CN205968078U - Automatically clamped mechanism of graduation carousel - Google Patents
Automatically clamped mechanism of graduation carousel Download PDFInfo
- Publication number
- CN205968078U CN205968078U CN201621001476.8U CN201621001476U CN205968078U CN 205968078 U CN205968078 U CN 205968078U CN 201621001476 U CN201621001476 U CN 201621001476U CN 205968078 U CN205968078 U CN 205968078U
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- cylinder
- arc track
- mechanical valve
- fixed disk
- riser
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- Expired - Fee Related
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Abstract
The utility model provides an automatically clamped mechanism of graduation carousel belongs to mechanical technical field. The problem that the trachea can twine the carousel when it had solved present automatically clamped mechanism of graduation carousel adoption air supply supply cylinder. It includes six ring array anchor clamps on the graduation carousel that distribute, anchor clamps including locate perpendicularly on the graduation carousel riser no. 1 and with a riser parallel arrangement's riser no. 2, the cylinder no. 2 that links firmly cylinder no. 1 on the riser no. 1 and be located a cylinder top, have on the piston rod of cylinder no. 1 and be used for compressing tightly the pressure head no. 1 on riser no. 2 with parts under the connecting rod, have on the piston rod of cylinder no. 2 and be used for compressing tightly the pressure head no. 2 on riser no. 2 with cover piece on the connecting rod, the middle part of graduation carousel has the through -hole, the through -hole internal fixation is equipped with the gas transmission seat, still be equipped with the control structure that is used for single control cylinder no. 1 and two actions in the cylinder on the graduation carousel. The utility model has the advantages of the trachea that structural design is reasonable, the air supply is supplied with can not twine carousel, compact structure.
Description
Technical field
This utility model belongs to field of mechanical technique, is related to a kind of automated exchanged cutter mechanism of indexing rotary table, particularly a kind of
The automated exchanged cutter mechanism of indexing rotary table in the automatic assembling of gasoline engine generator connecting rod.
Background technology
The connecting rod of gasoline engine generator includes cover piece on connecting rod lower component and connecting rod, cover piece in connecting rod lower component with connecting rod
It is provided with groove at mating surface, connecting rod is provided with projection at the mating surface of cover piece and connecting rod lower component, this groove and male cooperation
Setting, can position to cover piece on connecting rod lower component and connecting rod, pass through two screws by connecting rod lower component and company after having good positioning
On bar, cover piece is fixed together.One end of connecting rod lower component has hole one, and its surface has the oilhole one connecting with hole one, connecting rod
The other end of lower component is buckled to be incorporated at fastening with cover piece on connecting rod and is provided with hole two, has in connecting rod lower component in hole two
Oilhole two, oilhole one and oilhole two are ability machine-shaping after connecting rod lower component molding, that is, in connecting rod lower component with connecting rod
Just by oilhole one and oilhole two machine-shaping before cover piece assembling.
Applicant has invented a kind of automatic assembling of gasoline engine generator connecting rod, including six indexing rotary tables and six arrays
It is distributed in the fixture on rotating disk, assembling process is as follows：1st, connecting rod lower component is put at the first station and is clamped by fixture,
60 ° of rotation is to the second station；2nd, to the connecting rod lower component air blowing dedusting in the second station, 3rd station is arrived in 60 ° of rotation；3rd, capture
Cover piece upper cover piece is put into the top of 3rd station inside connecting rod lower component on connecting rod, 60 ° of rotation is to the 4th station；4th, will connect
Together with bar, cover piece is pressed to connecting rod lower component, 60 ° of rotation is to the 5th station；5th, the connecting rod in the 5th station is carried out beat spiral shell
Silk operation, 60 ° of rotation is to the 6th station；6th, finished product is taken out from the 6th station, machine, 60 ° of rotation reaches first again
Station, prepares the processing action of next round.
In prior art, fixture typically by cylinder control, and adopt rotation electrical collector to the solenoid valve in rotation with
Reach the purpose controlling cylinder, due to setting rotation electrical collector and electromagnetic valve on rotating disk, lead to the structure of whole kludge
Long-pending huge；Directly it is connected with cylinder according to external gas source, when rotating disk rotates in a circumferential direction at 360 ° of angles, the trachea being connected with cylinder
Lead to together with will certainly being wound into rotating disk rupture.It is, therefore, desirable to provide a kind of automated exchanged cutter mechanism is solving the above problems.
Content of the invention
The purpose of this utility model is that there are the problems referred to above for existing technology it is proposed that a kind of supply gas using source of the gas
During cylinder, trachea will not be wound into the automated exchanged cutter mechanism of the indexing rotary table on rotating disk.
The purpose of this utility model can be realized by following technical proposal：
The automated exchanged cutter mechanism of this indexing rotary table, is distributed in the fixture on indexing rotary table including six annular arrays, and it is special
Levy and be, described fixture includes the riser one being vertical on indexing rotary table and the riser two be arrangeding in parallel with riser one, institute
Locating slot for positioning linkage rod lower component is had on the riser two stated, described riser one is fixed with cylinder one and is located at gas
The cylinder two of cylinder one top, the piston rod of described cylinder one has the pressure head for being pressed on connecting rod lower component on riser two
One, the piston rod of described cylinder two has the pressure head two for being pressed on cover piece on connecting rod on riser two, indexing rotary table
Middle part has through hole, is fixed with gas transmission seat in described through hole, the upper end of described gas transmission seat pass through PU trachea respectively with cylinder
First, cylinder two connects, and described indexing rotary table is additionally provided with for the independent control structure controlling cylinder one and cylinder two action.
On a base, indexing rotary table can rotate in a circumferential direction indexing rotary table along its axis, and gas transmission seat is fixed on base,
And be connected with source of the gas.
In the automated exchanged cutter mechanism of above-mentioned indexing rotary table, described control structure include being fixed on gas transmission seat with
The fixed disk that indexing rotary table is coaxially disposed and six on the indexing rotary table control units corresponding setting with fixture, institute
The control unit stated is included for controlling the flexible guide-roller type mechanical valve one of cylinder one and the guide wheel for controlling cylinder two to stretch
Formula mechanical valve two, the guide wheel of described mechanical valve one is located at the lower section of fixed disk and is in rolling contact with fixed disk, described mechanical valve two
Guide wheel be located at the lower section of fixed disk and be in rolling contact with fixed disk, the axis of described mechanical valve one guide wheel is led with mechanical valve two
The axis of wheel is coaxial and radially extending along fixed disk, and the guide wheel of described mechanical valve one distance away from fixed disk axis is more than
The distance away from fixed disk axis for the guide wheel of mechanical valve two, described fixed disk is provided with to be used when clamp movement is to specified station
Adjustment structure in control machinery valve one and mechanical valve two folding.
Mechanical valve includes valve body, the connecting rod being articulated with valve body upper end and the guide wheel located at connecting rod free end, the middle part of connecting rod
Hinged with the valve rod stretching in valve body, the inner of valve rod is connected with valve element, by connecting rod around pin joint weave control valve rod
Flexible, thus controlling the break-make of cylinder.In mechanism, valve rod stretches out in normal state length is L, when valve rod stretches out
Length, more than controlling cylinder piston rod to shrink during L, controls cylinder piston rod elongation when the length that valve rod stretches out is less than L.
In the automated exchanged cutter mechanism of above-mentioned indexing rotary table, described adjustment structure includes extending to by the first station
The radian of six stations be 300 ° arc track one and be 60 ° by the radian that the 6th station extends to the first station arc track
Two, this arc track two is located on same loop wire with arc track one, and arc track two to the distance of mechanical valve one is more than arc
Shape track one to mechanical valve one distance；Described adjustment structure also includes
240 ° of arc track three and the arc track four being 120 ° by the radian that the 4th station extends to the 6th station, this arc track
Four with arc track three be located at same loop wire on, and arc track three to mechanical valve one distance be more than arc track four to machinery
The distance of valve one；Described fixed disk be provided with when mechanical valve one guide wheel arcuately track two roll to arc track one at when
For the guide wheel of mechanical valve one is fed through the push structure one of arc track one, described fixed disk is provided with when mechanical valve two
Guide wheel arcuately track three roll to arc track everywhere when for the guide wheel of mechanical valve two is fed through arc track four
Push structure two, described fixed disk is additionally provided with for the guide wheel of mechanical valve one on arc track one being fed through track simultaneously
2nd, the guide wheel of mechanical valve two on arc track four is fed through the push structure three of track three.
Wherein, in the surface of arc track one and arc track four is generally aligned in the same plane, arc track two and arc track
In three surface is generally aligned in the same plane.When the guide wheel of mechanical valve one rolls in arc track two, by the 6th station (blankers
Position) move to the first station (feeding station), the piston rod of cylinder one shrinks, that is, be not in clamped condition；When mechanical valve one
When guide wheel rolls in arc track one, by the first station (feeding station), the second station (air blowing station), 3rd station (on
Cover piece station on connecting rod), the 4th station (compression station), the 5th station (screw station) move to the 6th station (blankers
Position), the piston rod of cylinder one stretches out, and by pressure head one, connecting rod lower component is pressed on riser two.Guide wheel when mechanical valve two
When rolling in arc track three, the piston rod of cylinder two shrinks, that is, be in not by the state of cover piece clamping on connecting rod；Work as machinery
When the guide wheel of valve two rolls in arc track four, the piston rod of cylinder two stretches out, and is compressed cover piece on connecting rod by pressure head two
On riser two.
In the automated exchanged cutter mechanism of above-mentioned indexing rotary table, described push structure one includes being opened in fixing plate edge
Opening one, the push block one in opening one and the pen cylinder one being fixed on fixed disk, described pen cylinder one
Piston rod is connected with push block one, and described opening one extends at arc track three.
In normal state, the lower surface of push block one and arc track two are in same plane, when mechanical valve one
When guide wheel rolls and is rolled in push block one along arc track two, the piston rod elongation of pen cylinder one, make push block one
Surface and arc track one flush, the roller of mechanical valve one is rolled in arc track one by push block one.
In the automated exchanged cutter mechanism of above-mentioned indexing rotary table, described push structure two includes being opened on fixed disk
Width is equal to the perforate of arc track three width, located at the push block two in perforate be fixed on the pen cylinder on fixed disk
Two, the piston rod of described pen cylinder two is connected with push block two.The working method of pen cylinder two is with the work of pen cylinder one
Make that mode is identical, the guide wheel of mechanical valve two is play the guiding role.
In the automated exchanged cutter mechanism of above-mentioned indexing rotary table, push structure three includes being opened in the opening of fixing plate edge
2nd, the push block three in opening two and the pen cylinder three being fixed on fixed disk, the piston rod of described pen cylinder three
It is connected with push block three, the depth of described opening two adds the width of arc track one equal to the width of arc track four.Due to machine
Tool valve one is synchronized with the movement together with being affixed to mechanical valve two.The push block three of setting can achieve the guide wheel to mechanical valve one and machine
The guide wheel of tool valve two pushes simultaneously.Push fast three length with the deep equality of opening two it is ensured that can enter to two introductions simultaneously
Row pushes.
Compared with prior art, the automated exchanged cutter mechanism of this indexing rotary table has advantages below：
Its reasonable in design, using cylinder one and cylinder two, the small volume of the form control fixture of source of the gas, structure is tight
Gather；One control unit corresponds to a fixture, and when clamp movement is to the first station, corresponding control unit also moves to
First station, control effect is good, for connecting the PU trachea of cylinder one and mechanical valve one and being used for being connected cylinder two and mechanical valve
Two PU trachea will not rupture when rotated, solves the problems, such as that source of the gas supplies.
Brief description
Fig. 1 is a kind of structural representation of preferred embodiment that this utility model provides.
Fig. 2 is the structural representation of the adjustment structure that this utility model provides.
Fig. 3 is the structural representation of the fixed disk that this utility model provides.
Fig. 4 is the upward view of the fixed disk that this utility model provides.
Fig. 5 is the upward view of the fixed disk that this utility model provides.
In figure, 1, fixture；11st, riser one；12nd, riser two；13rd, cylinder one；14th, cylinder two；15th, pressure head one；16th, pressure head
Two；2nd, indexing rotary table；3rd, gas transmission seat；4th, fixed disk；41st, arc track one；42nd, arc track two；43rd, arc track three；44、
Arc track four；51st, mechanical valve one；52nd, mechanical valve two；61st, opening one；62nd, push block one；63rd, pen cylinder one；71st, open
Hole；72nd, push block two；73rd, pen cylinder two；81st, opening two；82nd, push block three；83rd, pen cylinder three.
Specific embodiment
The following is specific embodiment of the utility model and combine accompanying drawing, the technical solution of the utility model is made further
Description, but this utility model is not limited to these embodiments.
The automated exchanged cutter mechanism of indexing rotary table 2 as shown in Figure 1, is distributed on indexing rotary table 2 including six annular arrays
Fixture 1, as shown in figure 1, fixture 1 is included the riser 1 being vertical on indexing rotary table 2 and is be arranged in parallel with riser 1
Riser 2 12, riser 2 12 has the locating slot for positioning linkage rod lower component, riser 1 is fixed with cylinder 1
Cylinder 2 14 with positioned at cylinder 1 top, the piston rod of cylinder 1 has for connecting rod lower component is pressed on riser
Pressure head 1 on 2 12, the piston rod of cylinder 2 14 has the pressure head for being pressed on cover piece on connecting rod on riser 2 12
2 16, the middle part of indexing rotary table 2 has through hole, is fixed with gas transmission seat 3 in through hole, and PU tracheorrhaphy is passed through in the upper end of gas transmission seat 3
It is not connected with cylinder 1, cylinder 2 14, indexing rotary table 2 is additionally provided with and controls cylinder 1 and cylinder 2 14 action for independent
Control structure.On a base, indexing rotary table 2 can rotate in a circumferential direction indexing rotary table 2 along its axis, and gas transmission seat 3 is fixed on
On base, and it is connected with source of the gas.
As shown in Fig. 2 control structure include the fixed disk 4 being coaxially disposed with indexing rotary table 2 being fixed on gas transmission seat 3 and
On indexing rotary table 2 six correspond the control unit of setting with fixture 1, and control unit is included for controlling cylinder one
13 flexible guide-roller type mechanical valve 1 and the guide-roller type mechanical valve 2 52 for controlling cylinder 2 14 to stretch, mechanical valve 1
Guide wheel is located at the lower section of fixed disk 4 and is in rolling contact with fixed disk 4, the guide wheel of mechanical valve 2 52 be located at fixed disk 4 lower section and
It is in rolling contact with fixed disk 4, the axis of mechanical valve 1 guide wheel is coaxial with the axis of mechanical valve 2 52 guide wheel and edge is fixing
The radially extending of disk 4, the guide wheel of mechanical valve 1 distance away from fixed disk 4 axis is more than the guide wheel of mechanical valve 2 52 away from fixation
The distance of disk 4 axis, fixed disk 4 is provided with when fixture 1 moves to specified station and is used for control machinery valve 1 and machinery
The adjustment structure of valve 2 52 folding.
Mechanical valve includes valve body, the connecting rod being articulated with valve body upper end and the guide wheel located at connecting rod free end, the middle part of connecting rod
Hinged with the valve rod stretching in valve body, the inner of valve rod is connected with valve element, by connecting rod around pin joint weave control valve rod
Flexible, thus controlling the break-make of cylinder.In mechanism, valve rod stretches out in normal state length is L, when valve rod stretches out
Length, more than controlling cylinder piston rod to shrink during L, controls cylinder piston rod elongation when the length that valve rod stretches out is less than L.
As shown in figure 4, adjustment structure includes the arc track being 300 ° by the radian that the first station extends to the 6th station
1 and be 60 ° by the radian that the 6th station extends to the first station arc track 2 42, this arc track 2 42 and arc
Track 1 is located on same loop wire, and the distance of arc track 2 42 to mechanical valve 1 is more than arc track 1 41 to machinery
The distance of valve 1.As shown in figure 5, adjustment structure also includes the arc being 240 ° by the radian that the 6th station extends to the 4th station
Shape track 3 43 and the arc track 4 44 being 120 ° by the radian that the 4th station extends to the 6th station, this arc track 4 44
It is located on same loop wire with arc track 3 43, and the distance of arc track 3 43 to mechanical valve 1 is more than arc track 4 44
Distance to mechanical valve 1.
As shown in Fig. 2 fixed disk 4 guide wheel that is provided with when mechanical valve 1 arcuately track 2 42 rolls to arc track
It is used for when at one 41 the guide wheel of mechanical valve 1 is fed through the push structure one of arc track 1, fixed disk 4 is provided with works as
Arcuately track 3 43 is used for sending the guide wheel of mechanical valve 2 52 when rolling to arc track 4 44 guide wheel of mechanical valve 2 52
Enter to the push structure two of arc track 4 44, fixed disk 4 is additionally provided with for simultaneously by mechanical valve one on arc track 1
51 guide wheel is fed through track two, the guide wheel of mechanical valve 2 52 on arc track 4 44 is fed through the push structure of track three
Three.
Wherein, in the surface of arc track 1 and arc track 4 44 is generally aligned in the same plane, arc track 2 42 and arc
In the surface of shape track 3 43 is generally aligned in the same plane.When the guide wheel of mechanical valve 1 rolls in arc track 2 42, by
Six stations (discharge station) move to the first station (feeding station), and the piston rod of cylinder 1 shrinks, that is, be not in clamping shape
State；When the guide wheel of mechanical valve 1 rolls in arc track 1, (blown by the first station (feeding station), the second station
Gas station), 3rd station (cover piece station in upper connecting rod), the 4th station (compression station), the 5th station (screw station) fortune
Move the 6th station (discharge station), the piston rod of cylinder 1 stretches out, by pressure head 1, connecting rod lower component is pressed on vertical
On plate 2 12.When the guide wheel of mechanical valve 2 52 rolls in arc track 3 43, the piston rod of cylinder 2 14 shrinks, that is, be in
Not by the state of cover piece clamping on connecting rod；When the guide wheel of mechanical valve 2 52 rolls in arc track 4 44, cylinder 2 14
Piston rod stretches out, and by pressure head 2 16, cover piece on connecting rod is pressed on riser 2 12.
As shown in Figures 2 and 3, push structure one includes being opened in the opening 1 at fixed disk 4 edge, in opening 1
Push block 1 and the pen cylinder 1 being fixed on fixed disk 4, the piston rod of pen cylinder 1 and push block 1
It is connected, opening 1 extends at arc track 3 43.In normal state, the lower surface of push block 1 and arc track two
42 are in same plane, when the guide wheel of mechanical valve 1 rolls along arc track 2 42 and is rolled in push block 1
When, the piston rod elongation of pen cylinder 1, make the surface of push block 1 and the flush of arc track one, mechanical valve one
51 roller is rolled in arc track one by push block 1.
As shown in Figures 2 and 3, the width that push structure two includes being opened on fixed disk 4 is equal to arc track 3 43 width
Perforate 71, located at the push block 2 72 in perforate 71 with the pen cylinder 2 73 that is fixed on fixed disk 4, pen cylinder 2 73
Piston rod and push block 2 72 be connected.The working method of pen cylinder 2 73 is identical with the working method of pen cylinder 1,
The guide wheel of mechanical valve 2 52 is play the guiding role.
As shown in Figures 2 and 3, push structure three includes being opened in the opening 2 81 at fixed disk 4 edge, in opening 2 81
Push block 3 82 and the pen cylinder 3 83 being fixed on fixed disk 4, the piston rod of pen cylinder 3 83 and push block 3 82
It is connected, the depth of opening 2 81 adds the width of arc track one equal to the width of arc track 4 44.Due to mechanical valve 1 He
Mechanical valve 2 52 is affixed to together, is synchronized with the movement.The push block 3 82 of setting can achieve the guide wheel to mechanical valve 1 and machinery
The guide wheel of valve 2 52 pushes simultaneously.Push fast three length and the deep equality of opening 2 81 it is ensured that can be simultaneously to two introductions
Pushed.
Specific embodiment described herein is only explanation for example to this utility model spirit.This utility model institute
Belong to those skilled in the art described specific embodiment can be made with various modifications or supplement or using similar
Mode substitute, but without departing from of the present utility model spirit or surmount scope defined in appended claims.
Claims (6)
1. the automated exchanged cutter mechanism of a kind of indexing rotary table, is distributed in the fixture on indexing rotary table (2) including six annular arrays
(1) it is characterised in that described fixture (1) include the riser one (11) being vertical on indexing rotary table (2) and with riser one
(11) riser two (12) be arrangeding in parallel, described riser two (12) has the locating slot for positioning linkage rod lower component, institute
Cylinder one (13) and the cylinder two (14) above cylinder one (13), described cylinder one are fixed with the riser one (11) stated
(13) pressure head one (15) for being pressed on connecting rod lower component on riser two (12), described cylinder two are had on piston rod
(14) pressure head two (16) for being pressed on cover piece on connecting rod on riser two (12), indexing rotary table (2) are had on piston rod
Middle part there is through hole, be fixed with gas transmission seat (3) in described through hole, PU tracheorrhaphy is passed through in the upper end of described gas transmission seat (3)
It is not connected with cylinder one (13), cylinder two (14), described indexing rotary table (2) is additionally provided with and controls cylinder one (13) for independent
Control structure with cylinder two (14) action.
2. the automated exchanged cutter mechanism of indexing rotary table according to claim 1 is it is characterised in that described control structure includes
It is fixed on the fixed disk (4) being coaxially disposed with indexing rotary table (2) on gas transmission seat (3) and six on indexing rotary table (2)
Correspond the control unit of setting with fixture (1), described control unit is included for controlling flexible the leading of cylinder one (13)
Wheel machine valve one (51) and being used for controls the guide-roller type mechanical valve two (52) that cylinder two (14) stretches, described mechanical valve one (51)
Guide wheel be located at the lower section of fixed disk (4) and be in rolling contact with fixed disk (4), the guide wheel of described mechanical valve two (52) is located to be fixed
The lower section of disk (4) and being in rolling contact with fixed disk (4), the axis of described mechanical valve one (51) guide wheel is led with mechanical valve two (52)
The axis of wheel is coaxial and radially extending along fixed disk (4), and the guide wheel of described mechanical valve one (51) is away from fixed disk (4) axis
Distance be more than the distance away from fixed disk (4) axis for the guide wheel of mechanical valve two (52), described fixed disk (4) is provided with when folder
Tool (1) moves to the adjustment structure being used for control machinery valve one (51) and mechanical valve two (52) folding during specified station.
3. the automated exchanged cutter mechanism of indexing rotary table according to claim 2 is it is characterised in that described adjustment structure bag
The arc track one (41) being 300 ° by the radian that the first station extends to the 6th station is included on fixed disk (4) and by the 6th
The radian that station extends to the first station is 60 ° of arc track two (42), this arc track two (42) and arc track one
(41) be located at same loop wire on, and arc track two (42) to mechanical valve one (51) distance be more than arc track one to mechanical valve
One (51) distance；Described adjustment structure also includes being extended to the arc of the 4th station on fixed disk (4) by the 6th station
Spend the arc track three (43) for 240 ° and the arc track four being 120 ° by the radian that the 4th station extends to the 6th station
(44), this arc track four (44) and arc track three (43) are located on same loop wire, and arc track three (43) is to mechanical valve
One (51) distance is more than arc track four (44) to the distance of mechanical valve one (51)；Described fixed disk (4) is provided with works as machine
Arcuately track two (42) rolls and is used for mechanical valve one (51) to during arc track one (41) place the guide wheel of tool valve one (51)
Guide wheel is fed through the push structure one of arc track one (41), and described fixed disk (4) is provided with leading when mechanical valve two (52)
Wheel arcuately track three (43) roll to during arc track four (44) place be used for the guide wheel of mechanical valve two (52) is fed through arc
The push structure two of track four (44), described fixed disk (4) is additionally provided with for simultaneously by upper for arc track one (41) machinery
The guide wheel of valve one (51) is fed through track two, the guide wheel of upper for arc track four (44) mechanical valve two (52) is fed through track three
Push structure three.
4. the automated exchanged cutter mechanism of indexing rotary table according to claim 3 is it is characterised in that described push structure one wraps
Include and be opened in the opening one (61) at fixed disk (4) edge, the push block one (62) in opening one (61) and be fixed on fixation
Pen cylinder one (63) on disk (4), the piston rod of described pen cylinder one (63) is connected with push block one (62), and described opens
Mouth one (61) extends to arc track three (43) place.
5. the automated exchanged cutter mechanism of indexing rotary table according to claim 3 is it is characterised in that described push structure two wraps
Include the width being opened on fixed disk (4) and be equal to the perforate (71) of arc track three (43) width, pushing away in perforate (71)
Send block two (72) and the pen cylinder two (73) being fixed on fixed disk (4), the piston rod of described pen cylinder two (73) with push away
Block two (72) is sent to be connected.
6. the automated exchanged cutter mechanism of indexing rotary table according to claim 3 is it is characterised in that described push structure three guarantees
Include and be opened in the opening two (81) at fixed disk (4) edge, the push block three (82) in opening two (81) and be fixed on fixation
Pen cylinder three (83) on disk (4), the piston rod of described pen cylinder three (83) is connected with push block three (82), described opening
Two (81) depth adds the width of arc track one (41) equal to the width of arc track four (44).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621001476.8U CN205968078U (en) | 2016-08-31 | 2016-08-31 | Automatically clamped mechanism of graduation carousel |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621001476.8U CN205968078U (en) | 2016-08-31 | 2016-08-31 | Automatically clamped mechanism of graduation carousel |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205968078U true CN205968078U (en) | 2017-02-22 |
Family
ID=58038764
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621001476.8U Expired - Fee Related CN205968078U (en) | 2016-08-31 | 2016-08-31 | Automatically clamped mechanism of graduation carousel |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205968078U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109521665A (en) * | 2018-12-26 | 2019-03-26 | 厦门理工学院 | A kind of casing for clock and watch automatic assembling and hold-down mechanism |
| CN109607068A (en) * | 2019-01-18 | 2019-04-12 | 济南翼菲自动化科技有限公司 | Mobile phone glass automatic transportation index dial |
-
2016
- 2016-08-31 CN CN201621001476.8U patent/CN205968078U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109521665A (en) * | 2018-12-26 | 2019-03-26 | 厦门理工学院 | A kind of casing for clock and watch automatic assembling and hold-down mechanism |
| CN109521665B (en) * | 2018-12-26 | 2020-10-13 | 厦门理工学院 | Automatic assembling and pressing mechanism for clock shell |
| CN109607068A (en) * | 2019-01-18 | 2019-04-12 | 济南翼菲自动化科技有限公司 | Mobile phone glass automatic transportation index dial |
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