CN107825134A - First band assembly equipment - Google Patents
First band assembly equipment Download PDFInfo
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- CN107825134A CN107825134A CN201711053558.6A CN201711053558A CN107825134A CN 107825134 A CN107825134 A CN 107825134A CN 201711053558 A CN201711053558 A CN 201711053558A CN 107825134 A CN107825134 A CN 107825134A
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- Prior art keywords
- pair
- exciting
- string bar
- power transmission
- transmission shaft
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23P—METAL-WORKING NOT OTHERWISE PROVIDED FOR; COMBINED OPERATIONS; UNIVERSAL MACHINE TOOLS
- B23P21/00—Machines for assembling a multiplicity of different parts to compose units, with or without preceding or subsequent working of such parts, e.g. with programme control
- B23P21/002—Machines for assembling a multiplicity of different parts to compose units, with or without preceding or subsequent working of such parts, e.g. with programme control the units stationary whilst being composed
Abstract
The invention belongs to First Tape Feeder manufacturing technology field, it is related to a kind of method for assembling first band and using instrument, more particularly to a kind of first band assembly method and equipment, including mounting platform, corrugated plating and propulsion assembly, propulsion assembly include propulsion electric machine, shock electric machine, fixed mount, flute profile wheel, promote gear mesh, exciting gear mesh, eccentric wheel to, promote power transmission shaft pair and exciting power transmission shaft pair；The race of a pair of flute profile wheels is clipped in the middle string bar, and the eccentric wheel that a pair of synchronous backwards rotate evokes vibration, and flute profile wheel turning handle string bar promotes preceding mounting hole and rear mounting hole.It is of the invention easy to use, it can reduce labor intensity, improve operating efficiency, tensile force that need not be too big in the case where there is vibration effectively avoids breaking string bar or string bar is pressed from both sides crackle with regard to string bar can be made to penetrate in hole, avoids string bar from wasting.
Description
Technical field
The invention belongs to First Tape Feeder manufacturing technology field, is related to a kind of method for assembling first band and using work
Tool, and in particular to a kind of first band assembly method and equipment.
Background technology
A kind of popular first apron feeder, the feeding device as each plant feed bin, its architectural feature are on the market in recent years：
The bottom of deflector chute sets the first band of a closing under feed bin, and first band is driven by driving drum at one end, and the other end sets bend pulley,
Centre sets some groups of idler pulley supporting first bands；To obtain more preferable performance, the adhesive tape of a closing can be set in first band.This skill
Art has the advantage that compared with prior art：1. it is small to run power, consuming little energy, performance driving economy is good；2. lightweight construction, make
Valency is low, convenient transportation；3. feeding coal is greatly, stably, and easy to adjust；4. operating steadily, noise is small, environmental protection；5. abrasion is small,
A little repair, service life length；6. component universality is strong, installation, maintenance is easy；7. replaceable existing batcher, so
Vigorously promoted the use in feed bin feed industry.
Above-described first band is key fitment in first apron feeder running part, including multiple first pieces and more strings
Bar, first piece are formed using 16Mn or highly wear-resisting alloy steel hot investment casting, have good wearability, toughness, string bar is by nylon
1010 are made, and string bar has good wearability and self lubricity, the impact resistance of first band is substantially increased, when first band is by thing
When expecting severe impact, its own structure type is just spread impulsive force from shock point to surrounding first, and secondly, the adhesive tape under it is certainly
Body deformation also absorbs certain shock loading, and remaining shock loading is conducted into impact idler simultaneously and buffering support roller seat enters
Row buffering absorbs, and thus improves the impact resistance of first apron feeder well.
Most representative first piece, refer to entitled《A kind of Novel shield and the first band comprising the first piece》, application number
First piece by retouching art in 200720131242.X Chinese utility model patent, including preceding connection end and rear connection end, preceding company
The preceding mounting hole for having the string bar for connection front first piece to pass through at end is connect, has the string bar for connection rear first piece to wear at rear connection end
The rear mounting hole crossed, first piece front and positioned at preceding connection end and rear connection end between provided with concave shape transition part, transition part by
In outwards in extension shape.
The installation process of first band is more time-consuming, and current mounting means is first that first piece is mutually embedding on mounting platform
Conjunction, Kong Yukong alignment arrangements are neat, and about 2 millimeters of gap is left between the end face of adjacent holes, in favor of mutually rotating, is then made
String bar is clamped with pliers to wear with strength into the hole of first piece close to the position of end, the resistance run into is just tapped when too big using hammer
Pliers, when jaw is close to first piece, mobile pliers, jaw is left a little distance of first piece, tap pliers after clamping again, constantly weight
Acted more than multiple, bar of being gone here and there until whole is penetrated in transversely arranged all first pieces.
The installation labor intensity of this mode is very big, and efficiency is very low, and string bar is easily pressed from both sides crackle by pliers, is also easy to do
Disconnected string bar, if string bar is disconnected inside, it is also necessary to string bar is pulled out and wears new string bar again, operating efficiency is lower, breaks string
Bar causes to waste, but up to the present also nobody develops a kind of equipment of mechanization peace belt armour.
The content of the invention
It is an object of the invention to improve the deficiencies in the prior art part, there is provided a kind of first band dress of mechanization peace belt armour
With device.
The present invention is achieved through the following technical solutions：
A kind of method of first band assembling, comprises the following steps：
1) first piece, mutually chimeric, Kong Yukong alignment is arranged neatly on mounting platform；
2) one end of string bar is made to insert the preceding mounting hole or the segment distance of rear mounting hole one of first piece；If this one end of string bar is done in advance
Go out chamfering, then can be easier when inserting preceding mounting hole or rear mounting hole；
3) a pair of flute profile wheels are arranged, are race at the wheel rim of flute profile wheel, the axis parallel of flute profile wheel, the race of a pair of flute profile wheels
String bar, is placed on adjacent, is clipped among two races by alignment；
4) arrange a pair of eccentric wheels, the axial line of this pair of eccentric wheels be parallel to each other and with go here and there bar axial line it is vertical, it is synchronous anti-
To rotation, the exciting force parallel to string bar direction of axis line is produced, and is delivered to by flute profile wheel on string bar, rotates flute profile wheel,
String bar is set to insert preceding mounting hole and rear mounting hole under motive force and the collective effect of exciting force, until being inserted into last first piece
Last preceding mounting hole or rear mounting hole last end face untill；
5) step 1) is repeated several times to 4), until all string bar all installations；
6) excision string bar is exposed at the unnecessary part outside first piece.
Above-described one end for making string bar inserts the preceding mounting hole of first piece or the segment distance of rear mounting hole one refers to 1 to 5 milli
The distance of rice.
Above-described a pair of eccentric wheels synchronous backward rotates, and its velocity of rotation refers to 600 to 3000 revs/min.
The method of first band assembling in accordance with the above, also provide a kind of equipment of first band assembling, including mounting platform, ripple
Card and propulsion assembly；
Propulsion assembly includes propulsion electric machine, shock electric machine, fixed mount, flute profile wheel, propulsion gear mesh, exciting gear mesh, eccentric wheel
To, promote power transmission shaft pair and exciting power transmission shaft pair；
Gear mesh, a pair of flute profile wheels are promoted respectively with propulsion power transmission shaft to being fixedly connected, the mounting flange of propulsion electric machine and fixation
Frame is fixedly connected, and the output shaft of propulsion electric machine promotes power transmission shaft to be fixedly connected with propulsion power transmission shaft to one of, promotes and passes
Moving axis is race to being connected respectively with fixed mount by revolute, at the wheel rim of flute profile wheel, the race alignment of a pair of flute profile wheels, such as
String bar is placed on adjacent by fruit, then string bar can be clamped, and string bar can be driven to transport by frictional force a pair of flute profile wheels rotate simultaneously when
It is dynamic；Promote gear mesh intermeshing；When propulsion electric machine is powered the rotation of its output shaft, by promoting power transmission shaft pair and promoting gear
To driving a pair of flute profile wheel rotations, while driving the string bar motion being clipped in the middle；
Exciting gear mesh, a pair of eccentric wheels are respectively with exciting power transmission shaft to being fixedly connected, the mounting flange of shock electric machine and fixation
Frame is fixedly connected, and the output shaft of shock electric machine is fixedly connected with exciting power transmission shaft to one of exciting power transmission shaft, and exciting passes
For moving axis to being connected respectively with fixed mount by revolute, exciting gear mesh intermeshing, a pair of eccentric wheels are in mirror image pair all the time
Title state, symmetrical plane were the meshing point of exciting gear mesh and the plane simultaneously tangent with two pitch circles of exciting gear mesh；
When shock electric machine is powered the rotation of its output shaft, drive a pair of eccentric wheels synchronously anti-by exciting power transmission shaft pair and exciting gear mesh
To rotation, centrifugal force caused by this pair of eccentric wheels, the component on the direction of axis line perpendicular to string bar cancels each other,
Parallel to the mutual superposition of component on the direction of axis line of string bar, so as to produce the vibration in one direction, vibration is passed by exciting
Moving axis to, fixed mount, promote power transmission shaft pair and a pair of flute profile wheels to pass to string bar；
Mounting hole and rear installation before string bar is easy for being pushed under the propulsive force of a pair of flute profile wheels and the collective effect of vibration
Hole, so as to complete the installation of a string bar, above step, which is repeated several times, quickly can just install more string bars；For the ease of peace
Dress, go here and there bar original length it is often bigger than the width dimensions of first band, so, string bar through last first piece last
During last end face of individual preceding mounting hole or rear mounting hole, also enough length allows flute profile wheel to clamp, and unnecessary string bar is most
Prescind again afterwards；
Multiple corrugated platings are fixedly connected with mounting platform, there is crest and trough above corrugated plating, first piece go forward connection end and after connect
It is mutually chimeric with crest to connect the transition part of the concave shape set between end, plays in the horizontal plane, on preceding mounting hole direction
Positioning action；Preceding mounting hole is mutually fitted together to the two sides at trough respectively with the end face of rear mounting hole, in the horizontal plane, parallel to
Positioning action is played on preceding mounting hole direction of axis line；The thickness of corrugated plating is 2 millimeters, across ripple between the end face of adjacent holes
The wave trough position of plate, at a distance of about 2 millimeters；First piece now is stably positioned on corrugated plating；There are positioning table, string bar on mounting platform
Be clamped between two pairs of flute profile wheels on propulsion assembly, the alignment of string bar one end after armour-piercing piece preceding mounting hole or after mounting hole, push away
The fixed mount entered on component is close to positioning table, and such propulsion assembly exerts a force by means of power, could produce propulsive force to string bar, effectively insertion
Preceding mounting hole or rear mounting hole.
Above-described pitch circle refers to the pitch circle being previously mentioned in GB/T1356-1987, GB/T1357-1987.
Above-described race frictionally promotes string bar, in order to increase frictional force of the race to string bar, in wheel rooved face
Decorative pattern is provided with, can thus produce bigger frictional force, prevents from skidding.
Above-described race is circular arc race, or V-shaped race, or straight line-circular arc-linear wheel
Groove.Circular arc race, refers to its bus, i.e., the plane cutting flute profile wheel of flute profile wheel axial line when obtain in wheel rooved face
Cutting contour line, it is circular arc；Similarly, the bus of V-shaped race is V-shaped, and the bus of straight line-circular arc-linear race is
Both sides are straight lines, and centre is the shape of circular arc.
Above-described a pair of eccentric wheels synchronous backward rotates, and its velocity of rotation refers to 600 to 3000 revs/min.
The course of work of the present embodiment is such：
1) it is mutually chimeric, Kong Yukong alignment arrangements are neat first piece on mounting platform, the transition part of the concave shape on first piece with
Crest is mutually fitted together to, and preceding mounting hole is mutually fitted together to the two sides of trough respectively with the end face of rear mounting hole；
2) string bar is clamped among the race of two pairs of flute profile wheels, one end of string bar is inserted the preceding mounting hole of first piece or rear installation
The segment distance of hole one, makes fixed mount be close to positioning table；If chamfering is made in this one end of string bar in advance, before insertion mounting hole or after
It can be easier during mounting hole；
3) shock electric machine is started, then a pair of eccentric wheel synchronous backward rotations, produce the exciting force parallel to string bar direction of axis line；
4) propulsion electric machine is started, then flute profile wheel synchronous rotary promotes string bar, and string bar is under motive force and the collective effect of exciting force
Insert preceding mounting hole and rear mounting hole, until be inserted into last first piece last preceding mounting hole or rear mounting hole it is last
Untill one end face；
5) step 1) is repeated several times to 4), until all string bar all installations；
6) excision string bar is exposed at the unnecessary part outside first piece.
Beneficial effects of the present invention：It is easy to use, reduce labor intensity, operating efficiency is improved, in the case where there is vibration
Tensile force that need not be too big effectively avoids breaking string bar or string bar is pressed from both sides crackle with regard to string bar can be made to penetrate in hole, avoids string bar
Waste.
Brief description of the drawings
Fig. 1 is the three dimensional structure diagram of first piece 100；
Fig. 2 is the three dimensional structure diagram at the visual angle of the embodiment of the present invention first；
Fig. 3 is the three dimensional structure diagram at the visual angle of the embodiment of the present invention second；
Fig. 4 is the top view of the embodiment of the present invention；
Fig. 5 is along the sectional view of line A-A in Fig. 4；
Fig. 6 is the partial enlarged view at I in Fig. 5；
Fig. 7 is along the sectional view of line B-B in Fig. 4；
Fig. 8 is the top view of propulsion assembly 7；
Fig. 9 is C direction views in Fig. 8；
Figure 10 is D direction views in Fig. 9；
Figure 11 is along the sectional view of E-E lines in Fig. 8；
Figure 12 is along the sectional view of F-F lines in Fig. 8；
Figure 13 is the three dimensional structure diagram of the flute profile wheel 74 with circular arc race 741；
Figure 14 is the three dimensional structure diagram of eccentric wheel 77；
Figure 15 is the three dimensional structure diagram of the flute profile wheel 74 with V-shaped race 744；
Figure 16 is the positive sectional view of the flute profile wheel 74 with straight line-circular arc-linear race 745；
Shown in figure：100. first piece；10. preceding connection end；Mounting hole before 11.；Connection end after 20.；Mounting hole after 21.；30. transition
Portion；4. mounting platform；41. positioning table；5. corrugated plating；51. crest；52. trough；The 521. trough contour lines being blocked；6.
String bar；7. propulsion assembly；71. propulsion electric machine；72. shock electric machine；73. fixed mount；74. flute profile wheel；741. circular arc races；
742. decorative pattern；743. sheave holes；744.V font races；745. straight lines-circular arc-linear race；75. promote gear mesh；76.
Exciting gear mesh；77. eccentric wheel；771. eccentric wheel hole；78. promote power transmission shaft pair；79. exciting power transmission shaft pair；8. symmetrical plane.
Embodiment
The present invention is further described with reference to the accompanying drawings and examples：
Embodiment：Referring to Fig. 1 to Figure 16.
A kind of method of first band assembling, comprises the following steps：
1) first piece 100, mutually chimeric, Kong Yukong alignment is arranged neatly on mounting platform 4；
2) make string bar 6 one end insert first piece 100 preceding mounting hole 11 or rear mounting hole 21 in about 2 millimeters；If this of string bar 6
Chamfering is made in one end in advance, then mounting hole 11 or can be easier during rear mounting hole 21 before inserting；
3) a pair of flute profile wheels 74 are arranged, are circular arc race 741 at the wheel rim of flute profile wheel 74, the axis parallel of flute profile wheel 74,
The circular arc race 741 of a pair of flute profile wheels 74 is alignd, and string bar 6 is placed on adjacent, is clipped among two circular arc races 741；
4) arrange a pair of eccentric wheels 77, the axial line of this pair of eccentric wheel 77 be parallel to each other and with go here and there bar 6 axial line it is vertical, with
2000 revs/min of synchronization rotates backward, and produces the exciting force parallel to the string direction of axis line of bar 6, and pass through flute profile wheel
74 are delivered on string bar 6, rotate flute profile wheel, then mounting hole 11 before bar 6 of going here and there inserts under motive force and the collective effect of exciting force
With rear mounting hole 21, until be inserted into last first piece 100 last preceding mounting hole 11 or rear mounting hole 21 last
Untill individual end face；
5) step 1) is repeated several times to 4), until all installations of string bar 6；
6) excision string bar 6 is exposed at the unnecessary part of the outside of first piece 100.
The method of first band assembling in accordance with the above, the equipment that a kind of assembling of first band is also provided, including mounting platform 4,
Corrugated plating 5 and propulsion assembly 7；
Propulsion assembly 7 includes two propulsion electric machines 71, shock electric machine 72,73, two pairs of fixed mount, 74, two pairs of flute profile wheel and promotes gear
Promote power transmission shaft to 78 and exciting power transmission shaft to 79 to 77, two pairs 75, exciting gear mesh 76, eccentric wheel；
Gear mesh 75, a pair of flute profile wheels 74 are promoted to be fixedly connected respectively with propulsion power transmission shaft to 78, the fixation of propulsion electric machine 71
Orchid is fixedly connected with fixed mount 73, and the output shaft and propulsion power transmission shaft of propulsion electric machine 71 are one of to 78 to promote power transmission shafts to consolidate
Fixed connection, promotes power transmission shaft to be connected respectively with fixed mount 73 by bearing to 78, is circular arc race at the wheel rim of flute profile wheel 74
741, the circular arc race 741 of a pair of flute profile wheels 74 aligns, if string bar 6 is placed on adjacent, string bar 6 can be clamped, one
String bar 6 can be driven to move by frictional force when being rotated to flute profile wheel 74 simultaneously；Gear mesh 75 is promoted to be intermeshed；Work as propulsion electric machine
During 71 energization its output shaft rotation, by promoting power transmission shaft to 78 and promoting gear mesh 75 to drive a pair of flute profile wheels 74 to rotate, together
When drive the string bar 6 that is clipped in the middle to move；The present embodiment arranges two sets of flute profile wheels 74 and corresponding drive mechanism, increases to string bar
6 propulsive force；
Exciting gear mesh 76, a pair of eccentric wheels 77 are fixedly connected with exciting power transmission shaft to 79 respectively, the fixation of shock electric machine 72
Orchid is fixedly connected with fixed mount 73, and the output shaft and exciting power transmission shaft of shock electric machine 72 are consolidated to 79 one of exciting power transmission shafts
Fixed connection, exciting power transmission shaft are connected with fixed mount 73 by bearing respectively to 79, and exciting gear mesh 76 is intermeshed, and a pair eccentric
Wheel 77 is in mirror symmetry all the time, symmetrical plane 8 be the meshing point of exciting gear mesh 76 and with exciting gear mesh 76
The simultaneously tangent plane of two pitch circles；When shock electric machine 72 is powered the rotation of its output shaft, to 79 and swashed by exciting power transmission shaft
The gear mesh 76 that shakes drives the rotation of a pair of synchronous backwards of eccentric wheel 77, centrifugal force caused by this pair of eccentric wheel 77, perpendicular to
The component gone here and there on the direction of axis line of bar 6 cancels each other, the mutual superposition of component on the direction of axis line parallel to string bar 6,
So as to produce the vibration in one direction, vibration is by exciting power transmission shaft to 79, fixed mount 73, propulsion power transmission shaft to 78 and a pair of grooves
Shape wheel 74 passes to string bar 6；
Mounting hole 11 is with after before string bar 6 is easy for being pushed under the propulsive force of a pair of flute profile wheels 74 and the collective effect of vibration
Mounting hole 21, so as to complete the installation of a string bar 6, above step, which is repeated several times, quickly can just install more string bars 6；For
Be easily installed, go here and there bar 6 width dimensions of the original length often than first band 100 it is big, so, string bar through last
During last end face of last preceding mounting hole 11 of first piece 100 or rear mounting hole 21, also enough length allows two pairs
Flute profile wheel 74 clamps, and unnecessary string bar 6 finally prescinds again；
Multiple corrugated platings 5 are fixedly connected with mounting platform 4, and corrugated plating 5 has crest 51 and trough 52, the company of going forward of first piece 100 above
It is mutually chimeric with crest 51 to connect the transition part 30 of concave shape set between end 10 and rear connection end 20, in the horizontal plane, perpendicular to
Positioning action is played on the preceding direction of mounting hole 11；The end face of preceding mounting hole 11 and rear mounting hole 21 respectively with the both sides at trough 52
Face is mutually fitted together to, in the horizontal plane, parallel to playing positioning action on the preceding direction of axis line of mounting hole 11；First piece 100 now is steady
Surely it is positioned on corrugated plating 5；
Above-described pitch circle refers to the pitch circle being previously mentioned in GB/T1356-1987, GB/T1357-1987.
There is positioning table 41 on mounting platform 4, string bar 6 is clamped between two pairs of flute profile wheels 74 on propulsion assembly 7, string bar 6
One end be aligned after armour-piercing piece 100 preceding mounting hole 11 or after mounting hole 21, the fixed mount 73 on propulsion assembly 7 is close to positioning table
41, such propulsion assembly 7 exerts a force by means of power, could produce propulsive force to string bar 6, effectively insert preceding mounting hole 11 or rear mounting hole
21。
The above-described frictionally of circular arc race 741 promotes string bar 6, in order to increase circular arc race 741 to string bar 6
Frictional force, the surface of circular arc race 741 is provided with decorative pattern 742, can thus produce bigger frictional force, prevent from skidding.
The course of work of the present embodiment is such：
1) first piece 100 on mounting platform 4, mutually chimeric, Kong Yukong alignment is arranged neatly, the concave shape on first piece 100
Transition part 30 is mutually chimeric with crest 51, and preceding mounting hole 11 and the end face of rear mounting hole 21 are mutually embedding with the two sides of trough 52 respectively
Close；
2) string bar 6 is clamped among the circular arc race 741 of two pairs of flute profile wheels 74, one end of string bar 6 is inserted first piece 100
Preceding mounting hole 11 or rear about 2 millimeters of mounting hole 21, make fixed mount 73 be close to positioning table 41；If this one end of string bar 6 is done in advance
Go out chamfering, then mounting hole 11 or can be easier during rear mounting hole 21 before inserting；
3) start shock electric machine 72, a pair of eccentric wheels 77 is reversely rotated with 2000 revs/min of synchronization, produce parallel to
The exciting force of the string direction of axis line of bar 6；
4) while start two propulsion electric machines 71, then two pairs of synchronous rotaries of flute profile wheel 74 promote string bar 6, string bar 6 in motive force and
Preceding mounting hole 11 and rear mounting hole 21 are inserted under the collective effect of exciting force, until be inserted into last first piece 100 last
Untill last end face of individual preceding mounting hole 11 or rear mounting hole 21；
5) step 1) is repeated several times to 4), until all installations of string bar 6；
6) excision string bar 6 is exposed at the unnecessary part of the outside of first piece 100.
The beneficial effect of the present embodiment：It is easy to use, reduce labor intensity, improve operating efficiency, there is the situation of vibration
Tensile force that down need not be too big effectively avoids breaking string bar 6 or string bar 6 is pressed from both sides crackle, avoid with regard to string bar can be made to penetrate in hole
Bar of going here and there wastes.
Claims (2)
1. a kind of first band assembly equipment, it is characterised in that including mounting platform, corrugated plating and propulsion assembly；
Propulsion assembly includes propulsion electric machine, shock electric machine, fixed mount, flute profile wheel, propulsion gear mesh, exciting gear mesh, eccentric wheel
To, promote power transmission shaft pair and exciting power transmission shaft pair；
Gear mesh, a pair of flute profile wheels are promoted respectively with propulsion power transmission shaft to being fixedly connected, the mounting flange of propulsion electric machine and fixation
Frame is fixedly connected, and the output shaft of propulsion electric machine promotes power transmission shaft to be fixedly connected with propulsion power transmission shaft to one of, promotes and passes
Moving axis is race to being connected respectively with fixed mount by revolute, at the wheel rim of flute profile wheel, the race alignment of a pair of flute profile wheels, is pressed from both sides
Tight string bar, a pair of flute profile wheels drive string bar motion；Promote gear mesh intermeshing；
Exciting gear mesh, a pair of eccentric wheels are respectively with exciting power transmission shaft to being fixedly connected, the mounting flange of shock electric machine and fixation
Frame is fixedly connected, and the output shaft of shock electric machine is fixedly connected with exciting power transmission shaft to one of exciting power transmission shaft, and exciting passes
For moving axis to being connected respectively with fixed mount by revolute, exciting gear mesh intermeshing, a pair of eccentric wheels are in mirror image pair all the time
Title state, symmetrical plane were the meshing point of exciting gear mesh and the plane simultaneously tangent with two pitch circles of exciting gear mesh；
Multiple corrugated platings are fixedly connected with mounting platform, there is crest and trough above corrugated plating, and first piece is gone forward connection end and rear connection end
Between the transition part of concave shape that sets it is mutually chimeric with crest；The end face of preceding mounting hole and rear mounting hole respectively with two at trough
Side is mutually fitted together to；
There is positioning table on mounting platform, the fixed mount on propulsion assembly is close to positioning table；
Race is circular arc race, or V-shaped race, or straight line-circular arc-linear race.
2. first band assembly equipment according to claim 1, it is characterised in that wheel rooved face is provided with decorative pattern.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711053558.6A CN107825134A (en) | 2016-07-31 | 2016-07-31 | First band assembly equipment |
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610611929.7A CN106064307B (en) | 2016-07-31 | 2016-07-31 | First band assembly method and equipment |
| CN201711053558.6A CN107825134A (en) | 2016-07-31 | 2016-07-31 | First band assembly equipment |
Related Parent Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610611929.7A Division CN106064307B (en) | 2016-07-31 | 2016-07-31 | First band assembly method and equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN107825134A true CN107825134A (en) | 2018-03-23 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201711049325.9A Active CN107756028B (en) | 2016-07-31 | 2016-07-31 | A kind of nail belt assembly equipment of mechanization installation |
| CN201711053558.6A Withdrawn CN107825134A (en) | 2016-07-31 | 2016-07-31 | First band assembly equipment |
| CN201711049323.XA Active CN107717446B (en) | 2016-07-31 | 2016-07-31 | A kind of nail belt assembly equipment |
| CN201711049324.4A Active CN107825133B (en) | 2016-07-31 | 2016-07-31 | The nail belt assembly equipment of mechanization installation |
| CN201610611929.7A Active CN106064307B (en) | 2016-07-31 | 2016-07-31 | First band assembly method and equipment |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201711049325.9A Active CN107756028B (en) | 2016-07-31 | 2016-07-31 | A kind of nail belt assembly equipment of mechanization installation |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201711049323.XA Active CN107717446B (en) | 2016-07-31 | 2016-07-31 | A kind of nail belt assembly equipment |
| CN201711049324.4A Active CN107825133B (en) | 2016-07-31 | 2016-07-31 | The nail belt assembly equipment of mechanization installation |
| CN201610611929.7A Active CN106064307B (en) | 2016-07-31 | 2016-07-31 | First band assembly method and equipment |
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| CN108581283B (en) * | 2018-05-07 | 2019-11-19 | 新昌县辰逸服饰有限公司 | Semi-automatic tooling is welded in nail belt feeder connecting section intelligence |
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- 2016-07-31 CN CN201711049323.XA patent/CN107717446B/en active Active
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Also Published As
| Publication number | Publication date |
|---|---|
| CN107756028B (en) | 2019-05-14 |
| CN107825133B (en) | 2019-05-14 |
| CN106064307B (en) | 2017-12-15 |
| CN107825133A (en) | 2018-03-23 |
| CN107717446B (en) | 2019-05-14 |
| CN107717446A (en) | 2018-02-23 |
| CN106064307A (en) | 2016-11-02 |
| CN107756028A (en) | 2018-03-06 |
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