON TO MACHINES FOR PERFORATING, PUNCHING, CUTTING-OUT, STAMPING-OUT OR SEVERING
- B26D1/00—Cutting through work characterised by the nature or movement of the cutting member or particular materials not otherwise provided for; Apparatus or machines therefor; Cutting members therefor
- B26D1/01—Cutting through work characterised by the nature or movement of the cutting member or particular materials not otherwise provided for; Apparatus or machines therefor; Cutting members therefor involving a cutting member which does not travel with the work
- B26D1/12—Cutting through work characterised by the nature or movement of the cutting member or particular materials not otherwise provided for; Apparatus or machines therefor; Cutting members therefor involving a cutting member which does not travel with the work having a cutting member moving about an axis
- B26D1/14—Cutting through work characterised by the nature or movement of the cutting member or particular materials not otherwise provided for; Apparatus or machines therefor; Cutting members therefor involving a cutting member which does not travel with the work having a cutting member moving about an axis with a circular cutting member, e.g. disc cutter
- B26D1/143—Cutting through work characterised by the nature or movement of the cutting member or particular materials not otherwise provided for; Apparatus or machines therefor; Cutting members therefor involving a cutting member which does not travel with the work having a cutting member moving about an axis with a circular cutting member, e.g. disc cutter rotating about a stationary axis
- B26D1/15—Cutting through work characterised by the nature or movement of the cutting member or particular materials not otherwise provided for; Apparatus or machines therefor; Cutting members therefor involving a cutting member which does not travel with the work having a cutting member moving about an axis with a circular cutting member, e.g. disc cutter rotating about a stationary axis with vertical cutting member
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B26—HAND CUTTING TOOLS; CUTTING; SEVERING
- B26D—CUTTING; DETAILS COMMON TO MACHINES FOR PERFORATING, PUNCHING, CUTTING-OUT, STAMPING-OUT OR SEVERING
- B26D5/00—Arrangements for operating and controlling machines or devices for cutting, cutting-out, stamping-out, punching, perforating, or severing by means other than cutting
- B26D5/08—Means for actuating the cutting member to effect the cut
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B26—HAND CUTTING TOOLS; CUTTING; SEVERING
- B26D—CUTTING; DETAILS COMMON TO MACHINES FOR PERFORATING, PUNCHING, CUTTING-OUT, STAMPING-OUT OR SEVERING
- B26D7/00—Details of apparatus for cutting, cutting-out, stamping-out, punching, perforating, or severing by means other than cutting
- B26D7/22—Safety devices specially adapted for cutting machines
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- Life Sciences & Earth Sciences (AREA)
- Forests & Forestry (AREA)
- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Sawing (AREA)
Abstract
The invention belongs to bench saw technical fields, more particularly to a kind of safe bench saw based on electromagnetic principle, it includes bench saw shell, the first arc-shaped guide rail of ring-like saw blade, the first driven wheel, arc-shaped limit plate, flywheel, Transmission gear, driving wheel etc., wherein user is because when burst surprisingly touches high-speed rotating ring-like saw blade, motor is stopped, and coil moment is powered；Under electromagnetic induction effect, ladder-block moment is inserted into ladder type notch, and then flywheel drives arc-shaped limit plate to do arcuate movement, and the sawtooth of the latch on final arc-shaped limit plate and ring-like saw blade limits, and ring-like saw blade moment stops, and protects the safety of user；During ring-like saw blade moves down, ring-like saw blade is limited by arc-shaped limit plate always, more improves safety.During other first driven wheel moves down, the first belt can gradually fluff, and avoid the first driven wheel after transmission still so that the possibility of annular blade rotation, more protects the safety of user.
Description
Technical field
The invention belongs to bench saw technical field more particularly to a kind of safe bench saws based on electromagnetic principle.
Background technology
At present for traditional bench saw, user needs carefully to cut cut material using bench saw；But it is using
The case where cut wound hand can occur during person's use or because of accident.It is cut because of unexpected in order to avoid user
Hinder, it is for protection user to have a kind of special design of hot dog saw in present technology, and the saw blade of hot dog saw is happening suddenly
In the case of can be stopped with the extremely short time, and then avoid user by cut wound；The saw blade of traditional hot dog saw is extremely short
It is to be utilized what the instantaneous explosion of gunpowder was completed to stop in time, gunpowder explosion with need after finishing to dismantle machine again into
Luggage fills out gunpowder to ensure the normal use of hot dog saw；In order to avoid this complicated machine of dismantling carries out filling gunpowder again
Process so needing to design a kind of instantaneous explosion impact not needing gunpowder, and can also ensure the peace that saw blade stops rotating moment
Full court is sawed.
The present invention designs a kind of safety board sawing based on electromagnetic principle and determines problem as above.
Invention content
To solve drawbacks described above in the prior art, the present invention discloses a kind of safe bench saw based on electromagnetic principle, it is
It is realized using following technical scheme.
A kind of safe bench saw based on electromagnetic principle, it is characterised in that：It includes a kind of safety board based on electromagnetic principle
Saw, it is characterised in that：It includes bench saw shell, ring-like saw blade, mechanism chamber, fixed plate, the first arc-shaped guide rail, the first driven wheel, arc
Shape limiting plate, flywheel, Transmission gear, the second driven wheel, motor, driving wheel, the second arc-shaped guide rail, the second guide block, the second belt,
First belt, the second axis, the first guide block, the first spring, limited block, limit spring, square type cylinder, square hole, first axle, wedge angle are oblique
Face, third axis, drive shaft, ladder type notch, ladder-block, magnetic block, third spring, link block, second spring, sliding groove, wobble plate；
There is mechanism chamber wherein in bench saw shell；First arc-shaped guide rail is mounted on by fixed plate on the bottom surface of mechanism chamber；First guide block is pacified
In the first arc-shaped guide rail；One end of first spring is mounted on the first guide block, and the other end is mounted on the first arc-shaped guide rail
On medial surface；First spring is located in the first arc-shaped guide rail；First guide block is by the first spring slide in the first arc-shaped guide rail；
One end of first axle is equipped with the first driven wheel, and the other end passes through the first guide block and is equipped with wobble plate；Ring-like saw blade is mounted on the
On the periphery of one axis, and ring-like saw blade is between the first guide block and wobble plate；Annular blade passes through the epivalve of bench saw shell；The
It is provided with square hole on the inner arc side of one arc-shaped guide rail；Square type cylinder is mounted in square hole；Limited block is mounted in square type cylinder；Limit
One end of spring is mounted on limited block, and the other end is mounted on the bottom surface of square type cylinder；Limit spring is located in square type cylinder；Limit
Block is slided on by limit spring in square type cylinder；The one end of limited block far from limit spring has wedge angle inclined-plane；Wedge angle inclined-plane with
First guide block matches.
Motor is mounted on the side of mechanism chamber；One end of drive shaft is connected with motor shaft, and the other end is equipped with driving
Wheel；Second driven wheel is mounted on by third axis on the side of mechanism chamber；The mechanism chamber side of third axis is installed and is equipped with
The mechanism chamber side of motor is opposite；First driven wheel and the second driven wheel are respectively positioned on the upside of driving wheel；Second driven wheel is separate
There is grinding tooth on one end periphery of third axis；One end of second axis is mounted on the side of mechanism chamber, and the other end is equipped with biography
Pass gear；Transmission gear is located at the upside of the second driven wheel；The mechanism chamber side of second axis is installed and the machine of motor is installed
Structure chamber side is identical；Transmission gear is meshed with the grinding tooth on the second driven wheel；One end that wobble plate is not connected with first axle is mounted on
On the periphery of second axis；Wobble plate is located between Transmission gear and the mechanism chamber side for being equipped with the second axis；Flywheel is mounted on the
On the periphery of two axis；Flywheel is between wobble plate and Transmission gear；It is equably provided with along circumferential direction in the outer circle of flywheel more
A ladder type notch；First belt is installed on the periphery of driving wheel one end, the second belt is installed on other end periphery；First
One end that belt is not installed at driving wheel is mounted on the first driven wheel periphery；Second belt is not installed at one end of driving wheel
It is connected on one end periphery of third axis mounted on the second driven wheel.
Second arc-shaped guide rail is mounted on wobble plate on the side of flywheel；Second arc-shaped guide rail is located at flywheel and ring-like saw blade
Between；Second guide block is mounted in the second arc-shaped guide rail；One end of second spring is mounted on the second guide block, and the other end is mounted on
On the medial surface of second arc-shaped guide rail；Second spring is located in the second arc-shaped guide rail；Second guide block is slided on by second spring
In second arc-shaped guide rail；One end of link block is mounted on the second guide block, and the other end is equipped with arc-shaped limit plate；Arc-shaped limit plate
It is provided with sliding groove on the arcwall face of flywheel；Magnetic block is mounted in sliding groove；One end of third spring is mounted on magnetic block
On, the other end is mounted on the bottom surface of sliding groove；Third spring is located in sliding groove；One end peace of the magnetic block far from third spring
Equipped with ladder-block；Ladder-block is matched with the ladder type notch on flywheel.
There is sawtooth on above-mentioned ring-like saw blade；Arc-shaped limit plate has been evenly distributed card on the arcwall face of ring-like saw blade
Tooth；Latch on arc-shaped limit plate is matched with the sawtooth of ring-like saw blade.
Multigroup coil is equably installed on the inner groove surface of above-mentioned sliding groove；Coil on sliding groove matches with magnetic block
It closes.
As being further improved for this technology, above-mentioned first spring is compressed spring.
As being further improved for this technology, when the first spring is uncompressed, the first guide block is located at the first arc-shaped guide rail
Top.
As being further improved for this technology, when the first spring is uncompressed, limited block has the one end on wedge angle inclined-plane
It does not enter in square type cylinder, and the first guide block is in contact with wedge angle inclined-plane.
As being further improved for this technology, above-mentioned second spring is extension spring.
As being further improved for this technology, when second spring is not stretched, the second guide block is located at the second arc-shaped guide rail
Centre position.
As being further improved for this technology, the central point where above-mentioned second arc-shaped guide rail is mutually be overlapped with the axle center of flywheel
It closes.
As being further improved for this technology, the central point where above-mentioned first arc-shaped guide rail is mutually be overlapped with the axle center of flywheel
It closes.
The design that the axle center of central point and flywheel in the present invention where the second arc-shaped guide rail coincides is, the second guide block
When being slided in the second arc-shaped guide rail, arcuate movement is done in the axle center that the second guide block can surround flywheel, and then the second guide block can be with
Arc-shaped limit plate is driven to do arcuate movement around the axle center of flywheel through link block, finally when arc-shaped limit plate does arcuate movement,
Arc-shaped limit plate can generate limit cooperation with ring-like saw blade.Second spring can be such that the movement of the second guide block resets.
Motor drives driving wheel rotation by drive shaft；Driving wheel drives the rotation of the first driven wheel through the first belt；First
Driven wheel is rotated through the ring-like saw blade of first axle band；First axle is fixed by the first guide block and first axle can be around the axis of first axle
Rotation.First spring can be such that the movement of the first guide block resets.Motor drives driving wheel rotation by drive shaft；Driving wheel is through second
Belt drives the rotation of the second driven wheel；Second driven wheel drives the rotation of the second axis through Transmission gear；Second axis is fixed and second
The axis that axis can surround the second axis rotates.Second axis can drive flywheel to rotate.
Wedge angle inclined-plane on limited block is with the matched effect of the first guide block：On the one hand, when the first spring is uncompressed
When, there is limited block the one end on wedge angle inclined-plane not enter in square type cylinder, and the first guide block is in contact with wedge angle inclined-plane, and such the
One guide block can be limited in the case of not by external force under the double action on the first spring and wedge angle inclined-plane；On the other hand,
First guide block is moved down along the first arc-shaped guide rail to be needed to meet, and external force is oblique more than the resistance of the first spring and limited block wedge angle
The limit power in face could make the first guide block move down.Such design is, preferably limits the first guide block.
Coil on sliding groove is with the matched effect of magnetic block：After coil is powered, under the action of electromagnetic induction,
Magnetic block can be moved to the direction far from third spring；Ladder-block follows magnetic block to move.Third spring can be such that magnetic block moves
It is dynamic to reset.
Ladder-block is with the matched effect of ladder type notch on flywheel：It is moved to the direction far from third spring in ladder-block
When dynamic, ladder-block can be inserted into corresponding ladder type notch, and then flywheel can drive arc-shaped limit through ladder-block and magnetic block
Plate does arcuate movement around the axle center of flywheel；Arc-shaped limit plate can drive the second guide block to separate second spring through link block
It moves in direction.In addition the design of ladder-block and ladder type notch is advantageous in that, when magnetic block occurs moving by a small margin under electromagnetic induction
When dynamic, ladder-block can still enter in ladder type notch, and only ladder-block can not be completely into in ladder type notch；Due to ladder
Type block and ladder type notch are ladder type design, and the inclined-plane of ladder type incision can thus be allow to squeeze the inclined-plane of ladder-block,
Under the action of inclined-plane, ladder-block can be completely expressed in ladder type notch；It can thus generate in magnetic block and move by a small margin
When dynamic, magnetic block can drive ladder-block to enter in ladder type notch, and then ladder-block will not be easily detached from from ladder type notch,
And under the action of ladder type inclined-plane, ladder-block can be completely expressed in ladder type notch, and final flywheel drives ladder-block completely
Movement.Also since ladder-block and ladder type notch belong to trapezoidal-structure meshing relation, so flywheel drives ladder-block movement can more
The stabilization added.Third spring can be such that magnetic block movement resets.
There is sawtooth, arc-shaped limit plate to be evenly distributed latch on the arcwall face of ring-like saw blade on ring-like saw blade,
The matched effect of the sawtooth of latch on arc-shaped limit plate and ring-like saw blade is：When arc-shaped limit plate is done around the axle center of flywheel
During arcuate movement, arc-shaped limit plate can be there are one upward moving process, and during arc-shaped limit plate moves up, arc
Shape limiting plate can be increasingly closer to ring-like saw blade；After engagement on latch and the ring-like saw blade on arc-shaped limit plate, arc
Shape limiting plate limits ring-like saw blade.
Magnetic block and ladder-block are much smaller for flywheel and ring-like saw blade in the present invention, thus in coil wink
Between be powered after, under electromagnetic induction effect, the much smaller magnetic block of quality can generate larger movement with moment, so that ladder type
Block generates cooperation with corresponding ladder type notch.But when utilizing electromagnetic induction principle so that ladder-block is directly produced with ring-like saw blade
Raw limit is designed with many flaws.For example, when weaker due to electromagnetic induction, ladder-block moment produces position by a small margin
It moves, but displacement by a small margin generates limit insufficient for ladder-block and ring-like saw blade, and then lose protection user's
Effect；In addition, in order to ensure that ladder-block can have significantly displacement, then just the quality of ladder-block is relatively made to become smaller, it can
It is that the small ladder-block of quality is not easy to generate rigid limit with the big ring-like saw blade of quality again, so this is a pair of very contradictory
Relationship.In order to avoid this pair of of contradictory relation, so introducing the design of flywheel in the present invention, such flywheel can be by small and exquisite
The movement of flexible magnetic block and ladder-block so that flywheel generates connection relation with arc-shaped limit plate, and such flywheel can incite somebody to action
The large energy of the storage of itself passes to arc-shaped limit plate, and then arc-shaped limit plate can obtain large energy, and can be with
Larger displacement is generated with flywheel, such arc-shaped limit plate just preferably generates limit with ring-like saw blade.
The axle center of central point and flywheel in the present invention where the first arc-shaped guide rail coincides, and wobble plate one end is mounted on first
On axis, the other end is mounted on the second axis, and the design that the second arc-shaped guide rail is mounted in wobble plate is, when ring-like saw blade is to moving down
In dynamic process, ring-like saw blade and the first guide block can be moved down along the first arc-shaped guide rail, and ring-like saw blade and first is led
The movement locus of block is to do arcuate movement around the axle center of this flywheel；In order to can guarantee that ring-like saw blade is moving down process
In, arc-shaped limit plate remains spacing relation with ring-like saw blade, so must assure that arc-shaped limit plate is generated with ring-like saw blade
Relative position after limit remains constant.Wobble plate in the present invention can surround the axle center of flywheel under the drive of first axle
Rotation, then the second arc-shaped guide rail can follow wobble plate around flywheel axle center rotate, can thus make arc-shaped limit plate with
It is rotated around the axle center of flywheel with the second guide block in the second arc-shaped guide rail, finally can be achieved with arc-shaped limit plate and ring-like saw blade
It generates the relative position after limit and remains constant.
When bench saw works normally, when the first spring is uncompressed, the first guide block is located at the top of the first arc-shaped guide rail；Limit
There is position block the one end on wedge angle inclined-plane not enter in square type cylinder, and the first guide block is in contact with wedge angle inclined-plane；Ladder-block not into
Enter into ladder type notch；When second spring is not stretched, the second guide block is located at the centre position of the second arc-shaped guide rail.Motor is through driving
Moving axis, driving wheel, the first belt, the first driven wheel drive first axle rotation, first axle to drive ring-like saw blade rotation；Motor is through driving
Moving axis, driving wheel, the second belt, the second driven wheel, Transmission gear drive the rotation of the second axis；Second axis drives flywheel rotation, flies
Wheel rotation energy storage；The direction of rotation of flywheel is opposite with the direction of rotation of ring-like saw blade.
When the hand of user touches annular blade in a flash, the relatively large capacitance of inside of human body will change telecommunications
Number, electric signal is passed to controller by identifier, after controller analyzes electric signal, is then controlled motor and is stopped.After motor stops,
Driving wheel stops rotating, but under ring-like saw blade and the rotatory inertia of first axle, annular blade will not immediately stop rotating.
Controller controls motor while stop, and controller moment gives coil to be powered, and under electromagnetic induction, magnetic block moment is to far from the
The direction of three springs is moved, and third spring is stretched；Ladder-block moment is inserted into the corresponding ladder type notch of flywheel；It is cut in ladder type
Mouthful and the ramp effect of ladder-block under, ladder-block moment is completely into in ladder type notch；In the case where the rotation of flywheel drives, ladder type
Block drives arc-shaped limit plate to do arcuate movement around the axle center of flywheel through magnetic block, and arc-shaped limit plate moves up；Arc limits
Position plate drives the second guide block to be moved to the direction far from second spring along the second arc-shaped guide rail through link block, and second spring is drawn
It stretches；And arc-shaped limit plate move up during, the latch on arc-shaped limit plate and the engagement on ring-like saw blade, arc
Limiting plate limits ring-like saw blade, arc-shaped limit plate moment stop motion, and then flywheel also moment stop motion.Ring-like saw at this time
Piece moment stops rotating, and then in the case where the angular momentum of ring-like saw blade drives, ring-like saw blade can there are one return to becoming in mechanism chamber
Gesture；Since the moment driving force of angular momentum offer at this time is more than the limit power of the resistance and limited block wedge angle inclined-plane of the first spring,
So ring-like saw blade drives the first guide block to be moved down along the first arc-shaped guide rail through first axle, the first spring is compressed；First
Guide block squeezes wedge angle inclined-plane, then there is limited block the one end on wedge angle inclined-plane to be extruded in square type cylinder, limit spring is compressed；
During the first guide block moves down, the first guide block drives wobble plate to be rotated around the axle center of flywheel through first axle, and then arc
The relative position that limiting plate is generated with ring-like saw blade after limit remains constant, finally during ring-like saw blade moves down
Always limited by arc-shaped limit plate, it is therefore prevented that ring-like saw blade move down during rotation.It was moved down in the first guide block
Cheng Zhong, the first guide block drive the first driven wheel to move down through first axle；During the first driven wheel moves down, first from
Driving wheel will be gradually reduced to the distance between driving wheel, and then the first belt would be at relaxed state, be avoided and be lost in motor
Still drive the rotation of the first driven wheel through driving wheel and the first belt under control, so avoid the first driven wheel after transmission according to
So so that the possibility of annular blade rotation, more protects the safety of user.The present invention is made using the moment of electromagnetic induction
It can firmly make ladder-block moment enter in corresponding ladder type notch, and flywheel and arc-shaped limit plate can be generated connection
Relationship, and then flywheel gives the energy transmission of storage to arc-shaped limit plate, flywheel driven after connection arc-shaped limit plate generate compared with
Big displacement, such arc-shaped limit plate just preferably generate limit with ring-like saw blade, finally so that ring-like saw blade moment stops, protection
The safety of user.In addition, making the time of the limit of ring-like saw blade extremely short using electromagnetic induction principle, matches in excellence or beauty and pacify in tradition
Full court saw utilizes the instant impact of gunpowder explosion；Simultaneously conventional security bench saw is also avoided using the design of electromagnetic induction principle
The middle complicated process dismantled machine and carry out filling gunpowder again, substantially increases the working efficiency of bench saw.
After the stopping of ring-like saw blade moves downward, under the reset force of the first spring, the first guide block is restored to home position,
And then the first guide block drives the first driven wheel and ring-like saw blade to be restored to home position through first axle；First belt is again by rubbish
Tightly；Under the reset response of third spring, magnetic block and ladder-block are restored to home position；In the reset response of limit spring
Under, limited block is restored to home position.After equal bench saws are completely recovered to normal condition, user makes again by motor is started
It obtains ring-like saw blade and continues rotary work.
Relative to traditional bench saw technology, user in the present invention touches high-speed rotating ring-like saw because burst is unexpected
When piece, motor is stopped, and coil moment is powered；Under electromagnetic induction effect, ladder-block moment is inserted into corresponding ladder type notch
In, so flywheel drive arc-shaped limit plate do arcuate movement around flywheel axle center, the latch on final arc-shaped limit plate with it is ring-like
The sawtooth of saw blade limits, and ring-like saw blade moment stops, and protects the safety of user；During ring-like saw blade moves down,
Ring-like saw blade is limited by arc-shaped limit plate always, more improves safety.During other first driven wheel moves down, the first skin
Band can gradually fluff, and avoid the first driven wheel after transmission still so that the possibility of annular blade rotation, is more protected
The safety of user.The configuration of the present invention is simple has preferable safety and using effect.
Description of the drawings
Fig. 1 is bench saw overall schematic.
Fig. 2 is bench saw integral perspective schematic diagram.
Fig. 3 is bench saw entirety section (one) schematic diagram.
Fig. 4 is bench saw entirety section (two) schematic diagram.
Fig. 5 is bench saw entirety section (three) schematic elevation view.
Fig. 6 is bench saw internal mechanism schematic diagram.
Fig. 7 is the first guide block installation section schematic elevation view.
Fig. 8 is ring-like saw blade scheme of installation.
Fig. 9 is the first arc-shaped guide rail structural schematic diagram.
Figure 10 is standoff features schematic diagram.
Figure 11 is square type barrel structure schematic diagram.
Figure 12 is the first belt and the second belt scheme of installation.
Figure 13 is Transmission gear and the second driven wheel mesh schematic representation.
Figure 14 is that ladder-block matches schematic diagram with ladder type notch.
Figure 15 is the second arc-shaped guide rail scheme of installation.
Figure 16 is magnetic block installation diagrammatic cross-section.
Figure 17 is arc-shaped limit plate structure schematic diagram.
Figure 18 is ladder-block scheme of installation.
Figure label title：1, bench saw shell；2, ring-like saw blade；3, mechanism chamber；4, fixed plate；5, the first arc-shaped guide rail；6、
First driven wheel；7, arc-shaped limit plate；8, flywheel；9, Transmission gear；10, the second driven wheel；12, motor；13, driving wheel；14、
Second arc-shaped guide rail；15, the second guide block；16, the second belt；17, the first belt；18, the second axis；19, the first guide block；20,
One spring；21, limited block；22, limit spring；23, square type cylinder；24, square hole；25, first axle；26, inclined-plane；27, third axis；
28, drive shaft；30, ladder type notch；31, ladder-block；32, magnetic block；33, third spring；34, link block；35, second spring；
36, sliding groove；40, wobble plate.
Specific implementation mode
As shown in Figure 1, 2, it includes a kind of safe bench saw based on electromagnetic principle, it is characterised in that：It includes bench saw shell
1, ring-like saw blade 2, mechanism chamber 3, fixed plate 4, the first arc-shaped guide rail 5, the first driven wheel 6, arc-shaped limit plate 7, flywheel 8, transmission
Gear 9, the second driven wheel 10, motor 12, driving wheel 13, the second arc-shaped guide rail 14, the second guide block 15, the second belt 16, first
Belt 17, the second axis 18, the first guide block 19, the first spring 20, limited block 21, limit spring 22, square type cylinder 23, square hole 24,
One axis 25, wedge angle inclined-plane 26, third axis 27, drive shaft 28, ladder type notch 30, ladder-block 31, magnetic block 32, third spring 33,
Link block 34, second spring 35, sliding groove 36, wobble plate 40；As shown in figure 3, having mechanism chamber 3 wherein in bench saw shell 1；First arc
Shape guide rail 5 is mounted on by fixed plate 4 on the bottom surface of mechanism chamber 3；As shown in Figure 7,8, the first guide block 19 is mounted on the first arc
In guide rail 5；One end of first spring 20 is mounted on the first guide block 19, and the other end is mounted on the medial surface of the first arc-shaped guide rail 5
On；First spring 20 is located in the first arc-shaped guide rail 5；First guide block 19 slides on the first arc-shaped guide rail 5 by the first spring 20
In；One end of first axle 25 is equipped with the first driven wheel 6, and the other end passes through the first guide block 19 and is equipped with wobble plate 40；Ring-like saw
Piece 2 is mounted on the periphery of first axle 25, and ring-like saw blade 2 is between the first guide block 19 and wobble plate 40；Annular blade is worn
Cross the epivalve of bench saw shell 1；As shown in figure 9, being provided with square hole 24 on the inner arc side of the first arc-shaped guide rail 5；As Fig. 7,10,
Shown in 11, square type cylinder 23 is mounted in square hole 24；Limited block 21 is mounted in square type cylinder 23；One end of limit spring 22 is mounted on
On limited block 21, the other end is mounted on the bottom surface of square type cylinder 23；Limit spring 22 is located in square type cylinder 23；Limited block 21 passes through
Limit spring 22 slides in square type cylinder 23；The one end of limited block 21 far from limit spring 22 has wedge angle inclined-plane 26；Wedge angle is oblique
Face 26 is matched with the first guide block 19.
As shown in figure 4, motor 12 is mounted on the side of mechanism chamber 3；As shown in figure 12, one end of drive shaft 28 and motor
12 axis are connected, and the other end is equipped with driving wheel 13；As shown in Fig. 3,5, the second driven wheel 10 is mounted on machine by third axis 27
On the side of structure chamber 3；3 side of mechanism chamber for being equipped with third axis 27 is opposite with 3 side of mechanism chamber of motor 12 is equipped with；First
Driven wheel 6 and the second driven wheel 10 are respectively positioned on the upside of driving wheel 13；One end outer circle of second driven wheel 10 far from third axis 27
There is grinding tooth on face；As shown in Fig. 5,13, one end of the second axis 18 is mounted on the side of mechanism chamber 3, and the other end is equipped with biography
Pass gear 9；Transmission gear 9 is located at the upside of the second driven wheel 10；3 side of mechanism chamber of second axis 18 is installed and electricity is installed
3 side of mechanism chamber of machine 12 is identical；Transmission gear 9 is meshed with the grinding tooth on the second driven wheel 10；Wobble plate 40 not connected first
One end of axis 25 is mounted on the periphery of the second axis 18；Wobble plate 40 is located at Transmission gear 9 and is equipped with the mechanism of the second axis 18
Between 3 side of chamber；Flywheel 8 is mounted on the periphery of the second axis 18；Flywheel 8 is between wobble plate 40 and Transmission gear 9；Flywheel
Multiple ladder type notch 30 are equably provided in 8 outer circle along circumferential direction；As shown in figure 12, pacify on 13 one end periphery of driving wheel
Equipped with the first belt 17, the second belt 16 is installed on other end periphery；First belt 17 is not installed at the one of driving wheel 13
End is mounted on 6 periphery of the first driven wheel；One end that second belt 16 is not installed at driving wheel 13 is mounted on the second driven wheel
10 are connected on one end periphery of third axis 27.
As shown in Fig. 4,15, the second arc-shaped guide rail 14 is mounted on wobble plate 40 on the side of flywheel 8；Second arc-shaped guide rail
14 between flywheel 8 and ring-like saw blade 2；As shown in Figure 15,16, the second guide block 15 is mounted in the second arc-shaped guide rail 14；The
One end of two springs 35 is mounted on the second guide block 15, and the other end is mounted on the medial surface of the second arc-shaped guide rail 14；Second bullet
Spring 35 is located in the second arc-shaped guide rail 14；Second guide block 15 is slided on by second spring 35 in the second arc-shaped guide rail 14；Connection
One end of block 34 is mounted on the second guide block 15, and the other end is equipped with arc-shaped limit plate 7；As shown in figure 17, arc-shaped limit plate 7 leans on
It is provided with sliding groove 36 on the arcwall face of nearly flywheel 8；As shown in Figure 16,18, magnetic block 32 is mounted in sliding groove 36；Third spring
33 one end is mounted on magnetic block 32, and the other end is mounted on the bottom surface of sliding groove 36；Third spring 33 is located at sliding groove 36
In；The one end of magnetic block 32 far from third spring 33 is equipped with ladder-block 31；As shown in figure 14, on ladder-block 31 and flywheel 8
Ladder type notch 30 matches.
As shown in fig. 6, having sawtooth on above-mentioned ring-like saw blade 2；Arc-shaped limit plate 7 is on the arcwall face of ring-like saw blade 2
It has been evenly distributed latch；Latch on arc-shaped limit plate 7 is matched with the sawtooth of ring-like saw blade 2.
As shown in figure 16, multigroup coil is equably installed on the inner groove surface of above-mentioned sliding groove 36；Line on sliding groove 36
Circle is matched with magnetic block 32.
Above-mentioned first spring 20 is compressed spring.
As shown in fig. 7, when the first spring 20 is uncompressed, the first guide block 19 is located at the top of the first arc-shaped guide rail 5.
As shown in fig. 7, when the first spring 20 is uncompressed, there is limited block 21 one end on wedge angle inclined-plane 26 not enter
In square type cylinder 23, and the first guide block 19 is in contact with wedge angle inclined-plane 26.
Above-mentioned second spring 35 is extension spring.
As shown in figure 15, when second spring 35 is not stretched, the second guide block 15 is located at the centre of the second arc-shaped guide rail 14
Position.
As shown in figure 14, the axle center of the central point and flywheel 8 where above-mentioned second arc-shaped guide rail 14 coincides.
As shown in figure 3, being further improved as this technology, the central point where above-mentioned first arc-shaped guide rail 5 and flywheel 8
Axle center coincide.
The design that the axle center of central point and flywheel 8 in the present invention where the second arc-shaped guide rail 14 coincides is, second
When guide block 15 slides in the second arc-shaped guide rail 14, arcuate movement, Jin Er are in the axle center that the second guide block 15 can surround flywheel 8
Two guide blocks 15 can drive arc-shaped limit plate 7 to do arcuate movement around the axle center of flywheel 8 through link block 34, finally in arc-shaped limit
When plate 7 does arcuate movement, arc-shaped limit plate 7 can generate limit cooperation with ring-like saw blade 2.Second spring 35 can make second to lead
The movement of block 15 resets.
Motor 12 drives driving wheel 13 to rotate by drive shaft 28；Driving wheel 13 drives the first driven wheel through the first belt 17
6 rotations；First driven wheel 6 is rotated through first axle 25 with ring-like saw blade 2；First axle 25 is fixed and first axle 25 by the first guide block 19
The axis that first axle 25 can be surrounded rotates.First spring 20 can be such that the movement of the first guide block 19 resets.Motor 12 passes through driving
Axis 28 drives driving wheel 13 to rotate；Driving wheel 13 drives the rotation of the second driven wheel 10 through the second belt 16；Second driven wheel 10 passes through
Transmission gear 9 drives the rotation of the second axis 18；Second axis 18 is fixed and the second axis 18 can be rotated around the axis of the second axis 18.
Second axis 18 can drive flywheel 8 to rotate.
Wedge angle inclined-plane 26 on limited block 21 is with the 19 matched effect of the first guide block：On the one hand, when the first spring 20
When being uncompressed, there is limited block 21 one end on wedge angle inclined-plane 26 not enter in square type cylinder 23, and the first guide block 19 and wedge angle
Inclined-plane 26 is in contact, and such first guide block 19, can be on the first spring 20 and wedge angle inclined-plane 26 in the case of not by external force
It is limited under double action；On the other hand, the first guide block 19 moves down along the first arc-shaped guide rail 5 and needs to meet, and external force is big
Limit power in the 21 wedge angle inclined-plane 26 of resistance and limited block of the first spring 20 could make the first guide block 19 move down.In this way
Design be, preferably the first guide block 19 is limited.
Coil on sliding groove 36 is with the matched effect of magnetic block 32：After coil is powered, in the work of electromagnetic induction
Under, magnetic block 32 can be moved to the direction far from third spring 33；Ladder-block 31 follows magnetic block 32 to move.Third spring 33
The movement of magnetic block 32 can be made to reset.
Ladder-block 31 is with the matched effect of ladder type notch 30 on flywheel 8：In ladder-block 31 to far from third spring
When 33 direction movement, ladder-block 31 can be inserted into corresponding ladder type notch 30, and then flywheel 8 can be through ladder-block 31 and magnetic
Property block 32 drive arc-shaped limit plate 7 to do arcuate movement around the axle center of flywheel 8；Arc-shaped limit plate 7 can drive through link block 34
Second guide block 15 is moved to the direction far from second spring 35.In addition the design of ladder-block 31 and ladder type notch 30 is advantageous in that,
When magnetic block 32 occurs moving by a small margin under electromagnetic induction, ladder-block 31 can still enter in ladder type notch 30, only
It is that ladder-block 31 can not be completely into in ladder type notch 30；Since ladder-block 31 and ladder type notch 30 are ladder type design, this
Sample can allow the inclined-plane 26 at ladder type notch 30 to squeeze the inclined-plane 26 of ladder-block 31, under the action of inclined-plane 26, ladder type
Block 31 can be completely expressed in ladder type notch 30；Thus can be when magnetic block 32 be generated and is moved by a small margin, magnetic block 32
Ladder-block 31 can be driven to enter in ladder type notch 30, and then ladder-block 31 will not be easily detached from from ladder type notch 30, and
Under the action of ladder type inclined-plane 26, ladder-block 31 can be completely expressed in ladder type notch 30, and final flywheel 8 drives ladder completely
Type block 31 moves.Also since ladder-block 31 and ladder type notch 30 belong to trapezoidal-structure meshing relation, so flywheel 8 drives ladder type
The movement of block 31 can more stablize.Third spring 33 can be such that the movement of magnetic block 32 resets.
There is sawtooth, arc-shaped limit plate 7 to be evenly distributed card on the arcwall face of ring-like saw blade 2 on ring-like saw blade 2
The matched effect of sawtooth of tooth, latch and ring-like saw blade 2 on arc-shaped limit plate 7 is：When arc-shaped limit plate 7 surrounds flywheel 8
Axle center do arcuate movement during, arc-shaped limit plate 7 can be there are one upward moving process, and arc-shaped limit plate 7 is to moving up
During dynamic, arc-shaped limit plate 7 can be increasingly closer to ring-like saw blade 2；When on the latch and ring-like saw blade 2 on arc-shaped limit plate 7
Engagement after, arc-shaped limit plate 7 limits ring-like saw blade 2.
Magnetic block 32 and ladder-block 31 are much smaller for flywheel 8 and ring-like saw blade 2 in the present invention, thus exist
After coil moment is powered, under electromagnetic induction effect, the much smaller magnetic block 32 of quality can generate larger movement with moment, in turn
So that ladder-block 31 generates cooperation with corresponding ladder type notch 30.But when utilizing electromagnetic induction principle so that ladder-block 31 is straight
It connects and is designed with many flaws with what the generation of ring-like saw blade 2 limited.For example, when weaker due to electromagnetic induction, 31 wink of ladder-block
Between produce displacement by a small margin, but displacement by a small margin generates limit insufficient for ladder-block 31 and ring-like saw blade 2, into
And lose the effect of protection user；In addition, in order to ensure that ladder-block 31 can have significantly displacement, then just relatively
The quality of ladder-block 31 is set to become smaller, but the small ladder-block 31 of quality is not easy to the ring-like saw blade 2 big with quality and generates rigidity again
Limit, so this is a pair of very contradictory relationship.In order to avoid this pair of of contradictory relation, so introducing flywheel in the present invention
8 design, such flywheel 8 can pass through the movement of compact and flexible magnetic block 32 and ladder-block 31 so that flywheel 8 is limited with arc
Position plate 7 generates connection relation, and the large energy of the storage of itself can be passed to arc-shaped limit plate 7 by such flywheel 8, in turn
Arc-shaped limit plate 7 can obtain large energy, and flywheel 8 can be followed to generate larger displacement, and such arc-shaped limit plate 7 is just more preferable
Ground generates limit with ring-like saw blade 2.
The axle center of central point and flywheel 8 in the present invention where the first arc-shaped guide rail 5 coincides, and 40 one end of wobble plate is mounted on
In first axle 25, the other end is mounted on the second axis 18, and the design that the second arc-shaped guide rail 14 is mounted in wobble plate 40 is, works as ring
During type saw blade 2 moves down, ring-like saw blade 2 and the first guide block 19 can be moved down along the first arc-shaped guide rail 5, and
The movement locus of ring-like saw blade 2 and the first guide block 19 is to do arcuate movement around the axle center of this flywheel 8；It is ring-like in order to can guarantee
For saw blade 2 during moving down, arc-shaped limit plate 7 remains spacing relation with ring-like saw blade 2, so must assure that arc
The relative position that limiting plate 7 is generated with ring-like saw blade 2 after limit remains constant.Wobble plate 40 in the present invention can be first
It is rotated around the axle center of flywheel 8 under the drive of axis 25, then the second arc-shaped guide rail 14 can follow axis of the wobble plate 40 around flywheel 8
The heart rotates, the axle center that can thus make arc-shaped limit plate 7 that the second guide block 15 in the second arc-shaped guide rail 14 be followed to surround flywheel 8
Rotation finally can be achieved with the relative position that arc-shaped limit plate 7 is generated with ring-like saw blade 2 after limit and remain constant.
Specific implementation mode：When bench saw works normally, when the first spring 20 is uncompressed, the first guide block 19 is located at first
The top of arc-shaped guide rail 5；There is limited block 21 one end on wedge angle inclined-plane 26 not enter in square type cylinder 23, and the first guide block 19 with
Wedge angle inclined-plane 26 is in contact；Ladder-block 31 does not enter in ladder type notch 30；When second spring 35 is not stretched, the second guide block 15
Positioned at the centre position of the second arc-shaped guide rail 14.Motor 12 is through drive shaft 28, driving wheel 13, the first belt 17, the first driven wheel 6
First axle 25 is driven to rotate, first axle 25 drives ring-like saw blade 2 to rotate；Motor 12 is through drive shaft 28, driving wheel 13, the second belt
16, the second driven wheel 10, Transmission gear 9 drive the rotation of the second axis 18；Second axis 18 drives flywheel 8 to rotate, the rotation storage of flywheel 8
Energy；The direction of rotation of flywheel 8 is opposite with the direction of rotation of ring-like saw blade 2.
When the hand of user touches annular blade in a flash, the relatively large capacitance of inside of human body will change telecommunications
Number, electric signal is passed to controller by identifier, after controller analyzes electric signal, is then controlled motor 12 and is stopped.Motor 12 stops
After only, driving wheel 13 stops rotating, but under ring-like saw blade 2 and the rotatory inertia of first axle 25, annular blade will not pull up a horse
It stops rotating.While controller control motor 12 stops, controller moment is powered to coil, magnetic under electromagnetic induction
32 moment of block moves to the direction far from third spring 33, and third spring 33 is stretched；31 moment of ladder-block is inserted into flywheel 8
In corresponding ladder type notch 30；The inclined-plane 26 of ladder type notch 30 and ladder-block 31 effect under, 31 moment of ladder-block completely into
In ladder type notch 30；In the case where the rotation of flywheel 8 drives, ladder-block 31 drives arc-shaped limit plate 7 around flywheel 8 through magnetic block 32
Arcuate movement is done in axle center, and arc-shaped limit plate 7 moves up；Arc-shaped limit plate 7 through link block 34 drive the second guide block 15 along
Second arc-shaped guide rail 14 is moved to the direction far from second spring 35, and second spring 35 is stretched；And arc-shaped limit plate 7 it is upward
In moving process, latch on arc-shaped limit plate 7 and the engagement on ring-like saw blade 2, arc-shaped limit plate 7 is by ring-like saw blade 2
Limit, the 7 moment stop motion of arc-shaped limit plate, and then the also moment stop motion of flywheel 8.2 moment of ring-like saw blade stops rotation at this time
Turn, then in the case where the angular momentum of ring-like saw blade 2 drives, ring-like saw blade 2 can there are one the trend returned in mechanism chamber 3；Due to this
When angular momentum provide moment driving force be more than the first spring 20 21 wedge angle inclined-plane 26 of resistance and limited block limit power, so
Ring-like saw blade 2 drives the first guide block 19 to be moved down along the first arc-shaped guide rail 5 through first axle 25, and the first spring 20 is compressed；
First guide block 19 squeezes wedge angle inclined-plane 26, then there is limited block 21 one end on wedge angle inclined-plane 26 to be extruded in square type cylinder 23,
Limit spring 22 is compressed；During the first guide block 19 moves down, the first guide block 19 drives wobble plate 40 to enclose through first axle 25
It is rotated around the axle center of flywheel 8, and then the relative position that arc-shaped limit plate 7 is generated with ring-like saw blade 2 after limit remains constant,
It is finally limited always by arc-shaped limit plate 7 during ring-like saw blade 2 moves down, it is therefore prevented that ring-like saw blade 2 moved down
Rotation in journey.During the first guide block 19 moves down, the first guide block 19 drives the first driven wheel 6 downwards through first axle 25
It is mobile；During the first driven wheel 6 moves down, the distance between first driven wheel 6 to driving wheel 13 will be gradually reduced, into
And the first belt 17 would be at relaxed state, avoid in the case where motor 12 is out of control still through 17 band of driving wheel 13 and the first belt
Dynamic first driven wheel 6 rotation, and then the first driven wheel 6 is avoided after transmission still so that the possibility of annular blade rotation
Property, more protect the safety of user.The present invention can make 31 moment of ladder-block using the instantaneous force of electromagnetic induction
It enters in corresponding ladder type notch 30, and flywheel 8 and arc-shaped limit plate 7 can be generated to connection relation, and then flywheel 8 will store up
For the energy transmission deposited to arc-shaped limit plate 7, flywheel 8 drives arc-shaped limit plate 7 to generate larger displacement, such arc after connection
Limiting plate 7 just preferably generates limit with ring-like saw blade 2, finally so that 2 moment of ring-like saw blade stops, protecting the peace of user
Entirely.In addition, making the time of the limit of ring-like saw blade 2 extremely short using electromagnetic induction principle, matches in excellence or beauty and utilized in conventional security bench saw
The instant impact of gunpowder explosion；Simultaneously complicated in conventional security bench saw tear open is also avoided using the design of electromagnetic induction principle
It operates machine and carries out the process of filling gunpowder again, substantially increase the working efficiency of bench saw.
After the stopping of ring-like saw blade 2 moves downward, under the reset force of the first spring 20, the first guide block 19 is restored to original
Position, and then the first guide block 19 drives the first driven wheel 6 and ring-like saw blade 2 to be restored to home position through first axle 25；First skin
Band 17 is tight by rubbish again；Under the reset response of third spring 33, magnetic block 32 and ladder-block 31 are restored to home position；It is limiting
Under the reset response of position spring 22, limited block 21 is restored to home position.After equal bench saws are completely recovered to normal condition, user
Again by startup motor 12 so that ring-like saw blade 2 continues rotary work.
In conclusion the main advantageous effect of the present invention is：User touches high-speed rotating ring because burst is unexpected
When type saw blade 2, motor 12 is stopped, and coil moment is powered；Under electromagnetic induction effect, 31 moment of ladder-block is inserted into accordingly
In ladder type notch 30, and then flywheel 8 drives arc-shaped limit plate 7 to do arcuate movement, final arc-shaped limit plate 7 around 8 axle center of flywheel
On the sawtooth of latch and ring-like saw blade 2 limit, 2 moment of ring-like saw blade stops, and protects the safety of user；In ring-like saw blade
During 2 move down, ring-like saw blade 2 is limited by arc-shaped limit plate 7 always, more improves safety.Other first is driven
During wheel 6 moves down, the first belt 17 can gradually fluff, and avoid the first driven wheel 6 after transmission still so that band saw
The possibility of piece rotation, more protects the safety of user.The configuration of the present invention is simple has preferable safety and using effect
Fruit.
Claims (8)
1. a kind of safe bench saw based on electromagnetic principle, it is characterised in that：It includes a kind of safe bench saw based on electromagnetic principle,
It is characterized in that：It includes bench saw shell, ring-like saw blade, mechanism chamber, fixed plate, the first arc-shaped guide rail, the first driven wheel, arc limit
Position plate, flywheel, Transmission gear, the second driven wheel, motor, driving wheel, the second arc-shaped guide rail, the second guide block, the second belt, first
Belt, the second axis, the first guide block, the first spring, limited block, limit spring, square type cylinder, square hole, first axle, wedge angle inclined-plane,
Three axis, drive shaft, ladder type notch, ladder-block, magnetic block, third spring, link block, second spring, sliding groove, wobble plate；Wherein
There is mechanism chamber in bench saw shell；First arc-shaped guide rail is mounted on by fixed plate on the bottom surface of mechanism chamber；First guide block is mounted on
In first arc-shaped guide rail；One end of first spring is mounted on the first guide block, and the other end is mounted on the inside of the first arc-shaped guide rail
On face；First spring is located in the first arc-shaped guide rail；First guide block is by the first spring slide in the first arc-shaped guide rail；First
One end of axis is equipped with the first driven wheel, and the other end passes through the first guide block and is equipped with wobble plate；Ring-like saw blade is mounted on first axle
Periphery on, and ring-like saw blade is between the first guide block and wobble plate；Annular blade passes through the epivalve of bench saw shell；First arc
It is provided with square hole on the inner arc side of shape guide rail；Square type cylinder is mounted in square hole；Limited block is mounted in square type cylinder；Limit spring
One end be mounted on limited block on, the other end be mounted on square type cylinder bottom surface on；Limit spring is located in square type cylinder；Limited block is logical
Limit spring is crossed to slide in square type cylinder；The one end of limited block far from limit spring has wedge angle inclined-plane；Wedge angle inclined-plane and first
Guide block matches；
Motor is mounted on the side of mechanism chamber；One end of drive shaft is connected with motor shaft, and the other end is equipped with driving wheel；The
Two driven wheels are mounted on by third axis on the side of mechanism chamber；The mechanism chamber side of third axis is installed and motor is installed
Mechanism chamber side is opposite；First driven wheel and the second driven wheel are respectively positioned on the upside of driving wheel；Second driven wheel is far from third axis
One end periphery on have grinding tooth；One end of second axis is mounted on the side of mechanism chamber, and the other end is equipped with Transmission gear；
Transmission gear is located at the upside of the second driven wheel；The mechanism chamber side of second axis is installed and the mechanism chamber side of motor is installed
It is identical；Transmission gear is meshed with the grinding tooth on the second driven wheel；One end that wobble plate is not connected with first axle is mounted on the second axis
On periphery；Wobble plate is located between Transmission gear and the mechanism chamber side for being equipped with the second axis；Flywheel is mounted on the outer of the second axis
On disc；Flywheel is between wobble plate and Transmission gear；Multiple ladder types are equably provided in the outer circle of flywheel along circumferential direction to cut
Mouthful；First belt is installed on the periphery of driving wheel one end, the second belt is installed on other end periphery；First belt is not pacified
It is mounted on the first driven wheel periphery mounted in one end of driving wheel；One end that second belt is not installed at driving wheel is mounted on the
Two driven wheels are connected on one end periphery of third axis；
Second arc-shaped guide rail is mounted on wobble plate on the side of flywheel；Second arc-shaped guide rail be located at flywheel and ring-like saw blade it
Between；Second guide block is mounted in the second arc-shaped guide rail；One end of second spring is mounted on the second guide block, and the other end is mounted on the
On the medial surface of two arc-shaped guide rails；Second spring is located in the second arc-shaped guide rail；Second guide block slides on by second spring
In two arc-shaped guide rails；One end of link block is mounted on the second guide block, and the other end is equipped with arc-shaped limit plate；Arc-shaped limit plate leans on
It is provided with sliding groove on the arcwall face of nearly flywheel；Magnetic block is mounted in sliding groove；One end of third spring is mounted on magnetic block,
The other end is mounted on the bottom surface of sliding groove；Third spring is located in sliding groove；One end installation of the magnetic block far from third spring
There is ladder-block；Ladder-block is matched with the ladder type notch on flywheel；
There is sawtooth on above-mentioned ring-like saw blade；Arc-shaped limit plate has been evenly distributed latch on the arcwall face of ring-like saw blade；
Latch on arc-shaped limit plate is matched with the sawtooth of ring-like saw blade；
Multigroup coil is equably installed on the inner groove surface of above-mentioned sliding groove；Coil on sliding groove is matched with magnetic block.
2. a kind of safe bench saw based on electromagnetic principle according to claim 1, it is characterised in that：Above-mentioned first spring is
Compressed spring.
3. a kind of safe bench saw based on electromagnetic principle according to claim 2, it is characterised in that：When the first spring not by
When compression, the first guide block is located at the top of the first arc-shaped guide rail.
4. a kind of safe bench saw based on electromagnetic principle according to claim 2, it is characterised in that：When the first spring not by
When compression, there is limited block the one end on wedge angle inclined-plane not enter in square type cylinder, and the first guide block is in contact with wedge angle inclined-plane.
5. a kind of safe bench saw based on electromagnetic principle according to claim 1, it is characterised in that：Above-mentioned second spring is
Extension spring.
6. a kind of safe bench saw based on electromagnetic principle according to claim 5, it is characterised in that：When second spring not by
When stretching, the second guide block is located at the centre position of the second arc-shaped guide rail.
7. a kind of safe bench saw based on electromagnetic principle according to claim 1, it is characterised in that：Above-mentioned second arc is led
The axle center of central point and flywheel where rail coincides.
8. a kind of safe bench saw based on electromagnetic principle according to claim 1, it is characterised in that：Above-mentioned first arc is led
The axle center of central point and flywheel where rail coincides.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810604619.1A CN108582201A (en) | 2018-06-13 | 2018-06-13 | A kind of safe bench saw based on electromagnetic principle |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810604619.1A CN108582201A (en) | 2018-06-13 | 2018-06-13 | A kind of safe bench saw based on electromagnetic principle |
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| Publication Number | Publication Date |
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| CN108582201A true CN108582201A (en) | 2018-09-28 |
Family
ID=63623538
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810604619.1A Withdrawn CN108582201A (en) | 2018-06-13 | 2018-06-13 | A kind of safe bench saw based on electromagnetic principle |
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| Country | Link |
|---|---|
| CN (1) | CN108582201A (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109664384A (en) * | 2019-02-01 | 2019-04-23 | 安徽理工大学 | A kind of safe bench saw |
| CN109822647A (en) * | 2019-04-03 | 2019-05-31 | 如东县新苗食品机械有限公司 | A kind of Minced Steak filament cutter |
| CN113083931A (en) * | 2021-03-31 | 2021-07-09 | 上海亚爵电工成套设备制造有限公司 | Continuous extrusion machine |
| CN113726120A (en) * | 2021-09-28 | 2021-11-30 | 赵德连 | Magneto-electric power machine |
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| JPS6156818A (en) * | 1984-08-27 | 1986-03-22 | Reguseru Kogyo Kk | Cutting machine |
| DE20102704U1 (en) * | 2001-02-16 | 2001-06-28 | Feldmann, Christian, 33604 Bielefeld | Circular saw with sensor protection |
| CN1460054A (en) * | 1999-10-01 | 2003-12-03 | Sd3有限责任公司 | Safety systems for power equipment |
| CN1787898A (en) * | 2003-05-13 | 2006-06-14 | 克雷多技术公司 | A safety detection and protection system for power tools |
| CN105235017B (en) * | 2015-10-29 | 2017-08-15 | 河南理工大学 | A kind of electric saw emergency braking control device |
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2018
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Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS6156818A (en) * | 1984-08-27 | 1986-03-22 | Reguseru Kogyo Kk | Cutting machine |
| CN1460054A (en) * | 1999-10-01 | 2003-12-03 | Sd3有限责任公司 | Safety systems for power equipment |
| DE20102704U1 (en) * | 2001-02-16 | 2001-06-28 | Feldmann, Christian, 33604 Bielefeld | Circular saw with sensor protection |
| CN1787898A (en) * | 2003-05-13 | 2006-06-14 | 克雷多技术公司 | A safety detection and protection system for power tools |
| CN105235017B (en) * | 2015-10-29 | 2017-08-15 | 河南理工大学 | A kind of electric saw emergency braking control device |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109664384A (en) * | 2019-02-01 | 2019-04-23 | 安徽理工大学 | A kind of safe bench saw |
| CN109822647A (en) * | 2019-04-03 | 2019-05-31 | 如东县新苗食品机械有限公司 | A kind of Minced Steak filament cutter |
| CN113083931A (en) * | 2021-03-31 | 2021-07-09 | 上海亚爵电工成套设备制造有限公司 | Continuous extrusion machine |
| CN113726120A (en) * | 2021-09-28 | 2021-11-30 | 赵德连 | Magneto-electric power machine |
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Application publication date: 20180928 |