WO2017198016A1 - Mirror mechanism dedicated to solar concentrator - Google Patents
Mirror mechanism dedicated to solar concentrator Download PDFInfo
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- WO2017198016A1 WO2017198016A1 PCT/CN2017/080346 CN2017080346W WO2017198016A1 WO 2017198016 A1 WO2017198016 A1 WO 2017198016A1 CN 2017080346 W CN2017080346 W CN 2017080346W WO 2017198016 A1 WO2017198016 A1 WO 2017198016A1
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- mirror
- rotating members
- rotating
- members
- rotation compensating
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24S—SOLAR HEAT COLLECTORS; SOLAR HEAT SYSTEMS
- F24S30/00—Arrangements for moving or orienting solar heat collector modules
- F24S30/40—Arrangements for moving or orienting solar heat collector modules for rotary movement
- F24S30/45—Arrangements for moving or orienting solar heat collector modules for rotary movement with two rotation axes
- F24S30/455—Horizontal primary axis
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24S—SOLAR HEAT COLLECTORS; SOLAR HEAT SYSTEMS
- F24S30/00—Arrangements for moving or orienting solar heat collector modules
- F24S30/40—Arrangements for moving or orienting solar heat collector modules for rotary movement
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24S—SOLAR HEAT COLLECTORS; SOLAR HEAT SYSTEMS
- F24S23/00—Arrangements for concentrating solar-rays for solar heat collectors
- F24S23/70—Arrangements for concentrating solar-rays for solar heat collectors with reflectors
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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
- Y02E10/40—Solar thermal energy, e.g. solar towers
- Y02E10/47—Mountings or tracking
Definitions
- the present invention relates to a mirror mechanism dedicated to a solar concentrating device.
- Solar energy is a pollution-free and clean energy source, and it is an inexhaustible source of energy.
- Today when human beings face two major problems of energy crisis and environmental protection, they are greatly valued by people.
- Various devices that use solar energy are continuously introduced. Full development and utilization of solar energy can not only save the increasingly exhausted conventional energy, but also alleviate severe resources. The problem of shortage, but also can reduce pollution and protect the ecological environment on which humans depend.
- devices that use solar concentrating devices to heat are more common. They rely on various mirrors to directly reflect sunlight on the object to be heated.
- the most commonly used heat-conducting medium is heat-conducting medium, which can be heated first.
- the heat transfer medium reheats the water, the hot water can be used directly, or the high temperature steam can be generated by heat exchange, and the steam turbine is used to generate electricity to realize solar power generation.
- the existing solar concentrating device has a plurality of mirror mechanisms, and the plurality of mirrors have multiple rows. Arrangement, since the angles and distances of the mirrors before and after each row are different from the condensing point, the front and rear mirrors need to compensate the left and right angles of the mirror when rotating left and right, so that the concentrating points of the front and rear mirrors overlap. There is no deviation together, and the existing mirror mechanism structure is relatively complicated, and the concentrating precision is not high. It is necessary to install a plurality of driving mechanisms to drive the deviation of the left and right rotation angles between the mirror and the mirror, so that the manufacturing cost is greatly improved.
- the technical problem to be solved by the present invention is to provide a mirror mechanism dedicated to a solar concentrating device with simple structure, convenient installation and high concentrating precision.
- a mirror mechanism dedicated to a solar concentrating device including a mirror and a turret, the mirror being mounted on a turret, the turret including left and right rotating parts, Front and rear rotating parts and left and right rotation compensating parts, the mirrors and left and right
- the rotating member is hinged, and the hinge point hinged by the mirror and the left and right rotating members is an upper hinge point, and the mirror is rotatable to the left and right rotating members about the upper hinge point, and the front and rear rotating members are hinged to the left and right rotating members a hinge point hinged by the front and rear rotating members and the left and right rotating members is a lower hinge point, and the left and right rotating members are rotatable about the lower hinge point relative to the front and rear rotating members, and the left and right rotation compensating members are mounted on the front and rear rotating members.
- the right and left rotation compensating member has a right and left rotation compensating member abutting side, the abutting side of the left and right rotation compensating member is an arc side, and the abutting side of the left and right rotation compensating member abuts against the bottom of the mirror, the left and right sides
- the rotating member rotates left and right
- the mirror and the left and right rotating members are linked, and the left and right rotating members rotate left and right around the lower hinge point to drive the mirror to rotate left and right while the mirror is rotated by the left and right rotation compensating members.
- the left and right rotation compensating members abut and rotate around the hinge point, and the front and rear rotating members rotate back and forth ,
- the front rotary member is rotated about compensating member, and a mirror member about the rotation phase linkage such that rotation of the swingable member driven back and forth around the rotation compensation means around rotational member and the front mirror.
- the invention provides a mirror mechanism dedicated to a solar concentrating device, which has the beneficial effects that the mirror is mounted on a turret by including a mirror and a turret, and the turret includes left and right rotating parts, front and rear rotating parts, and The compensation component is rotated left and right, the mirror is hinged to the left and right rotating components, and the hinge point hinged by the mirror and the left and right rotating components is an upper hinge point, and the mirror can rotate left and right relative to the left and right rotating components around the upper hinge point.
- the front and rear rotating members are hinged to the left and right rotating members, and the hinge points hinged by the front and rear rotating members and the left and right rotating members are lower hinge points, and the left and right rotating members are rotatable about the lower hinge point relative to the front and rear rotating members.
- the left and right rotation compensating members are mounted on the front and rear rotating members, wherein the right and left rotation compensating members have abutting edges of the right and left rotation compensating members, and the abutting sides of the right and left rotating compensating members are curved sides, and the right and left rotating compensating members abut the sides
- the bottom of the mirror abuts, and when the left and right rotating members rotate left and right, the mirror and the left and right
- the right and left about the rotating member rotates around a hinge point driven to rotate the mirror about the same time,
- the mirror rotates left and right around the hinge point along the abutting side of the right and left rotation compensation members by the left and right rotation compensating members.
- the front and rear rotating members rotate back and forth
- the front and rear rotating members, the left and right rotation compensating members, and the left and right rotation The components and the mirror are linked together, so that the front and rear rotating members rotate forward and backward to drive the left and right rotation compensating members, the left and right rotating members and the mirror to rotate back and forth. Therefore, the mirror mechanism of the structure can realize the mirror by driving the left and right rotating members to rotate left and right. Rotating left and right to drive the front and rear rotating parts to rotate back and forth, the mirror can be rotated back and forth.
- multiple mirror mechanisms are required to rotate together, only the left and right rotating parts need to be mounted on a rectangular frame, so that the rectangular frame can be rotated left and right.
- a plurality of mirrors are rotated left and right, and the front and rear rotating parts of the plurality of reflecting mechanisms are hinged on one of the front and rear moving links, and the front and rear moving links can be moved forward and backward to realize front and rear rotation of the plurality of mirrors, thereby reflecting
- the overall structure of the mirror mechanism is simpler and the manufacturing cost is more
- the plurality of mirrors can be easily rotated left and right and rotated forward and backward, and the left and right rotating members rotate left and right around the lower hinge point to rotate the mirror to the left and right, and the mirror rotates along the right and left rotation compensation members under the action of the left and right rotation compensation components.
- the connecting edge rotates left and right around the hinge point, so that the mirror has double left and right rotation, thereby compensating for the left and right angular deviations of the plurality of front and rear mirrors when rotating left and right, so that the condensing points of the plurality of mirrors overlap before and after, thereby achieving the concentrating precision. Higher effect.
- the left and right rotation compensating component is a left and right rotation compensating disc
- the left and right rotation compensating disc is mounted on the front and rear rotating parts by the wafer adjusting screw, and the circular left and right rotation compensating disc is convenient to process, the manufacturing cost is low, and the compensation is The precision is higher.
- the left and right rotation compensation disc has a wafer mounting groove, and the left and right rotation compensation wafer is mounted on the front and rear rotating parts through the wafer mounting groove through the wafer adjusting screw, so that the left and right rotation compensation wafers are adjustable in height.
- the angle deviation can be adjusted to make the concentrating effect better.
- the left portion of the left and right rotating members is provided with a left mounting shaft
- the right portion of the left and right rotating members is provided with a right mounting shaft
- the front and rear rotating members include front and rear rotating rods
- the mirror is hinged to the left and right rotating members through the first coupling shaft
- the front and rear rotating rods are hinged to the left and right rotating members through the second coupling shaft
- the left and right rotation compensation members are mounted on the front and rear rotating rods. Simple, low manufacturing cost and easy to install.
- the left and right rotating parts are square left and right rotating frames
- the front part of the left and right rotating frame is provided with a front adjusting groove, a front adjusting screw and a front adjusting moving block
- the rear part of the left and right rotating frame is provided with a rear adjustment a slot, a rear adjustment screw and a rear adjustment moving block
- the front adjustment moving block being movably mounted in the front adjustment slot by a front adjustment screw
- the rear adjustment movement block being movably mounted in the rear adjustment slot by a rear adjustment screw
- One end of the second coupling shaft is connected to the front adjustment moving block
- the other end of the second coupling shaft is connected to the rear adjustment moving block.
- the left and right rotating members are left and right rotating plates, and the bottom of the left and right rotating plates has a mounting recess, and the mounting recess is provided with an adjusting block and an adjusting screw, and the adjusting block is mounted on the mounting recess by an adjusting screw.
- the second coupling shaft is mounted on the adjusting block, the front and rear rotating rods include a mounting fork, the mounting fork includes a mounting fork left rod and a mounting fork right rod, and one end of the second coupling shaft is connected with the mounting fork left rod The other end of the second coupling shaft is connected with the right fork of the mounting fork.
- the structure realizes that the front and rear rotating rods, the mounting fork and the left and right rotation compensating members can be horizontally adjusted relative to the left and right rotating plates and the mirror, and the same is made for the light collecting point.
- the deviation from the spotlight can be fine-tuned to make the spotlighting effect better.
- FIG. 1 is a knot of a first embodiment of a mirror mechanism dedicated to a solar concentrating device provided by the present invention.
- FIG. 1 is a knot of a first embodiment of a mirror mechanism dedicated to a solar concentrating device provided by the present invention.
- FIG. 2 is a second structural schematic view of a first embodiment of a mirror mechanism dedicated to a solar concentrating device provided by the present invention
- FIG. 3 is a third structural schematic view of a first embodiment of a mirror mechanism dedicated to a solar concentrating device provided by the present invention
- FIG. 4 is a fourth structural schematic view of a first embodiment of a mirror mechanism dedicated to a solar concentrating device provided by the present invention
- FIG. 5 is a fifth structural schematic view of a first embodiment of a mirror mechanism dedicated to a solar concentrating device provided by the present invention.
- Embodiment 6 is a schematic structural diagram of Embodiment 2 of a mirror mechanism dedicated to a solar concentrating device provided by the present invention
- FIG. 7 is a second structural schematic view of a second embodiment of a mirror mechanism dedicated to a solar concentrating device provided by the present invention.
- FIG. 8 is a third structural schematic view of a second embodiment of a mirror mechanism dedicated to a solar concentrating device provided by the present invention.
- FIG. 9 is a fourth structural diagram of a second embodiment of a mirror mechanism dedicated to a solar concentrating device provided by the present invention.
- an embodiment of a mirror mechanism dedicated to a solar concentrating device includes a mirror 1 and a turret 2, and the mirror 1 is mounted on a turret 2,
- the turret 2 includes a left and right rotating member 3, a front and rear rotating member 4, and a right and left rotation compensating member 5, the mirror 1 is hinged to the left and right rotating members 3, and the hinge point of the mirror 1 and the left and right rotating members 3 is hinged Point 6, the mirror 1 is rotatable about the upper hinge point 6 relative to the left and right rotating members 3,
- the front and rear rotating members 4 are hinged to the left and right rotating members 3, and the hinge points at which the front and rear rotating members 4 are hinged to the left and right rotating members 3 are lower hinge points 7, and the left and right rotating members 3 are rotatable relative to the lower hinge points 7 relative to the front and rear.
- the right and left rotation compensating member 5 is mounted on the front and rear rotating member 4, and the right and left rotation compensating member 5 has a right and left rotation compensating member abutting edge 8, and the right and left rotation compensating member abutting side 8 is a curved side
- the abutting edge 8 of the right and left rotation compensating member abuts against the bottom of the mirror 1.
- the mirror 1 rotates left and right around the hinge point 6 along the left and right rotation compensation member abutting edge 8 by the left and right rotation compensation member 5,
- the front and rear rotating members 4 are rotated back and forth, the front and rear rotating members 4, the right and left rotation compensating members 5, the left and right rotating members 3, and the mirror 1 are interlocked, so that the front and rear rotating members 4 are rotated forward and backward to drive the left
- the right rotation compensating member 5, the left and right rotating members 3, and the mirror 1 are rotated back and forth.
- the mirror is a concave mirror, which is simple in manufacturing and low in manufacturing cost.
- the left and right rotation compensating members 5 are left and right rotation compensating discs 9,
- the left and right rotation compensating discs 9 are mounted on the front and rear rotating members 4 by the wafer adjusting screws 10 having the wafer mounting grooves 11 on which the left and right rotation compensating discs 9 pass the wafer adjusting screws 10 is mounted on the front and rear rotating members 4 through the wafer mounting groove 11, so that the left and right rotation compensation discs 9 are vertically adjustable in height, including the first coupling shaft 12 and the second coupling shaft 13, and the left portion of the left and right rotating members 3
- a left mounting shaft 14 is provided, and a right mounting shaft 15 is disposed on a right portion of the left and right rotating members 4, and the front and rear rotating members 4 include front and rear rotating levers 16, and the mirror 1 passes through the first coupling shaft 12 and the left and right rotating members.
- the front and rear rotating rods 16 are hinged to the left and right rotating members 3 via the second coupling shaft 13, and the left and right rotation compensating members 5 are mounted on the front and rear rotating rods 16, and the left and right rotating members 3 are square and left Rotating frame 17, said
- the front portion of the right rotating frame 17 is provided with a front adjusting groove 18, a front adjusting screw 19 and a front adjusting moving block 20, and the rear portion of the left and right rotating frame 17 is provided with a rear adjusting groove 21, a rear adjusting screw 22, and a rear adjusting movement Block 23, the front adjustment moving block 20 passes before
- the adjusting screw 19 is movably mounted in the front adjusting groove 18, and the rear adjusting moving block 23 is movably mounted in the rear adjusting groove 21 by the rear adjusting screw 22, and one end of the second coupling 13 is adjusted with the front adjustment
- the block 20 is connected, and the other end of the second coupling shaft 13 is connected to the rear adjustment moving block 23.
- the left and right rotating members 3 and the front and rear rotating rods 16 may be configured such that the left and right rotating members 3 are left and right rotating plates 24, and the bottom portions of the left and right rotating plates 24 have mounting recesses 25,
- the mounting recess 25 is provided with an angle adjusting block 26 and an angle adjusting screw 27 mounted on the mounting recess 25 by an angle adjusting screw 27 mounted on the angle adjusting block 26
- the front and rear rotating 16-bar includes a mounting fork 27 including a mounting fork left lever 28 and a mounting fork right lever 29, one end of the second coupling shaft 13 being coupled to the mounting fork left lever 28, the first The other end of the coupling shaft 13 is connected to the mounting fork right lever 29.
Abstract
Disclosed is a mirror mechanism dedicated to a solar concentrator. A rotating frame (2) comprises a left-right rotating component (3), a front-rear rotating component (4), and a left-right rotation compensating component (5). A mirror (1) is hinged to the left-right rotating component (3). The front-rear rotating component (4) is hinged to the left-right rotating component (3). The left-right rotation compensating component (5) is mounted on the front-rear rotating component (4). The left-right rotation compensating component (5) is provided with a left-right rotation compensating component abutting edge (8). The left-right rotation compensating component abutting edge (8) is a curved edge. The left-right rotation compensating component abutting edge (8) abuts against and cooperates with the bottom of the mirror (1). When the left-right rotating component (3) rotates to the left and the right, the mirror (1) is moved along with the left-right rotating component (3), and when the left-right rotating component (3) rotates to the left and the right around a lower hinge point (7) so as to drive the mirror (1) to rotate to the left and the right, the mirror (1) rotates to the left and the right around an upper hinge point (6) along the left-right rotation compensating component abutting edge (8) under the action of the left-right rotation compensating component (5), such that focal points of multiple mirrors in the front and rear overlap.
Description
本发明涉及专用于太阳能聚光装置的反射镜机构。The present invention relates to a mirror mechanism dedicated to a solar concentrating device.
太阳能是无污染又清洁的能源，是取之不尽、用之不竭的能源。在人类面临能源危机和环境保护两大难题的今天，受到人们的极大重视，人们利用太阳能的各种设备不断推出，充分开发利用太阳能不仅可以节约日益枯竭的常规能源，又可以缓解严峻的资源短缺问题，而且还可以减少污染，保护人类赖以生存的生态环境。在众多的太阳能技术中，利用太阳能聚光装置加热的装置较为普遍，依靠各种反射镜将太阳光直接反射聚集在被加热物上，其中被加热物使用最为普遍的是导热介质，可以先加热导热介质再加热水，热水可以直接使用，也可以通过热交换产生高温蒸气，推动汽轮机发电，实现太阳能发电，现有的太阳能聚光装置具有多个反射镜机构，多个反射镜呈多排排列，由于每排前后的反射镜离聚光点的角度和距离都不一样，因此前后的反射镜在左右转动时需要补偿反射镜的左右角度，使得前后多个反射镜的聚光点重叠在一起没有偏差，而现有的反射镜机构结构比较复杂，聚光精度不高，需要安装多个驱动机构驱动调整反射镜与反射镜之间的左右转动角度偏差，使得制造成本大大提高。Solar energy is a pollution-free and clean energy source, and it is an inexhaustible source of energy. Today, when human beings face two major problems of energy crisis and environmental protection, they are greatly valued by people. Various devices that use solar energy are continuously introduced. Full development and utilization of solar energy can not only save the increasingly exhausted conventional energy, but also alleviate severe resources. The problem of shortage, but also can reduce pollution and protect the ecological environment on which humans depend. Among the many solar energy technologies, devices that use solar concentrating devices to heat are more common. They rely on various mirrors to directly reflect sunlight on the object to be heated. Among them, the most commonly used heat-conducting medium is heat-conducting medium, which can be heated first. The heat transfer medium reheats the water, the hot water can be used directly, or the high temperature steam can be generated by heat exchange, and the steam turbine is used to generate electricity to realize solar power generation. The existing solar concentrating device has a plurality of mirror mechanisms, and the plurality of mirrors have multiple rows. Arrangement, since the angles and distances of the mirrors before and after each row are different from the condensing point, the front and rear mirrors need to compensate the left and right angles of the mirror when rotating left and right, so that the concentrating points of the front and rear mirrors overlap. There is no deviation together, and the existing mirror mechanism structure is relatively complicated, and the concentrating precision is not high. It is necessary to install a plurality of driving mechanisms to drive the deviation of the left and right rotation angles between the mirror and the mirror, so that the manufacturing cost is greatly improved.
发明内容Summary of the invention
本发明所要解决的技术问题是：提供一种结构简单、安装方便、聚光精度高的专用于太阳能聚光装置的反射镜机构。The technical problem to be solved by the present invention is to provide a mirror mechanism dedicated to a solar concentrating device with simple structure, convenient installation and high concentrating precision.
为解决上述技术问题，本发明采用以下技术方案：专用于太阳能聚光装置的反射镜机构，包括反射镜和转动架，所述反射镜安装在转动架上，所述转动架包括左右转动部件、前后转动部件和左右转动补偿部件，所述反射镜与左右
转动部件相铰接，所述反射镜与左右转动部件铰接的铰接点为上铰接点，所述反射镜可绕着上铰接点相对左右转动部件左右转动，所述前后转动部件与左右转动部件相铰接，所述前后转动部件与左右转动部件铰接的铰接点为下铰接点，所述左右转动部件可绕着下铰接点相对前后转动部件左右转动，所述左右转动补偿部件安装在前后转动部件上，所述左右转动补偿部件具有左右转动补偿部件抵接边，所述左右转动补偿部件抵接边为弧形边，所述左右转动补偿部件抵接边与反射镜的底部抵接配合，所述左右转动部件左右转动时，所述反射镜和左右转动部件相联动，并且左右转动部件绕着下铰接点左右转动带动反射镜左右转动的同时，所述反射镜在左右转动补偿部件的作用下沿着左右转动补偿部件抵接边绕上铰接点左右转动，所述前后转动部件前后转动时，所述前后转动部件、左右转动补偿部件、左右转动部件和反射镜相联动，使得前后转动部件前后转动带动左右转动补偿部件、左右转动部件和反射镜前后转动。In order to solve the above technical problem, the present invention adopts the following technical solution: a mirror mechanism dedicated to a solar concentrating device, including a mirror and a turret, the mirror being mounted on a turret, the turret including left and right rotating parts, Front and rear rotating parts and left and right rotation compensating parts, the mirrors and left and right
The rotating member is hinged, and the hinge point hinged by the mirror and the left and right rotating members is an upper hinge point, and the mirror is rotatable to the left and right rotating members about the upper hinge point, and the front and rear rotating members are hinged to the left and right rotating members a hinge point hinged by the front and rear rotating members and the left and right rotating members is a lower hinge point, and the left and right rotating members are rotatable about the lower hinge point relative to the front and rear rotating members, and the left and right rotation compensating members are mounted on the front and rear rotating members. The right and left rotation compensating member has a right and left rotation compensating member abutting side, the abutting side of the left and right rotation compensating member is an arc side, and the abutting side of the left and right rotation compensating member abuts against the bottom of the mirror, the left and right sides When the rotating member rotates left and right, the mirror and the left and right rotating members are linked, and the left and right rotating members rotate left and right around the lower hinge point to drive the mirror to rotate left and right while the mirror is rotated by the left and right rotation compensating members. The left and right rotation compensating members abut and rotate around the hinge point, and the front and rear rotating members rotate back and forth , The front rotary member is rotated about compensating member, and a mirror member about the rotation phase linkage such that rotation of the swingable member driven back and forth around the rotation compensation means around rotational member and the front mirror.
本发明提供的专用于太阳能聚光装置的反射镜机构的有益效果是：由于包括反射镜和转动架，所述反射镜安装在转动架上，所述转动架包括左右转动部件、前后转动部件和左右转动补偿部件，所述反射镜与左右转动部件相铰接，所述反射镜与左右转动部件铰接的铰接点为上铰接点，所述反射镜可绕着上铰接点相对左右转动部件左右转动，所述前后转动部件与左右转动部件相铰接，所述前后转动部件与左右转动部件铰接的铰接点为下铰接点，所述左右转动部件可绕着下铰接点相对前后转动部件左右转动，所述左右转动补偿部件安装在前后转动部件上，所述左右转动补偿部件具有左右转动补偿部件抵接边，所述左右转动补偿部件抵接边为弧形边，所述左右转动补偿部件抵接边与反射镜的底部抵接配合，所述左右转动部件左右转动时，所述反射镜和左右转动部件相联动，并且左右转动部件绕着下铰接点左右转动带动反射镜左右转动的同时，
所述反射镜在左右转动补偿部件的作用下沿着左右转动补偿部件抵接边绕上铰接点左右转动，所述前后转动部件前后转动时，所述前后转动部件、左右转动补偿部件、左右转动部件和反射镜相联动，使得前后转动部件前后转动带动左右转动补偿部件、左右转动部件和反射镜前后转动，因此这种结构的反射镜机构，通过带动左右转动部件左右转动，即可实现反射镜左右转动，带动前后转动部件前后转动，即可实现反射镜前后转动，需要多个反射镜机构一起转动时，只需将左右转动部件安装在一个长方形框架上，这样带动长方形框架左右转动，即可实现多个反射镜左右转动，将多个反射机构中的前后转动部件铰接在一根前后运动联杆上，只需带动前后运动联杆作前后运动即可实现多个反射镜前后转动，从而反射镜机构的整体结构更加简单、制造成本更低，可轻松实现多个反射镜左右转动和前后转动，并且左右转动部件绕着下铰接点左右转动带动反射镜左右转动的同时，反射镜在左右转动补偿部件的作用下沿着左右转动补偿部件抵接边绕上铰接点左右转动，使得反射镜具有双重左右转动，从而补偿多个前后的反射镜在左右转动时的左右角度偏差，使得前后多个反射镜的聚光点重叠，达到聚光精度更高的效果。The invention provides a mirror mechanism dedicated to a solar concentrating device, which has the beneficial effects that the mirror is mounted on a turret by including a mirror and a turret, and the turret includes left and right rotating parts, front and rear rotating parts, and The compensation component is rotated left and right, the mirror is hinged to the left and right rotating components, and the hinge point hinged by the mirror and the left and right rotating components is an upper hinge point, and the mirror can rotate left and right relative to the left and right rotating components around the upper hinge point. The front and rear rotating members are hinged to the left and right rotating members, and the hinge points hinged by the front and rear rotating members and the left and right rotating members are lower hinge points, and the left and right rotating members are rotatable about the lower hinge point relative to the front and rear rotating members. The left and right rotation compensating members are mounted on the front and rear rotating members, wherein the right and left rotation compensating members have abutting edges of the right and left rotation compensating members, and the abutting sides of the right and left rotating compensating members are curved sides, and the right and left rotating compensating members abut the sides The bottom of the mirror abuts, and when the left and right rotating members rotate left and right, the mirror and the left and right In conjunction with the movable member, the right and left about the rotating member rotates around a hinge point driven to rotate the mirror about the same time,
The mirror rotates left and right around the hinge point along the abutting side of the right and left rotation compensation members by the left and right rotation compensating members. When the front and rear rotating members rotate back and forth, the front and rear rotating members, the left and right rotation compensating members, and the left and right rotation The components and the mirror are linked together, so that the front and rear rotating members rotate forward and backward to drive the left and right rotation compensating members, the left and right rotating members and the mirror to rotate back and forth. Therefore, the mirror mechanism of the structure can realize the mirror by driving the left and right rotating members to rotate left and right. Rotating left and right to drive the front and rear rotating parts to rotate back and forth, the mirror can be rotated back and forth. When multiple mirror mechanisms are required to rotate together, only the left and right rotating parts need to be mounted on a rectangular frame, so that the rectangular frame can be rotated left and right. A plurality of mirrors are rotated left and right, and the front and rear rotating parts of the plurality of reflecting mechanisms are hinged on one of the front and rear moving links, and the front and rear moving links can be moved forward and backward to realize front and rear rotation of the plurality of mirrors, thereby reflecting The overall structure of the mirror mechanism is simpler and the manufacturing cost is more The plurality of mirrors can be easily rotated left and right and rotated forward and backward, and the left and right rotating members rotate left and right around the lower hinge point to rotate the mirror to the left and right, and the mirror rotates along the right and left rotation compensation members under the action of the left and right rotation compensation components. The connecting edge rotates left and right around the hinge point, so that the mirror has double left and right rotation, thereby compensating for the left and right angular deviations of the plurality of front and rear mirrors when rotating left and right, so that the condensing points of the plurality of mirrors overlap before and after, thereby achieving the concentrating precision. Higher effect.
进一步的所述左右转动补偿部件为左右转动补偿圆片，所述左右转动补偿圆片通过圆片调节螺钉安装在前后转动部件上，圆形的左右转动补偿圆片加工方便，制造成本低，补偿的精度更高。Further, the left and right rotation compensating component is a left and right rotation compensating disc, and the left and right rotation compensating disc is mounted on the front and rear rotating parts by the wafer adjusting screw, and the circular left and right rotation compensating disc is convenient to process, the manufacturing cost is low, and the compensation is The precision is higher.
进一步的所述左右转动补偿圆片上具有圆片安装槽，所述左右转动补偿圆片通过圆片调节螺钉穿过圆片安装槽安装在前后转动部件上，使得左右转动补偿圆片上下高度可调，通过设置左右转动补偿圆片上下高度可调，实现角度偏差可调，使得聚光效果更好。
Further, the left and right rotation compensation disc has a wafer mounting groove, and the left and right rotation compensation wafer is mounted on the front and rear rotating parts through the wafer mounting groove through the wafer adjusting screw, so that the left and right rotation compensation wafers are adjustable in height. By setting the left and right rotation compensation discs to adjust the height of the upper and lower sides, the angle deviation can be adjusted to make the concentrating effect better.
进一步的包括第一联轴和第二联轴，所述左右转动部件的左部设有左安装轴，所述左右转动部件的右部设有右安装轴，所述前后转动部件包括前后转动杆，所述反射镜通过第一联轴与左右转动部件相铰接，所述前后转动杆通过第二联轴与左右转动部件相铰接，所述左右转动补偿部件安装在前后转动杆上，这种结构简单、制造成本更低、安装方便。Further comprising a first coupling shaft and a second coupling shaft, the left portion of the left and right rotating members is provided with a left mounting shaft, the right portion of the left and right rotating members is provided with a right mounting shaft, and the front and rear rotating members include front and rear rotating rods The mirror is hinged to the left and right rotating members through the first coupling shaft, the front and rear rotating rods are hinged to the left and right rotating members through the second coupling shaft, and the left and right rotation compensation members are mounted on the front and rear rotating rods. Simple, low manufacturing cost and easy to install.
进一步的所述左右转动部件为方型的左右转动框，所述左右转动框的前部设有前调节槽、前调节螺钉和前调节移动块，所述左右转动框的后部设有后调节槽、后调节螺钉和后调节移动块，所述前调节移动块通过前调节螺钉可移动的安装在前调节槽内，所述后调节移动块通过后调节螺钉可移动的安装在后调节槽内，所述第二联轴的一端与前调节移动块连接，所述第二联轴的另一端与后调节移动块连接，这种结构实现第二联轴、前后转动部件以及左右转动补偿部件可相对左右转动框和反射镜水平转动调节，使得聚光点与聚光点之间的偏差可微调，使得聚光效果更好。Further, the left and right rotating parts are square left and right rotating frames, and the front part of the left and right rotating frame is provided with a front adjusting groove, a front adjusting screw and a front adjusting moving block, and the rear part of the left and right rotating frame is provided with a rear adjustment a slot, a rear adjustment screw and a rear adjustment moving block, the front adjustment moving block being movably mounted in the front adjustment slot by a front adjustment screw, the rear adjustment movement block being movably mounted in the rear adjustment slot by a rear adjustment screw One end of the second coupling shaft is connected to the front adjustment moving block, and the other end of the second coupling shaft is connected to the rear adjustment moving block. This structure realizes the second coupling shaft, the front and rear rotation components, and the left and right rotation compensation components. Relative to the left and right rotating frame and the mirror horizontal rotation adjustment, the deviation between the concentrating point and the condensing point can be finely adjusted, so that the concentrating effect is better.
进一步的所述左右转动部件为左右转动板，所述左右转动板的底部具有安装凹部，所述安装凹部上设有调节块和调节螺钉，所述调节块通过调节螺钉安装在安装凹部上，所述第二联轴安装在调节块上，所述前后转动杆包括安装叉，所述安装叉包括安装叉左杆和安装叉右杆，所述第二联轴安装的一端与安装叉左杆连接，所述第二联轴的另一端与安装叉右杆连接，这种结构实现第前后转动杆、安装叉以及左右转动补偿部件可相对左右转动板和反射镜水平转动调节，同样使得聚光点与聚光点之间的偏差可微调，使得聚光效果更好。Further, the left and right rotating members are left and right rotating plates, and the bottom of the left and right rotating plates has a mounting recess, and the mounting recess is provided with an adjusting block and an adjusting screw, and the adjusting block is mounted on the mounting recess by an adjusting screw. The second coupling shaft is mounted on the adjusting block, the front and rear rotating rods include a mounting fork, the mounting fork includes a mounting fork left rod and a mounting fork right rod, and one end of the second coupling shaft is connected with the mounting fork left rod The other end of the second coupling shaft is connected with the right fork of the mounting fork. The structure realizes that the front and rear rotating rods, the mounting fork and the left and right rotation compensating members can be horizontally adjusted relative to the left and right rotating plates and the mirror, and the same is made for the light collecting point. The deviation from the spotlight can be fine-tuned to make the spotlighting effect better.
下面结合附图和具体实施方式对本发明作进一步的描述。The invention is further described below in conjunction with the drawings and specific embodiments.
图1是本发明提供的专用于太阳能聚光装置的反射镜机构的实施例一的结
构示意图之一；1 is a knot of a first embodiment of a mirror mechanism dedicated to a solar concentrating device provided by the present invention.
One of the schematic diagrams;
图2是本发明提供的专用于太阳能聚光装置的反射镜机构的实施例一的结构示意图之二；2 is a second structural schematic view of a first embodiment of a mirror mechanism dedicated to a solar concentrating device provided by the present invention;
图3是本发明提供的专用于太阳能聚光装置的反射镜机构的实施例一的结构示意图之三；3 is a third structural schematic view of a first embodiment of a mirror mechanism dedicated to a solar concentrating device provided by the present invention;
图4是本发明提供的专用于太阳能聚光装置的反射镜机构的实施例一的结构示意图之四；4 is a fourth structural schematic view of a first embodiment of a mirror mechanism dedicated to a solar concentrating device provided by the present invention;
图5是本发明提供的专用于太阳能聚光装置的反射镜机构的实施例一的结构示意图之五；5 is a fifth structural schematic view of a first embodiment of a mirror mechanism dedicated to a solar concentrating device provided by the present invention;
图6是本发明提供的专用于太阳能聚光装置的反射镜机构的实施例二的结构示意图之一；6 is a schematic structural diagram of Embodiment 2 of a mirror mechanism dedicated to a solar concentrating device provided by the present invention;
图7是本发明提供的专用于太阳能聚光装置的反射镜机构的实施例二的结构示意图之二；7 is a second structural schematic view of a second embodiment of a mirror mechanism dedicated to a solar concentrating device provided by the present invention;
图8是本发明提供的专用于太阳能聚光装置的反射镜机构的实施例二的结构示意图之三；8 is a third structural schematic view of a second embodiment of a mirror mechanism dedicated to a solar concentrating device provided by the present invention;
图9是本发明提供的专用于太阳能聚光装置的反射镜机构的实施例二的结构示意图之四。FIG. 9 is a fourth structural diagram of a second embodiment of a mirror mechanism dedicated to a solar concentrating device provided by the present invention.
如图1至图5所示，本发明提供的专用于太阳能聚光装置的反射镜机构的实施例，包括反射镜1和转动架2，所述反射镜1安装在转动架2上，所述转动架2包括左右转动部件3、前后转动部件4和左右转动补偿部件5，所述反射镜1与左右转动部件3相铰接，所述反射镜1与左右转动部件3铰接的铰接点为上铰接点6，所述反射镜1可绕着上铰接点6相对左右转动部件3左右转动，所述
前后转动部件4与左右转动部件3相铰接，所述前后转动部件4与左右转动部件3铰接的铰接点为下铰接点7，所述左右转动部件3可绕着下铰接点7相对前后转动部件4左右转动，所述左右转动补偿部件5安装在前后转动部件4上，所述左右转动补偿部件5具有左右转动补偿部件抵接边8，所述左右转动补偿部件抵接边8为弧形边，所述左右转动补偿部件抵接边8与反射镜1的底部抵接配合，所述左右转动部件3左右转动时，所述反射镜1和左右转动部件3相联动，并且左右转动部件3绕着下铰接点7左右转动带动反射镜1左右转动的同时，所述反射镜1在左右转动补偿部件5的作用下沿着左右转动补偿部件抵接边8绕上铰接点6左右转动，所述前后转动部件4前后转动时，所述前后转动部件4、左右转动补偿部件5、左右转动部件3和反射镜1相联动，使得前后转动部件4前后转动带动左右转动补偿部件5、左右转动部件3和反射镜1前后转动，所述反射镜为凹面镜，制造加工简单、制造成本低，所述左右转动补偿部件5为左右转动补偿圆片9，所述左右转动补偿圆片9通过圆片调节螺钉10安装在前后转动部件4上，所述左右转动补偿圆片9上具有圆片安装槽11，所述左右转动补偿圆片9通过圆片调节螺钉10穿过圆片安装槽11安装在前后转动部件4上，使得左右转动补偿圆片9上下高度可调，包括第一联轴12和第二联轴13，所述左右转动部件3的左部设有左安装轴14，所述左右转动部件4的右部设有右安装轴15，所述前后转动部件4包括前后转动杆16，所述反射镜1通过第一联轴12与左右转动部件3相铰接，所述前后转动杆16通过第二联轴13与左右转动部件3相铰接，所述左右转动补偿部件5安装在前后转动杆16上，所述左右转动部件3为方型的左右转动框17，所述左右转动框17的前部设有前调节槽18、前调节螺钉19和前调节移动块20，所述左右转动框17的后部设有后调节槽21、后调节螺钉22和后调节移动块23，所述前调节移动块20通过前
调节螺钉19可移动的安装在前调节槽18内，所述后调节移动块23通过后调节螺钉22可移动的安装在后调节槽21内，所述第二联轴13的一端与前调节移动块20连接，所述第二联轴13的另一端与后调节移动块23连接。As shown in FIG. 1 to FIG. 5, an embodiment of a mirror mechanism dedicated to a solar concentrating device provided by the present invention includes a mirror 1 and a turret 2, and the mirror 1 is mounted on a turret 2, The turret 2 includes a left and right rotating member 3, a front and rear rotating member 4, and a right and left rotation compensating member 5, the mirror 1 is hinged to the left and right rotating members 3, and the hinge point of the mirror 1 and the left and right rotating members 3 is hinged Point 6, the mirror 1 is rotatable about the upper hinge point 6 relative to the left and right rotating members 3,
The front and rear rotating members 4 are hinged to the left and right rotating members 3, and the hinge points at which the front and rear rotating members 4 are hinged to the left and right rotating members 3 are lower hinge points 7, and the left and right rotating members 3 are rotatable relative to the lower hinge points 7 relative to the front and rear. 4, the right and left rotation compensating member 5 is mounted on the front and rear rotating member 4, and the right and left rotation compensating member 5 has a right and left rotation compensating member abutting edge 8, and the right and left rotation compensating member abutting side 8 is a curved side The abutting edge 8 of the right and left rotation compensating member abuts against the bottom of the mirror 1. When the left and right rotating members 3 rotate left and right, the mirror 1 and the left and right rotating members 3 are interlocked, and the left and right rotating members 3 are wound. While the lower hinge point 7 rotates to rotate the mirror 1 to the left and right, the mirror 1 rotates left and right around the hinge point 6 along the left and right rotation compensation member abutting edge 8 by the left and right rotation compensation member 5, When the front and rear rotating members 4 are rotated back and forth, the front and rear rotating members 4, the right and left rotation compensating members 5, the left and right rotating members 3, and the mirror 1 are interlocked, so that the front and rear rotating members 4 are rotated forward and backward to drive the left The right rotation compensating member 5, the left and right rotating members 3, and the mirror 1 are rotated back and forth. The mirror is a concave mirror, which is simple in manufacturing and low in manufacturing cost. The left and right rotation compensating members 5 are left and right rotation compensating discs 9, The left and right rotation compensating discs 9 are mounted on the front and rear rotating members 4 by the wafer adjusting screws 10 having the wafer mounting grooves 11 on which the left and right rotation compensating discs 9 pass the wafer adjusting screws 10 is mounted on the front and rear rotating members 4 through the wafer mounting groove 11, so that the left and right rotation compensation discs 9 are vertically adjustable in height, including the first coupling shaft 12 and the second coupling shaft 13, and the left portion of the left and right rotating members 3 A left mounting shaft 14 is provided, and a right mounting shaft 15 is disposed on a right portion of the left and right rotating members 4, and the front and rear rotating members 4 include front and rear rotating levers 16, and the mirror 1 passes through the first coupling shaft 12 and the left and right rotating members. 3 phase hinges, the front and rear rotating rods 16 are hinged to the left and right rotating members 3 via the second coupling shaft 13, and the left and right rotation compensating members 5 are mounted on the front and rear rotating rods 16, and the left and right rotating members 3 are square and left Rotating frame 17, said The front portion of the right rotating frame 17 is provided with a front adjusting groove 18, a front adjusting screw 19 and a front adjusting moving block 20, and the rear portion of the left and right rotating frame 17 is provided with a rear adjusting groove 21, a rear adjusting screw 22, and a rear adjusting movement Block 23, the front adjustment moving block 20 passes before
The adjusting screw 19 is movably mounted in the front adjusting groove 18, and the rear adjusting moving block 23 is movably mounted in the rear adjusting groove 21 by the rear adjusting screw 22, and one end of the second coupling 13 is adjusted with the front adjustment The block 20 is connected, and the other end of the second coupling shaft 13 is connected to the rear adjustment moving block 23.
如图6至图9所示，其中左右转动部件3和前后转动杆16的结构还可以是，所述左右转动部件3为左右转动板24，所述左右转动板24的底部具有安装凹部25，所述安装凹部25上设有角度调节块26和角度调节螺钉27，所述角度调节块26通过角度调节螺钉27安装在安装凹部25上，所述第二联轴13安装在角度调节块26上，所述前后转动16杆包括安装叉27，所述安装叉27包括安装叉左杆28和安装叉右杆29，所述第二联轴13的一端与安装叉左杆28连接，所述第二联轴13的另一端与安装叉右杆29连接。As shown in FIG. 6 to FIG. 9 , the left and right rotating members 3 and the front and rear rotating rods 16 may be configured such that the left and right rotating members 3 are left and right rotating plates 24, and the bottom portions of the left and right rotating plates 24 have mounting recesses 25, The mounting recess 25 is provided with an angle adjusting block 26 and an angle adjusting screw 27 mounted on the mounting recess 25 by an angle adjusting screw 27 mounted on the angle adjusting block 26 The front and rear rotating 16-bar includes a mounting fork 27 including a mounting fork left lever 28 and a mounting fork right lever 29, one end of the second coupling shaft 13 being coupled to the mounting fork left lever 28, the first The other end of the coupling shaft 13 is connected to the mounting fork right lever 29.
根据需要，在本文中公开了本发明的详细实施例，但应了解所公开的实施例只是示范本发明，本发明可以有不同和替代形式实施。附图未必按照比例绘制。因此，本文所公开的具体结构和功能细节不应被理解为具有限制意义，而是仅作为代表性基础以教导本领域技术人员采用实施本发明。基于本发明中的实施例，本领域普通技术人员在没有作出创造性劳动前提下所获得的所有其他实施例，都属于本发明保护的范围。
The detailed embodiments of the present invention are disclosed herein as needed, but it is understood that the disclosed embodiments are only illustrative of the invention, and the invention may be embodied in various and alternative forms. The drawings are not necessarily to scale. Therefore, the specific structural and functional details disclosed herein are not to be construed as limiting. All other embodiments obtained by those skilled in the art based on the embodiments of the present invention without creative efforts are within the scope of the present invention.
Claims (10)
- 专用于太阳能聚光装置的反射镜机构，包括反射镜(1)和转动架(2)，所述反射镜(1)安装在转动架(2)上，其特征在于：所述转动架(2)包括左右转动部件(3)、前后转动部件(4)和左右转动补偿部件(5)，所述反射镜(1)与左右转动部件(3)相铰接，所述反射镜(1)与左右转动部件(3)铰接的铰接点为上铰接点(6)，所述反射镜(1)可绕着上铰接点(6)相对左右转动部件(3)左右转动，所述前后转动部件(4)与左右转动部件(3)相铰接，所述前后转动部件(4)与左右转动部件(3)铰接的铰接点为下铰接点(7)，所述左右转动部件(3)可绕着下铰接点(7)相对前后转动部件(4)左右转动，所述左右转动补偿部件(5)安装在前后转动部件(4)上，所述左右转动补偿部件(5)具有左右转动补偿部件抵接边(8)，所述左右转动补偿部件抵接边(8)为弧形边，所述左右转动补偿部件抵接边(8)与反射镜(1)的底部抵接配合，所述左右转动部件(3)左右转动时，所述反射镜(1)和左右转动部件(3)相联动，并且左右转动部件(3)绕着下铰接点(7)左右转动带动反射镜(1)左右转动的同时，所述反射镜(1)在左右转动补偿部件(5)的作用下沿着左右转动补偿部件抵接边(8)绕上铰接点(6)左右转动，所述前后转动部件(4)前后转动时，所述前后转动部件(4)、左右转动补偿部件(5)、左右转动部件(3)和反射镜(1)相联动，使得前后转动部件(4)前后转动带动左右转动补偿部件(5)、左右转动部件(3)和反射镜(1)前后转动。A mirror mechanism dedicated to a solar concentrating device, comprising a mirror (1) and a turret (2), the mirror (1) being mounted on a turret (2), characterized in that: the turret (2) ) comprising a left and right rotating member (3), a front and rear rotating member (4), and a left and right rotation compensating member (5), the mirror (1) being hinged to the left and right rotating member (3), the mirror (1) and left and right The hinge point hinged by the rotating member (3) is an upper hinge point (6), and the mirror (1) is rotatable left and right relative to the left and right rotating members (3) about the upper hinge point (6), the front and rear rotating member (4) ) hinged to the left and right rotating members (3), the hinge point hinged by the front and rear rotating members (4) and the left and right rotating members (3) is a lower hinge point (7), and the left and right rotating members (3) can be wound down The hinge point (7) is rotated left and right with respect to the front and rear rotating member (4), and the left and right rotation compensating member (5) is mounted on the front and rear rotating member (4), and the right and left rotation compensating member (5) has a right and left rotation compensating member abutting The side (8), the abutting edge (8) of the left and right rotation compensating member is an arc edge, and the abutting edge (8) of the right and left rotation compensating member abuts against the bottom of the mirror (1). When the left and right rotating members (3) are rotated left and right, the mirror (1) and the left and right rotating members (3) are linked, and the left and right rotating members (3) are rotated around the lower hinge point (7) to drive the mirror ( 1) while rotating left and right, the mirror (1) is rotated left and right around the hinge point (6) by the right and left rotation compensation member abutting edge (8) under the action of the left and right rotation compensation member (5). When the rotating member (4) rotates back and forth, the front and rear rotating members (4), the left and right rotation compensating members (5), the left and right rotating members (3) and the mirror (1) are linked to rotate the front and rear rotating members (4) forward and backward. The left and right rotation compensating members (5), the left and right rotating members (3), and the mirror (1) are rotated forward and backward.
- 根据权利要求1所述的专用于太阳能聚光装置的反射镜机构，其特征在于：所述左右转动补偿部件(5)为左右转动补偿圆片(9)，所述左右转动补偿圆片(9)通过圆片调节螺钉(10)安装在前后转动部件(4)上。A mirror mechanism dedicated to a solar concentrating device according to claim 1, wherein said right and left rotation compensating member (5) is a left and right rotation compensating disc (9), said left and right rotation compensating disc (9) ) Mounted on the front and rear rotating parts (4) by the wafer adjusting screw (10).
- 根据权利要求2所述的专用于太阳能聚光装置的反射镜机构，其特征在于：所述左右转动补偿圆片(9)上具有圆片安装槽(11)，所述左右转动补偿 圆片(9)通过圆片调节螺钉(10)穿过圆片安装槽(11)安装在前后转动部件(4)上，使得左右转动补偿圆片(9)上下高度可调。A mirror mechanism dedicated to a solar concentrating device according to claim 2, wherein said left and right rotation compensating wafer (9) has a wafer mounting groove (11), said left and right rotation compensation The wafer (9) is mounted on the front and rear rotating members (4) through the wafer mounting groove (11) through the wafer adjusting screw (10), so that the height of the left and right rotation compensation discs (9) can be adjusted.
- 根据权利要求1或2或3所述的专用于太阳能聚光装置的反射镜机构，其特征在于：包括第一联轴(12)和第二联轴(13)，所述左右转动部件(3)的左部设有左安装轴(14)，所述左右转动部件(4)的右部设有右安装轴(15)，所述前后转动部件(4)包括前后转动杆(16)，所述反射镜(1)通过第一联轴(12)与左右转动部件(3)相铰接，所述前后转动杆(16)通过第二联轴(13)与左右转动部件(3)相铰接，所述左右转动补偿部件(5)安装在前后转动杆(16)上。A mirror mechanism dedicated to a solar concentrating device according to claim 1 or 2 or 3, comprising a first coupling shaft (12) and a second coupling shaft (13), said left and right rotating members (3) The left portion is provided with a left mounting shaft (14), and the right portion of the left and right rotating members (4) is provided with a right mounting shaft (15), and the front and rear rotating members (4) include front and rear rotating rods (16). The mirror (1) is hinged to the left and right rotating members (3) through a first coupling shaft (12), and the front and rear rotating rods (16) are hinged to the left and right rotating members (3) through the second coupling shaft (13). The left and right rotation compensating members (5) are mounted on the front and rear rotating levers (16).
- 根据权利要求4所述的专用于太阳能聚光装置的反射镜机构，其特征在于：所述左右转动部件(3)为方型的左右转动框(17)，所述左右转动框(17)的前部设有前调节槽(18)、前调节螺钉(19)和前调节移动块(20)，所述左右转动框(17)的后部设有后调节槽(21)、后调节螺钉(22)和后调节移动块(23)，所述前调节移动块(20)通过前调节螺钉(19)可移动的安装在前调节槽(18)内，所述后调节移动块(23)通过后调节螺钉(22)可移动的安装在后调节槽(21)内，所述第二联轴(13)的一端与前调节移动块(20)连接，所述第二联轴(13)的另一端与后调节移动块(23)连接。A mirror mechanism dedicated to a solar concentrating device according to claim 4, wherein said left and right rotating members (3) are square left and right rotating frames (17), and said left and right rotating frames (17) The front part is provided with a front adjusting groove (18), a front adjusting screw (19) and a front adjusting moving block (20), and the rear part of the left and right rotating frame (17) is provided with a rear adjusting groove (21) and a rear adjusting screw ( 22) and a rear adjustment moving block (23), the front adjustment moving block (20) is movably mounted in the front adjustment groove (18) by a front adjustment screw (19), and the rear adjustment moving block (23) passes The rear adjustment screw (22) is movably mounted in the rear adjustment groove (21), and one end of the second coupling shaft (13) is coupled to the front adjustment movement block (20), and the second coupling shaft (13) The other end is connected to the rear adjustment moving block (23).
- 根据权利要求4所述的专用于太阳能聚光装置的反射镜机构，其特征在于：所述左右转动部件(3)为左右转动板(24)，所述左右转动板(24)的底部具有安装凹部(25)，所述安装凹部(25)上设有角度调节块(26)和角度调节螺钉(27)，所述角度调节块(26)通过角度调节螺钉(27)安装在安装凹部(25)上，所述第二联轴(13)安装在角度调节块(26)上，所述前后转动杆(16)包括安装叉(28)，所述安装叉(28)包括安装叉左杆(29)和安 装叉右杆(30)，所述第二联轴(13)的一端与安装叉左杆(29)连接，所述第二联轴(13)的另一端与安装叉右杆(30)连接。A mirror mechanism dedicated to a solar concentrating device according to claim 4, wherein said left and right rotating members (3) are left and right rotating plates (24), and the bottom portions of said left and right rotating plates (24) are mounted a recess (25), the mounting recess (25) is provided with an angle adjusting block (26) and an angle adjusting screw (27), and the angle adjusting block (26) is mounted on the mounting recess by an angle adjusting screw (27) (25) The second coupling (13) is mounted on an angle adjustment block (26), the front and rear rotation lever (16) including a mounting fork (28) including a mounting fork left lever ( 29) and Ann A fork right rod (30) is attached, one end of the second coupling shaft (13) is connected to the mounting fork left rod (29), and the other end of the second coupling shaft (13) is connected to the mounting fork right rod (30) .
- 根据权利要求1或2或3所述的专用于太阳能聚光装置的反射镜机构，其特征在于：所述反射镜(1)为凹面镜。A mirror mechanism dedicated to a solar concentrating device according to claim 1 or 2 or 3, characterized in that the mirror (1) is a concave mirror.
- 根据权利要求4所述的专用于太阳能聚光装置的反射镜机构，其特征在于：所述反射镜(1)为凹面镜。A mirror mechanism dedicated to a solar concentrating device according to claim 4, characterized in that the mirror (1) is a concave mirror.
- 根据权利要求5所述的专用于太阳能聚光装置的反射镜机构，其特征在于：所述反射镜(1)为凹面镜。A mirror mechanism dedicated to a solar concentrating device according to claim 5, characterized in that the mirror (1) is a concave mirror.
- 根据权利要求6所述的专用于太阳能聚光装置的反射镜机构，其特征在于：所述反射镜(1)为凹面镜。 A mirror mechanism dedicated to a solar concentrating device according to claim 6, characterized in that the mirror (1) is a concave mirror.
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|---|---|---|---|
| CN201610327833.8A CN105823237B (en) | 2016-05-17 | 2016-05-17 | It is exclusively used in the mirror body of solar-energy light collector |
| CN201610327833.8 | 2016-05-17 |
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| WO2017198016A1 true WO2017198016A1 (en) | 2017-11-23 |
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| PCT/CN2017/080346 WO2017198016A1 (en) | 2016-05-17 | 2017-04-13 | Mirror mechanism dedicated to solar concentrator |
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| EP0057705A1 (en) * | 1980-08-13 | 1982-08-18 | FOURIKIS, Nicholas | Energy collector |
| JPS59100349A (en) * | 1982-11-29 | 1984-06-09 | Agency Of Ind Science & Technol | Solar heat collector |
| CN104180538B (en) * | 2014-08-31 | 2015-11-11 | 吴国栋 | The condenser parts of solar-energy light collector |
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| CN101004609A (en) * | 2007-01-12 | 2007-07-25 | 刘津平 | Sun tracker, and cluster |
| US20110043433A1 (en) * | 2009-08-24 | 2011-02-24 | Jurgen Zimmermann | Positioning equipment for aligning a device |
| CN104166218A (en) * | 2014-08-31 | 2014-11-26 | 吴国栋 | Reflector mechanism of solar condensation device |
| CN204027032U (en) * | 2014-08-31 | 2014-12-17 | 吴国栋 | The condenser parts of solar-energy light collector |
| CN205102445U (en) * | 2015-10-16 | 2016-03-23 | 中信博新能源科技（苏州）有限公司 | Biax tracker and solar thermal power generation system |
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| CN105823237B (en) | 2017-11-10 |
| CN105823237A (en) | 2016-08-03 |
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