CN204347619U - A kind of without motor full-automatic solar tracking device - Google Patents
A kind of without motor full-automatic solar tracking device Download PDFInfo
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- CN204347619U CN204347619U CN201420266117.XU CN201420266117U CN204347619U CN 204347619 U CN204347619 U CN 204347619U CN 201420266117 U CN201420266117 U CN 201420266117U CN 204347619 U CN204347619 U CN 204347619U
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- thermal
- angle
- collecting tube
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- solar
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- Non-Portable Lighting Devices Or Systems Thereof (AREA)
Abstract
The utility model relates to one without motor full-automatic solar tracking device, comprising: thermal-collecting tube dimmer control, thermal-collecting tube, conduit, drives cylinder, and adjustable solar utilizes equipment to install control cage.The utility model, sun power is absorbed by thermal-collecting tube dimmer control domination set heat pipe, to the confining gas heating in thermal-collecting tube, cause gas expansion in thermal-collecting tube, by conduit, the gas expanded is imported in driving cylinder, promotion cylinder piston moves, thus drives adjustable solar to utilize equipment to install control cage tracking angle of incidence of sunlight, realizes the efficiency utilization to sun power.The beneficial effects of the utility model are: do not need motor and control circuit, and structure is simple, and cost is low, follows the trail of effective, long service life.
Description
Technical field
The utility model relates to solar tracking apparatus field, particularly relates to a kind of without motor full-automatic solar tracking device.
Background technology
In recent years along with the progress of material science and technology, solar photoelectric light-heat utilizes the transformation efficiency of device to improve constantly, but because solar photoelectric light-heat utilizes the efficiency of device very large by the impact of solar incident angle, and in one day sunshine to certain any incident angle on the earth in continuous change, so just need solar photoelectric light-heat to utilize device effectively can follow the trail of solar incident angle.Solar tracking equipment major part is in the market all utilize single-chip microcomputer or PLC system to control drive motor, drives solar photoelectric light-heat to utilize device to follow the trail of sun angle by leading screw or rack-and-pinion or chain belt etc.Existing solar tracking equipment causes complex structure due to control system, drive motor, kinematic train, and cost is higher, and serviceable life is shorter, and maintenance and repair difficulty is large.
Utility model content
The utility model, for the shortcoming and defect of existing solar tracking equipment, provides a kind of without motor full-automatic solar tracking device.
The purpose of this utility model is achieved through the following technical solutions: one, without motor full-automatic solar tracking device, comprising: thermal-collecting tube dimmer control, thermal-collecting tube, conduit, drives cylinder, and adjustable solar utilizes equipment to install control cage.Described thermal-collecting tube dimmer control is fixedly mounted on adjustable solar with thermal-collecting tube in mode parallel up and down and utilizes equipment to install the side of the solar utilizing equipment installed surface sheet frame of control cage, can rotate with solar utilizing equipment installation panel; The solar radiation value that described thermal-collecting tube dimmer control can receive according to the automatic domination set heat pipe of solar incident angle; Described thermal-collecting tube is the solar energy heat collection pipe that one end open is closed in one end; One end of described conduit is communicated with the openend of thermal-collecting tube, and the other end is communicated with driving the inlet end of cylinder; Drive two links of cylinder be connected to adjustable solar utilize equipment that two of control cage are installed can around same rotating shaft in relative rotation between parts, drive two parts around same rotating shaft mutually rotate thus adjust solar utilizing equipment look a day angle, it is that general twin shaft adjustable solar utilizes equipment to install control cage that described adjustable solar utilizes equipment to install control cage.
Described thermal-collecting tube dimmer control be a kind of sunlight that can stop certain angle through and form the device of shade in specific region behind at it, it can control to be installed in parallel according to solar incident angle the illumination value that the thermal-collecting tube below it can receive automatically, it has two kinds of versions: one is one chip shadow shield, the grating that another kind is made up of the photo-shield strip that many are parallel to each other; When adopting one chip shadow shield as thermal-collecting tube dimmer control, the one chip shadow shield plane of thermal-collecting tube dimmer control need be parallel with solar utilizing equipment installation panel, when adopting grating as thermal-collecting tube dimmer control, the photo-shield strip plane of the grating of thermal-collecting tube dimmer control should be at a right angle or close to right angle with solar utilizing equipment installation panel; The angle of pitch can be divided into follow the trail of thermal-collecting tube dimmer control for thermal-collecting tube dimmer control and horizontal angle follows the trail of thermal-collecting tube dimmer control two kinds, the side that angle of pitch tracking thermal-collecting tube dimmer control is installed in parallel in the upper side frame of solar utilizing equipment installation panel is also parallel with it, and the side that horizontal angle tracking thermal-collecting tube dimmer control is installed in parallel in the left frame of solar utilizing equipment installation panel is also parallel with it.
Described thermal-collecting tube is that one can change into self heat energy by efficient absorption solar radiation energy, and there is the circle of good heat insulating effect or double layer hollow pipe that is oval or other suitable shape cross section, its skin is transparent heat insulating layer, internal layer is heat-sink shell, cavity between ectonexine should be evacuated to improve heat insulation effect, thermal-collecting tube one end is closed, the other end is open, open end is communicated with conduit, the cavity of thermal-collecting tube internal layer is full of air or other expansive gas that is heated, after sunlight is irradiated to heat-sink shell through the transparent heat insulating layer of thermal-collecting tube, heat-sink shell heats up, thus cause internal gas intensification to expand, the gas expanded is sent to driving cylinder interior by conduit, thus impel driving cylinder operation, described thermal-collecting tube can be divided into: the angle of pitch follows the trail of thermal-collecting tube and horizontal angle follows the trail of thermal-collecting tube, angle of pitch tracking thermal-collecting tube is fixed on the angle of pitch and follows the trail of below thermal-collecting tube dimmer control also parallel with it, and horizontal angle is followed the trail of thermal-collecting tube and is fixed on below horizontal angle tracking thermal-collecting tube dimmer control also parallel with it.
Described conduit is a kind of flexible flexible pipe that can seal and conduct the gas with uniform temperature and pressure, described conduit can be divided into: angle of pitch tracing system conduit and horizontal angle tracing system conduit, the openend that one end and the angle of pitch of angle of pitch tracing system conduit follow the trail of thermal-collecting tube is communicated with, and the other end and the angle of pitch are followed the trail of and driven the inlet end of cylinder to be communicated with; The openend that horizontal angle tracing system tube at one end and horizontal angle follow the trail of thermal-collecting tube is communicated with, and the other end and horizontal angle are followed the trail of and driven the inlet end of cylinder to be communicated with.
Described driving cylinder adopts Self-resetting cylinder, the angle of pitch can be divided into follow the trail of and drive cylinder and horizontal angle to follow the trail of driving cylinder; Two links of angle of pitch tracking driving cylinder are connected to adjustable solar and utilize on two assemblies of the angle of pitch rotating shaft connection of equipment installation control cage, and two links of horizontal angle tracking driving cylinder are connected to adjustable solar and utilize on two assemblies of the horizontal angle rotating shaft connection of equipment installation control cage.
It is that one can be mounted thereto by solar utilizing equipment that described adjustable solar utilizes equipment to install control cage, and the mechanical hook-up that can adjust the angle of pitch of solar utilizing equipment mounted thereto and horizontal angle, described adjustable solar utilizes equipment installation control cage to comprise: horizontal angle rotating shaft, horizontal Rotatable base, castor, angle of pitch rotating shaft, gravitational equilibrium torsion spring, solar utilizing equipment installation panel.Described horizontal angle rotating shaft is provided with mounting flange below, and horizontal angle rotating shaft is vertically fixed on ground or roof by mounting flange; Described horizontal Rotatable base is triangular form structure, and its drift angle place is provided with and horizontally rotates axle sleeve, is provided with castor below its dual-side, and it is connected in horizontal angle rotating shaft by the axle sleeve that horizontally rotates being located at drift angle place, makes it can around horizontal angle axis of rotation; Described solar utilizing equipment installation panel is connected with horizontal Rotatable base by angle of pitch rotating shaft, solar utilizing equipment installation panel and horizontal Rotatable base can relatively rotate around angle of pitch rotating shaft, to regulate the angle of pitch of solar utilizing equipment installation panel; Described gravitational equilibrium torsion spring is arranged in angle of pitch rotating shaft, two spring arms divide and are connected on horizontal Rotatable base and solar utilizing equipment installation panel, the moment of torsion that the relative angle of pitch rotating shaft of gravity in order to the solar utilizing equipment balancing solar utilizing equipment installation panel and upper installation thereof is formed, follows the trail of to reduce the angle of pitch operating load driving cylinder; The angle of pitch is followed the trail of and is driven two links of cylinder to be connected on solar utilizing equipment installation panel and horizontal Rotatable base, in order to adjust the angle of solar utilizing equipment installation panel relative level Rotatable base, thus the angle of pitch of adjustment solar utilizing equipment installation panel; Horizontal angle is followed the trail of and is driven two links of cylinder to be connected on the mounting flange of horizontal angle rotating shaft and the side of horizontal Rotatable base, for adjusting the level angle of horizontal Rotatable base, and then adjustment is connected to the level angle of the solar utilizing equipment installation panel on horizontal Rotatable base.
The beneficial effects of the utility model are: the solar radiation quantity that thermal-collecting tube dimmer control can be able to receive according to the automatic domination set heat pipe of solar incident angle, thus the temperature of domination set inside heat pipe gas and volume, and then control the extension elongation of the piston driving cylinder, thus change solar utilizing equipment installation panel look a day angle, realize the tracking of solar utilizing equipment to solar azimuth.The utility model compares the current solar tracking equipment based on Electric Machine Control, eliminates motor and control circuit, significantly reduces cost and complexity, ensure that reliability, stability and serviceable life.
Accompanying drawing explanation
Fig. 1 is left back of the present utility model viewing angle constructions schematic diagram;
Fig. 2 is left front of the present utility model viewing angle constructions schematic diagram;
Fig. 3 is that the angle of pitch of the present utility model follows the trail of principle schematic one;
Fig. 4 is that the angle of pitch of the present utility model follows the trail of principle schematic two;
Fig. 5 is that horizontal angle of the present utility model follows the trail of principle schematic one;
Fig. 6 is that horizontal angle of the present utility model follows the trail of principle schematic two.
Number in the figure: the 1-angle of pitch follows the trail of thermal-collecting tube dimmer control; The 2-angle of pitch follows the trail of thermal-collecting tube; 3-angle of pitch tracing system conduit; The 4-angle of pitch is followed the trail of and is driven cylinder; 5-horizontal angle follows the trail of thermal-collecting tube dimmer control; 6-horizontal angle follows the trail of thermal-collecting tube; 7 horizontal angle tracing system conduits; 8-horizontal angle is followed the trail of and is driven cylinder; The rotating shaft of 9-horizontal angle; The horizontal Rotatable base of 10-; 11-castor; The rotating shaft of the 12-angle of pitch; 13-gravitational equilibrium torsion spring; 14-solar utilizing equipment installation panel; 15-sunshine schematic lines.
Embodiment
The utility model provides a kind of without motor full-automatic solar tracking device, illustrates to be described further the utility model with embodiment below in conjunction with accompanying drawing:
As illustrated in fig. 1 and 2: the angle of pitch follows the trail of the side that thermal-collecting tube dimmer control 1 is arranged on the upper side frame of solar utilizing equipment installation panel 14, and it is parallel with the upside frame of solar utilizing equipment installation panel 14, the angle of pitch is followed the trail of thermal-collecting tube 2 and is installed in parallel in the following of angle of pitch tracking thermal-collecting tube dimmer control 1, in the present embodiment, symmetry has been installed two angles of pitch and has been followed the trail of heat pipe 2, its openend is all towards centre, the openend that one end and the angle of pitch of angle of pitch tracing system conduit 3 follow the trail of thermal-collecting tube 2 is communicated with, the other end and the angle of pitch are followed the trail of and are driven the inlet end of cylinder 4 to be communicated with, the angle of pitch follow the trail of drive two links of cylinder 4 to be connected to horizontal Rotatable base 10 crossbeam on and solar utilizing equipment installation panel 14 back side pin joint on, solar utilizing equipment installation panel 14 is hinged by angle of pitch rotating shaft 12 and horizontal Rotatable base 10, angle of pitch tracing system is together constituted with upper-part.
As illustrated in fig. 1 and 2: horizontal angle follows the trail of the side that thermal-collecting tube dimmer control 5 is arranged on the left frame of solar utilizing equipment installation panel 14, and it is parallel with the Right Border of solar utilizing equipment installation panel 14, horizontal angle is followed the trail of thermal-collecting tube 6 and is installed in parallel in the following of angle of pitch tracking thermal-collecting tube dimmer control 5, in the present embodiment, symmetry has been installed two horizontal angles and has been followed the trail of thermal-collecting tube 6, its openend is all towards centre, the openend that one end and the horizontal angle of horizontal angle tracing system conduit 7 follow the trail of thermal-collecting tube 6 is communicated with, the other end and horizontal angle are followed the trail of and are driven the inlet end of cylinder 8 to be communicated with, horizontal angle follow the trail of drive two links of cylinder 8 to be connected to bottom the side of horizontal Rotatable base 10 and horizontal angle rotating shaft 9 flange on, horizontal angle rotating shaft 9 is fixed on ground or roof by the flange bottom it, horizontal Rotatable base 10 is connected with horizontal angle rotating shaft 9 by the axle sleeve at its drift angle place, level angle tracing system is together constituted with upper-part.
Be illustrated in figure 3 the principle of work schematic diagram that the angle of pitch follows the trail of thermal-collecting tube 2 and angle of pitch tracking thermal-collecting tube dimmer control 1, the angle of pitch follows the trail of thermal-collecting tube 2 and the angle of pitch follows the trail of the side that thermal-collecting tube dimmer control 1 is arranged on the upper side frame of solar utilizing equipment installation panel 14, grating is adopted to follow the trail of thermal-collecting tube dimmer control 1 as the angle of pitch in Fig. 3, the angle of pitch follows the trail of the photo-shield strip plane of the grating of thermal-collecting tube dimmer control 1 and solar utilizing equipment installation panel 14 is at a right angle or close to right angle, when the luffing angle of sun incidence is less than angle shown in figure, the angle of pitch is followed the trail of thermal-collecting tube 2 and is completely blocked by solar utilizing equipment installation panel 14 and angle of pitch tracking thermal-collecting tube dimmer control 1 and directly cannot receive the incident ray of the sun, now the angle of pitch is followed the trail of thermal-collecting tube 2 and is in keeping warm mode, whole angle of pitch tracing system is in temporary transient stationary state, when the luffing angle of sun incidence increases (morning, the luffing angle of solar incident angle increased gradually), the grating interstitial transmissive that the incident ray of the sun follows the trail of thermal-collecting tube dimmer control 1 from the angle of pitch is followed the trail of thermal-collecting tube 2 to the angle of pitch, the angle of pitch is followed the trail of thermal-collecting tube 2 and is absorbed solar radiation heat, the gas being enclosed in its internal cavities is heated, gas temperature is impelled to rise, volumetric expansion, the gas expanded enters into the angle of pitch by angle of pitch tracing system conduit 3 and follows the trail of in driving cylinder 4, drive the angle of pitch to follow the trail of and drive the piston of cylinder 4 to extend, solar utilizing equipment installation panel 14 is driven to rotate around angle of pitch rotating shaft 12, thus the tracking realized the incident luffing angle of the sun.When the luffing angle of sun incidence reduces (afternoon, the luffing angle of solar incident angle reduced gradually), the angle of pitch follows the trail of the irradiation that thermal-collecting tube 2 long period can't accept sunshine, due to himself constantly slowly heat radiation, the gas temperature of its inside is caused to reduce, volume-diminished, and then cause cylinder piston to shrink, drive solar utilizing equipment installation panel 14 to rotate around angle of pitch rotating shaft 12, thus realize the tracking to sun luffing angle; The irradiation whole system automatic slowly of sunlight is not had to reset during evening.
Be illustrated in figure 4 another schematic diagram that the angle of pitch follows the trail of thermal-collecting tube 2 and angle of pitch tracking thermal-collecting tube dimmer control 1 principle of work, adopt one chip shadow shield to follow the trail of thermal-collecting tube dimmer control 1 as the angle of pitch in Fig. 4, the one chip shadow shield plane that the angle of pitch follows the trail of thermal-collecting tube dimmer control 1 is parallel with solar utilizing equipment installation panel 14.When the luffing angle of sun incidence is less than angle shown in figure, the angle of pitch is followed the trail of thermal-collecting tube 2 and is completely blocked by solar utilizing equipment installation panel 14 and angle of pitch tracking thermal-collecting tube dimmer control 1 and directly cannot receive the incident ray of the sun, now the angle of pitch is followed the trail of thermal-collecting tube 2 and is in keeping warm mode, whole angle of pitch tracing system is in temporary transient stationary state, when the luffing angle of sun incidence increases (morning, the luffing angle of sun incidence increased gradually), the upside that the incident ray of the sun follows the trail of the one chip shadow shield of thermal-collecting tube dimmer control 1 from the angle of pitch projects angle of pitch tracking thermal-collecting tube 2, the angle of pitch is followed the trail of thermal-collecting tube 2 and is absorbed solar radiation heat, the gas being enclosed in its internal cavities is heated, gas temperature is impelled to rise, volumetric expansion, the gas expanded enters into the angle of pitch by angle of pitch tracing system conduit 3 and follows the trail of in driving cylinder 4, drive the angle of pitch to follow the trail of and drive the piston of cylinder 4 to extend, solar utilizing equipment installation panel 14 is driven to rotate around angle of pitch rotating shaft 12, thus the tracking realized sun luffing angle, when the luffing angle of sun incidence reduces (afternoon, the luffing angle of sun incidence reduced gradually), the angle of pitch follows the trail of the irradiation that thermal-collecting tube 2 long period can't accept sunshine, owing to himself wanting constantly slowly heat radiation, the gas temperature of gas inside is caused to reduce, volume-diminished, and then cause cylinder piston to shrink, solar utilizing equipment installation panel 14 is driven to rotate around angle of pitch rotating shaft 12, thus the tracking realized sun luffing angle, do not have the irradiation whole system automatic slowly of sunlight to reset during evening.
Be illustrated in figure 5 the principle of work schematic diagram that horizontal angle follows the trail of thermal-collecting tube 6 and horizontal angle tracking thermal-collecting tube dimmer control 5, horizontal angle follows the trail of thermal-collecting tube 6 and horizontal angle follows the trail of the side that thermal-collecting tube dimmer control 5 is arranged on the left frame of solar utilizing equipment installation panel 14, grating is adopted to follow the trail of thermal-collecting tube dimmer control 5 as horizontal angle in Fig. 5, horizontal angle follows the trail of the photo-shield strip plane of the grating of thermal-collecting tube dimmer control 5 and solar utilizing equipment installation panel 14 is at a right angle or close to right angle, when the level angle of sun incidence is less than angle shown in figure, horizontal angle tracking thermal-collecting tube 6 is completely blocked by solar utilizing equipment installation panel 14 and horizontal angle tracking thermal-collecting tube dimmer control 5 and directly cannot receive the incident ray of the sun, now horizontal angle is followed the trail of thermal-collecting tube 6 and is in keeping warm mode, whole horizontal angle tracing system is in temporary transient stationary state, when the level angle of sun incidence increases, the grating interstitial transmissive that the incident ray of the sun follows the trail of thermal-collecting tube dimmer control 5 from horizontal angle is followed the trail of thermal-collecting tube 6 to horizontal angle, horizontal angle is followed the trail of thermal-collecting tube 6 and is absorbed solar radiation heat, the gas being enclosed in its internal cavities is heated, gas temperature is impelled to rise, volumetric expansion, the gas expanded enters into horizontal angle by horizontal angle tracing system conduit 7 and follows the trail of in driving cylinder 8, drive horizontal angle to follow the trail of and drive the piston of cylinder 8 to extend, solar utilizing equipment installation panel 14 is driven to rotate around horizontal angle rotating shaft 9, thus the tracking realized sun level angle, the irradiation whole system automatic slowly of sunlight is not had to reset during evening.
Be illustrated in figure 6 another schematic diagram that horizontal angle follows the trail of the principle of work of thermal-collecting tube 6 and horizontal angle tracking thermal-collecting tube dimmer control 5, horizontal angle follows the trail of thermal-collecting tube 6 and horizontal angle follows the trail of the side that thermal-collecting tube dimmer control 5 is arranged on the left frame of solar utilizing equipment installation panel 14, one chip shadow shield is adopted to follow the trail of thermal-collecting tube dimmer control 5 as horizontal angle in Fig. 6, the one chip shadow shield plane that horizontal angle follows the trail of thermal-collecting tube dimmer control 5 is parallel with solar utilizing equipment installation panel 14, when the level angle of sun incidence is less than angle shown in figure, horizontal angle tracking thermal-collecting tube 6 is completely blocked by solar utilizing equipment installation panel 14 and horizontal angle tracking thermal-collecting tube dimmer control 5 and directly cannot receive the incident ray of the sun, now horizontal angle is followed the trail of thermal-collecting tube 6 and is in keeping warm mode, whole horizontal angle tracing system is in temporary transient stationary state, when the level angle of sun incidence increases, the right side that the incident ray of the sun follows the trail of the one chip shadow shield of thermal-collecting tube dimmer control 5 from horizontal angle projects horizontal angle tracking thermal-collecting tube 6, horizontal angle is followed the trail of thermal-collecting tube 6 and is absorbed solar radiation heat, the gas being enclosed in its internal cavities is heated, gas temperature is impelled to rise, volumetric expansion, the gas expanded enters into horizontal angle by horizontal angle tracing system conduit 7 and follows the trail of in driving cylinder 8, drive horizontal angle to follow the trail of and drive the piston of cylinder 8 to extend, solar utilizing equipment installation panel 14 is driven to rotate around horizontal angle rotating shaft 9, thus the tracking realized sun level angle, the irradiation whole system automatic slowly of sunlight is not had to reset during evening.
Claims (5)
1. without a motor full-automatic solar tracking device, it is characterized in that describedly comprising without motor full-automatic solar tracking device: thermal-collecting tube dimmer control, thermal-collecting tube, conduit, drive cylinder, adjustable solar utilizes equipment to install control cage; Described thermal-collecting tube dimmer control is fixedly mounted on adjustable solar with thermal-collecting tube in mode parallel up and down and utilizes equipment to install the side of the solar utilizing equipment installed surface sheet frame of control cage, can rotate with solar utilizing equipment installation panel; The solar radiation quantity that described thermal-collecting tube dimmer control can receive according to the automatic domination set heat pipe of solar incident angle; Described thermal-collecting tube is the solar energy heat collection pipe that one end open is closed in one end; One end of described conduit is communicated with the openend of thermal-collecting tube, and the other end is communicated with driving the inlet end of cylinder; Drive two links of cylinder be connected to adjustable solar utilize equipment that two of control cage are installed can in same rotating shaft in relative rotation parts; It is that general twin shaft adjustable solar utilizes equipment to install control cage that described adjustable solar utilizes equipment to install control cage.
2. according to claim 1 a kind of without motor full-automatic solar tracking device, it is characterized in that described thermal-collecting tube dimmer control be a kind of sunlight that can stop certain angle through and form the device of shade in specific region behind at it, it can control to be installed in parallel according to solar incident angle the illumination value that the thermal-collecting tube below it can receive automatically, it has two kinds of versions: one is one chip anti-dazzle plate structure, the optical grating construction that a kind of shadow shield be parallel to each other by multi-disc forms; Described thermal-collecting tube dimmer control is divided into: the angle of pitch follows the trail of thermal-collecting tube dimmer control (1) and horizontal angle follows the trail of thermal-collecting tube dimmer control (5), the angle of pitch is followed the trail of thermal-collecting tube dimmer control (1) and is fixedly mounted on the side of the upper side frame of solar utilizing equipment installation panel (14) and parallel with the upper side frame of solar utilizing equipment installation panel (14), and horizontal angle is followed the trail of thermal-collecting tube dimmer control (5) and is arranged on the side of the left frame of solar utilizing equipment installation panel (14) and parallel with the left frame of solar utilizing equipment installation panel (14).
3. according to claim 1 a kind of without motor full-automatic solar tracking device, it is characterized in that: described thermal-collecting tube is have the circle of good heat insulating effect or double layer hollow pipe that is oval or other suitable shape cross section; Described thermal-collecting tube is divided into: the angle of pitch follows the trail of thermal-collecting tube (2) and horizontal angle follows the trail of thermal-collecting tube (6), angle of pitch tracking thermal-collecting tube (2) is fixed on the angle of pitch and follows the trail of below thermal-collecting tube dimmer control (1) also parallel with it, and horizontal angle is followed the trail of thermal-collecting tube (6) and is fixed on below horizontal angle tracking thermal-collecting tube dimmer control (5) also parallel with it.
4. according to claim 1 a kind of without motor full-automatic solar tracking device, it is characterized in that described conduit is a kind of flexible flexible pipe that can seal and conduct the gas with uniform temperature and pressure, described conduit is divided into: angle of pitch tracing system conduit (3) and horizontal angle tracing system conduit (7), the openend that one end and the angle of pitch of angle of pitch tracing system conduit (3) follow the trail of thermal-collecting tube (2) is communicated with, and the other end and the angle of pitch are followed the trail of and driven the inlet end of cylinder (4) to be communicated with; The openend that one end and the horizontal angle of horizontal angle tracing system conduit (7) follow the trail of thermal-collecting tube (6) is communicated with, and the other end and horizontal angle are followed the trail of and driven the inlet end of cylinder (8) to be communicated with.
5. according to claim 1 a kind of without motor full-automatic solar tracking device, it is characterized in that described driving cylinder is Self-resetting cylinder, described driving cylinder is divided into: the angle of pitch is followed the trail of and driven cylinder (4) and horizontal angle to follow the trail of driving cylinder (8); The angle of pitch is followed the trail of and is driven two links of cylinder (4) to be connected on adjustable solar utilize equipment to install two assemblies that the angle of pitch rotating shaft (12) of control cage connects, and horizontal angle is followed the trail of on two assemblies that drive two links of cylinder (8) to be connected to horizontal angle rotating shaft (9) that adjustable solar utilizes equipment to install control cage connects.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420266117.XU CN204347619U (en) | 2014-05-23 | 2014-05-23 | A kind of without motor full-automatic solar tracking device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420266117.XU CN204347619U (en) | 2014-05-23 | 2014-05-23 | A kind of without motor full-automatic solar tracking device |
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| Publication Number | Publication Date |
|---|---|
| CN204347619U true CN204347619U (en) | 2015-05-20 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420266117.XU Expired - Fee Related CN204347619U (en) | 2014-05-23 | 2014-05-23 | A kind of without motor full-automatic solar tracking device |
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| Country | Link |
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| CN (1) | CN204347619U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104850135A (en) * | 2014-05-23 | 2015-08-19 | 张红伟 | Motorless full-automatic sun tracer |
| CN104932551A (en) * | 2015-06-03 | 2015-09-23 | 兰宝胜 | Heliostat abaxial control method and heliostat abaxial control apparatus |
-
2014
- 2014-05-23 CN CN201420266117.XU patent/CN204347619U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104850135A (en) * | 2014-05-23 | 2015-08-19 | 张红伟 | Motorless full-automatic sun tracer |
| CN104932551A (en) * | 2015-06-03 | 2015-09-23 | 兰宝胜 | Heliostat abaxial control method and heliostat abaxial control apparatus |
| CN104932551B (en) * | 2015-06-03 | 2017-10-17 | 深圳市智康新能科技有限公司 | A kind of heliostat distal shaft control method and heliostat distal shaft control device |
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| DD01 | Delivery of document by public notice |
Addressee: Zhang Hongwei Document name: Notification to Make Rectification |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150520 Termination date: 20160523 |
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| CF01 | Termination of patent right due to non-payment of annual fee |