CN108890531A - A kind of oscillation drive - Google Patents
A kind of oscillation drive Download PDFInfo
- Publication number
- CN108890531A CN108890531A CN201810620178.4A CN201810620178A CN108890531A CN 108890531 A CN108890531 A CN 108890531A CN 201810620178 A CN201810620178 A CN 201810620178A CN 108890531 A CN108890531 A CN 108890531A
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- CN
- China
- Prior art keywords
- gear
- fixed
- orthogonal
- connection
- oscillation
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B24—GRINDING; POLISHING
- B24B—MACHINES, DEVICES, OR PROCESSES FOR GRINDING OR POLISHING; DRESSING OR CONDITIONING OF ABRADING SURFACES; FEEDING OF GRINDING, POLISHING, OR LAPPING AGENTS
- B24B55/00—Safety devices for grinding or polishing machines; Accessories fitted to grinding or polishing machines for keeping tools or parts of the machine in good working condition
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B24—GRINDING; POLISHING
- B24B—MACHINES, DEVICES, OR PROCESSES FOR GRINDING OR POLISHING; DRESSING OR CONDITIONING OF ABRADING SURFACES; FEEDING OF GRINDING, POLISHING, OR LAPPING AGENTS
- B24B23/00—Portable grinding machines, e.g. hand-guided; Accessories therefor
- B24B23/02—Portable grinding machines, e.g. hand-guided; Accessories therefor with rotating grinding tools; Accessories therefor
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B24—GRINDING; POLISHING
- B24B—MACHINES, DEVICES, OR PROCESSES FOR GRINDING OR POLISHING; DRESSING OR CONDITIONING OF ABRADING SURFACES; FEEDING OF GRINDING, POLISHING, OR LAPPING AGENTS
- B24B47/00—Drives or gearings; Equipment therefor
- B24B47/10—Drives or gearings; Equipment therefor for rotating or reciprocating working-spindles carrying grinding wheels or workpieces
- B24B47/12—Drives or gearings; Equipment therefor for rotating or reciprocating working-spindles carrying grinding wheels or workpieces by mechanical gearing or electric power
Abstract
The invention discloses a kind of oscillation drives; its structure includes grinding attachment, starts switch, connector, eccentric flange, cutting blade, protective shell, adjuster, Anti-skid sheet, oscillation driving machine ontology; grinding attachment is fixed by screws in the left side of oscillation driving machine body interior; grinding attachment is equipped with driving device, deceleration device, transmission device, radiator, linkage, starter, consumer, outer housing, beneficial effect：It can be when equipment be worked, equipment can be allowed to work along edge and center by the consumer being equipped with inside device, the expansion of grinding disc work area is so that different with the inertia at drive shaft be reduced inertia, the inertia for reducing drive shaft makes equipment not easily to be damaged, improve the service life of equipment, inside be additionally provided with increase drive shaft inside gear, can revolving speed reduce, improve the practicability of oscillation drive.
Description
Technical field
The present invention is a kind of oscillation drive, belongs to oscillation drive field.
Background technique
Driving device is the power section of belt conveyor by motor high speed shaft shaft coupling retarder and slow-speed shaft shaft coupling
The power source of device and brake composition and various tools, the purposes of driving device are to drive to have flexible traction organ
The driving component and working component of conveyer drive the working component of no driving component conveyer, and technology is common at present
Oscillation drive can have excessively high inertia force under vibratory drive, will increase the load of equipment, so that oscillation drive
Can be damaged by premature abrasion so that staff needs the part inside the frequent replacement of short time, improve work at
The amount of labour of this and staff reduces the service life of equipment and reduces the practicability of oscillation drive.
Summary of the invention
In view of the deficienciess of the prior art, it is an object of the present invention to provide a kind of oscillation drive, to solve current skill
The common oscillation drive of art can have excessively high inertia force under vibratory drive, will increase the load of equipment, so that vibration
Driving device can be damaged by premature abrasion, so that staff needs the part inside the frequent replacement of short time, be improved
The cost of work and the amount of labour of staff reduce the service life of equipment and reduce the practicability of oscillation drive
The problem of.
To achieve the goals above, the present invention is to realize by the following technical solutions：A kind of oscillation drive,
Structure includes grinding attachment, starts switch, connector, eccentric flange, cutting blade, protective shell, adjuster, Anti-skid sheet, oscillation
Driving machine ontology, the grinding attachment is fixed by screws in the left side of oscillation driving machine body interior, described to start switch edge
Embedded in the center of oscillation driving machine body surface, the Anti-skid sheet glue connection is in the outer surface of oscillation driving machine ontology, the company
Connector is fixed on the end of oscillation driving machine ontology by rivet, and the adjuster is fixed by screws in the top of connector,
The eccentric flange is fixed on the lower section of connector by screw rod, and the cutting blade is threaded in the lower section of eccentric flange,
The protective shell is nested in the outer surface of cutting blade, the grinding attachment be equipped with driving device, deceleration device, transmission device,
Radiator, linkage, starter, consumer, outer housing, the starter are fixed in outer housing by screw rod
The lower right in portion, the linkage are mechanically connected to the left side of starter, and the radiator transmission connection is interlocking dress
The top set, the transmission device are fixed on upper left side inside outer housing by screw rod, and the driving device is mechanically connected to biography
The right side of dynamic device, the consumer are fixed on the right side of driving device by screw rod, and the deceleration device transmission connection exists
The top of driving device, the outer housing are fixed on the left side of oscillation driving machine body interior by rivet.
To optimize above-mentioned technical proposal, the measure further taken is：
According to a kind of embodiment, the driving device is by No.1 turbine, No.1 worm screw, gear mounting plate, No. two whirlpools
Wheel, connection frame composition, the connection frame are fixed on the center inside outer housing by screw rod, and the No.1 worm screw is installed in transmission
Using being mechanically connected, the No.1 turbine is installed in for the right side of device and parallel to each other, the No.1 worm screw and transmission device
The top of No.1 worm screw and orthogonal, the No.1 turbine and the use transmission connection of No.1 worm screw, No. two turbines peace
It is located at the lower section of No.1 worm screw and orthogonal, No. two turbines are fixed with No.1 worm screw using screw rod, and the gear is solid
Fixed board is fixed by screws in the right side inside connection frame, and the No.1 turbine is fixed on the lower section of deceleration device by screw rod,
The connection frame is installed in the left side of consumer and in same vertical plane, and the connection frame is fixed by screws in heat dissipation
The right side of device.
According to a kind of embodiment, the deceleration device is by No. three turbines, deceleration disk, external gear, arc gear wheel, auxiliary
Gear, damping spring, fixed plate, gear connecting rod composition are helped, the equipment gear is fixed on the upper of driving device by screw rod
Side, the gear connecting rod are fixed on the upper left side inside outer housing by rivet, and No. three turbines are installed in gear connection
End on the right side of bar and parallel to each other, No. three turbines with gear connecting rod using being threadedly coupled, pacify by the arc gear wheel
It is located at the top of equipment gear and orthogonal, the arc gear wheel and equipment gear to connect using just rope, the external gear
It is installed in the top of No. three turbines and orthogonal, the external gear and No. three turbines to connect using just rope, decelerations is justified
Disk by rigid becket bridle around the outer surface for being connected to external gear, the fixed plate be installed in the top of gear connecting rod and mutually it is equal
Row, the fixed plate and outer housing are fixed by screws in the top of fixed plate, the tooth using nail connection, the damping spring
Wheel connecting rod is installed in the top of transmission device and in same vertical plane.
According to a kind of embodiment, the transmission device is by the first internal gear, the first rack-plate, driving belt, transmission
Gear, the second rack-plate, secondary annulus, connection gear, catapult composition, the connection gear are fixed on by screw rod
The top of linkage, the catapult are installed in the right side of connection gear and orthogonal, the catapult
It is fixed with connection gear using screw rod, first internal gear is fixed on the upper right side of catapult by just restricting, and described the
One rack-plate is installed in the lower section of the first internal gear and orthogonal, first rack-plate and the first internal gear use machinery
Connection, the secondary annulus are fixed on the lower right of catapult by just restricting, and the second rack-plate transmission connection exists
The top of secondary annulus, the transmission gear are fixed on the right side of the first rack-plate by just restricting, and the driving belt is surround
It is connected to the outer surface of transmission gear.
According to a kind of embodiment, the radiator by radiator fan, carrier wheel, by powershift gear, connecting rod, rotation
Shaft holds composition, and the carrier wheel is installed in the top of linkage and orthogonal, the carrier wheel and gearing dress
It sets and is fixed using screw rod, it is described to be installed in the right side of carrier wheel and parallel to each other by powershift gear, it is described by powershift gear and to move
Moving gear is fixed by screws in the top of linkage using mechanical connection, the connecting rod, and the swivel bearing is installed in
By the top of powershift gear and orthogonal, the swivel bearing with by powershift gear, using being threadedly coupled, the radiator fan is pacified
It is located at the top of swivel bearing and orthogonal, the radiator fan and swivel bearing use mechanical connection.
According to a kind of embodiment, the linkage is by interlocking lever, driven rod, linked gear, quadrangle gear, decompression
Device, motor, No. two worm screw compositions, No. two worm screws are installed in the left side of starter and parallel to each other, No. two snails
Using being mechanically connected, the linked gear is installed in the top of No. two worm screws and orthogonal, the company for bar and starter
Using being sequentially connected, the pressure reducer is fixed on the lower left inside outer housing by screw rod, described for moving gear and No. two worm screws
Motor is installed in the top of pressure reducer and orthogonal, and the motor and pressure reducer are fixed using rivet, the quadrangle gear
It is installed in the left side of motor and orthogonal, with motor using being threadedly coupled, the interlocking lever is installed in the quadrangle gear
The top of quadrangle gear and orthogonal, the interlocking lever and quadrangle gear are using being threadedly coupled.
According to a kind of embodiment, the starter is by connection slide bar, bevel gear, starting worm screw, rotor plate, starting
Gear, supplementary disc, damping connecting rod, starting drive rod composition, it is described starting worm screw be installed in rotor plate top and mutually
Perpendicular, using nail connection, the rotor plate is fixed on the right side below outer housing by screw rod for the starting worm screw and rotor plate
Side, the bevel gear be installed in the starting left side of worm screw and parallel to each other, the bevel gear and starting worm screw using it is mechanical even
It connecing, the connection slide bar is installed in the surface of bevel gear and orthogonal, and the connection slide bar and bevel gear are connected using nail,
The starter receiver is installed in the lower section of bevel gear and parallel to each other, the starter receiver and bevel gear use transmission connection,
The supplementary disc is installed in the left side of starter receiver and parallel to each other, the supplementary disc and starter receiver and is connected using just rope
It connects, the starting drive rod is installed in the left side of supplementary disc and orthogonal, and the starting drive rod is adopted with supplementary disc
It is fixed with screw rod, the damping connecting rod is installed in the outer surface of starting drive rod and orthogonal, the damping connecting rod
It is fixed with starting drive rod using rivet.
According to a kind of embodiment, the consumer by recycling disk, gear frid, consumption disk, triangle gear,
Miniature gear, chain pitch wheel composition, the miniature gear are installed in the right side of driving device and orthogonal, the small-sized tooth
For wheel with driving device using being threadedly coupled, the chain pitch wheel is installed in the lower section of miniature gear and orthogonal, the chain
Using being mechanically connected, the triangle gear is installed in the top of chain pitch wheel and parallel to each other, institute for bar gear and miniature gear
It states triangle gear and chain pitch wheel to connect using just rope, the gear frid is installed in the top of triangle gear and hangs down mutually
Directly, using being sequentially connected, the consumption disk is fixed on the right side of gear frid by screw rod for the gear frid and triangle gear
Side, the recycling disk are fixed by screws in the upper right side inside outer housing.
Beneficial effect
A kind of oscillation drive of the present invention can be led to by the grinding attachment being equipped with when equipment is worked
Crossing the consumer being equipped with inside device can allow equipment to work along edge and center, the expansion of grinding disc work area
So that different with the inertia at drive shaft be reduced inertia, the inertia for reducing drive shaft damage equipment will not easily
It is bad, improve the service life of equipment, inside is additionally provided with the gear increased inside drive shaft, can revolving speed reduce, improve oscillation
The practicability of driving device.
A kind of oscillation drive of the present invention, the use principle of oscillation drive is to introduce as follows：Staff presses
It starts switch, so that equipment starts starting operation, is rotated by the drive shaft inside internal oscillation drive drive,
When inertia is larger when the drive shaft turns of inside, staff is by rotating plate, so that rotor plate drives starting snail
Bar rotation, starting worm screw drive the bevel gear in left side, and bevel gear drives the starter receiver of lower section, and starter receiver is dynamic by rigid rope band
The supplementary disc in left side, supplementary disc drive starting drive rod rotation, and starting drive rod will drive No. two worm screws while rotation
Rotation, the rotation of No. two worm screws will drive the linked gear of top, and linked gear drives quadrangle gear, quadrangle gear by screw rod
The interlocking lever rotation of top is driven, interlocking lever drives connection gear rotation, and the rotation meeting of connection gear is so that the rope on right side returns
The first internal gear and secondary annulus that device starts turning while driving two sides up and down are received, the first internal gear and secondary annulus are same
When drive the first rack-plate and the second rack-plate passed so that the first rack-plate and the second rack-plate and the gear of lower section fasten to drive
Moving gear rotation, transmission gear will drive the No.1 worm screw rotation on right side when rotation, the rotation of No.1 worm screw will drive down
No. two turbines of side, rotation meeting of No. two turbines so that the inner rotation of gear mounting plate drive on the right side of miniature gear, it is small-sized
Gear drives the chain pitch wheel of lower section to be rotated, and chain pitch wheel moves the triangle gear of top by rigid rope band, and triangle gear exists
It can be interlocked with the frid of top cog frid during rotation, so that triangle gear drives gear frid, by gear frid
It turns right promotion, gear frid will drive consumption disk and turn right movement when turning right mobile, so that consumption disk is pushed away
It moves away and is connected with external rolling bearing, so that reducing the inertia of drive shaft, No.1 worm screw also can be same when rotation
When drive the No.1 turbine of top, equipment gear of the No.1 turbine above drive, equipment gear passes through the dynamic top of rigid rope band
Arc gear wheel, so that arc gear wheel drives external gear to be rotated, external gear is carried out by the deceleration disk on the dynamic right side of rigid rope band
Rotation, deceleration disk are going to be connected with the gear inside equipment, so that reducing the speed of internal gear rotation, it is used to reduce equipment
Property excessive a possibility that causing damage parts.
Detailed description of the invention
In order to illustrate the technical solution of the embodiments of the present invention more clearly, the attached drawing in describing below to embodiment is made in detail
It carefully introduces, allows other features, purposes and advantages of the invention will become more apparent with this：
Fig. 1 is a kind of structural schematic diagram of oscillation drive of the present invention.
Fig. 2 is a kind of structural schematic diagram of grinding attachment of the present invention.
Fig. 3 is a kind of detailed structural schematic diagram of grinding attachment of the present invention.
Fig. 4 is a kind of structural schematic diagram of grinding attachment working condition of the present invention.
Description of symbols：Grinding attachment -1 starts switch -2, connector -3, eccentric flange -4, cutting blade -5, protects
Protective case -6, adjuster -7, Anti-skid sheet -8, oscillation driving machine ontology -9, driving device -11, deceleration device -12, transmission device -
13, radiator -14, linkage -15, starter -16, consumer -17, outer housing -18, No.1 turbine -111, one
Number worm screw -112, gear mounting plate -113, No. two turbines -114, connection frame -115, No. three turbine -121, deceleration disk -122,
External gear -123, arc gear wheel -124, equipment gear -125, damping spring -126, fixed plate -127, gear connecting rod -128,
First internal gear -131, the first rack-plate -132, driving belt -133, transmission gear -134, the second rack-plate -135, in second
Gear -136, connection gear -137, catapult -138, radiator fan -141, carrier wheel -142, by powershift gear -143,
Connecting rod -144, swivel bearing -145, interlocking lever -151, driven rod -152, linked gear -153, quadrangle gear -154, decompression
Device -155, motor -156, No. two worm screws -157, connection slide bar -161, bevel gear -162, starting worm screw -163, rotor plate -164,
Starter receiver -165, supplementary disc -166, damping connecting rod -167, starting drive rod -168, recycle disk -171, gear grooved
Plate -172, consumption disk -173, triangle gear -174, miniature gear -175, chain pitch wheel -176.
Specific embodiment
To be easy to understand the technical means, the creative features, the aims and the efficiencies achieved by the present invention, below with reference to
Specific embodiment, the present invention is further explained.
Fig. 1-Fig. 4 is please referred to, the present invention provides a kind of oscillation drive：Its structure includes grinding attachment 1, starts switch
2, connector 3, eccentric flange 4, cutting blade 5, protective shell 6, adjuster 7, Anti-skid sheet 8, oscillation driving machine ontology 9, the mill
Turning device 1 is fixed by screws in the left side inside oscillation driving machine ontology 9, described to start switch 2 and be embedded in oscillation driving machine
The center on 9 surface of ontology, 8 glue connection of Anti-skid sheet pass through riveting in the outer surface of oscillation driving machine ontology 9, the connector 3
Nail is fixed on the end of oscillation driving machine ontology 9, and the adjuster 7 is fixed by screws in the top of connector 3, the bias
Flange 4 is fixed on the lower section of connector 3 by screw rod, and the cutting blade 5 is threaded in the lower section of eccentric flange 4, described
Protective shell 6 is nested in the outer surface of cutting blade 5, and the grinding attachment 1 is equipped with driving device 11, deceleration device 12, transmission dress
13, radiator 14, linkage 15, starter 16, consumer 17, outer housing 18 are set, the starter 16 passes through
Screw rod is fixed on the lower right inside outer housing 18, and the linkage 15 is mechanically connected to the left side of starter 16, described
Radiator 14 is sequentially connected in the top of linkage 15, and the transmission device 13 is fixed on inside outer housing 18 by screw rod
Upper left side, the driving device 11 are mechanically connected to the right side of transmission device 13, and the consumer 17 is fixed on by screw rod
The right side of driving device 11, in the top of driving device 11, the outer housing 18 passes through riveting for the transmission connection of deceleration device 12
Nail is fixed on the left side inside oscillation driving machine ontology 9, and the driving device 11 is by No.1 turbine 111, No.1 worm screw 112, tooth
113, No. two turbines 114 of fixed plate, the composition of connection frame 115 are taken turns, the connection frame 115 is fixed on inside outer housing 18 by screw rod
Center, the No.1 worm screw 112 is installed in the right side of transmission device 13 and parallel to each other, the No.1 worm screw 112 with pass
For dynamic device 13 using mechanical connection, the No.1 turbine 111 is installed in the top of No.1 worm screw 112 and orthogonal, described
Using being sequentially connected, No. two turbines 114 are installed in the lower section of No.1 worm screw 112 simultaneously for No.1 turbine 111 and No.1 worm screw 112
And it is orthogonal, No. two turbines 114 are fixed with No.1 worm screw 112 using screw rod, and the gear mounting plate 113 passes through screw
It is fixed on the right side inside connection frame 115, the No.1 turbine 111 is fixed on the lower section of deceleration device 12 by screw rod, described
Connection frame 115 is installed in the left side of consumer 17 and in same vertical plane, and the connection frame 115 is fixed by screws in
The right side of radiator 14, the deceleration device 12 is by No. three turbines 121, deceleration disk 122, external gear 123, arc gear wheel
124, equipment gear 125, damping spring 126, fixed plate 127, gear connecting rod 128 form, and the equipment gear 125 passes through spiral shell
Bar is fixed on the top of driving device 11, and the gear connecting rod 128 is fixed on the upper left side inside outer housing 18 by rivet,
No. three turbines 121 are installed in the end on 128 right side of gear connecting rod and parallel to each other, No. three turbines 121 and tooth
Connecting rod 128 is taken turns using being threadedly coupled, the arc gear wheel 124 is installed in the top of equipment gear 125 and orthogonal, institute
It states arc gear wheel 124 and equipment gear 125 to connect using just rope, the external gear 123 is installed in the top of No. three turbines 121 simultaneously
And it is orthogonal, the external gear 123 and No. three turbines 121 are connected using just rope, the deceleration disk 122 by rigid becket bridle around
It is connected to the outer surface of external gear 123, the fixed plate 127 is installed in the top of gear connecting rod 128 and parallel to each other, institute
Fixed plate 127 and outer housing 18 are stated using nail connection, the damping spring 126 is fixed by screws in the top of fixed plate 127,
The gear connecting rod 128 is installed in the top of transmission device 13 and in same vertical plane, and the transmission device 13 is by the
One internal gear 131, the first rack-plate 132, driving belt 133, transmission gear 134, the second rack-plate 135, secondary annulus
136, connection gear 137, catapult 138 form, and the connection gear 137 is fixed on the upper of linkage 15 by screw rod
Just, the catapult 138 is installed in the right side of connection gear 137 and orthogonal, the catapult 138 and company
It connects gear 137 to fix using screw rod, first internal gear 131 is fixed on the upper right side of catapult 138 by just restricting, institute
State the first rack-plate 132 be installed in the first internal gear 131 lower section and orthogonal, first rack-plate 132 and first
Internal gear 131 is fixed on the lower right of catapult 138 by just restricting using mechanical connection, the secondary annulus 136, institute
The transmission connection of the second rack-plate 135 is stated in the top of secondary annulus 136, the transmission gear 134 is fixed on the by just restricting
The right side of one rack-plate 132, the driving belt 133 is around the outer surface for being connected to transmission gear 134, the radiator 14
It is formed by radiator fan 141, carrier wheel 142, by powershift gear 143, connecting rod 144, swivel bearing 145, the carrier wheel
142 are installed in the top of linkage 15 and orthogonal, and the carrier wheel 142 is solid using screw rod with linkage 15
It is fixed, it is described to be installed in the right side of carrier wheel 142 and parallel to each other by powershift gear 143, it is described by powershift gear 143 and mobile tooth
Wheel 142 is fixed by screws in the top of linkage 15, the swivel bearing 145 using mechanical connection, the connecting rod 144
Be installed in by the top of powershift gear 143 and orthogonal, the swivel bearing 145 with by powershift gear 143 using being threadedly coupled,
The radiator fan 141 is installed in the top of swivel bearing 145 and orthogonal, the radiator fan 141 and swivel bearing
145 using mechanical connection, the linkage 15 by interlocking lever 151, driven rod 152, linked gear 153, quadrangle gear 154,
156, No. two pressure reducer 155, motor worm screws 157 form, and No. two worm screws 157 are installed in the left side of starter 16 and mutually
Parallel, using being mechanically connected, the linked gear 153 is installed in No. two worm screws for No. two worm screws 157 and starter 16
157 top and orthogonal, the linked gear 153 and No. two use transmission connections of worm screws 157, the pressure reducer 155
It is fixed on the lower left inside outer housing 18 by screw rod, the motor 156 is installed in the top of pressure reducer 155 and hangs down mutually
Directly, the motor 156 and pressure reducer 155 are fixed using rivet, the quadrangle gear 154 be installed in the left side of motor 156 and
Orthogonal, for the quadrangle gear 154 with motor 156 using being threadedly coupled, the interlocking lever 151 is installed in quadrangle gear 154
Top and orthogonal, the interlocking lever 151 is with quadrangle gear 154 using being threadedly coupled, and the starter 16 is by company
Connect slide bar 161, bevel gear 162, starting worm screw 163, rotor plate 164, starter receiver 165, supplementary disc 166, damping connecting rod
167, starting drive rod 168 forms, and the starting worm screw 163 is installed in the top of rotor plate 164 and orthogonal, described to open
For dynamic worm screw 163 with rotor plate 164 using nail connection, the rotor plate 164 is fixed on the right side of 18 lower section of outer housing by screw rod,
The bevel gear 162 is installed in the starting left side of worm screw 163 and parallel to each other, and the bevel gear 162 is adopted with worm screw 163 is started
With mechanical connection, the connection slide bar 161 is installed in the surface of bevel gear 162 and orthogonal, the connection slide bar 161 and
Bevel gear 162 is installed in the lower section of bevel gear 162 and parallel to each other, the starting using nail connection, the starter receiver 165
Using being sequentially connected, the supplementary disc 166 is installed in the left side of starter receiver 165 and mutually for gear 165 and bevel gear 162
In parallel, the supplementary disc 166 is connected with starter receiver 165 using just rope, and the starting drive rod 168 is installed in supplementary disc
166 left side and orthogonal, the starting drive rod 168 are fixed with supplementary disc 166 using screw rod, the damping connection
Bar 167 is installed in the outer surface of starting drive rod 168 and orthogonal, the damping connecting rod 167 and starting drive rod 168
Fixed using rivet, the consumer 17 by recycling disk 171, gear frid 172, consumption disk 173, triangle gear 174,
Miniature gear 175, chain pitch wheel 176 form, and the miniature gear 175 is installed in the right side of driving device 11 and hangs down mutually
Directly, for the miniature gear 175 with driving device 11 using being threadedly coupled, the chain pitch wheel 176 is installed in miniature gear 175
Lower section and orthogonal, the chain pitch wheel 176 with miniature gear 175 using being mechanically connected, install by the triangle gear 174
In the top of chain pitch wheel 176 and parallel to each other, the triangle gear 174 is connected with chain pitch wheel 176 using just rope, described
Gear frid 172 is installed in the top of triangle gear 174 and orthogonal, and the gear frid 172 is adopted with triangle gear 174
With transmission connection, the consumption disk 173 is fixed on the right side of gear frid 172 by screw rod, and the recycling disk 171 passes through
Screw is fixed on the upper right side inside outer housing 18.
The use principle of oscillation drive is to introduce as follows：Staff, which presses, starts switch 2, so that equipment starts to open
Dynamic operation, by internal oscillation drive drive inside drive shaft rotated, inertia when internal drive shaft turns
When larger, staff, so that rotor plate 164 drives starting worm screw 163 to rotate, starts snail by rotating plate 164
Bar 163 drives the bevel gear 162 in left side, and bevel gear 162 drives the starter receiver 165 of lower section, and starter receiver 165 passes through rigid rope band
The supplementary disc 166 in dynamic left side, supplementary disc 166 drive starting drive rod 168 to rotate, while starting drive rod 168 rotates
It will drive No. two worm screws 157 to rotate, the rotation of No. two worm screws 157 will drive the linked gear 153 of top, and linked gear 153 is logical
It crosses screw rod and drives quadrangle gear 154, quadrangle gear 154 drives the interlocking lever 151 of top to rotate, and interlocking lever 151 drives tooth connection
137 rotation of wheel, the rotation meeting of connection gear 137 is so that the catapult 138 on right side starts turning while driving two sides up and down
The first internal gear 131 and secondary annulus 136, the first internal gear 131 and secondary annulus 136 drive the first rack-plate simultaneously
132 and second rack-plate 135, so that the first rack-plate 132 and the second rack-plate 135 and the gear of lower section fasten and drive driving cog
134 rotation of wheel, transmission gear 134 will drive right side No.1 worm screw 112 when rotation rotate, the rotation of No.1 worm screw 112
It will drive No. two turbines 114 of lower section, the rotation meeting of No. two turbines 114 is so that the inner rotation of gear mounting plate 113 drives the right side
The miniature gear 175 of side, miniature gear 175 drive the chain pitch wheel 176 of lower section to be rotated, and chain pitch wheel 176 is by just restricting
The triangle gear 174 of top is driven, triangle gear 174 can be engaged during rotation with the frid of top cog frid 172
It closes, so that triangle gear 174 drives gear frid 172, gear frid 172 is turned right promotion, gear frid 172 is turned right sidesway
It will drive consumption disk 173 when dynamic to turn right movement, so that consumption disk 173 is gone out and external rolling bearing by promotion
It is connected, so that reducing the inertia of drive shaft, No.1 worm screw 112 can also drive the No.1 turbine of top simultaneously when rotation
111, equipment gear 125 of the No.1 turbine 111 above drive, the arc gear wheel that equipment gear 125 passes through the dynamic top of rigid rope band
124, so that arc gear wheel 124 drives external gear 123 to be rotated, the deceleration disk that external gear 123 passes through the dynamic right side of rigid rope band
122 are rotated, and deceleration disk 122 is going to be connected with the gear inside equipment, so that the speed of internal gear rotation is reduced,
Reduce equipment inertia excessive a possibility that causing damage parts.
The present invention is combined with each other by above-mentioned component, can be when equipment is worked, by setting inside device
Some consumers can allow equipment to work along edge and center, and the expansion of grinding disc work area is so that and drive shaft
The inertia difference at place is reduced inertia, and the inertia for reducing drive shaft makes equipment not easily to be damaged, and improves equipment
Service life, inside be additionally provided with increase drive shaft inside gear, can revolving speed reduce, improve the reality of oscillation drive
With property, there can be excessively high inertia force under vibratory drive with this to solve the common oscillation drive of current technology, can increase
The load of big equipment, so that oscillation drive can be damaged by premature abrasion, so that staff needs the frequent of short time
Part inside replacement, improves the cost of work and the amount of labour of staff, reduces the service life and reduction of equipment
The problem of practicability of oscillation drive.
Specific embodiment described herein is only to give an example to the present invention.The technical field of the invention
Technical staff can make various modifications or additions to the described embodiments or be substituted in a similar manner, but
Without departing from of the invention or beyond the scope of the appended claims.
Claims (8)
1. a kind of oscillation drive, structure includes grinding attachment (1), starts switch (2), connector (3), eccentric flange
(4), cutting blade (5), protective shell (6), adjuster (7), Anti-skid sheet (8), oscillation driving machine ontology (9), it is characterised in that：
The grinding attachment (1) is fixed by screws in the internal left side of oscillation driving machine ontology (9), described to start switch (2)
It is embedded in the center on oscillation driving machine ontology (9) surface, Anti-skid sheet (8) glue connection is in the outer of oscillation driving machine ontology (9)
Surface, the connector (3) are fixed on the end of oscillation driving machine ontology (9) by rivet, and the adjuster (7) passes through screw
It is fixed on the top of connector (3), the eccentric flange (4) is fixed on the lower section of connector (3), the cutter by screw rod
Piece (5) is threaded in the lower section of eccentric flange (4), and the protective shell (6) is nested in the outer surface of cutting blade (5)；
The grinding attachment (1) is equipped with driving device (11), deceleration device (12), transmission device (13), radiator (14), connects
Dynamic device (15), starter (16), consumer (17), outer housing (18)；
The starter (16) is fixed on the internal lower right of outer housing (18) by screw rod, and the linkage (15) is mechanical
It is connected to the left side of starter (16), radiator (14) transmission connection is in the top of linkage (15), the biography
Dynamic device (13) are fixed on the internal upper left side of outer housing (18) by screw rod, and the driving device (11) is mechanically connected to transmission dress
The right side of (13) is set, the consumer (17) is fixed on the right side of driving device (11), the deceleration device by screw rod
(12) transmission connection is fixed on oscillation driving machine ontology by rivet in the top of driving device (11), the outer housing (18)
(9) internal left side.
2. a kind of oscillation drive according to claim 1, it is characterised in that：The driving device (11) is by No.1 whirlpool
Take turns (111), No.1 worm screw (112), gear mounting plate (113), No. two turbines (114), connection frame (115) composition, the connection
Frame (115) is fixed on the internal center of outer housing (18) by screw rod, and the No.1 worm screw (112) is installed in transmission device (13)
Right side and parallel to each other, the No.1 worm screw (112) and transmission device (13) are using being mechanically connected, the No.1 turbine
(111) it is installed in the top of No.1 worm screw (112) and orthogonal, the No.1 turbine (111) is adopted with No.1 worm screw (112)
With transmission connection, No. two turbines (114) are installed in the lower section of No.1 worm screw (112) and orthogonal, No. two whirlpools
Wheel (114) is fixed with No.1 worm screw (112) using screw rod, and the gear mounting plate (113) is fixed by screws in connection frame
(115) internal right side, the No.1 turbine (111) are fixed on the lower section of deceleration device (12), the connection frame by screw rod
(115) it is installed in the left side of consumer (17) and is in same vertical plane, the connection frame (115) is fixed by screws in
The right side of radiator (14).
3. a kind of oscillation drive according to claim 2, it is characterised in that：The deceleration device (12) is by No. three whirlpools
Take turns (121), deceleration disk (122), external gear (123), arc gear wheel (124), equipment gear (125), damping spring (126),
Fixed plate (127), gear connecting rod (128) composition, the equipment gear (125) are fixed on driving device (11) by screw rod
Top, the gear connecting rod (128) are fixed on the internal upper left side of outer housing (18), No. three turbines by rivet
(121) end that is installed on the right side of gear connecting rod (128) and parallel to each other, No. three turbines (121) connect with gear
For bar (128) using being threadedly coupled, the arc gear wheel (124) is installed in the top of equipment gear (125) and orthogonal, institute
It states arc gear wheel (124) and equipment gear (125) to connect using just rope, the external gear (123) is installed in No. three turbines (121)
Top and orthogonal, the external gear (123) connected with No. three turbines (121) using just rope, the deceleration disk
(122) by rigid becket bridle around the outer surface for being connected to external gear (123), the fixed plate (127) is installed in gear connecting rod
(128) top and parallel to each other, the fixed plate (127) and outer housing (18) use nail connection, the damping spring
(126) it is fixed by screws in the top of fixed plate (127), the gear connecting rod (128) is installed in transmission device (13)
Top and be in same vertical plane.
4. a kind of oscillation drive according to claim 2, it is characterised in that：The transmission device (13) is by first
Gear (131), the first rack-plate (132), driving belt (133), transmission gear (134), the second rack-plate (135), in second
Gear (136), connection gear (137), catapult (138) composition, the connection gear (137) are fixed on company by screw rod
The top of dynamic device (15), the catapult (138) are installed in the right side of connection gear (137) and orthogonal, institute
It states catapult (138) and is fixed with connection gear (137) using screw rod, first internal gear (131) passes through fixation of just restricting
In the upper right side of catapult (138), first rack-plate (132) be installed in the lower section of the first internal gear (131) and
Orthogonal, first rack-plate (132) and the first internal gear (131) are using mechanical connection, the secondary annulus (136)
The lower right of catapult (138) is fixed on by just restricting, the second rack-plate (135) transmission connection is in secondary annulus
(136) top, the transmission gear (134) are fixed on the right side of the first rack-plate (132) by just restricting, the driving belt
(133) around the outer surface for being connected to transmission gear (134).
5. a kind of oscillation drive according to claim 2, it is characterised in that：The radiator (14) is by radiation air
Fan (141), carrier wheel (142) are formed, the mobile tooth by powershift gear (143), connecting rod (144), swivel bearing (145)
Wheel (142) is installed in the top of linkage (15) and orthogonal, and the carrier wheel (142) is adopted with linkage (15)
Fixed with screw rod, it is described by powershift gear (143) be installed in carrier wheel (142) right side and parallel to each other, the stress tooth
(143) and carrier wheel (142) are taken turns using being mechanically connected, the connecting rod (144) is fixed by screws in linkage (15)
Top, the swivel bearing (145) is installed in the top by powershift gear (143) and orthogonal, the swivel bearing
(145) it is threadedly coupled with by powershift gear (143) use, the radiator fan (141) is installed in the top of swivel bearing (145) simultaneously
And it is orthogonal, the radiator fan (141) and swivel bearing (145) are using mechanical connection.
6. a kind of oscillation drive according to claim 4 or 5, it is characterised in that：The linkage (15) is by even
Lever (151), driven rod (152), linked gear (153), quadrangle gear (154), pressure reducer (155), motor (156), No. two
Worm screw (157) composition, No. two worm screws (157) are installed in the left side of starter (16) and parallel to each other, and described No. two
Using being mechanically connected, the linked gear (153) is installed in the upper of No. two worm screws (157) for worm screw (157) and starter (16)
Square and orthogonal, for the linked gear (153) with No. two worm screws (157) using being sequentially connected, the pressure reducer (155) is logical
It crosses screw rod and is fixed on the internal lower left of outer housing (18), the motor (156) is installed in the top of pressure reducer (155) and mutually
Perpendicular, the motor (156) is fixed with pressure reducer (155) using rivet, and the quadrangle gear (154) is installed in motor
(156) left side and orthogonal, the quadrangle gear (154) and motor (156) are using being threadedly coupled, the interlocking lever
(151) top of quadrangle gear (154) and orthogonal, the interlocking lever (151) and quadrangle gear (154) use are installed in
It is threadedly coupled.
7. a kind of oscillation drive according to claim 6, it is characterised in that：The starter (16) is slided by connection
Bar (161), starting worm screw (163), rotor plate (164), starter receiver (165), supplementary disc (166), subtracts bevel gear (162)
Connecting rod (167), starting drive rod (168) composition are shaken, starting worm screw (163) is installed in the top of rotor plate (164) simultaneously
And it is orthogonal, using nail connection, the rotor plate (164) is solid by screw rod for the starting worm screw (163) and rotor plate (164)
It is scheduled on the right side below outer housing (18), the bevel gear (162) is installed in the left side of starting worm screw (163) and mutually equal
Using being mechanically connected, the connection slide bar (161) is installed in bevel gear for row, the bevel gear (162) and starting worm screw (163)
(162) surface and orthogonal, the connection slide bar (161) and bevel gear (162) use nail connection, the starter receiver
(165) lower section of bevel gear (162) and parallel to each other, the starter receiver (165) and bevel gear (162) use biography are installed in
Dynamic connection, the supplementary disc (166) are installed in the left side of starter receiver (165) and parallel to each other, the supplementary disc
(166) it is connected with starter receiver (165) using just rope, starting drive rod (168) is installed in the left side of supplementary disc (166)
And orthogonal, the starting drive rod (168) is fixed with supplementary disc (166) using screw rod, the damping connecting rod
(167) outer surface of starting drive rod (168) and orthogonal, the damping connecting rod (167) and starting transmission are installed in
Bar (168) is fixed using rivet.
8. a kind of oscillation drive according to claim 2, it is characterised in that：The consumer (17) is justified by recycling
Disk (171), gear frid (172), consumption disk (173), triangle gear (174), miniature gear (175), chain pitch wheel (176)
Composition, the miniature gear (175) are installed in the right side of driving device (11) and orthogonal, the miniature gear (175)
With driving device (11) using being threadedly coupled, the chain pitch wheel (176) is installed in the lower section of miniature gear (175) and mutual
Vertically, using being mechanically connected, the triangle gear (174) is installed in chain for the chain pitch wheel (176) and miniature gear (175)
The top of gear (176) and parallel to each other, the triangle gear (174) and chain pitch wheel (176) are connected using just rope, described
Gear frid (172) is installed in the top of triangle gear (174) and orthogonal, the gear frid (172) and rake tooth
Wheel (174), which uses, to be sequentially connected, the right side for consuming disk (173) and being fixed on gear frid (172) by screw rod, and described time
It receives disk (171) and is fixed by screws in the internal upper right side of outer housing (18).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810620178.4A CN108890531A (en) | 2018-06-15 | 2018-06-15 | A kind of oscillation drive |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810620178.4A CN108890531A (en) | 2018-06-15 | 2018-06-15 | A kind of oscillation drive |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108890531A true CN108890531A (en) | 2018-11-27 |
Family
ID=64344862
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810620178.4A Pending CN108890531A (en) | 2018-06-15 | 2018-06-15 | A kind of oscillation drive |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108890531A (en) |
Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH0663857A (en) * | 1990-05-04 | 1994-03-08 | Atlas Copco Tools Ab | Hand-held vibration damping rotating grinding machine |
| CN1676283A (en) * | 2004-03-30 | 2005-10-05 | 罗伯特·博世有限公司 | Hand held power machine |
| CN1684797A (en) * | 2002-09-30 | 2005-10-19 | 罗伯特·博世有限公司 | Manual grinding machine comprising a dust extraction device |
| CN101992459A (en) * | 2009-08-11 | 2011-03-30 | C.&E.泛音有限公司 | Hand tool with an oscillation drive |
| CN105409609A (en) * | 2015-12-04 | 2016-03-23 | 白云 | Handheld electric shear and saw all-in-one machine |
| CN106573388A (en) * | 2014-07-02 | 2017-04-19 | 罗伯特·博世有限公司 | Oscillatory driving device |
| CN206795501U (en) * | 2016-12-28 | 2017-12-26 | 南京德朔实业有限公司 | Electric tool |
-
2018
- 2018-06-15 CN CN201810620178.4A patent/CN108890531A/en active Pending
Patent Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH0663857A (en) * | 1990-05-04 | 1994-03-08 | Atlas Copco Tools Ab | Hand-held vibration damping rotating grinding machine |
| CN1684797A (en) * | 2002-09-30 | 2005-10-19 | 罗伯特·博世有限公司 | Manual grinding machine comprising a dust extraction device |
| CN1676283A (en) * | 2004-03-30 | 2005-10-05 | 罗伯特·博世有限公司 | Hand held power machine |
| CN101992459A (en) * | 2009-08-11 | 2011-03-30 | C.&E.泛音有限公司 | Hand tool with an oscillation drive |
| CN106573388A (en) * | 2014-07-02 | 2017-04-19 | 罗伯特·博世有限公司 | Oscillatory driving device |
| CN105409609A (en) * | 2015-12-04 | 2016-03-23 | 白云 | Handheld electric shear and saw all-in-one machine |
| CN206795501U (en) * | 2016-12-28 | 2017-12-26 | 南京德朔实业有限公司 | Electric tool |
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Application publication date: 20181127 |
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