CN206108315U - Eccentric lift and adopt 90 horn ring child transmission system of this off -centre lift - Google Patents
Eccentric lift and adopt 90 horn ring child transmission system of this off -centre lift Download PDFInfo
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- CN206108315U CN206108315U CN201620585903.5U CN201620585903U CN206108315U CN 206108315 U CN206108315 U CN 206108315U CN 201620585903 U CN201620585903 U CN 201620585903U CN 206108315 U CN206108315 U CN 206108315U
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Abstract
The utility model relates to an eccentric lift and adopt 90 horn ring child transmission system of this off -centre lift, eccentric lift includes mount (1), eccentric lifting unit, leading wheel (2), lift frame (3), sprocket mechanism and sprocket mechanism driving motor (4), eccentric lifting unit sets up on mount (1), and be connected with lift frame (3) transmission, leading wheel (2) set up on lift frame (3), and with mount (1) sliding connection, sprocket mechanism and sprocket mechanism driving motor (4) set up on lift frame (3), sprocket mechanism includes driving chain (5) chain and sprocket (6) of a plurality of parallels, set up mount (1) in the below of two roller line intersections, a plurality of driving chains (5) set up respectively in the clearance of a roller line's (12) a plurality of running rollers (11), constitute 90 horn ring child transmission system. Compared with the prior art, the utility model has the advantages of efficient, job stabilization.
Description
Technical field
The utility model belongs to automotive automation assembling field, is related to a kind of on demand distributing to automobile tire mutually
The eccentric lifting machine of two roller lines at an angle of 90 and 90 ° of horn ring tire Transmission systems using the eccentric lifting machine.
Background technology
In automobile production, tire distributes on demand two roller lines mutually at an angle of 90.Tire on automobile tire pipeline
More, classification trouble is such as completed high during sorter by manually, and employee work amount is big, and inefficiency, in automobile production
In, efficiency has important impact to production capacity, with the fast development of auto industry, the requirement more and more higher to efficiency, manually
Classification has been not suitable for the requirement of modern production.Need a kind of efficient tire sort product on market badly.
The content of the invention
The purpose of this utility model is exactly the defect in order to overcome above-mentioned prior art to exist and provides a kind of being used for vapour
Wheel tire distributes on demand the 90 ° horn rings of the eccentric lifting machine using the eccentric lifting machine of two roller lines mutually at an angle of 90
Tire Transmission system.
The purpose of this utility model can be achieved through the following technical solutions：
A kind of eccentric lifting machine, including fixed mount, eccentric lifting component, directive wheel, lifting frame, chain-wheel mechanism and sprocket wheel
Mechanism driving-motor, described eccentric lifting component is arranged on fixed mount, and is connected with lifting frame, described guiding
Wheel is arranged on lifting frame, and is slidably connected with fixed mount, and described chain-wheel mechanism and chain-wheel mechanism motor is arranged on
On lifting frame, described chain-wheel mechanism includes multiple parallel transmission chain and sprockets.
Described lifting frame is provided with baffle plate, and described eccentric lifting component drives and rise by being connected with baffle plate
The in the vertical direction movement of drop framework.
Described eccentric lifting component includes cylinder, first axle mechanism, second hinge mechanism and cuts with scissors for connection first
Chain mechanism and the linkage connecting rod of second hinge mechanism, the cylinder body of described cylinder is connected with fixed mount, cylinder rod and first
Linkage connects, and first axle mechanism and second hinge mechanism rotate with fixed mount be connected respectively, and respectively with the bottom of baffle plate
Portion's contact connection.
Described first axle mechanism and second hinge mechanism is arranged in cylinder both sides, described first axle mechanism
The first free end, the second free end and the 3rd free end are provided with, described second hinge mechanism is provided with the first free end and second
Free end, the cylinder rod of cylinder is hinged with the 3rd free end of first axle mechanism, and the two ends of linkage connecting rod are respectively with
First free end of one linkage and the first free end of second hinge mechanism are hinged, the bottom of baffle plate respectively with first axle
Second free end of mechanism and the second of second hinge mechanism the free end in contact connection.
Described driving-chain is rubber driving-chain.
A kind of 90 ° of horn ring tire Transmission systems using described eccentric lifting machine, including eccentric lifting machine and be mutually perpendicular to
The first roller line and the second roller line, described fixed mount setting is in the lower section of Liang Tiao roller lines intersection, and described is multiple
Driving-chain is separately positioned in the gap of multiple running rollers of the first roller line.
The system also includes controlling organization, and described controlling organization is needing eccentric lifting machine will to be located on the first roller line
When the tire of top is delivered on the second roller line, control eccentric lifting component rises lifting frame, while opening chain turbine
Structure motor, drives chain-wheel mechanism operating；When the tire on the first roller line need not be delivered on the second roller line,
Control eccentric lifting component resets lifting frame, simultaneously closes off chain-wheel mechanism motor, makes chain-wheel mechanism shut down.
Described driving-chain, higher than the running roller upper surface of the first roller line, resets when lifting frame rises in lifting frame
When less than the first roller line running roller upper surface.
The side of described chain-wheel mechanism is additionally provided with for preventing tire in the shield of effect of inertia lower slider, described screening
Plate is fixed on lifting frame, and in the gap of the running roller of the first roller line, the top of shield is higher than driving-chain, and shield
Top when lifting frame rises higher than the running roller upper surface of the first roller line, when lifting frame resets be less than the first roller-way
The running roller upper surface of line.
The operation principle of 90 ° of horn rings tire Transmission system of the present utility model is：It is inclined when needing will to be located on the first roller line
When tire above heart lift is delivered on the second roller line, controlling organization controls eccentric lifting component by lifting frame liter
Rise, while opening chain-wheel mechanism motor, drive chain-wheel mechanism operating, now, running roller of the driving-chain higher than the first roller line
Upper surface, so as to the tire be held up, tire is transported on the second roller line with driving-chain operating.When need not by this first
When tire on roller line is delivered on the second roller line, control eccentric lifting component resets lifting frame, simultaneously closes off chain
Wheel mechanism driving-motor, make chain-wheel mechanism shut down, now, driving-chain less than the first roller line running roller upper surface, first
Tire on roller line can continue to be fed forward in the presence of running roller.
Eccentric lifting component in the utility model is rotated by the flexible drive first axle mechanism of cylinder cylinder rod, the
One linkage drives second hinge mechanism rotating in same direction by linkage connecting rod, then the second of first axle mechanism from
Guide effect of the baffle plate of the lifting frame for passing through to contact by the second free end of end and second hinge mechanism in directive wheel
Lower control lifting frame rises or resets.
Driving-chain of the present utility model can avoid driving-chain from scratching surface of tyre using rubber driving-chain.
Compared with prior art, the utility model efficiency high, working stability, can effectively improve automobile production efficiency.
Description of the drawings
Fig. 1 is the main structure diagram of eccentric lifting machine of the present utility model；
Fig. 2 is the overlooking the structure diagram of 90 ° of horn rings tire Transmission system of the present utility model；
In figure, 1 is fixed mount, and 2 is directive wheel, and 3 is lifting frame, and 31 is baffle plate, and 4 is chain-wheel mechanism motor, and 5 are
Driving-chain, 6 is sprocket wheel, and 7 is cylinder, and 8 is first axle mechanism, and 81 is the first free end of first axle mechanism, and 82 is first
Second free end of linkage, 83 is the 3rd free end of first axle mechanism, and 9 is second hinge mechanism, and 91 is the second hinge
First free end of chain mechanism, 92 is the second free end of second hinge mechanism, and 10 is linkage connecting rod, and 11 is running roller,
12 is the first roller line, and 13 is the second roller line.
Specific embodiment
Below in conjunction with the accompanying drawings the utility model is described in detail with specific embodiment.
Embodiment 1
A kind of eccentric lifting machine, as shown in figure 1, including fixed mount 1, eccentric lifting component, directive wheel 2, lifting frame 3,
Chain-wheel mechanism and chain-wheel mechanism motor 4.Eccentric lifting component is arranged on fixed mount 1, and is connected with the transmission of lifting frame 3
Connect, directive wheel 2 is arranged on lifting frame 3, and be slidably connected with fixed mount 1, chain-wheel mechanism and chain-wheel mechanism motor 4 set
Put on lifting frame 3, chain-wheel mechanism includes three parallel driving-chains 5 and sprocket wheel 6, driving-chain 5 is rubber driving-chain.
Lifting frame 3 is provided with baffle plate 31, and eccentric lifting component includes cylinder 7, first axle mechanism 8, second hinge machine
Structure 9 and the linkage connecting rod 10 for connecting first axle mechanism 8 and second hinge mechanism 9, the cylinder body of cylinder 7 and fixation
Frame 1 connects, and cylinder rod is connected with first axle mechanism 8, and first axle mechanism 8 and second hinge mechanism 9 rotate respectively with fixed mount 1
Connection, and be connected with the contact of the bottom of baffle plate 31 respectively.Wherein, first axle mechanism 8 and second hinge mechanism 9 are arranged in
The both sides of cylinder 7, first axle mechanism 8 is provided with the first free end 81, the second free end 82 and the 3rd free end 83, second hinge machine
Structure 9 is provided with the first free end 91 and the second free end 92, and the cylinder rod of cylinder 7 is cut with scissors with the 3rd free end 83 of first axle mechanism 8
Connect, the two ends of linkage connecting rod 10 are respectively with the of the first free end 81 of first axle mechanism 8 and second hinge mechanism 9
One free end 91 is hinged, the bottom of baffle plate 31 respectively with the second free end 82 of first axle mechanism 8 and second hinge mechanism 9
The contact connection of second free end 92.The eccentric lifting component drives lifting frame 3 in vertically side by being connected with baffle plate 31
Move up.
Embodiment 2
A kind of 90 ° of horn ring tire Transmission systems, as shown in Fig. 1～2, including controlling organization, orthogonal first roller line
12 and second roller line 13 and embodiment 1 eccentric lifting machine, the fixed mount 1 of eccentric lifting machine is arranged on two roller lines and hands over
Lower section at remittance, three driving-chains 5 are separately positioned in the gap of the running roller 11 of the first roller line 12.Controlling organization need by
When tire on first roller line 12 above eccentric lifting machine is delivered on the second roller line 13, eccentric lifting component is controlled
Lifting frame 3 is risen, while opening chain-wheel mechanism motor 4, chain-wheel mechanism operating is driven, now, driving-chain 5 is higher than the
The upper surface of running roller 11 of one roller line 12, so as to the tire be held up, tire is transported to the second roller line with the operating of driving-chain 5
On 13.；When the tire on the first roller line 12 need not be delivered on the second roller line 13, control eccentric lifting component will
Lifting frame 3 resets, and simultaneously closes off chain-wheel mechanism motor 4, makes chain-wheel mechanism shut down, and now, driving-chain 5 is less than the
The upper surface of running roller 11 of one roller line 12, the tire on the first roller line 12 can continue defeated forward in the presence of running roller 11
Send.
Embodiment 3
90 ° of horn ring tire Transmission systems of the present embodiment are substantially the same manner as Example 2, and difference is, the present embodiment
The side of chain-wheel mechanism is additionally provided with for preventing tire in the shield of effect of inertia lower slider, and described shield is fixed on lifting frame
On frame 3, in the gap of the running roller of the first roller line 12, the top of shield is higher than driving-chain 5, and the top of shield is in liter
Higher than the upper surface of running roller 11 of the first roller line 12 when drop framework 3 rises, the first roller line 12 is less than when lifting frame 3 resets
The upper surface of running roller 11.
Claims (9)
1. a kind of eccentric lifting machine, it is characterised in that including fixed mount (1), eccentric lifting component, directive wheel (2), lifting frame
(3), chain-wheel mechanism and chain-wheel mechanism motor (4), described eccentric lifting component is arranged on fixed mount (1), and with liter
Drop framework (3) is connected, and described directive wheel (2) is arranged on lifting frame (3), and is slidably connected with fixed mount (1), institute
The chain-wheel mechanism and chain-wheel mechanism motor (4) stated is arranged on lifting frame (3), and described chain-wheel mechanism includes multiple flat
Capable driving-chain (5) and sprocket wheel (6).
2. eccentric lifting machine according to claim 1, it is characterised in that described lifting frame (3) is provided with baffle plate
(31), described eccentric lifting component drives lifting frame (3) in the vertical direction to move by being connected with baffle plate (31)
It is dynamic.
3. eccentric lifting machine according to claim 2, it is characterised in that described eccentric lifting component include cylinder (7),
First axle mechanism (8), second hinge mechanism (9) and the hinge for connecting first axle mechanism (8) and second hinge mechanism (9)
Chain mechanism connecting rod (10), the cylinder body of described cylinder (7) is connected with fixed mount (1), and cylinder rod is with first axle mechanism (8) even
Connect, first axle mechanism (8) and second hinge mechanism (9) rotate with fixed mount (1) be connected respectively, and respectively with baffle plate (31)
Bottom contact connection.
4. eccentric lifting machine according to claim 3, it is characterised in that described first axle mechanism (8) and the second hinge
Chain mechanism (9) is arranged in cylinder (7) both sides, described first axle mechanism (8) be provided with the first free end (81), second from
By end (82) and the 3rd free end (83), described second hinge mechanism (9) is provided with the first free end (91) and the second free end
(92), the cylinder rod of cylinder (7) is hinged with the 3rd free end (83) of first axle mechanism (8), linkage connecting rod (10)
Cut with scissors with first free end (81) of first axle mechanism (8) and first free end (91) of second hinge mechanism (9) respectively at two ends
Connect, the bottom of baffle plate (31) is respectively with the second of second free end (82) of first axle mechanism (8) and second hinge mechanism (9)
Free end (92) contact connection.
5. eccentric lifting machine according to claim 1, it is characterised in that described driving-chain (5) is rubber driving-chain.
6. a kind of 90 ° of horn ring tire Transmission systems of the eccentric lifting machine using as described in Claims 1 to 5 is arbitrary, its feature exists
In including eccentric lifting machine and orthogonal first roller line (12) and the second roller line (13), described fixed mount (1) sets
Put in the lower section of Liang Tiao roller lines intersection, described multiple driving-chains (5) are separately positioned on the multiple of the first roller line (12)
In the gap of running roller (11).
7. 90 ° of horn rings tire Transmission system according to claim 6, it is characterised in that also including controlling organization, described control
Mechanism processed is needing that the tire being located on the first roller line (12) above eccentric lifting machine is delivered on the second roller line (13)
When, control eccentric lifting component rises lifting frame (3), while opening chain-wheel mechanism motor (4), drives chain-wheel mechanism
Operating；When the tire on the first roller line (12) need not be delivered on the second roller line (13), eccentric lifting group is controlled
Part resets lifting frame (3), simultaneously closes off chain-wheel mechanism motor (4), makes chain-wheel mechanism shut down.
8. 90 ° of horn ring tire Transmission systems according to claim 6 or 7, it is characterised in that described driving-chain (5) is rising
Higher than running roller (11) upper surface of the first roller line (12) when drop framework (3) rises, first is less than when lifting frame (3) resets
Running roller (11) upper surface of roller line (12).
9. 90 ° of horn rings tire Transmission system according to claim 8, it is characterised in that the side of described chain-wheel mechanism is also
It is provided with for preventing tire in the shield of effect of inertia lower slider, described shield is fixed on lifting frame (3), positioned at first
In the gap of the running roller of roller line (12), the top of shield is higher than driving-chain (5), and the top of shield is in lifting frame (3)
Higher than running roller (11) upper surface of the first roller line (12) during rise, the first roller line is less than when lifting frame (3) resets
(12) running roller (11) upper surface.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620585903.5U CN206108315U (en) | 2016-06-16 | 2016-06-16 | Eccentric lift and adopt 90 horn ring child transmission system of this off -centre lift |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620585903.5U CN206108315U (en) | 2016-06-16 | 2016-06-16 | Eccentric lift and adopt 90 horn ring child transmission system of this off -centre lift |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206108315U true CN206108315U (en) | 2017-04-19 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620585903.5U Active CN206108315U (en) | 2016-06-16 | 2016-06-16 | Eccentric lift and adopt 90 horn ring child transmission system of this off -centre lift |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206108315U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106044160A (en) * | 2016-06-16 | 2016-10-26 | 上海富朗德机械设备有限公司 | Eccentric lifter and 90-degree tire delivery system adopting same |
-
2016
- 2016-06-16 CN CN201620585903.5U patent/CN206108315U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106044160A (en) * | 2016-06-16 | 2016-10-26 | 上海富朗德机械设备有限公司 | Eccentric lifter and 90-degree tire delivery system adopting same |
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