CN205766174U

CN205766174U - The solaode automatic settled date follows the tracks of robot

Info

Publication number: CN205766174U
Application number: CN201620494423.8U
Authority: CN
Inventors: 贾艺凡
Original assignee: Individual
Current assignee: Individual
Priority date: 2016-05-27
Filing date: 2016-05-27
Publication date: 2016-12-07
Anticipated expiration: 2026-05-27

Abstract

The solaode automatic settled date follows the tracks of robot, and including the main body worm gear stand of band worm gear, stand is rotationally connected shell, the back of the body day of shell at side-wall hole equipped with engaging and be connected with motor geared worm axle with worm gear.Shell both sides are symmetrically connected with solar panel by outrigger shaft.Screw thread is had in main body worm gear stand lower end, and be machined with four on it and be uniformly distributed vertically to dovetail groove, install in space orientation with corresponding all directions four direction, it is furnished with ratchet bearer carrier in the both sides dovetail groove of east-west direction, ratchet nut is threadeded with main body worm gear stand, and ratchet nut is enclosed within ratchet bearer carrier, ratchet bearer carrier outer end is inserted on tubular spiral lifting chute；Having the push-jump tooth bar of sliding pin inside the shell in vertical slot, sliding pin push-jump tooth bar termination is inserted in the curve chute on spiral lifting chute.It is furnished with in North and South direction dovetail groove and adjusts initial elevation mechanism every day.The vertical sunray of solar panel can be remained, hence it is evident that improve solar panel generating efficiency during operation.

Description

The solaode automatic settled date follows the tracks of robot

Technical field

This utility model relates to a kind of industrial robot, particularly a kind of solaode automatic settled date follows the tracks of robot, robot passes through mathematical modeling in mechanical linkage which controls, use artificial intelligence's time zone to control operation, former intelligent machine station performs regulation automatically, can ensure that solar panel is accurately according to celestial body nature moving law, per a moment in daytime every day at all seasons automatically follows the sun and moves, keep sunray vertical with solar panel all the time, improve the sun and lead to the generating production capacity of cell panel.

Background technology

Solar panel uses fixed in outdoor mounted mostly at present, i.e. the sensitive surface of solar panel is in direction, Chaoyang, and so-called Chaoyang refers to that to install the Spring Equinox, current day in the Autumnal Equinox are in sunray direct projection state noon；But on ordinary days, or the morning and afternoon, time particularly under the initial rise of the sun in morning or nearly sun west at dusk, sunray is bigger with the angle deviating of solar panel, generating efficiency is low, morning to the noon generating efficiency of section solar panel gradually steps up, and noon to evening, the generating efficiency of solar panel was gradually lowered；Moreover, the angle of incidence of nature sunlight, be as Winter Solstice Autumnal Equinox in the Summer Solstice Spring Equinox in Winter Solstice solar term change and every day change, so, result in existing fixedly mounted solar panel, to the sun anglec of rotation and the serious distortion of the angle of pitch, this also result in the reduction of existing solar panel generating efficiency；And existing settled date tracker mostly is two axle division control types, its drawback is；Cost is high, fault rate is high, control complicated, structural integrity weak effect.

Summary of the invention

The purpose of this utility model be to provide a kind of make solar panel all the time with angle of sun rays keep vertical, improve the one-dimensional control of solar panel generating efficiency, multidimensional linkage the solaode automatic settled date tracking robot, overcome the deficiencies in the prior art.

The solaode of the present utility model automatic settled date follows the tracks of robot, including main body worm gear stand, being machined with worm-gear toothing in the upper end of main body worm gear stand, be rotatably connected to rotational shell body in main body worm gear stand upper end by rolling bearing, rotational shell body is sleeved on the outside of main body worm gear stand；Rotational shell body is positioned at back of the body day side-wall hole and has, by bearings, the geared worm axle being meshed with the worm-gear toothing in stationary body worm gear stand, the termination of geared worm axle is connected with the output shaft of motor by gear drive, and motor is fixedly connected on rotational shell body；

Rotational shell body to Japanese side to be symmetrically arranged on two with round open-work, it is provided with outrigger shaft in circle open-work, there is pitching rotary flange the outer end of each outrigger shaft by spending strong connection, external end head is threaded flange locking nut, pitching rotary flange connects solar panel, and the inner termination of outrigger shaft is pitching swing pinion；

Have a screw thread in main body worm gear stand lower end cylindrical outer wall Surface Machining, and be machined with on it four equally distributed vertically to dovetail groove, main body worm gear stand is fixed in space orientation with four dovetail groove correspondence four corners of the world four directions；It is furnished with ratchet bearer carrier in the both sides dovetail groove of east-west direction, ratchet nut is threadeded with main body worm gear stand, and ratchet nut is enclosed within ratchet bearer carrier, the outer end of ratchet bearer carrier is inserted on the spiral lifting chute of tubular, and spiral lifting chute covers on outside main body worm gear stand；Being provided with tooth bar push-jump with the sliding pin that pitching swing pinion is meshed in the inner side vertical slot of rotational shell body, the termination of the push-jump tooth bar of sliding pin is inserted in the curve chute on spiral lifting chute；It is furnished with ratchet wheel pawl bracket stand in the dovetail groove of main body worm gear stand North and South direction, outside ratchet wheel pawl bracket stand, the hole on spiral lifting chute is stretched out, and it is provided with two-way ratchet in the centre position outside ratchet wheel pawl bracket stand, two-way ratchet is made up of two-way pawl body and center pillar rotating shaft and trip bolt, the two ends up and down of center pillar rotating shaft are inserted in the elongated slot up and down on ratchet wheel pawl bracket stand respectively, ratchet pawl reset extension spring and the ratchet pawl reset torsion spring of symmetry it is provided with between two-way ratchet and ratchet wheel pawl bracket stand, ratchet pawl reset torsion spring and ratchet pawl reset extension spring make the two ends up and down of center pillar rotating shaft, tightly at the isometrical round wall of the longest groove center that tension and compression lean against ratchet wheel pawl bracket stand, hook tooth outside two-way ratchet and ratchet nut matches；Having the conical surface on the push-jump tooth bar of sliding pin, this conical surface matches with the termination of two-way ratchet.

Described solar panel is connected by battery link and described pitching rotary flange are fixing.

The solaode of the present utility model automatic settled date follows the tracks of robot, the either morning, noon or the afternoon of any a day in a year, can remain that solar panel is perpendicular to sunray during operation, hence it is evident that improve the generating efficiency of solar panel.

Accompanying drawing explanation

Fig. 1 is the main pseudosection of this utility model detailed description of the invention；

Fig. 2 is the top plan view shown in Fig. 1；

Fig. 3 is the left view cross-sectional schematic shown in Fig. 1；

Fig. 4 is that the B shown in Fig. 1 is to partial schematic sectional view；

Fig. 5 is the C-C cross-sectional schematic shown in Fig. 4；

Fig. 6 is that spiral lifting chute launches schematic diagram.

Detailed description of the invention

As shown in Figure 1,2,3, 4: 5 is tubular flange formula main body worm gear stand, can be screwed on the firm column termination at foundation ground or centre by lower end, four dovetail groove correspondence four corners of the world four directions are fixed in space orientation.Main body worm gear stand 5 is rotatably connected to the rotational shell 6 of tubular by rolling bearing 7, rotational shell 6 is sleeved on the outside of main body worm gear stand 5, make rotational shell 6 can rotate relative to main body worm gear stand 5, concrete structure is as follows: be provided with rolling bearing 7 at the shaft shoulder above main body worm gear stand 5, rotational shell 6 upper end inner peripheral makes rotational shell body 6 can rotate relative to fixing worm gear 5, i.e. ensure that rotational shell 6 can rotate relative to main body worm gear stand 5.

Supported by bearing and bearing block at the back of the body day side-wall hole of rotational shell body 6 and have and fix the geared worm axle 4 that worm gear 5 is meshed, this bearing block can be structure as a whole or be welded and fixed with rotational shell body 6, geared worm axle 4 be positioned at main body worm gear stand 5 be fixed on the back of the body Japanese side after foundation ground to, i.e. the north of main body worm gear stand 5 is half side.The drive mechanism that the termination of geared worm axle 4 consists of with input gear 3 motor gear 2 is connected with the output shaft of motor 1, and motor 1 is fixedly connected on rotational shell body 6.When motor 1 runs, geared worm axle 4 can be driven to rotate by gear drive, rotational shell 6 can rotate relative to main body worm gear stand 5.

As Fig. 1,4: rotational shell body 6 to Japanese side to orthogonal both sides positional symmetry be provided with round open-work, circle open-work in be provided with outrigger shaft.

Such as Fig. 4: the outer end of each outrigger shaft is by spending strong connection to have pitching rotary flange 16, and external end head is threaded flange locking nut 17, and pitching rotary flange 16 is connected with solar panel 19 by battery link 18.The inner termination of outrigger shaft is pitching swing pinion 9.

Such as Fig. 1,3,4,5: have a screw thread in main body worm gear stand 5 lower end cylindrical outer wall Surface Machining, and be machined with on it four equally distributed vertically to dovetail groove.Main body worm gear stand 5 is fixed in space orientation with four dovetail groove correspondence four corners of the world four directions；It is furnished with ratchet bearer carrier 15 in the both sides dovetail groove of east-west direction, ratchet nut 12 is threadeded with main body worm gear stand 5, and ratchet nut 12 is enclosed within ratchet bearer carrier 15, the outer end of ratchet bearer carrier 15 is inserted on the spiral lifting chute 10 of tubular, the hook tooth external diameter of ratchet nut 12 is slightly less than the internal diameter of spiral lifting chute 10, the two is matched in clearance, and the radial direction location of spiral lifting chute 10 can be together decided on by the ratchet bearer carrier 15 in ratchet nut 12 external diameter or four dovetail grooves and ratchet wheel pawl bracket stand 11；Spiral lifting chute 10 covers on outside main body worm gear stand 5.Being provided with tooth bar 8 push-jump with the sliding pin that pitching swing pinion 9 is meshed in the inner side vertical slot of rotational shell body 6, the termination of the push-jump tooth bar of sliding pin 8 is inserted in the curve chute on spiral lifting chute 10.nullRatchet wheel pawl bracket stand 11 it is furnished with in the dovetail groove of North and South direction，The outside hole on spiral lifting chute 10 of ratchet wheel pawl bracket stand 11 is stretched out，And two-way ratchet 14 it is provided with in the centre position outside ratchet wheel pawl bracket stand 11，Two-way ratchet 14 is made up of two-way pawl body 14a and center pillar rotating shaft 14b and trip bolt，The two ends up and down of center pillar rotating shaft 14b are inserted in the elongated slot up and down of ratchet wheel pawl bracket stand 11 respectively，The ratchet pawl reset torsion spring 13a and ratchet pawl reset extension spring 13b of symmetry it is provided with between two-way ratchet 14 and ratchet wheel pawl bracket stand 11，Ratchet pawl reset torsion spring 13a and ratchet pawl reset extension spring 13b makes the two ends up and down of center pillar rotating shaft 14b，Tightly draw、At the isometrical round wall of the longest groove center being pressed against ratchet wheel pawl bracket stand 11，Two-way ratchet 14 matches by screwing in the hook tooth outside spiral lifting chute 10 chute openwork part herein and ratchet nut 12；Having the conical surface on the push-jump tooth bar of sliding pin 8, this conical surface matches with the both sides follower head of two-way ratchet 14.

Work process is as follows: after installation, set the time domain of this tracker work, motor 1 connects with electric control gear, by time controller, the overall operation of control system, point in morning seven (can set), tracker is in the face of east, rise along with the sun, motor 1 accepts command signal and rotates, and make rotary worm 4 also concomitant rotation by gear drive (motor gear 2 and input gear 3), main body stand worm gear 5 owing to engaging with rotary worm 4 is fixed, the rotational shell body 6 allowing for being rotationally connected with rotary worm 4 does circular-rotation on worm gear 5, i.e. rotational shell 6 rotates relative to stationary body stand worm gear 5, so, solaode 19 just can complete the rotation to the sun in plane and follow the tracks of along with the rotation of rotational shell body 6.Meanwhile, the push-jump tooth bar of sliding pin 8 is under the effect of front end plunger post being inserted radially into spiral lifting chute 10, while rotating along with rotational shell body 6, vertical rectangle slideway also along rotational shell body 6 side day side inwall the most slowly slides, and the pitching swing pinion 9 being meshed with the tooth bar being arranged on inside the push-jump tooth bar of sliding pin 8 can rotate therewith, stretch out pitching swing pinion 9 other end of rotational shell body 6 to become again spline to join the fixing of flange locking nut 17 to be connected with pitching rotary flange 16, pitching rotary flange 16 is connected with solar panel 19 again, so, when pitching swing pinion 9 rotates, pitching rotary flange 16 and solar panel 19 the most just rotate therewith；During half revolution, the change of chute height, reform into the solar panel 19 change to day angle, to (can set) during 5 PM, tracking process terminates, and completes in one day and follows the tracks of the level of daylight and the bidimensional settled date of luffing angle.nullIn one day，System turns to 5 PM to 6 points，Or 7 o'clock to 6 o'clock morning when returning back to the original state in morning，The push-jump tooth bar of sliding pin 8 turns to the hollow out through-hole position of the helicla flute straight period of spiral lifting chute 10，Now system can be according to being currently " Summer Solstice in Winter Solstice " cycle or " Winter Solstice in the Summer Solstice " cycle，Choose whether this station regulation subsequent work day solar panel 19 to day pursuit path，As selected regulation，System then may proceed to turn an angle to the direction，Enter 5 PM to 6 time domains，Along with the push-jump tooth bar of sliding pin 8 is along the movement of chute，The back segment inclined-plane of its front end plunger post is asymptotic and is expressed to two-way switch ratchet 14，With under the common effect of ratchet pawl reset extension spring 13 a and ratchet pawl reset torsion spring 13b，Two-way switch ratchet 14a and ladder center pillar rotating shaft 14b is made to deflect along axle center，Its result，The ratchet making squeeze side switch ratchet 14 is the most ratcheting with ratchet nut 12，And fit with pawl bearer carrier 11 upper hopper chute rear wall just in one side of ladder center pillar rotating shaft 14b triangular in shape，Switch ratchet 14 is rotated by restriction；The push-jump tooth bar of sliding pin 8 continues to rotate with System planes, overcomes the pulling force of ratchet pawl reset extension spring 13a, promotes two-way switch ratchet 14 to move by the chute track set on ratchet wheel pawl bracket stand 11, and promotes ratchet nut 12 just to rotate a tooth angle；Owing to ratchet nut 12 motion thread is fixed on cylindrical outer wall surface, main body stand worm gear 5 lower end, so, the rotation of ratchet nut 12, ratchet nut 12 is made to drive its ratchet wheel pawl bracket stand 11 of clamping and ratchet bearer carrier 15 and be fixed the common dovetail chute along cylindrical outer wall surface, main body stand worm gear 5 lower end of spiral lifting chute 10 by them, produce movement straight up or downwards, the chute orbit altitude making spiral lifting chute 10 on the whole or moves down, axis of rotation height based on pitching rotary flange 16 and solar panel 19 is constant, the change of chute orbit altitude directly results in pitching swing pinion 9 and rotates therewith and the change of solar panel 19 settled date every day tracking initial angle；Such as, when Winter Solstice and the Summer Solstice, the sunlight of 7 is different to the angle of incidence on ground morning.When system turns over setting time domain, system default regulation is complete, system inversion, the push-jump tooth bar of sliding pin 8 returns with system, two-way switch ratchet 14 loses the extruding force of the push-jump tooth bar of sliding pin 8 and rotates under the pulling force effect of ratchet pawl reset torsion spring 13b and ratchet pawl reset extension spring 13a, moves reset, returning to the initial position of ratchet between cog, system returns to next workaday starting point.As under another cycle, the system returned is in the regulation time domain of early 7 to early 6, another in the push-jump tooth bar of sliding pin 8 being radially arranged for a pair, the two-way switch ratchet 14 of upper promotion inverts the other way around, ratchet nut 12 inverts therewith, and system completes and a upper cycle is reverse regulation process.Go round and begin again, walk around to constantly.This tracker by mathematical modeling in mechanical linkage structure, the operation mechanism of its mechanism high fit sun celestial body, solar panel 19 can be kept to be mutually perpendicular to sunray all the time, improve the generating efficiency of solar panel 19.

Claims

1. a solaode automatic settled date follows the tracks of robot, it is characterised in that:

Including main body worm gear stand (5), it is machined with worm-gear toothing in the upper end of main body worm gear stand (5), being rotatably connected to rotational shell body (6) in main body worm gear stand (5) upper end by rolling bearing (7), rotational shell body (6) is sleeved on the outside of main body worm gear stand (5)；Rotational shell body (6) is positioned at back of the body day side-wall hole and is had the geared worm axle (4) being meshed with the worm-gear toothing on stationary body worm gear stand (5) by bearings, the termination of geared worm axle (4) is connected by the output shaft of gear drive with motor (1), and motor (1) is fixedly connected on rotational shell body (6)；

Rotational shell body (6) to Japanese side to be symmetrically arranged on two with round open-work, it is provided with outrigger shaft in circle open-work, there is pitching rotary flange (16) outer end of each outrigger shaft by spending strong connection, external end head is threaded flange locking nut (17), pitching rotary flange (16) connects solar panel (19), and the inner termination of outrigger shaft is pitching swing pinion (9)；

Have a screw thread in main body worm gear stand (5) lower end cylindrical outer wall Surface Machining, and be machined with on it four equally distributed vertically to dovetail groove, main body worm gear stand (5) is fixed in space orientation with four dovetail groove correspondence four corners of the world four directions；Ratchet bearer carrier (15) it is fitted with in dovetail groove on east-west direction, ratchet nut (12) is threadeded with main body worm gear stand (5), and ratchet nut (12) is enclosed within ratchet bearer carrier (15), the outer end of ratchet bearer carrier (15) is inserted on the spiral lifting chute (10) of tubulose, and spiral lifting chute (10) covers on main body worm gear stand (5) outside；Being provided with the push-jump tooth bar of the sliding pin (8) being meshed with pitching swing pinion (9) in the inner side vertical slot of rotational shell body (6), the termination of the push-jump tooth bar of sliding pin (8) is inserted in the curve chute on spiral lifting chute (10)；nullIt is furnished with ratchet wheel pawl bracket stand (11) in dovetail groove in main body worm gear stand (5) North and South direction，The outside hole on spiral lifting chute (10) of ratchet wheel pawl bracket stand (11) is stretched out，And it is provided with two-way ratchet (14) in the centre position that ratchet wheel pawl bracket stand (11) is outside，Two-way ratchet (14) is made up of two-way pawl body (14a) and center pillar rotating shaft (14b) and trip bolt，The two ends up and down of center pillar rotating shaft (14b) are inserted in the elongated slot up and down of ratchet wheel pawl bracket stand (11) respectively，Ratchet pawl reset torsion spring (13a) and the ratchet pawl reset extension spring (13b) of symmetry it is provided with between two-way ratchet (14) and ratchet wheel pawl bracket stand (11)，Ratchet pawl reset torsion spring (13a) and ratchet pawl reset extension spring (13b) make the two ends up and down of center pillar rotating shaft (14b)，Tightly draw、At the isometrical round wall of the longest groove center being pressed against ratchet wheel pawl bracket stand (11)，Two-way ratchet (14) matches with the hook tooth in ratchet nut (12) outside；Having the conical surface on the push-jump tooth bar of sliding pin (8), this conical surface matches with the termination of two-way ratchet (14).

The solaode the most according to claim 1 automatic settled date follows the tracks of robot, it is characterised in that: described solar panel (19) is connected by battery link (18) and described pitching rotary flange (16) are fixing.