CN206320241U - Transmission device and photovoltaic follow-up mechanism - Google Patents
Transmission device and photovoltaic follow-up mechanism Download PDFInfo
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- CN206320241U CN206320241U CN201621371879.1U CN201621371879U CN206320241U CN 206320241 U CN206320241 U CN 206320241U CN 201621371879 U CN201621371879 U CN 201621371879U CN 206320241 U CN206320241 U CN 206320241U
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E10/00—Energy generation through renewable energy sources
- Y02E10/50—Photovoltaic [PV] energy
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Abstract
The utility model discloses a kind of transmission device and photovoltaic follow-up mechanism, including：Transmission mechanism and it is arranged at the transmission case body for being used to outside transmission mechanism protect；Described transmission mechanism includes input mechanism, the first output end mechanism and the second output end mechanism.Transmission device and photovoltaic follow-up mechanism described in the utility model, transmission device is the device of variable power transmitting, solve the fluctuating of the expensive not enough and adaptation to the ground of existing mechanism, action edge transmission can be entered instead of revolving support mechanism, and with high speed reducing ratio, the function of error compensation, has saved cost, promotes related industry development.
Description
Technical field
The utility model is related to photovoltaic and followed the trail of or other field, a kind of transmission device and light for changing power direction of transfer
Lie prostrate follow-up mechanism.
Background technology
At present, the revolving support mechanism of photovoltaic follow-up mechanism is expensive, and maintenance cost is high after damage of components.And
Relief also influences the installation accuracy of existing revolving support, causes transmission device to be worn and torn in operation process, influences light
The life-span of follow-up mechanism is lied prostrate, wasting manpower and material resources are unfavorable for sustainable development.
Also, existing photovoltaic follow-up mechanism is installed and be difficult to change and repair after complicated, dismounting difficulty, damage of components.It is special
It is not that photovoltaic follow-up mechanism formation photovoltaic is followed the trail of after array, parts thereof damages and generally efficiently can not change and safeguard.Light
The later stage maintenance for lying prostrate follow-up mechanism is difficult, have impact on the service life of photovoltaic follow-up mechanism, wastes substantial amounts of manpower and materials, disobeys
Carry on the back sustainable development.
Utility model content
According to technical problem set forth above, and a kind of transmission device and photovoltaic follow-up mechanism are provided, it is existing for solving
Revolving support there is with high costs, the problem of being limited by landform, photovoltaic follow-up mechanism, it is difficult to install complicated, dismounting, parts
It is difficult to the shortcoming changed and repaired after damage.The technological means that the utility model is used is as follows：
A kind of transmission device, including：Transmission mechanism and it is arranged at the transmission case body for being used to outside transmission mechanism protect；Institute
The transmission mechanism stated includes input mechanism, the first output end mechanism and the second output end mechanism.
Described input mechanism includes：Input rotary shaft, and the input being set in turn in input rotary shaft
Spur gear on bevel gear, input spur gear and input axle on end sleeve pipe, input axle；Described input sleeve pipe includes set
It is located at the cannula portion of input rotary shaft outer wall and is arranged at the connecting pole of cannula portion outer wall；Described connecting pole front end is provided with
Hollow input shaft inner chamber is injected in input shaft, described connecting pole front end, input shaft relative input end sleeve pipe is rotated；Institute
The input shaft front end stated is provided with input bevel gear, and described input bevel gear engages with bevel gear on input axle.
The first described output end mechanism includes：Straight-tooth on first output shaft and the output shaft being arranged on the first output shaft
Wheel.
The second described output end mechanism includes：Output end rotary shaft, and be set in turn in output end rotary shaft
Bevel gear and output end spur gear on output end sleeve pipe, output end axle；Described output end sleeve pipe includes being set in input turn
The cannula portion of moving axis outer wall and the connecting pole for being arranged at cannula portion outer wall；Described connecting pole front end is provided with the second output shaft,
The second hollow output shaft inner chamber is injected in described connecting pole front end, the second output shaft is rotated relative to output end sleeve pipe；
The second described output shaft front end is provided with output end bevel gear, and described output end bevel gear nibbles with bevel gear on output end axle
Close.
Spur gear is nibbled with spur gear on the output shaft of the first output end mechanism on the input axle of described input mechanism
Close, the input spur gear of described input mechanism is engaged with the output end spur gear of the second output end mechanism.
Include casing and case lid as preferably described transmission case body；It is provided with described casing and case lid for placing
The spacing hole of input rotary shaft, output shaft and output end rotary shaft；Fluting is provided with described casing, makes input shaft and
Two output shafts can stretch out the fluting of transmission case body, and mobile in fluting.
As preferably described input rotary shaft with input axle on bevel gear, input spur gear and input axle
Spur gear is connect by being bonded；The first described output shaft is connect with spur gear on output shaft by being bonded；Described output end is rotated
Axle is connect with bevel gear on output end spur gear and output end axle by being bonded.
A kind of photovoltaic follow-up mechanism, including above-mentioned transmission device, described transmission device are arranged on support post；Institute
The photovoltaic follow-up mechanism stated also includes：It is arranged at decelerator, power transmission shaft, pitch axis and bearing block on support post；Described
Decelerator and transmission device are connected by transmission shaft driven, and described transmission device and bearing pass seat by the dynamic connection of pitch axis,
Solar energy photovoltaic panel is provided with described pitch axis.
It is telescopic shaft as preferably described power transmission shaft and pitch axis, described transmission device and bearing pass seat and set respectively
Have multiple, described transmission device is both-end output transmission, bearing block is that both-end exports bearing block, described transmission device
Between connected by transmission shaft driven, be connected between described bearing block by pitch axis, make multiple power transmission shafts and pitching
Axle composition photovoltaic follows the trail of array.
As the fixed seat of preferably described bearing block bottom by being connected at the top of fast-assembling bolt and support post；Institute
The fast-assembling bolt stated includes bolt upper boom and bolt lower beam；The external screw thread that bolt lower beam top exterior walls have is with bolt upper boom bottom
Thread in inner cavity is fixed, and described bolt lower beam bottom has the fin that axle center circularizes array arrangement.
When bolt lower beam is through the fixing hole in fixed seat and the mounting hole at the top of support post, annular array is tapped
Fin center, fin to bolt upper boom direction tilt.
As the fixed seat of preferably described bearing block bottom by being connected at the top of set one's teeth on edge bolt and support post；Institute
The bolt of setting one's teeth on edge stated includes bolt, set one's teeth on edge set and nut；The set inwall of setting one's teeth on edge is set one's teeth on edge provided with multiple elasticity, the set of setting one's teeth on edge
It is arranged at setting one's teeth on edge in fixing groove on the inside of the nut；The bolt bottom is provided with bolt neck, and the elasticity, which is set one's teeth on edge, to be embedded in
In the bolt neck.
Also include being articulated and connected in outside the nut bottom in the middle part of push rod, the push rod as preferably described bolt of setting one's teeth on edge
Side, the push rod bottom is provided with ejection jut.
Include axle sleeve and mandrel as preferably described telescopic shaft, described inner hole of shaft sleeve and mandrel outer wall cooperatively forms flower
Key pair；Described axle sleeve outer wall is disposed with multiple spacing holes；Described mandrel front end outer wall is machined with block slots, described
Spring, shell fragment and elastic press are disposed with block slots from bottom to top；Described elastic press top can be through limit
Position hole, the outer that described elastic press bottom has can be connected and fixed with spacing hole, enable elastic press successively in axle
Clamping is positioned in multiple spacing holes of set.
The spacing hole being provided with as the preferred axle sleeve is individual.
Described power transmission shaft two ends are provided with shaft coupling, and described power transmission shaft is by shaft coupling with decelerator and transmission device
Connection.
Compared with prior art, transmission device and photovoltaic follow-up mechanism described in the utility model, with advantages below：
1st, transmission device and photovoltaic follow-up mechanism described in the utility model, transmission device is variable power transmitting
Device, solves the fluctuating of the expensive not enough and adaptation to the ground of existing mechanism, can enter action edge instead of revolving support mechanism
Transmission, and with high speed reducing ratio, the function of error compensation has saved cost, promotes related industry development.
2nd, transmission device and photovoltaic follow-up mechanism described in the utility model, the fixed seat of bearing block bottom passes through fast-assembling spiral shell
It is connected at the top of bolt and support post；Fast-assembling bolt includes bolt upper boom and bolt lower beam, and bolt lower beam top exterior walls have
External screw thread fixed with bolt upper boom bottom thread in inner cavity, there is axle center to circularize array arrangement for described bolt lower beam bottom
Fin；When bolt lower beam is through the fixing hole in fixed seat and the mounting hole at the top of support post, annular array is tapped
Fin center, fin is tilted to bolt upper boom direction, during installation, can quickly realize that the connection of bearing block and support post is consolidated
It is fixed, during dismounting, bolt upper boom and bolt lower beam are rotated against, thread separation is allowed to, realize fast quick-detach.
3rd, transmission device and photovoltaic follow-up mechanism described in the utility model, power transmission shaft and pitch axis are telescopic shaft, described
Telescopic shaft include axle sleeve and mandrel, described inner hole of shaft sleeve and mandrel outer wall cooperatively form spline pair；Described axle sleeve outer wall
It is disposed with multiple spacing holes；Described mandrel front end outer wall be machined with block slots, described block slots from bottom to top according to
It is secondary to be provided with spring, shell fragment and elastic press；Described elastic press top can pass through spacing hole, described elastic press
The outer that bottom has can be connected and fixed with spacing hole, enable the elastic press clamping in multiple spacing holes of axle sleeve successively
Positioning.It is telescopic by bouncing back when decelerator, revolving support, bearing block or other parts need repairing maintenance replacing
Power transmission shaft or telescopic pitch axis, can generate the space of enough dismountings for parts, can be followed the trail of for photovoltaic zero in array
The replacing of part provides great convenience.
4th, transmission device and photovoltaic follow-up mechanism described in the utility model, solves currently existing photovoltaic follow-up mechanism group
The installing/dismounting such as its parts decelerator, revolving support, plain bearing housing difficulty after array is followed the trail of into photovoltaic, is solved existing
There is photovoltaic follow-up mechanism that the deficiency for being difficult to change and repairing after complicated, damage of components is installed, solve photovoltaic follow-up mechanism zero
The part later stage maintains problem, saves the time that photovoltaic follow-up mechanism is installed and safeguarded, has saved substantial amounts of manpower and materials.
Brief description of the drawings
The utility model is described in further detail with reference to the accompanying drawings and detailed description.
Fig. 1 is the utility model transmission device schematic diagram.
Fig. 2 is the transmission case body schematic diagram of the utility model transmission device.
Fig. 3 is the utility model transmission device scheme of installation.
Fig. 4 is the transmission mechanism schematic diagram of the utility model transmission device.
Fig. 5 is another angle schematic diagram of Fig. 4 transmission mechanisms.
Fig. 6 is the scheme of installation of the utility model input sleeve pipe and input shaft.
Fig. 7 is the schematic diagram of the utility model photovoltaic follow-up mechanism.
Fig. 8 is the side view of the utility model telescopic shaft.
Fig. 9 is the top view of the utility model telescopic shaft.
Figure 10 is the scheme of installation of the utility model mandrel.
Figure 11 is the schematic diagram of the utility model bearing block.
Figure 12 is the schematic diagram of the utility model fast-assembling bolt.
Figure 13 is the schematic diagram after the utility model fast-assembling bolt fin is tilted.
Figure 14 is that the utility model is set one's teeth on edge bolt schematic diagram.
Figure 15 is the enlarged diagram at A in Figure 14.
Figure 16 is that the utility model is set one's teeth on edge the schematic diagram of nut in bolt.
Figure 17 be the utility model set one's teeth on edge set and nut scheme of installation.
Figure 18 is that the present invention sets one's teeth on edge bolt scheme of installation.
Figure 19 is the bolt schematic diagram of setting one's teeth on edge that the utility model has push rod.
Figure 20 is the bolt schematic diagram of setting one's teeth on edge that the utility model has grain surface.
Wherein：1st, input bevel gear, 2, input sleeve pipe, 3, input rotary shaft, 4, bevel gear on input axle, 5,
Input spur gear, 6, spur gear on input axle, 7, spur gear on output shaft, the 8, first output shaft, 9, axle sleeve, 10, output
Hold spur gear, 11, bevel gear on output end axle, 12, output end bevel gear, 13, output end sleeve pipe, 14, output end rotary shaft,
15th, casing, 16, case lid, 17, input shaft, the 18, second output shaft, 19, fluting, 20, spacing hole,
21st, support post, 22, decelerator, 23, power transmission shaft, 24, transmission device, 25, pitch axis,
26th, bearing block, 261, fixed seat, 262, fixing hole,
27th, axle sleeve, 28, mandrel, 29, spacing hole, 30, block slots, 31, spring, 32, shell fragment, 33, elastic press,
34th, fast-assembling bolt, 341, bolt upper boom, 342, bolt lower beam, 343, fin, 344, external screw thread,
35th, set one's teeth on edge bolt, 351, bolt, 352, set of setting one's teeth on edge, 353, nut, 354, push rod, 355, bolt neck, 356, line
Manage surface, 357, elasticity set one's teeth on edge, 358, fixing groove of setting one's teeth on edge, 359, jut.
Embodiment
As shown in Fig. 1 to Fig. 6, a kind of transmission device, including：Transmission mechanism and it is arranged at outside transmission mechanism and is used to prevent
The transmission case body of shield；Described transmission mechanism includes input mechanism, the first output end mechanism and the second output end mechanism.
Described input mechanism includes：Input rotary shaft 3, and be set in turn in defeated in input rotary shaft 3
Enter to hold sleeve pipe 2, spur gear 6 on bevel gear 4, input spur gear 5 and input axle on input axle；Described input sleeve pipe
2 include being set in the cannula portion of the outer wall of input rotary shaft 3 and are arranged at the connecting pole of cannula portion outer wall；Cannula portion can be relative
Input rotary shaft 3 rotates, and described connecting pole front end is provided with input shaft 17, and described connecting pole front end is injected hollow defeated
Enter the inner chamber of axle 17, the relative input end sleeve pipe 2 of input shaft 17 is rotated；The described front end of input shaft 17 is provided with input end cone
Gear 1, described input bevel gear 1 engages with bevel gear 4 on input axle, the input shaft 17 of the afterbody of input bevel gear 1
As power input shaft.
On described input axle bevel gear 4 and input spur gear 5 be separate or one, or input axle epicone
Gear 4 is integral with spur gear 6 on input spur gear 5, input axle.
On input axle bevel gear 4 and input spur gear 5 each via flat key or spline connection in input rotary shaft 3
On.
The first described output end mechanism includes：It is straight on first output shaft 8 and the output shaft being arranged on the first output shaft 8
Gear 7.The output shaft 8 of spur gear 7 and first is by flat key or spline connection on output shaft on first output shaft 8, and power is by
One output shaft 8 is exported.
The second described output end mechanism includes：Output end rotary shaft 14, and it is set in turn in output end rotary shaft 14
On output end sleeve pipe 13, bevel gear 11 and output end spur gear 10 on output end axle；Described output end sleeve pipe 13 includes set
It is located at the cannula portion of the outer wall of input rotary shaft 3 and is arranged at the connecting pole of cannula portion outer wall；Cannula portion can be with respect to output end
Rotary shaft 14 rotates, and described connecting pole front end is provided with the second output shaft 18, and described connecting pole front end injects hollow the
The inner chamber of two output shaft 18, enables the second output shaft 18 to be rotated relative to output end sleeve pipe 13；The described front end of the second output shaft 18
Output end bevel gear 12 is provided with, described output end bevel gear 12 engages with bevel gear 11 on output end axle.
Spur gear 6 is with spur gear 7 on the output shaft of the first output end mechanism on the input axle of described input mechanism
Engagement, power is exported by the first output shaft 8 through input bevel gear 1, realizes powerdriven deflecting.
The input spur gear 5 of described input mechanism is engaged with the output end spur gear 10 of the second output end mechanism,
Second output shaft 18 of the afterbody of output end bevel gear 12 is used for power output.
It is provided with described input rotary shaft 3 and output end rotary shaft 14 for limiting axle gear axial location
Axle sleeve 9.The parts such as input rotary shaft 3, output shaft 8, the gear in output end rotary shaft 14, sleeve pipe are limited by axle sleeve 9
Position.
Described transmission case body includes casing 15 and case lid 16；It is provided with described casing 15 and case lid 16 for placing
The spacing hole 20 of input rotary shaft 3, output shaft 8 and output end rotary shaft 14；Fluting 19 is provided with described casing 15, is made
The output shaft 18 of input shaft 17 and second can stretch out the fluting 19 of transmission case body, and be moved in fluting 19, be risen with adapting to physical features
Volt.
Described input rotary shaft 3 is with straight-tooth on bevel gear 4, input spur gear 5 and input axle on input axle
Wheel 6 is connect by being bonded；The first described output shaft 8 is connect with spur gear on output shaft 7 by being bonded；Described output end rotary shaft
14 are connect with bevel gear 11 on output end spur gear 10 and output end axle by being bonded.
Described output end rotary shaft 14, output end sleeve pipe 13, output end bevel gear 12, bevel gear 11 on output end axle,
Output end spur gear 10 respectively with bevel gear on input rotary shaft 3, input sleeve pipe 2, input bevel gear 1, input axle
4th, input spur gear 5 is identical.
Transmission device described in the utility model can adapt to relief, and installing/dismounting difficulty is low, is conducive to raising zero
The efficiency that part maintenance is changed, promotes the development of industry.
The power of device transmission is inputted by input shaft 17, is exported by the first output shaft 8 and the second output shaft 18, input shaft 17
Moved with the second output shaft 18 in the fluting on casing, different input and output directions are adapted to this, also may be used via output shaft
Change power direction of transfer.
As shown in Fig. 7 to Figure 20, a kind of photovoltaic follow-up mechanism, including above-mentioned transmission device, described transmission device 24
It is arranged on support post 21；Described photovoltaic follow-up mechanism also includes：It is arranged at decelerator 22 on support post 21, transmission
Axle 23, pitch axis 25 and bearing block 26；Described decelerator 22 and transmission device 24 is connected by power transmission shaft 23, described
Transmission device 24 and bearing pass seat 26 and connected by the way that pitch axis 25 is dynamic, and solar energy photovoltaic panel is provided with described pitch axis 25.
Described power transmission shaft 23 and pitch axis 25 are telescopic shaft, and described transmission device 24 and bearing pass seat 26 and set respectively
Have multiple, described transmission device 24 is both-end output transmission 24, and bearing block 26 is that both-end exports bearing block 26, described
It is connected between transmission device 24 by power transmission shaft 23, is connected, made by pitch axis 25 between described bearing block 26
Multiple power transmission shaft 23 and pitch axis 25 composition photovoltaics follow the trail of array.
The fixed seat 261 of the described bottom of bearing block 26 is connected by fast-assembling bolt 34 and the top of support post 21；
Described fast-assembling bolt 34 includes bolt upper boom 341 and bolt lower beam 342；The external screw thread that the top exterior walls of bolt lower beam 342 have
344 fix with the bottom thread in inner cavity of bolt upper boom 341, and there is axle center to circularize array arrangement for the described bottom of bolt lower beam 342
Fin 343.
When bolt lower beam 342 is through the fixing hole 262 in fixed seat 261 and the mounting hole at the top of support post 21, tap
The center of fin 343 of annular array, fin 343 is tilted to the direction of bolt upper boom 341.
As shown in Figure 14 to Figure 17, the fixed seat 261 of the described bottom of bearing block 26 is vertical by set one's teeth on edge bolt 35 and support
The top of post 21 is connected；Described bolt 35 of setting one's teeth on edge includes bolt 351, set one's teeth on edge set 352 and nut 353；The set 352 of setting one's teeth on edge
Inwall sets one's teeth on edge 357 provided with multiple elasticity, and the set 352 of setting one's teeth on edge is arranged at the fixing grooves 358 of setting one's teeth on edge of the inner side of nut 353
It is interior；The bottom of bolt 351 is provided with bolt neck 355, and the elasticity, which is set one's teeth on edge, 357 to be embedded in the bolt neck 355.
As shown in figure 19, described bolt 35 of setting one's teeth on edge also includes push rod 354, and the middle part of push rod 354 is articulated and connected in institute
The Basolateral of nut 353 is stated, the bottom of push rod 354 is provided with ejection jut 359.
The fixing groove 358 of setting one's teeth on edge, it is described set one's teeth on edge set 352 and the bolt neck 355 be helical structure.The set of setting one's teeth on edge
352 be multiple annular rings.
The radial section of set one's teeth on edge fixing groove 358 and the set of setting one's teeth on edge is circular, triangle or square.The elasticity is fallen
Tooth is perpendicular to the set inwall of setting one's teeth on edge.The elasticity set one's teeth on edge 357 relative to it is described set one's teeth on edge set 352 inwalls to the bolt reversely side
To inclination.The elasticity sets one's teeth on edge 357 for triangle, square or circle.
As shown in figure 20, the described outer wall of bolt 351 has grain surface.
Described telescopic shaft includes axle sleeve 27 and mandrel 28, and the described endoporus of axle sleeve 27 and the outer wall of mandrel 28 cooperatively forms flower
Key pair；The described outer wall of axle sleeve 27 is disposed with multiple spacing holes 29；The described front end outer wall of mandrel 28 is machined with block slots
30, spring 31, shell fragment 32 and elastic press 33 are disposed with from bottom to top in described block slots 30；Described elasticity pressure
The top of block 33 can pass through spacing hole 29, and the outer that the described bottom of elastic press 33 has can be solid with the clamping of spacing hole 29
Fixed, enabling elastic press 33, clamping is positioned in multiple spacing holes 29 of axle sleeve 27 successively.
The spacing hole 29 that the axle sleeve 27 is provided with is 3.The described two ends of power transmission shaft 23 are provided with shaft coupling, described
Power transmission shaft 23 is connected by shaft coupling with decelerator 22 and transmission device 24.Described shaft coupling is gimbal coupling.It is described
The output shaft of transmission device 24 is connected by flat key or spline with pitch axis 25.Described decelerator 22 is connected useful
In the motor for providing power.
Transmission device described in the utility model is that one kind can replace revolving support, and meets change power direction of transfer
Device.
Embodiment 1, as shown in Fig. 1, Fig. 3 to Fig. 6, a kind of transmission device, including：Transmission mechanism and it is arranged at driver
It is used for the transmission case body protected outside structure；It is defeated that described transmission mechanism includes input mechanism, the first output end mechanism and second
Go out terminal structure.
Described input mechanism includes：Input rotary shaft 3, and be set in turn in defeated in input rotary shaft 3
Enter to hold sleeve pipe 2, spur gear 6 on bevel gear 4, input spur gear 5 and input axle on input axle；Described input sleeve pipe
2 include being set in the cannula portion of the outer wall of input rotary shaft 3 and are arranged at the connecting pole of cannula portion outer wall；Before described connecting pole
End is provided with input shaft 17, and described connecting pole front end injects the hollow inner chamber of input shaft 17, enables input shaft 17 relatively defeated
Enter to hold sleeve pipe 2 to rotate；The described front end of input shaft 17 is provided with input bevel gear 1, and described input bevel gear 1 is with input
Bevel gear 4 engages on the axle of end.
The first described output end mechanism includes：It is straight on first output shaft 8 and the output shaft being arranged on the first output shaft 8
Gear 7.
The second described output end mechanism includes：Output end rotary shaft 14, and it is set in turn in output end rotary shaft 14
On output end sleeve pipe 13, bevel gear 11 and output end spur gear 10 on output end axle；Described output end sleeve pipe 13 includes set
It is located at the cannula portion of the outer wall of input rotary shaft 3 and is arranged at the connecting pole of cannula portion outer wall；Described connecting pole front end is set
There is the second output shaft 18, described connecting pole front end injects the hollow inner chamber of the second output shaft 18, enables the second output shaft 18
Rotated relative to output end sleeve pipe 13；The described front end of the second output shaft 18 is provided with output end bevel gear 12, described output end
Bevel gear 12 engages with bevel gear 11 on output end axle.
Spur gear 6 is with spur gear 7 on the output shaft of the first output end mechanism on the input axle of described input mechanism
Engagement, the input spur gear 5 of described input mechanism is engaged with the output end spur gear 10 of the second output end mechanism.
Embodiment 2, as shown in Fig. 1 to Fig. 6, a kind of transmission device, including：Transmission mechanism and it is arranged at outside transmission mechanism
Portion is used for the transmission case body protected；Described transmission mechanism includes input mechanism, the first output end mechanism and the second output end
Mechanism.
Described input mechanism includes：Input rotary shaft 3, and be set in turn in defeated in input rotary shaft 3
Enter to hold sleeve pipe 2, spur gear 6 on bevel gear 4, input spur gear 5 and input axle on input axle；Described input sleeve pipe
2 include being set in the cannula portion of the outer wall of input rotary shaft 3 and are arranged at the connecting pole of cannula portion outer wall；Before described connecting pole
End is provided with input shaft 17, and described connecting pole front end injects the hollow inner chamber of input shaft 17, enables input shaft 17 relatively defeated
Enter to hold sleeve pipe 2 to rotate；The described front end of input shaft 17 is provided with input bevel gear 1, and described input bevel gear 1 is with input
Bevel gear 4 engages on the axle of end.
The first described output end mechanism includes：It is straight on first output shaft 8 and the output shaft being arranged on the first output shaft 8
Gear 7.
The second described output end mechanism includes：Output end rotary shaft 14, and it is set in turn in output end rotary shaft 14
On output end sleeve pipe 13, bevel gear 11 and output end spur gear 10 on output end axle；Described output end sleeve pipe 13 includes set
It is located at the cannula portion of the outer wall of input rotary shaft 3 and is arranged at the connecting pole of cannula portion outer wall；Described connecting pole front end is set
There is the second output shaft 18, described connecting pole front end injects the hollow inner chamber of the second output shaft 18, enables the second output shaft 18
Rotated relative to output end sleeve pipe 13；The described front end of the second output shaft 18 is provided with output end bevel gear 12, described output end
Bevel gear 12 engages with bevel gear 11 on output end axle.
Spur gear 6 is with spur gear 7 on the output shaft of the first output end mechanism on the input axle of described input mechanism
Engagement, the input spur gear 5 of described input mechanism is engaged with the output end spur gear 10 of the second output end mechanism.
Described transmission case body includes casing 15 and case lid 16；It is provided with described casing 15 and case lid 16 for placing
The spacing hole 20 of input rotary shaft 3, output shaft 8 and output end rotary shaft 14；Fluting 19 is provided with described casing 15, is made
The output shaft 18 of input shaft 17 and second can stretch out the fluting 19 of transmission case body, and be moved in fluting 19.
Described input rotary shaft 3 is with straight-tooth on bevel gear 4, input spur gear 5 and input axle on input axle
Wheel 6 is connect by being bonded；The first described output shaft 8 is connect with spur gear on output shaft 7 by being bonded；Described output end rotary shaft
14 are connect with bevel gear 11 on output end spur gear 10 and output end axle by being bonded.
Embodiment 3, as shown in fig. 7, a kind of photovoltaic follow-up mechanism, including transmission device 24, described transmission device 24 is set
It is placed on support post 21；Described photovoltaic follow-up mechanism also includes：It is arranged at decelerator 22 on support post 21, power transmission shaft
23rd, pitch axis 25 and bearing block 26；Described decelerator 22 and transmission device 24 is connected by power transmission shaft 23, described biography
Dynamic device 24 and bearing pass seat 26 and connected by the way that pitch axis 25 is dynamic, and solar energy photovoltaic panel is provided with described pitch axis 25.
As shown in Fig. 1 to Fig. 6, described transmission device 24 includes：Transmission mechanism and it is arranged at use outside transmission mechanism
In the transmission case body of protection；Described transmission mechanism includes input mechanism, the first output end mechanism and the second output end mechanism.
Described input mechanism includes：Input rotary shaft 3, and be set in turn in defeated in input rotary shaft 3
Enter to hold sleeve pipe 2, spur gear 6 on bevel gear 4, input spur gear 5 and input axle on input axle；Described input sleeve pipe
2 include being set in the cannula portion of the outer wall of input rotary shaft 3 and are arranged at the connecting pole of cannula portion outer wall；Before described connecting pole
End is provided with input shaft 17, and described connecting pole front end injects the hollow inner chamber of input shaft 17, enables input shaft 17 relatively defeated
Enter to hold sleeve pipe 2 to rotate；The described front end of input shaft 17 is provided with input bevel gear 1, and described input bevel gear 1 is with input
Bevel gear 4 engages on the axle of end.
The first described output end mechanism includes：It is straight on first output shaft 8 and the output shaft being arranged on the first output shaft 8
Gear 7.
The second described output end mechanism includes：Output end rotary shaft 14, and it is set in turn in output end rotary shaft 14
On output end sleeve pipe 13, bevel gear 11 and output end spur gear 10 on output end axle；Described output end sleeve pipe 13 includes set
It is located at the cannula portion of the outer wall of input rotary shaft 3 and is arranged at the connecting pole of cannula portion outer wall；Described connecting pole front end is set
There is the second output shaft 18, described connecting pole front end injects the hollow inner chamber of the second output shaft 18, enables the second output shaft 18
Rotated relative to output end sleeve pipe 13；The described front end of the second output shaft 18 is provided with output end bevel gear 12, described output end
Bevel gear 12 engages with bevel gear 11 on output end axle.
Spur gear 6 is with spur gear 7 on the output shaft of the first output end mechanism on the input axle of described input mechanism
Engagement, the input spur gear 5 of described input mechanism is engaged with the output end spur gear 10 of the second output end mechanism.
Described transmission case body includes casing 15 and case lid 16；It is provided with described casing 15 and case lid 16 for placing
The spacing hole 20 of input rotary shaft 3, output shaft 8 and output end rotary shaft 14；Fluting 19 is provided with described casing 15, is made
The output shaft 18 of input shaft 17 and second can stretch out the fluting 19 of transmission case body, and be moved in fluting 19.
Described input rotary shaft 3 is with straight-tooth on bevel gear 4, input spur gear 5 and input axle on input axle
Wheel 6 is connect by being bonded；The first described output shaft 8 is connect with spur gear on output shaft 7 by being bonded；Described output end rotary shaft
14 are connect with bevel gear 11 on output end spur gear 10 and output end axle by being bonded.
Embodiment 4, as shown in fig. 7, a kind of photovoltaic follow-up mechanism, including above-mentioned transmission device, described transmission device
24 are arranged on support post 21；Described photovoltaic follow-up mechanism also includes：It is arranged at decelerator 22 on support post 21, passes
Moving axis 23, pitch axis 25 and bearing block 26；Described decelerator 22 and transmission device 24 is connected by power transmission shaft 23, described
Transmission device 24 and bearing pass seat 26 by the dynamic connection of pitch axis 25, be provided with photovoltaic on described pitch axis 25
Plate.
Described power transmission shaft 23 and pitch axis 25 are telescopic shaft, and described transmission device 24 and bearing pass seat 26 and set respectively
Have multiple, described transmission device 24 is both-end output transmission 24, and bearing block 26 is that both-end exports bearing block 26, described
It is connected between transmission device 24 by power transmission shaft 23, is connected, made by pitch axis 25 between described bearing block 26
Multiple power transmission shaft 23 and pitch axis 25 composition photovoltaics follow the trail of array.
As shown in Fig. 8 to Figure 10, described telescopic shaft includes axle sleeve 27 and mandrel 28, the described endoporus of axle sleeve 27 and mandrel
28 outer walls cooperatively form spline pair；The described outer wall of axle sleeve 27 is disposed with multiple spacing holes 29；The described front end of mandrel 28
Outer wall is machined with block slots 30, described block slots 30 is disposed with spring 31, shell fragment 32 and elasticity pressure from bottom to top
Block 33；The described top of elastic press 33 can pass through spacing hole 29, and the outer that the described bottom of elastic press 33 has can
Connected and fixed with spacing hole 29, enabling elastic press 33, clamping is positioned in multiple spacing holes 29 of axle sleeve 27 successively.
The spacing hole 29 that the axle sleeve 27 is provided with is 3.The described two ends of power transmission shaft 23 are provided with shaft coupling, described
Power transmission shaft 23 is connected by shaft coupling with decelerator 22 and transmission device 24.
As shown in Fig. 1 to Fig. 6, described transmission device includes：Transmission mechanism and being arranged at outside transmission mechanism is used for
The transmission case body of protection；Described transmission mechanism includes input mechanism, the first output end mechanism and the second output end mechanism.
Described input mechanism includes：Input rotary shaft 3, and be set in turn in defeated in input rotary shaft 3
Enter to hold sleeve pipe 2, spur gear 6 on bevel gear 4, input spur gear 5 and input axle on input axle；Described input sleeve pipe
2 include being set in the cannula portion of the outer wall of input rotary shaft 3 and are arranged at the connecting pole of cannula portion outer wall；Before described connecting pole
End is provided with input shaft 17, and described connecting pole front end injects the hollow inner chamber of input shaft 17, enables input shaft 17 relatively defeated
Enter to hold sleeve pipe 2 to rotate；The described front end of input shaft 17 is provided with input bevel gear 1, and described input bevel gear 1 is with input
Bevel gear 4 engages on the axle of end.
The first described output end mechanism includes：It is straight on first output shaft 8 and the output shaft being arranged on the first output shaft 8
Gear 7.
The second described output end mechanism includes：Output end rotary shaft 14, and it is set in turn in output end rotary shaft 14
On output end sleeve pipe 13, bevel gear 11 and output end spur gear 10 on output end axle；Described output end sleeve pipe 13 includes set
It is located at the cannula portion of the outer wall of input rotary shaft 3 and is arranged at the connecting pole of cannula portion outer wall；Described connecting pole front end is set
There is the second output shaft 18, described connecting pole front end injects the hollow inner chamber of the second output shaft 18, enables the second output shaft 18
Rotated relative to output end sleeve pipe 13；The described front end of the second output shaft 18 is provided with output end bevel gear 12, described output end
Bevel gear 12 engages with bevel gear 11 on output end axle.
Spur gear 6 is with spur gear 7 on the output shaft of the first output end mechanism on the input axle of described input mechanism
Engagement, the input spur gear 5 of described input mechanism is engaged with the output end spur gear 10 of the second output end mechanism.
Described transmission case body includes casing 15 and case lid 16；It is provided with described casing 15 and case lid 16 for placing
The spacing hole 20 of input rotary shaft 3, output shaft 8 and output end rotary shaft 14；Fluting 19 is provided with described casing 15, is made
The output shaft 18 of input shaft 17 and second can stretch out the fluting 19 of transmission case body, and be moved in fluting 19.
Described input rotary shaft 3 is with straight-tooth on bevel gear 4, input spur gear 5 and input axle on input axle
Wheel 6 is connect by being bonded；The first described output shaft 8 is connect with spur gear on output shaft 7 by being bonded；Described output end rotary shaft
14 are connect with bevel gear 11 on output end spur gear 10 and output end axle by being bonded.
Embodiment 5, as shown in fig. 7, a kind of photovoltaic follow-up mechanism, including above-mentioned transmission device, described transmission device
24 are arranged on support post 21；Described photovoltaic follow-up mechanism also includes：It is arranged at decelerator 22 on support post 21, passes
Moving axis 23, pitch axis 25 and bearing block 26；Described decelerator 22 and transmission device 24 is connected by power transmission shaft 23, described
Transmission device 24 and bearing pass seat 26 by the dynamic connection of pitch axis 25, be provided with photovoltaic on described pitch axis 25
Plate.
Described power transmission shaft 23 and pitch axis 25 are telescopic shaft, and described transmission device 24 and bearing pass seat 26 and set respectively
Have multiple, described transmission device 24 is both-end output transmission 24, and bearing block 26 is that both-end exports bearing block 26, described
It is connected between transmission device 24 by power transmission shaft 23, is connected, made by pitch axis 25 between described bearing block 26
Multiple power transmission shaft 23 and pitch axis 25 composition photovoltaics follow the trail of array.
As shown in Figure 12 and Figure 13, the fixed seat 261 of the described bottom of bearing block 26 is vertical by fast-assembling bolt 34 and support
The top of post 21 is connected；Described fast-assembling bolt 34 includes bolt upper boom 341 and bolt lower beam 342；The top of bolt lower beam 342
The external screw thread 344 that outer wall has is fixed with the bottom thread in inner cavity of bolt upper boom 341, and the described bottom of bolt lower beam 342 has axle
The heart circularizes the fin 343 of array arrangement.
When bolt lower beam 342 is through the fixing hole 262 in fixed seat 261 and the mounting hole at the top of support post 21, tap
The center of fin 343 of annular array, fin 343 is tilted to the direction of bolt upper boom 341.
As shown in Fig. 1 to Fig. 6, described transmission device 24 includes：Transmission mechanism and it is arranged at use outside transmission mechanism
In the transmission case body of protection；Described transmission mechanism includes input mechanism, the first output end mechanism and the second output end mechanism.
Described input mechanism includes：Input rotary shaft 3, and be set in turn in defeated in input rotary shaft 3
Enter to hold sleeve pipe 2, spur gear 6 on bevel gear 4, input spur gear 5 and input axle on input axle；Described input sleeve pipe
2 include being set in the cannula portion of the outer wall of input rotary shaft 3 and are arranged at the connecting pole of cannula portion outer wall；Before described connecting pole
End is provided with input shaft 17, and described connecting pole front end injects the hollow inner chamber of input shaft 17, enables input shaft 17 relatively defeated
Enter to hold sleeve pipe 2 to rotate；The described front end of input shaft 17 is provided with input bevel gear 1, and described input bevel gear 1 is with input
Bevel gear 4 engages on the axle of end.
The first described output end mechanism includes：It is straight on first output shaft 8 and the output shaft being arranged on the first output shaft 8
Gear 7.
The second described output end mechanism includes：Output end rotary shaft 14, and it is set in turn in output end rotary shaft 14
On output end sleeve pipe 13, bevel gear 11 and output end spur gear 10 on output end axle；Described output end sleeve pipe 13 includes set
It is located at the cannula portion of the outer wall of input rotary shaft 3 and is arranged at the connecting pole of cannula portion outer wall；Described connecting pole front end is set
There is the second output shaft 18, described connecting pole front end injects the hollow inner chamber of the second output shaft 18, enables the second output shaft 18
Rotated relative to output end sleeve pipe 13；The described front end of the second output shaft 18 is provided with output end bevel gear 12, described output end
Bevel gear 12 engages with bevel gear 11 on output end axle.
Spur gear 6 is with spur gear 7 on the output shaft of the first output end mechanism on the input axle of described input mechanism
Engagement, the input spur gear 5 of described input mechanism is engaged with the output end spur gear 10 of the second output end mechanism.
Described transmission case body includes casing 15 and case lid 16；It is provided with described casing 15 and case lid 16 for placing
The spacing hole 20 of input rotary shaft 3, output shaft 8 and output end rotary shaft 14；Fluting 19 is provided with described casing 15, is made
The output shaft 18 of input shaft 17 and second can stretch out the fluting 19 of transmission case body, and be moved in fluting 19.
Described input rotary shaft 3 is with straight-tooth on bevel gear 4, input spur gear 5 and input axle on input axle
Wheel 6 is connect by being bonded；The first described output shaft 8 is connect with spur gear on output shaft 7 by being bonded；Described output end rotary shaft
14 are connect with bevel gear 11 on output end spur gear 10 and output end axle by being bonded.
Embodiment 6, as shown in fig. 7, a kind of photovoltaic follow-up mechanism, including above-mentioned transmission device, described transmission device
24 are arranged on support post 21；Described photovoltaic follow-up mechanism also includes：It is arranged at decelerator 22 on support post 21, passes
Moving axis 23, pitch axis 25 and bearing block 26；Described decelerator 22 and transmission device 24 is connected by power transmission shaft 23, described
Transmission device 24 and bearing pass seat 26 by the dynamic connection of pitch axis 25, be provided with photovoltaic on described pitch axis 25
Plate.
Described power transmission shaft 23 and pitch axis 25 are telescopic shaft, and described transmission device 24 and bearing pass seat 26 and set respectively
Have multiple, described transmission device 24 is both-end output transmission 24, and bearing block 26 is that both-end exports bearing block 26, described
It is connected between transmission device 24 by power transmission shaft 23, is connected, made by pitch axis 25 between described bearing block 26
Multiple power transmission shaft 23 and pitch axis 25 composition photovoltaics follow the trail of array.
As shown in Figure 14 to Figure 18, the fixed seat 261 of the described bottom of bearing block 26 is vertical by set one's teeth on edge bolt 35 and support
The top of post 21 is connected；Described bolt 35 of setting one's teeth on edge includes bolt 351, set one's teeth on edge set 352 and nut 353；The set 352 of setting one's teeth on edge
Inwall sets one's teeth on edge 357 provided with multiple elasticity, and the set 352 of setting one's teeth on edge is arranged at the fixing grooves 358 of setting one's teeth on edge of the inner side of nut 353
It is interior；The bottom of bolt 351 is provided with bolt neck 355, and the elasticity, which is set one's teeth on edge, 357 to be embedded in the bolt neck 355.
As shown in figure 19, described bolt 35 of setting one's teeth on edge also includes push rod 354, and the middle part of push rod 354 is articulated and connected in institute
The Basolateral of nut 353 is stated, the bottom of push rod 354 is provided with ejection jut 359.
As shown in Fig. 1 to Fig. 6, described transmission device 24, including：Transmission mechanism and it is arranged at use outside transmission mechanism
In the transmission case body of protection；Described transmission mechanism includes input mechanism, the first output end mechanism and the second output end mechanism.
Described input mechanism includes：Input rotary shaft 3, and be set in turn in defeated in input rotary shaft 3
Enter to hold sleeve pipe 2, spur gear 6 on bevel gear 4, input spur gear 5 and input axle on input axle；Described input sleeve pipe
2 include being set in the cannula portion of the outer wall of input rotary shaft 3 and are arranged at the connecting pole of cannula portion outer wall；Before described connecting pole
End is provided with input shaft 17, and described connecting pole front end injects the hollow inner chamber of input shaft 17, enables input shaft 17 relatively defeated
Enter to hold sleeve pipe 2 to rotate；The described front end of input shaft 17 is provided with input bevel gear 1, and described input bevel gear 1 is with input
Bevel gear 4 engages on the axle of end.
The first described output end mechanism includes：It is straight on first output shaft 8 and the output shaft being arranged on the first output shaft 8
Gear 7.
The second described output end mechanism includes：Output end rotary shaft 14, and it is set in turn in output end rotary shaft 14
On output end sleeve pipe 13, bevel gear 11 and output end spur gear 10 on output end axle；Described output end sleeve pipe 13 includes set
It is located at the cannula portion of the outer wall of input rotary shaft 3 and is arranged at the connecting pole of cannula portion outer wall；Described connecting pole front end is set
There is the second output shaft 18, described connecting pole front end injects the hollow inner chamber of the second output shaft 18, enables the second output shaft 18
Rotated relative to output end sleeve pipe 13；The described front end of the second output shaft 18 is provided with output end bevel gear 12, described output end
Bevel gear 12 engages with bevel gear 11 on output end axle.
Spur gear 6 is with spur gear 7 on the output shaft of the first output end mechanism on the input axle of described input mechanism
Engagement, the input spur gear 5 of described input mechanism is engaged with the output end spur gear 10 of the second output end mechanism.
Described transmission case body includes casing 15 and case lid 16；It is provided with described casing 15 and case lid 16 for placing
The spacing hole 20 of input rotary shaft 3, output shaft 8 and output end rotary shaft 14；Fluting 19 is provided with described casing 15, is made
The output shaft 18 of input shaft 17 and second can stretch out the fluting 19 of transmission case body, and be moved in fluting 19.
Described input rotary shaft 3 is with straight-tooth on bevel gear 4, input spur gear 5 and input axle on input axle
Wheel 6 is connect by being bonded；The first described output shaft 8 is connect with spur gear on output shaft 7 by being bonded；Described output end rotary shaft
14 are connect with bevel gear 11 on output end spur gear 10 and output end axle by being bonded.
The above, only the utility model preferably embodiment, but protection domain of the present utility model is not
This is confined to, any one skilled in the art is in the technical scope that the utility model is disclosed, according to this practicality
New technical scheme and its utility model design are subject to equivalent or change, should all cover in protection model of the present utility model
Within enclosing.
Claims (10)
1. a kind of transmission device, it is characterised in that including：Transmission mechanism and it is arranged at the biography for being used to outside transmission mechanism protect
Dynamic casing；
Described transmission mechanism includes input mechanism, the first output end mechanism and the second output end mechanism；
Described input mechanism includes：Input rotary shaft (3), and be set in turn in defeated in input rotary shaft (3)
Enter to hold sleeve pipe (2), spur gear (6) on bevel gear (4), input spur gear (5) and input axle on input axle；
Described input sleeve pipe (2) includes being set in the cannula portion of input rotary shaft (3) outer wall and is arranged at outside cannula portion
The connecting pole of wall；
Described connecting pole front end is provided with input shaft (17), and described connecting pole front end is injected in hollow input shaft (17)
Chamber, make input shaft (17) can relative input end sleeve pipe (2) rotate；
Described input shaft (17) front end is provided with input bevel gear (1), and described input bevel gear (1) is with input axle
Upper bevel gear (4) engagement；
The first described output end mechanism includes：It is straight on first output shaft (8) and the output shaft being arranged on the first output shaft (8)
Gear (7)；
The second described output end mechanism includes：Output end rotary shaft (14), and it is set in turn in output end rotary shaft (14)
On output end sleeve pipe (13), bevel gear (11) and output end spur gear (10) on output end axle；
Described output end sleeve pipe (13) includes being set in the cannula portion of input rotary shaft (3) outer wall and is arranged at outside cannula portion
The connecting pole of wall；
Described connecting pole front end is provided with the second output shaft (18), and the second hollow output shaft is injected in described connecting pole front end
(18) inner chamber, makes the second output shaft (18) to be rotated relative to output end sleeve pipe (13)；
Described the second output shaft (18) front end is provided with output end bevel gear (12), and described output end bevel gear (12) is with defeated
Go out to hold bevel gear on axle (11) to engage；
Spur gear (6) is with spur gear (7) on the output shaft of the first output end mechanism on the input axle of described input mechanism
Engagement, the input spur gear (5) of described input mechanism is engaged with the output end spur gear (10) of the second output end mechanism.
2. transmission device according to claim 1, it is characterised in that：
Described transmission case body includes casing (15) and case lid (16)；
It is provided with described casing (15) and case lid (16) for placing input rotary shaft (3), output shaft (8) and output end
The spacing hole (20) of rotary shaft (14)；
Fluting (19) is provided with described casing (15), makes input shaft (17) and the second output shaft (18) that transmission case can be stretched out
The fluting (19) of body, and moved in fluting (19).
3. transmission device according to claim 1 or 2, it is characterised in that：
Described input rotary shaft (3) with input axle on bevel gear (4), input spur gear (5) and input axle it is straight
Gear (6) is connect by being bonded；
Described the first output shaft (8) is connect with spur gear on output shaft (7) by being bonded；
Described output end rotary shaft (14) is connect with bevel gear (11) on output end spur gear (10) and output end axle by being bonded.
4. a kind of photovoltaic follow-up mechanism, it is characterised in that including the biography described in the claims 1-3 any one claims
Dynamic device, described transmission device (24) is arranged on support post (21)；
Described photovoltaic follow-up mechanism also includes：It is arranged at decelerator (22) on support post (21), power transmission shaft (23), pitching
Axle (25) and bearing block (26)；
Described decelerator (22) and transmission device (24) are connected by power transmission shaft (23), described transmission device (24) and
Bearing passes seat (26) and connected by the way that pitch axis (25) is dynamic, and solar energy photovoltaic panel is provided with described pitch axis (25).
5. photovoltaic follow-up mechanism according to claim 4, it is characterised in that：
Described power transmission shaft (23) and pitch axis (25) are telescopic shaft, and described transmission device (24) and bearing pass seat (26) respectively
Multiple, described transmission devices (24) are provided with for both-end output transmission (24), bearing block (26) is that both-end exports bearing
Seat (26),
It is connected between described transmission device (24) by power transmission shaft (23), pitching is passed through between described bearing block (26)
Axle (25) is connected, and multiple power transmission shafts (23) and pitch axis (25) is constituted photovoltaic and follows the trail of array.
6. photovoltaic follow-up mechanism according to claim 5, it is characterised in that：
The fixed seat (261) of described bearing block (26) bottom is solid by connection at the top of fast-assembling bolt (34) and support post (21)
It is fixed；
Described fast-assembling bolt (34) includes bolt upper boom (341) and bolt lower beam (342)；
The external screw thread (344) that bolt lower beam (342) top exterior walls have is fixed with bolt upper boom (341) bottom thread in inner cavity, institute
The fin (343) that there is axle center to circularize array arrangement for bolt lower beam (342) bottom stated；
When bolt lower beam (342) is through the fixing hole (262) in fixed seat (261) and the mounting hole at the top of support post (21),
Fin (343) center of annular array is tapped, fin (343) is tilted to bolt upper boom (341) direction.
7. photovoltaic follow-up mechanism according to claim 5, it is characterised in that：
The fixed seat (261) of described bearing block (26) bottom is solid by connection at the top of bolt of setting one's teeth on edge (35) and support post (21)
It is fixed；
Described bolt of setting one's teeth on edge (35) includes bolt (351), set one's teeth on edge set (352) and nut (353)；
Described set (352) inwall of setting one's teeth on edge is set one's teeth on edge (357) provided with multiple elasticity, and the set (352) of setting one's teeth on edge is arranged at the nut
(353) in the fixing groove of setting one's teeth on edge (358) on the inside of；
Bolt (351) bottom be provided with bolt neck (355), the elasticity set one's teeth on edge (357) be embedded in the bolt neck
(355) in.
8. photovoltaic follow-up mechanism according to claim 7, it is characterised in that：
Described bolt of setting one's teeth on edge (35) also includes being articulated and connected in the nut in the middle part of push rod (354), the push rod (354)
(353) Basolateral, push rod (354) bottom is provided with ejection jut (359).
9. photovoltaic follow-up mechanism according to claim 5, it is characterised in that：
Described telescopic shaft includes axle sleeve (27) and mandrel (28), and described axle sleeve (27) endoporus and mandrel (28) outer wall coordinate shape
Into spline pair；
Described axle sleeve (27) outer wall is disposed with multiple spacing holes (29)；
Described mandrel (28) front end outer wall is machined with block slots (30), described block slots (30) and set gradually from bottom to top
There are spring (31), shell fragment (32) and elastic press (33)；
Described elastic press (33) top can pass through spacing hole (29), the outer that described elastic press (33) bottom has
Can same spacing hole (29) connect and fix, make elastic press (33) can successively axle sleeve (27) multiple spacing holes (29) in block
Connect positioning.
10. according to the photovoltaic follow-up mechanism with telescopic shaft described in claim 9, it is characterised in that：
The spacing hole (29) that the axle sleeve (27) is provided with is 3；
Described power transmission shaft (23) two ends are provided with shaft coupling, described power transmission shaft (23) by the same decelerator of shaft coupling (22) and
Transmission device (24) is connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621371879.1U CN206320241U (en) | 2016-12-14 | 2016-12-14 | Transmission device and photovoltaic follow-up mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621371879.1U CN206320241U (en) | 2016-12-14 | 2016-12-14 | Transmission device and photovoltaic follow-up mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206320241U true CN206320241U (en) | 2017-07-11 |
Family
ID=59267699
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621371879.1U Expired - Fee Related CN206320241U (en) | 2016-12-14 | 2016-12-14 | Transmission device and photovoltaic follow-up mechanism |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206320241U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106641106A (en) * | 2016-12-14 | 2017-05-10 | 光子探索太阳能科技（大连）有限公司 | Transmission device and photovoltaic tracking device |
-
2016
- 2016-12-14 CN CN201621371879.1U patent/CN206320241U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106641106A (en) * | 2016-12-14 | 2017-05-10 | 光子探索太阳能科技（大连）有限公司 | Transmission device and photovoltaic tracking device |
| CN106641106B (en) * | 2016-12-14 | 2023-08-15 | 国网江苏省电力有限公司宿迁供电分公司 | Transmission device and photovoltaic tracking device |
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| CF01 | Termination of patent right due to non-payment of annual fee |