[0040]Contraction belowFigure 1-7Further detailed description of the present application.
[0041]The present application discloses a probe system for electromagnetic environment monitoring. Referfigure 1 withfigure 2 The probe system for electromagnetic environment monitors includes a base 1, a top wall of the base 1, fixedly connected to the chassis 23, and the top wall of the bottom 1 other end is fixedly connected to the solar photovoltaic plate 24, solar photovoltaic plate 24 and the chassis 23 electric Connect, the chassis 23 is used to save electrical energy to supply power for this probe system, and the top wall of the base 1 is fixedly connected to the vertical rod 2, the colloidal sleeve is sleeved and smooth, and the base 4 is connected. The sidewalls on the side of the vertical rod 2 are rotated to the adjustment seat 5, and the monitoring apparatus 3 is disposed on the adjustment seat 5, and the adjustment seat 5 is provided with a swing mechanism of the drive monitoring device 3 along an arcuate path.
[0042]Referfigure 1 withfigure 2 The adjustment seat 5 includes a support plate 51 and a rotating sleeve 52 that penetrate the perforation 511 provided with the base 4 through which the support plate 51 is provided with the perforation 511 provided by the base 4, and the support plate 51 is shafts and rotates the outer circumference of the susceptor 4. On the wall, the rotating sleeve 52 is disposed on the bottom wall of the support plate 51 around the perforation 511, and the rotating sleeve 52 can be integrally formed with the support plate 51, and the bottom end of the rotating sleeve 52 is rotatably coupled to the peripheral wall of the base 4 bottom end.
[0043]Referfigure 1 withfigure 2 The side wall of the base 4 is located below the bottom portion of the rotating sleeve 52 extends, and the support seat 16 can be integrated with the base 4, and the top wall of the support seat 16 is provided with a drive adjustment seat 5 rotation. The rotating assembly 6, the outer peripheral wall of the rotating sleeve 52 and the bottom wall of the support plate 51 form the anti-collision space 50, which helps reduce the possibility of the swing mechanism and the drive assembly 6, the base 4 is provided with The protective cover 19, the protective cover 19 functions on the rotating assembly 6 and the swing mechanism to a good rain dust protection.
[0044]Referfigure 1 withfigure 2 When monitoring the electromagnetic radiation signal in a certain area, the adjustment seat 5 is rotated around the base 4 by the rotating assembly 6, so that the monitoring device 3 is synchronously rotated with the adjustment seat 5 to monitor the electromagnetic radiation signal of different orientation of the monitoring area. Monitoring, it helps to improve the sufficient monitoring of monitoring sampling; when the monitoring device 3 is parked in one part, the monitoring device drives the monitoring device 3 along the arc-shaped path, so that the monitoring device 3 fully receives the partial range of the orientation. The electromagnetic radiation signal is such that the monitoring device 3 obtains sufficient data samples to provide sufficient reference value for the statistical statistics of the monitoring results, thereby increasing the accuracy of the monitoring result.
[0045]Referfigure 2 The rotating assembly 6 includes a second drive motor 61, a worm 62, and a worm wheel 63, and the second drive motor 61 is fixedly attached to the top wall of the support seat 16, and the worm 62 is rotated on the top wall of the support seat 16 by two lug 64. One end of the worm 62 is connected to the output shaft of the second drive motor 61, and the worm wheel 63 is fixed to the outer peripheral wall of the rotating sleeve 52, and the worm wheel 63 meshes with the worm 62.
[0046]Referfigure 2 , By driving the worm 62 by the second driving motor 61, the worm 62 roses the worm wheel 63 to rotate such that the worm wheel 63 drives the rotating sleeve 52 to rotate, so that the rotating sleeve 52 rotates, thereby rotating the monitoring device 3 around the tilt 2 In order to monitor the monitoring device 3 to monitor the electromagnetic radiation signals of different orientations in the region.
[0047]Referfigure 2 withimage 3 The swing mechanism includes a fixed block 7, a rotating shaft 8, a fixing rod 9, a first gear 10, a connecting plate 11, a second gear 13, a boob 14, and a drive assembly 15 that drives the rotation shaft 8, and the fixed block 7 is fixedly connected On the top wall of the adjustment seat 5, the rotation shaft 8 penetrates the side wall of the fixed block 7 and rotates from the fixed block 7, and the shape of the longitudinal section of the fixing rod 9 is L-shaped, the fixing rod 9 runs through the length direction of the rotational shaft 8. The end wall of the shaft 8 is rotated to the rotating shaft 8, and the horizontal end of the fixing rod 9 projects out of the rotation shaft 8 and is fixed to the first gear 10, and the vertical end of the fixing rod 9 is fixed to the top of the support plate 51. Wall.
[0048]Referfigure 2 withimage 3 The connecting plate 11 is fixedly connected to the peripheral wall of the rotating shaft 8 projecting out of the end of the fixed block 7, the shape of the longitudinal section of the connecting plate 11 is an L-shaped, and the top wall of the horizontal end of the connecting plate 11 is passed through the rotation shaft 12 and the second gear 13. Turn the connection, the second gear 13 is performed vertically with the first gear 10, the shape of the longitudinal section of the link 14 is the L-shaped, and the horizontal end of the link 14 is fixed to the circumference of the rotating shaft 12, and the link 14 is away from the rotary shaft 12. One end is fixedly coupled to the strut 141, and the monitoring device 3 and the strut 141 are detachably connected by the mating of the connecting block 31 and the bolt 32.
[0049]Referfigure 2 withimage 3 The drive assembly 15 includes a first tapered gear 151, a first driving motor 152, and a second cone gear 153, and the first tapered gear 151 is fixed to the outer peripheral wall of the rotation shaft 8, and the first drive motor 152 is fixed by the pad 1521. Connecting on the top wall of the adjustment seat 5, the output shaft of the first drive motor 152 is connected to the second cone gear 153, and the second cone gear 153 meshes with the first tapered gear 151.
[0050]Referfigure 2 withimage 3 , By the first driving motor 152, the second bevel gear 153 is sequentially driven, so that the first tapered gear 151 rotates the rotation shaft 8, and the rotation shaft 8 is rotated by the connecting plate 11, due to the first gear 10 and The fixing rod 9 is fixed such that the second gear 13 meshes rotates about the first gear 10, at this time, the monitoring device 3 swings along the arcuate path under the drive of the link 14.
[0051]Referfigure 2 withFigure 4 The shape of the cross section of the vertical rod 2 is a rectangle, and the interior of the vertical rod 2 is hollowed, and the sidewall 21 in communication with the vertical chamber of the vertical rod 2 is provided on the side wall of the vertical rod 2, and the base 4 is close to the end of the rod 2. Inside the vertical rod 2, the vertical rod 2 is provided with a driving base 4 along the sliding section 21, the lifting assembly 17, and the lifting assembly 17 includes a third drive motor 171, and the third drive motor 171 is disposed in the vertical rod 2. On the bottom wall, the output shaft of the third drive motor 171 is connected to the threaded rod 172, and the threaded rod 172 is rotated from one end of the third drive motor 171 to be connected to the top wall of the vertical rod 2, and the thread rod 172 is far from the third drive motor. One end of 171 penetrates the bottom wall of the base 4 and threaded with the base 4.
[0052]Referfigure 2 withFigure 4 However, by driving the threaded rod 172 by the third drive motor 171, the thread rod 172 drives the base 4 in the longitudinal direction of the slide 21 to rehabilitate, so that the lifting of the base 4 is achieved to monitor the lifting of the base 4 The device 3 monitors the electromagnetic radiation signal at different heights, which helps improve the adequacy of monitoring area data acquisition, thereby improving the monitoring effect.
[0053]Referfigure 2 withFigure 5 The sidewall of the vertical rod 2 is provided with a housing cavity 22 communicating with the chute 21, and a telescopic assembly 18 is provided in the receiving chamber 22, and the telescopic assembly 18 is used to block the slide 21, and the telescopic assembly 18 includes a fixed baffle 181 and a number of The adjustment baffle 182 of the connection is sequentially slipped, and the number of fixed baffles 181 and the adjustment baffle 182 in the present application is one, and one end of the fixed baffle 181 is fixed to the cavity wall of the receiving chamber 22, and the baffle 181 is fixed. The end wall of the other end is provided with a storage chamber 1811, and one end slip of the adjustment baffle 182 is connected to the housing chamber 1811, and the other end of the adjustment baffle 182 is fixed to the base 4.
[0054]Referfigure 2 withFigure 5 When the base 4 lifts, the base 4 drives the adjustment baffle 182 to rise, so that the adjustment baffle 182 always maintains a state in which the slot 21 is closed, thereby reducing the external rain or dust from the chute 21 into the vertical rod 2, Furthermore, it is ensured that the probe system is used.
[0055]Referfigure 1 withFigure 6 The top wall of the protective cover 19 penetrates and rotates to connect the rotating block 192, and the top wall of the rotating block 192 penetrates the sliding hole 1921 that is fitted with the vertical rod 2, the protective cover 19 is close to the side of the monitoring device 3 side. The wall is formed through the opening 191, and a connection assembly 20 is provided on the side wall of the bottom end of the protective cover 19, and the protective cover 19 is detachably connected by the connecting assembly 20 and the base 4, and the side wall of the base 4 is located on the support seat 16. The end plate 41 is extended below, and the end plate 41 can be integrally formed with the base 4.
[0056]ReferFigure 6 withFigure 7 Both opposite sides of the end plate 41 are provided with a card slot 411, and a lock slide 193 is provided on the side wall of the bottom end of the protective cover 19, and when the protective cover 19 is taken to the end plate 41, the lock slide 193 Connect with the card slot 411, the connection assembly 20 includes a locking block 201, the screw 202 and the centers 203, one end slip of the locking block 201 is connected to the lock slide 193, the other end and the card slot of the locking block 201 The 411 is inserted, and the screw 202 is rotated within the lock slide 193, and one end of the screw 202 is connected to the locking block 201, and the other end of the screw 202 is fixedly coupled with the cennison 203, and the cent cover 203 rotates to be protected The outer peripheral wall of the cover 19.
[0057]ReferFigure 6 withFigure 7 When the worker takes the protective cover 19 to the end plate 41, the rotary cover 203 is rotated so that the swiring 203 drives the screw 202 to rotate, under the direction of the lock chute 193, the screw 202 leads the locking block 201 toward the card The groove 411 is slid to fit into the cartridge 411, thereby achieving the loading and removal of the protective cover 19.
[0058]In the present application, an implementation principle of a probe system for electromagnetic environments is: when monitoring electromagnetic radiation signals in a certain region, first utilize the second drive motor 61 sequentially drives the worm 62, the worm wheel 63 rotates, so that The worm gear 63 roses the rotating sleeve 52 to rotate, the rotating sleeve 52 drives the support plate 51 to rotate so that the support plate 51 drives the monitoring device 3 to rotate synchronously, to monitor the same height different orientation electromagnetic radiation signal; adjust the monitoring device 3 to certain After a fixed orientation, the first driving motor 152 is used to simultaneously drive the second cone gear 151, so that the first cone gear 151 roses the rotation shaft 8 to rotate, the rotation shaft 8 drives the connecting plate 11 to rotate, so that The two gear 13 rotates about the first gear 10, at this time, under the action of the link 14, the monitoring apparatus 3 swings along the arc-shaped path to further monitor the electromagnetic radiation signals within the localization of the orientation; the same height After the monitoring results of the direction of the localization and different orientations are completed, the threaded rod 172 is driven by the threaded rod 172 to drive the threaded rod 172 by the third motor drive the threaded rod 172. Monitor the electromagnetic radiation signal at different heights at different heights for monitoring; the present application achieves the probe system to monitor the co-cooperation of the susceptor 4, the adjustment seat 5, the support seat 16, the rotation assembly 6, the lifting assembly 17, the swing mechanism, and the monitoring equipment. Different heights, different orientations and local scope of electromagnetic radiation signals in different orientations help to improve the fullness of monitoring data sample collection, in order to provide sufficient reference value for monitoring results, and then enhance the accuracy of monitoring results .
[0059]Embodiments of the present embodiment are preferred embodiments of the present application, and it is not to limit the scope of protection of the present application, so it should be included in the structure, shape, principle of this application, should be covered Within the protection of this application.
