CN206237361U - A kind of heliostat device - Google Patents

A kind of heliostat device Download PDF

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Publication number
CN206237361U
CN206237361U CN201621189074.5U CN201621189074U CN206237361U CN 206237361 U CN206237361 U CN 206237361U CN 201621189074 U CN201621189074 U CN 201621189074U CN 206237361 U CN206237361 U CN 206237361U
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CN
China
Prior art keywords
bearing
mounting seat
support
seat
mirror
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Withdrawn - After Issue
Application number
CN201621189074.5U
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Chinese (zh)
Inventor
蒋福新
高克
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Changzhou Wujin Kaiyuan Machinery Co Ltd
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Changzhou Wujin Kaiyuan Machinery Co Ltd
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Application filed by Changzhou Wujin Kaiyuan Machinery Co Ltd filed Critical Changzhou Wujin Kaiyuan Machinery Co Ltd
Priority to CN201621189074.5U priority Critical patent/CN206237361U/en
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Publication of CN206237361U publication Critical patent/CN206237361U/en
Withdrawn - After Issue legal-status Critical Current
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    • YGENERAL 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
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02EREDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
    • Y02E10/00Energy generation through renewable energy sources
    • Y02E10/50Photovoltaic [PV] energy
    • Y02E10/52PV systems with concentrators
    • YGENERAL 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
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02EREDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
    • Y02E10/00Energy generation through renewable energy sources
    • Y02E10/60Thermal-PV hybrids

Abstract

The utility model is related to a kind of heliostat device, including speculum, mirror surface support, horizontal movement component, vertically movable component, base and mirror support frame;The speculum is arranged on mirror surface support, and vertically movable component is located at the two ends of mirror surface support, mirror support frame and base respectively with horizontal movement component assembly connection;The drive assembly of horizontal movement component includes upper and lower mounting seat and driving and driven gear;Mirror support frame is connected with upper mounting disc;Upper mounting seat is rotated with lower mounting seat and is connected, and driven gear is located at the periphery of the central shaft tube of upper mounting seat;The driving gear that the output shaft of the first planet-gear speed reducer is equipped with is engaged with driven gear, and base is connected with lower mounting seat;Two drive assemblies are respectively supported at the two ends of mirror support frame;Drive assembly includes bearing cover, bearing block and spindle nose, and spindle nose is rotated with bearing block and is connected, and the two ends of axle sleeve are connected with spindle nose respectively, and bearing (ball) cover is connected with bearing block.The utility model locating and tracking high precision.

Description

A kind of heliostat device
Technical field
The utility model is related to a kind of tracks of device, and in particular to a kind of heliostat device for following the trail of the sun, belongs to Solar use tracking technique field.
Background technology
In device of solar generating is to install pieces from the frame of motion tracking solar motion from motion tracking heliostat Speculum is constituted, and frame drives the speculum tracking sun and its reflected light is irradiated on heat collector realizes that heat accumulation generates electricity.
Current heliostat, generally using vertical rotation axis are superimposed on horizontal rotating shaft, double rotating shafts drive and constitute the T type settled dates Mirror transmission system.I.e. horizontal rotating shaft drives turbine and worm to be driven by motor so that heliostat can be rotated by horizontal rotating shaft, Vertical rotation axis drive turbine and worm to be driven by motor so that heliostat can be rotated by vertical rotation axis, but traditional whirlpool The output shaft of worm and gear reductor and input shaft not at grade, therefore, this kind of kind of drive not only transmission efficiency it is not high, Precision is not also high, and is lost larger so that service life is short, can bring certain driving error to heliostat, works as driving error It is amplified to after hundreds of or thousands of times, heliostat tracking effect severe disorder will be caused, as a result causes heliostat integrally to gather Light efficiency declines.
The content of the invention
The purpose of this utility model is to provide that a kind of structure is more reasonable, and locating and tracking high precision heliostat dress Put, to overcome the deficiencies in the prior art.
In order to achieve the above object, the technical solution of the utility model is:A kind of heliostat device, including speculum, mirror Face support, horizontal movement component, vertically movable component, base and mirror support frame;
The speculum is arranged on mirror surface support, and vertically movable component is located at the two ends of mirror surface support, and vertically movable Modular support on the support of mirror support frame, the mirror support frame and horizontal movement component assembly connection, and horizontal movement Component and base assembly connection;
The mirror surface support includes framework, dowel, pipe spreader and axle sleeve, if the framework is provided with along its width The dry dowel of parallel arrangement, and pipe spreader is respectively and fixedly provided with each dowel, the axle sleeve sequentially passes through each pipe spreader, And pipe spreader of its two ends respectively with framework two ends is fixedly connected, the speculum is arranged on framework;
The horizontal movement component includes the first planet-gear speed reducer and drive assembly;
The vertically movable component includes the second planet-gear speed reducer, the first drive assembly and the second drive assembly, institute State the first drive assembly and the second drive assembly be respectively provided at mirror surface support framework two ends;
Its innovative point is:
The drive assembly of the horizontal movement component includes upper mounting seat, lower mounting seat, driving gear, driven gear, the One plane bearing, the second plane bearing and the first rolling bearing;
The upper mounting seat has upper mounting disc and the central shaft tube of coaxial line, and upper mounting disc is fixed with central shaft tube and connected One is connect or is made as, the mirror support frame is fixedly connected with upper mounting disc;
The central shaft tube of the upper mounting seat is rotated with lower mounting seat by the first rolling bearing and is connected, the driven gear The periphery of the central shaft tube of upper mounting seat is located at, and driven gear is located between upper mounting disc and lower mounting seat, the driven tooth Wheel and lower mounting seat between be provided with the first plane bearing, be additionally provided with the central shaft tube of the upper mounting seat the second plane bearing and Locking nut, and the second plane bearing is positioned between lower mounting seat and locking nut;
First planet-gear speed reducer is fixedly connected with lower mounting seat, and the first planet-gear speed reducer output shaft Engaged with driven gear through lower mounting seat and equipped with driving gear, and driving gear, the base is fixed with lower mounting seat and connected Connect;
The horizontal movement component also includes backlash adjusting part, and the backlash adjusting part includes adjusting screw, second Rolling bearing, clutch shaft bearing bushing and elastomer block, the second rolling is also equipped with the output shaft of first planet-gear speed reducer Bearing and clutch shaft bearing bushing, and the second rolling bearing be located between driving gear and clutch shaft bearing bushing, the lower mounting seat Lateral wall is provided with the screw hole on radially direction, and the elastomer block is located in the screw hole of lower mounting seat, and positioned at The outside of two rolling bearings, and adjusting screw is screwed into screw hole;
The two ends of the mirror support frame are provided with first support and second support, and the first drive assembly is supported on first support On, the second drive assembly is supported on the secondary support bracket;
First drive assembly includes first bearing seat end cap, first bearing seat, the first spindle nose and the first anti-return nut, First spindle nose is loaded in first bearing seat by the first self-aligning bearing, and one end of the first spindle nose is equipped with the first retaining spiral shell Mother, the other end is stretched out outside first bearing seat, and the clutch shaft bearing end cap is fixedly connected with first bearing seat;
Second drive assembly includes second bearing seat end cap, second bearing seat, the second spindle nose and the second anti-return nut, Second spindle nose is loaded in second bearing seat by the second self-aligning bearing, and one end of the second spindle nose is equipped with the second retaining spiral shell Mother, the output shaft of second planet-gear speed reducer is driven company through second bearing seat end cap and with one end of the second spindle nose Connect, the other end of the second spindle nose is stretched out outside second bearing seat, the second bearing end cap is fixedly connected with second bearing seat;
The other end of the first spindle nose of first drive assembly is consolidated by the second spindle nose of axle sleeve and the second drive assembly Fixed connection.
In the above-mentioned technical solutions, the upper mounting disc of the upper mounting seat is fixed with driven gear by Positioning screw and connected Connect.
In the above-mentioned technical solutions, the lower mounting seat has the first plane bearing groove, the first rolling bearing groove and deceleration Crankshaft bore, first plane bearing is located in the first plane bearing groove, and two first rollings are provided with the first rolling bearing groove Bearing, and two the first rolling bearings pass through upper mounting seat central shaft tube on second bearing bushing separate, the first row Reductor axis hole of the output shaft of star gear reduction unit through lower mounting seat.
In the above-mentioned technical solutions, the lower mounting seat is fixedly connected by connecting seat with base, the upper mounting seat The first oil sealing is provided between upper mounting disc and lower mounting seat, and the first oil sealing is located at the periphery of driven gear.
In the above-mentioned technical solutions, the first support has the first supported hole, the first axle of first drive assembly Bearing is supported and fixed in the first supported hole of first support, and the second support has the second supported hole, the second drive assembly Second bearing seat be supported and fixed in the second supported hole of second support.
In the above-mentioned technical solutions, the output that one end of second spindle nose passes through spline and the second planet-gear speed reducer Axle is connected.
In the above-mentioned technical solutions, the second oil sealing, and first axle are equipped with the first bearing seat and second bearing seat Oil resistant rubber plug is equipped with the lateral wall of bearing and second bearing seat.
In the above-mentioned technical solutions, the mirror surface support is provided with elastic cushion, and speculum is fixed on elastic cushion.
The good effect that the utility model has is:After using heliostat device of the present utility model, due to this practicality The drive assembly of the new horizontal movement component includes upper mounting seat, lower mounting seat, driving gear, driven gear, first flat Spherical bearing, the second plane bearing and the first rolling bearing;The upper mounting seat has upper mounting disc and the central shaft tube of coaxial line, And upper mounting disc is fixedly connected with central shaft tube or is made as one, the mirror support frame is fixedly connected with upper mounting disc;It is described The central shaft tube of upper mounting seat is rotated with lower mounting seat by the first rolling bearing and is connected, and the driven gear is located at upper mounting seat Central shaft tube periphery, and driven gear is located between upper mounting disc and lower mounting seat, the driven gear and lower mounting seat Between be provided with the first plane bearing, the second plane bearing and locking nut are additionally provided with the central shaft tube of the upper mounting seat, and Second plane bearing is located between lower mounting seat and locking nut;First planet-gear speed reducer is fixed with lower mounting seat and connected Connect, and the output shaft of the first planet-gear speed reducer passes through lower mounting seat and driving gear is housed, and driving gear and driven tooth Wheel engagement, the base is fixedly connected with lower mounting seat;When the utility model is used, by first planet-gear speed reducer Output shaft drives driven gear to rotate by driving gear so that upper mounting seat and mirror support frame also concomitant rotation, realizes The horizontal movement of mirror surface support;Again because the two ends of the mirror support frame are provided with first support and second support, the first transmission Assembly is supported in first support, and the second drive assembly is supported on the secondary support bracket;First drive assembly includes first axle Bearing end cap, first bearing seat, the first spindle nose and the first anti-return nut, first spindle nose load the by the first self-aligning bearing In one bearing block, and one end of the first spindle nose is equipped with the first anti-return nut, and the other end is stretched out outside first bearing seat, the first axle Socket end lid is fixedly connected with first bearing seat;Second drive assembly includes second bearing seat end cap, second bearing seat, second Spindle nose and the second anti-return nut, second spindle nose are loaded in second bearing seat by the second self-aligning bearing, and the second spindle nose One end is equipped with the second anti-return nut, and the output shaft of second planet-gear speed reducer is through second bearing seat end cap and with second One end drive connection of spindle nose, the other end of the second spindle nose stretched out outside second bearing seat, the second bearing end cap and the second axle Bearing is fixedly connected;The other end of the first spindle nose of first drive assembly is by axle sleeve and the second axle of the second drive assembly Head is fixedly connected;When the utility model is used, driven by the second spindle nose and axle by the output shaft of the second planet-gear speed reducer The first spindle nose that set is fixedly connected is rotated, and realizes the vertical motion of mirror surface support;The planetary gear speed-reduction of the utility model first The horizontal movement that the output shaft of machine passes through gear driven mirror surface support, the output shaft of the second planet-gear speed reducer is by minute surface branch The spindle nose at the two ends of the axle sleeve of frame drives the vertical motion of mirror surface support so that speculum being capable of the real-time tracking sun and its is anti- Penetrate illumination and be mapped on heat collector and realize that heat accumulation generates electricity, instead of in prior art using turbine and worm as the technical side of driving member Case, overcomes output shaft and input shaft problem not at grade in prior art, and so, not only transmission efficiency is obtained Improve, precision has also obtained height, and loss is reduced so that long service life, and because horizontal movement described in the utility model Component also includes backlash adjusting part, and the backlash adjusting part includes adjusting screw, the second rolling bearing, clutch shaft bearing bushing And elastomer block, the second rolling bearing and clutch shaft bearing bushing are also equipped with the output shaft of first planet-gear speed reducer, and Second rolling bearing is located between driving gear and clutch shaft bearing bushing, and the lower mounting seat lateral wall is provided with radially side Upward screw hole, the elastomer block is located in the screw hole of lower mounting seat, and positioned at the outside of the second rolling bearing, and regulation Screw is screwed into screw hole;So, the gear clearance between adjusting screw regulation driving gear and driven gear can be first passed through, The first planet-gear speed reducer is fixed in lower mounting seat again, therefore, greatly reduce the coupling gap that gear drive has Problem, also just substantially reduces the driving error brought to heliostat so that locating and tracking high precision, while the utility model is not Only simple structure, and low production cost, long service life.
Brief description of the drawings
Fig. 1 is a kind of structural representation of specific embodiment of the utility model;
Fig. 2 is the schematic top plan view of Fig. 1;
Fig. 3 is the left view schematic diagram of Fig. 1;
Fig. 4 is the structural representation of horizontal movement component of the present utility model and base assembling;
Fig. 5 is the structural representation of lower mounting seat in Fig. 4;
Fig. 6 is the structural representation of vertically movable component of the present utility model.
Specific embodiment
Below in conjunction with accompanying drawing and the embodiment for being given, the utility model is further described, but be not limited to This.
As shown in Fig. 1,2,3,4,5,6, a kind of heliostat device, including speculum 1, mirror surface support 2, horizontal movement component 3rd, vertically movable component 4, base 5 and mirror support frame 6;
The speculum 1 is arranged on mirror surface support 2, and vertically movable component 4 is located at the two ends of mirror surface support 2, and vertically Moving parts 4 are supported on the support of mirror support frame 6, the mirror support frame 6 and the assembly connection of horizontal movement component 3, and Horizontal movement component 3 and the assembly connection of base 5;
The mirror surface support 2 includes framework 2-1, dowel 2-2, pipe spreader 2-3 and axle sleeve 2-4, and the framework 2-1 is along it Width is provided with the dowel 2-2 of several parallel arrangements, and pipe spreader 2-3, institute are respectively and fixedly provided with each dowel 2-2 State axle sleeve 2-4 and sequentially pass through each pipe spreader 2-3, and pipe spreader 2-3 of its two ends respectively with framework 2-2 two ends is fixedly connected, The speculum 1 is arranged on framework 2-1;
The horizontal movement component 3 includes the first planet-gear speed reducer 3-1 and drive assembly;
The vertically movable component 4 includes the second planet-gear speed reducer 4-1, the first drive assembly 4-2 and the second transmission Assembly 4-3, the first drive assembly 4-2 and the second drive assembly 4-3 are respectively provided at the two ends of the framework 2-1 of mirror surface support 2;
The drive assembly of the horizontal movement component 3 include upper mounting seat 3-2, lower mounting seat 3-3, driving gear 3-4, from Moving gear 3-5, the first plane bearing 3-6, the second plane bearing 3-7 and the first rolling bearing 3-8;
The upper mounting seat 3-2 has the upper mounting disc 3-2-1 and central shaft tube 3-2-2 of coaxial line, and upper mounting disc 3- 2-1 is fixedly connected with central shaft tube 3-2-2 or is made as one, and the mirror support frame 6 is fixedly connected with upper mounting disc 3-2-1;
The central shaft tube 3-2-2 of the upper mounting seat 3-2 is rotated by the first rolling bearing 3-8 and lower mounting seat 3-3 and connected Connect, the driven gear 3-5 is located at the periphery of the central shaft tube 3-2-2 of upper mounting seat 3-2, and driven gear 3-5 is located at upper peace Between sabot 3-2-1 and lower mounting seat 3-3, the first plane bearing 3- is provided between the driven gear 3-5 and lower mounting seat 3-3 6, it is additionally provided with the second plane bearing 3-7 and locking nut 3-9 on the central shaft tube 3-2-2 of the upper mounting seat 3-2, and second flat Spherical bearing 3-7 is located between lower mounting seat 3-3 and locking nut 3-9;
The first planet-gear speed reducer 3-1 is fixedly connected with lower mounting seat 3-3, and the first planet-gear speed reducer 3- 1 output shaft is through lower mounting seat 3-3 and driving gear 3-4 is housed, and driving gear 3-4 is engaged with driven gear 3-5, described Base 5 is fixedly connected with lower mounting seat 3-3;
The horizontal movement component 3 also include backlash adjusting part, the backlash adjusting part include adjusting screw 3-10, Second rolling bearing 3-11, clutch shaft bearing bushing 3-12 and elastomer block 3-13, the output of the first planet-gear speed reducer 3-1 The second rolling bearing 3-11 and clutch shaft bearing bushing 3-12 is also equipped with axle, and the second rolling bearing 3-11 is located at driving gear 3- Between 4 and clutch shaft bearing bushing 3-12, the lower mounting seat 3-3 lateral walls are provided with the screw hole on radially direction, institute Elastomer block 3-13 is stated to be located in the screw hole of lower mounting seat 3-3, and positioned at the outside of the second rolling bearing 3-11, and adjusting screw 3-12 is screwed into screw hole;
The two ends of the mirror support frame 6 are provided with first support 6-1 and second support 6-2, the first drive assembly 4-2 support On first support 6-1, the second drive assembly 4-3 is supported on second support 6-2;
The first drive assembly 4-2 includes first bearing seat end cap 4-2-1, first bearing seat 4-2-2, the first spindle nose 4- 2-3 and the first anti-return nut 4-2-4, the first spindle nose 4-2-3 load first bearing seat 4- by the first self-aligning bearing 4-2-5 In 2-2, and one end of the first spindle nose 4-2-3 is equipped with the first anti-return nut 4-2-4, and the other end is stretched out outside first bearing seat 4-2-2, The clutch shaft bearing end cap 4-2-1 is fixedly connected with first bearing seat 4-2-2;
The second drive assembly 4-3 includes second bearing seat end cap 4-3-1, second bearing seat 4-3-2, the second spindle nose 4- 3-3 and the second anti-return nut 4-3-4, the second spindle nose 4-3-3 load second bearing seat 4- by the second self-aligning bearing 4-3-5 In 3-2, and one end of the second spindle nose 4-3-3 is equipped with the second anti-return nut 4-3-4, the second planet-gear speed reducer 4-1's Output shaft is connected through second bearing seat end cap 4-3-1 and with one end of the second spindle nose 4-3-3, the second spindle nose 4-3-3's The other end is stretched out outside second bearing seat 4-3-2, and the second bearing end cap 4-3-1 is fixedly connected with second bearing seat 4-3-2;
The other end of the first spindle nose 4-2-3 of the first drive assembly 4-2 passes through axle sleeve 2-4 and the second drive assembly 4- 3 the second spindle nose 4-3-3 is fixedly connected.
The center of axle sleeve 2-4 described in the utility model overlaps with the framework 2-1 centers of gravity of mirror surface support 2, can so cause The rotating load of mirror surface support 2 is uniform.
As shown in figure 4, for the ease of upper mounting seat is positioned with driven gear, prevent driven gear from shifting, The upper mounting disc 3-2-1 of the upper mounting seat 3-2 is fixedly connected by Positioning screw 3-14 with driven gear 3-5.
As shown in Figure 4,5, for the ease of assembling so that the utility model structure is more reasonable, compact, and production cost Low, the lower mounting seat 3-3 has the first plane bearing groove 3-3-1, the first rolling bearing groove 3-3-2 and reductor axis hole 3-3- 3, the first plane bearing 3-6 is located in the first plane bearing groove 3-3-1, and two are provided with the first rolling bearing groove 3-3-2 First rolling bearing 3-8, and two the first rolling bearing 3-8 pass through upper mounting seat 3-2 central shaft tube 3-2-2 on the second axle Hold bushing to separate, the output shaft of the first planet-gear speed reducer 3-1 passes through the reductor axis hole 3-3-3 of lower mounting seat 3-3.
As shown in figure 4, for the ease of lower mounting seat is mutually equipped with base, the lower mounting seat 3-3 by connecting seat 7 with Base 6 is fixedly connected, and the first oil sealing 8 is provided between the upper mounting disc 3-2-1 and lower mounting seat 3-3 of the upper mounting seat 3-2, and First oil sealing 8 is located at the periphery of driven gear 3-5.
As shown in figure 1, for the ease of two drive assemblies are supported on corresponding support, the first support 6-1 tools The first bearing seat 4-2-2 for having the first supported hole, the first drive assembly 4-2 is supported and fixed on the first of first support 6-1 In supported hole, the second support 6-2 has the second supported hole, and the second bearing seat 4-3-2 supports of the second drive assembly 4-3 are solid It is scheduled in second supported hole of second support 6-1.
As shown in fig. 6, in order to improve efficiency of assembling, one end of the second spindle nose 4-3-3 passes through spline and the second planet The output shaft drive connection of gear reduction unit 4-1.
As shown in fig. 6, for the ease of the output shaft of the second spindle nose and the second reductor is connected, the clutch shaft bearing The second oil sealing 9, and first bearing seat 4-2-2 and second bearing seat 4-3-2 are equipped with seat 4-2-2 and second bearing seat 4-3-2 Lateral wall on be equipped with oil resistant rubber plug 10.
In order to be able to be protected to speculum, prevent to damage, rupture, the mirror surface support 2 is provided with elastic cushion, Speculum 1 is fixed on elastic cushion.
Because horizontal movement component 3 described in the utility model also includes backlash adjusting part, the backlash adjusting part bag Adjusting screw 3-10, the second rolling bearing 3-11, clutch shaft bearing bushing 3-12 and elastomer block 3-13 are included, before installation and debugging, is first led to Overregulate screw 3-10 and adjust the driving gear 3-4 and driven gear being equipped with the output shaft of the first planet-gear speed reducer 3-1 After the gear clearance of 3-5, then the first planet-gear speed reducer 3-1 is fixed on lower mounting seat 3-3 by trip bolt, because This, greatly reduces the coupling gap problem that gear drive has, and also just substantially reduces the driving error brought to heliostat, So that locating and tracking high precision.
When the utility model is used, driving gear 3-4 bands are passed through by the output shaft of the first planet-gear speed reducer 3-1 Dynamic driven gear 3-5 is rotated so that upper mounting seat 3-2 and mirror support frame 6 also concomitant rotation, realizes the water of mirror surface support 2 Flat motion;Driven by the second spindle nose 4-3-3 by the output shaft of the second planet-gear speed reducer 4-1 and fixed with axle sleeve 2-4 First spindle nose 4-2-3 of connection is rotated, and realizes the vertical motion of mirror surface support 2;The planetary gear speed-reduction of the utility model first The output shaft of machine 3-1 is passed through by the horizontal movement of gear driven mirror surface support 2, the output shaft of the second planet-gear speed reducer 4-1 The spindle nose at the two ends of the axle sleeve 2-4 of mirror surface support 2 drives mirror surface support 2 vertically movable, the planetary gear reduction of the utility model first The horizontal movement that the output shaft of fast machine 3-1 passes through gear driven mirror surface support 2, the output shaft of the second planet-gear speed reducer 4-1 The vertical motion of mirror surface support 2 is driven by the spindle nose at the two ends of the axle sleeve 2-4 of mirror surface support 2 so that speculum 1 can be real-time The tracking sun and its reflected light is irradiated on heat collector realizes that heat accumulation generates electricity, instead of in prior art using turbine and worm as The technical scheme of driving member, overcomes output shaft and input shaft problem not at grade in prior art, so, not only Transmission efficiency is improved, precision has also obtained height, and loss is reduced so that long service life.

Claims (8)

1. a kind of heliostat device, including speculum(1), mirror surface support(2), horizontal movement component(3), vertically movable component (4), base(5)With mirror support frame(6);
The speculum(1)Installed in mirror surface support(2)On, vertically movable component(4)It is located at mirror surface support(2)Two ends, and Vertically movable component(4)It is supported on mirror support frame(6)Support on, the mirror support frame(6)With horizontal movement component(3) Assembly connection, and horizontal movement component(3)With base(5)Assembly connection;
The mirror surface support(2)Including framework(2-1), dowel(2-2), pipe spreader(2-3)And axle sleeve(2-4), the framework (2-1)The dowel of several parallel arrangements is provided with along its width(2-2), and each dowel(2-2)On fix There is pipe spreader(2-3), the axle sleeve(2-4)Sequentially pass through each pipe spreader(2-3), and its two ends respectively with framework(2-1)Two The pipe spreader at end(2-3)It is fixedly connected, the speculum(1)Installed in framework(2-1)On;
The horizontal movement component(3)Including the first planet-gear speed reducer(3-1)And drive assembly;
The vertically movable component(4)Including the second planet-gear speed reducer(4-1), the first drive assembly(4-2)Passed with second Dynamic assembly(4-3), first drive assembly(4-2)With the second drive assembly(4-3)It is respectively provided at mirror surface support(2)Framework (2-1)Two ends;
It is characterized in that:
The horizontal movement component(3)Drive assembly include upper mounting seat(3-2), lower mounting seat(3-3), driving gear(3- 4), driven gear(3-5), the first plane bearing(3-6), the second plane bearing(3-7)With the first rolling bearing(3-8);
The upper mounting seat(3-2)Upper mounting disc with coaxial line(3-2-1)And central shaft tube(3-2-2), and upper mounting disc (3-2-1)With central shaft tube(3-2-2)It is fixedly connected or is made as one, the mirror support frame(6)With upper mounting disc(3-2-1) It is fixedly connected;
The upper mounting seat(3-2)Central shaft tube(3-2-2)By the first rolling bearing(3-8)With lower mounting seat(3-3)Turn Dynamic connection, the driven gear(3-5)It is located at upper mounting seat(3-2)Central shaft tube(3-2-2)Periphery, and driven gear (3-5)Positioned at upper mounting disc(3-2-1)And lower mounting seat(3-3)Between, the driven gear(3-5)With lower mounting seat(3-3) Between be provided with the first plane bearing(3-6), the upper mounting seat(3-2)Central shaft tube(3-2-2)On be additionally provided with the second plane Bearing(3-7)And locking nut(3-9), and the second plane bearing(3-7)Positioned at lower mounting seat(3-3)And locking nut(3-9) Between;
First planet-gear speed reducer(3-1)With lower mounting seat(3-3)It is fixedly connected, and the first planet-gear speed reducer (3-1)Output shaft pass through lower mounting seat(3-3)And equipped with driving gear(3-4), and driving gear(3-4)With driven gear (3-5)Engagement, the base(5)With lower mounting seat(3-3)It is fixedly connected;
The horizontal movement component(3)Also include backlash adjusting part, the backlash adjusting part includes adjusting screw(3-10)、 Second rolling bearing(3-11), clutch shaft bearing bushing(3-12)And elastomer block(3-13), first planet-gear speed reducer(3- 1)Output shaft on be also equipped with the second rolling bearing(3-11)With clutch shaft bearing bushing(3-12), and the second rolling bearing(3-11) Positioned at driving gear(3-4)With clutch shaft bearing bushing(3-12)Between, the lower mounting seat(3-3)Lateral wall is provided with along its footpath To the screw hole on direction, the elastomer block(3-13)It is located at lower mounting seat(3-3)Screw hole in, and positioned at second axis of rolling Hold(3-11)Outside, and adjusting screw(3-10)It is screwed into screw hole;
The mirror support frame(6)Two ends be provided with first support(6-1)And second support(6-2), the first drive assembly(4-2) It is supported on first support(6-1)On, the second drive assembly(4-3)It is supported on second support(6-2)On;
First drive assembly(4-2)Including first bearing seat end cap(4-2-1), first bearing seat(4-2-2), the first spindle nose (4-2-3)With the first anti-return nut(4-2-4), first spindle nose(4-2-3)By the first self-aligning bearing(4-2-5)Load the One bearing block(4-2-2)It is interior, and the first spindle nose(4-2-3)One end be equipped with the first anti-return nut(4-2-4), the other end stretches out One bearing block(4-2-2)Outward, the clutch shaft bearing end cap(4-2-1)With first bearing seat(4-2-2)It is fixedly connected;
Second drive assembly(4-3)Including second bearing seat end cap(4-3-1), second bearing seat(4-3-2), the second spindle nose (4-3-3)With the second anti-return nut(4-3-4), second spindle nose(4-3-3)By the second self-aligning bearing(4-3-5)Load the Two bearing bracket(4-3-2)It is interior, and the second spindle nose(4-3-3)One end be equipped with the second anti-return nut(4-3-4), second planet Gear reduction unit(4-1)Output shaft pass through second bearing seat end cap(4-3-1)And with the second spindle nose(4-3-3)One end transmission Connection, the second spindle nose(4-3-3)The other end stretch out second bearing seat(4-3-2)Outward, the second bearing end cap(4-3-1)With Second bearing seat(4-3-2)It is fixedly connected;
First drive assembly(4-2)The first spindle nose(4-2-3)The other end pass through axle sleeve(2-4)With the second drive assembly (4-3)The second spindle nose(4-3-3)It is fixedly connected.
2. heliostat device according to claim 1, it is characterised in that:The upper mounting seat(3-2)Upper mounting disc(3- 2-1)By Positioning screw(3-14)With driven gear(3-5)It is fixedly connected.
3. heliostat device according to claim 1, it is characterised in that:The lower mounting seat(3-3)With the first plane Bearing groove(3-3-1), the first rolling bearing groove(3-3-2)With reductor axis hole(3-3-3), first plane bearing(3-6) It is located at the first plane bearing groove(3-3-1)It is interior, the first rolling bearing groove(3-3-2)Inside it is provided with two the first rolling bearings(3-8), And two the first rolling bearings(3-8)By upper mounting seat(3-2)Central shaft tube(3-2-2)On second bearing bushing every Open, first planet-gear speed reducer(3-1)Output shaft pass through lower mounting seat(3-3)Reductor axis hole(3-3-3).
4. heliostat device according to claim 1, it is characterised in that:The lower mounting seat(3-3)By connecting seat(7) With base(5)It is fixedly connected, the upper mounting seat(3-2)Upper mounting disc(3-2-1)With lower mounting seat(3-3)Between be provided with One oil sealing(8), and the first oil sealing(8)Positioned at driven gear(3-5)Periphery.
5. heliostat device according to claim 1, it is characterised in that:The first support(6-1)With the first support Hole, first drive assembly(4-2)First bearing seat(4-2-2)It is supported and fixed on first support(6-1)First support In hole, the second support(6-2)With the second supported hole, the second drive assembly(4-3)Second bearing seat(4-3-2)Support It is fixed on second support(6-1)The second supported hole in.
6. heliostat device according to claim 1, it is characterised in that:Second spindle nose(4-3-3)One end pass through Spline and the second planet-gear speed reducer(4-1)Output shaft drive connection.
7. heliostat device according to claim 1, it is characterised in that:The first bearing seat(4-2-2)With the second axle Bearing(4-3-2)Inside it is equipped with the second oil sealing(9), and first bearing seat(4-2-2)And second bearing seat(4-3-2)Lateral wall On be equipped with oil resistant rubber plug(10).
8. heliostat device according to claim 1, it is characterised in that:The mirror surface support(2)Elastic cushion is provided with, Speculum(1)It is fixed on elastic cushion.
CN201621189074.5U 2016-11-04 2016-11-04 A kind of heliostat device Withdrawn - After Issue CN206237361U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201621189074.5U CN206237361U (en) 2016-11-04 2016-11-04 A kind of heliostat device

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201621189074.5U CN206237361U (en) 2016-11-04 2016-11-04 A kind of heliostat device

Publications (1)

Publication Number Publication Date
CN206237361U true CN206237361U (en) 2017-06-09

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Family Applications (1)

Application Number Title Priority Date Filing Date
CN201621189074.5U Withdrawn - After Issue CN206237361U (en) 2016-11-04 2016-11-04 A kind of heliostat device

Country Status (1)

Country Link
CN (1) CN206237361U (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106452340A (en) * 2016-11-04 2017-02-22 常州市武进开源机械有限公司 Heliostat device

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106452340A (en) * 2016-11-04 2017-02-22 常州市武进开源机械有限公司 Heliostat device
CN106452340B (en) * 2016-11-04 2018-12-14 常州市武进开源机械有限公司 Heliostat device

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