阅读说明：本技术 一种地理信息的环保在线监测装置 (Environment-friendly online monitoring device for geographic information ) 是由 温丽君 于 2021-06-23 设计创作，主要内容包括：本发明提供一种地理信息的环保在线监测装置,其结构包括,安装杆、底盘、监测器、支撑杆、顶盖,本发明由监测器的固定装置能够根据挤压钮被鸟类等生物站立挤压后进行驱动,以至于活动器能根据自身的顶杆将控制块持续推动进而达到加强固定效果并且带动转动体与扇叶进行活动从而形成风能来驱赶生物,并且通过实心层所装有的对向孔能够引导外界风能带动导入轮从而加强引导外界空气的效果直接增强监测效果同时内壁的活动轮随之进行活动,并且根据自身内部的滚珠在活动时产生持续撞击声能够进一步的提升驱赶生物的效果,以至于能够有效的大幅度提升监测的精准度以及防止生物的持续靠近产生的晃动现象并且能够有效的对内部温度进行快速平衡。(The invention provides an environment-friendly online monitoring device for geographic information, which structurally comprises an installation rod, a chassis, a monitor, a supporting rod and a top cover, wherein a fixing device of the monitor can be driven after being vertically extruded by organisms such as birds and the like according to an extrusion button, so that an actuator can continuously push a control block according to an ejector rod of the actuator to strengthen the fixing effect and drive a rotor and a fan blade to move to form wind energy to drive the organisms, an opposite hole arranged on a solid layer can guide external wind energy to drive a guide wheel so as to strengthen the effect of guiding external air, the monitoring effect is directly enhanced, meanwhile, a movable wheel on the inner wall moves along with the guide wheel, the effect of driving the organisms can be further improved according to continuous impact sound generated by balls in the actuator, the monitoring accuracy can be effectively improved greatly, the shaking phenomenon generated by continuous approaching of the organisms can be prevented, and the internal temperature can be effectively improved The rows equilibrate rapidly.)

1. The utility model provides an environmental protection on-line monitoring device of geographic information, its structure includes, installation pole (1), chassis (2), monitor (3), bracing piece (4), top cap (5) its characterized in that: the upper end of the mounting rod (1) is connected with the lower end of the chassis (2) in a clamping manner, the monitor (3) is mounted at the upper end of the chassis (2), the supporting rod (4) is embedded into the outer side of the monitor (3), and the lower end of the top cover (5) is connected with the supporting rod (4);

monitor (3) are equipped with monitoring and handle end (31), recess (32), mounting rail (33), extrusion button (34), fixing device (35), monitoring and handle end (31) upper end and recess (32) as an organic whole, mounting rail (33) imbeds in the lower extreme of recess (32), clearance fit is carried out with the upper end both sides of mounting rail (33) to extrusion button (34), fixing device (35) carry out swing joint with extrusion button (34).

2. The environmental-friendly online geographic information monitoring device as claimed in claim 1, wherein: the fixing device (35) is provided with a positioning layer (351), a moving device (352), a rotating body (353), a balance ring (354) and fan blades (355), the positioning layer (351) is in clearance fit with the moving device (352), the rotating body (353) is embedded into the circle center of the positioning layer (351), the balance ring (354) and the rotating body (353) are the same circle center, and the fan blades (355) are movably connected with the rotating body (353).

3. The environmental-friendly online geographic information monitoring device as claimed in claim 2, wherein: the movable device (352) is provided with a solid layer (a 1), a telescopic ring (a 2), a push rod (a 3) and a control block (a 4), the solid layer (a 1) and the telescopic ring (a 2) are in clearance fit, the push rod (a 3) is embedded into the telescopic rod (a 2), and the control block (a 4) is movably connected with the push rod (a 3).

4. The environmental-friendly online geographic information monitoring device as claimed in claim 3, wherein: the solid layer (a 1) is provided with a joint end (a 11), a positioning block (a 12), an opposite channel (a 13), an introduction wheel (a 14) and an inner wall (a 15), the joint end (a 11) and the positioning block (a 12) are integrated, the opposite channel (a 13) is embedded into the positioning block (a 12), the introduction wheel (a 14) is installed at the center of the opposite channel (a 13), and the inner wall (a 15) is communicated with the introduction wheel (a 14).

5. The environmental-friendly online geographic information monitoring device as claimed in claim 4, wherein: the inner wall (a 15) is provided with an embedding layer (b 1), a mounting bar (b 2) and a movable wheel (b 3), the front end of the embedding layer (b 1) is clamped and connected with the mounting bar (b 2), and the movable wheel (b 3) is embedded into the mounting bar (b 2).

6. The environmental-friendly online geographic information monitoring device as claimed in claim 5, wherein: the movable wheel (b 3) is provided with a rotating wheel (b 31), a movable groove (b 32) and a ball (b 33), the rotating wheel (b 31) is connected with the movable groove (b 32) in a positioning mode, and the ball (b 33) is embedded into the movable groove (b 32).

7. The environmental-friendly online geographic information monitoring device as claimed in claim 2, wherein: the fan blade (355) is provided with a movable block (c 1), an attaching block (c 2) and a stable shaft (c 3), the movable block (c 1) is in clearance fit with the attaching block (c 2), and the stable shaft (c 3) is embedded in the outer side of the movable block (c 1).

8. The environmental-friendly online geographic information monitoring device as claimed in claim 7, wherein: the sticking block (c 2) is provided with a fixed point groove (c 21), a penetrating shaft (c 22) and a solid block (c 23), the fixed point groove (c 21) and the penetrating shaft (c 22) are the same circle center, and the solid block (c 23) is installed at the upper end and the lower end of the fixed point groove (c 21).

Technical Field

The invention relates to the field of environmental protection monitoring, in particular to an environmental protection on-line monitoring device for geographic information.

Background

The environment-friendly online monitoring device is formed by combining a monitoring system, a data transmitter, a central processing unit and other parts, so that the monitoring system can effectively detect smoke dust, smoke, water quality and the like in a specific geographical area in real time, and can quickly process the smoke dust, the smoke gas, the water quality and the like which exceed indexes to maintain the air quality of the specific area;

in summary, the present inventors found that the following defects mainly exist in the conventional monitoring device: when monitoring devices installs and carries out real-time supervision among the geographical environment that needs detected, because self has corresponding height and can monitor the air quality in the height, so that there is a large amount of biology in the external world, thereby birds can stop in the monitoring devices top at the flight in-process, thereby cause according to the weight of birds with hold down monitoring facilities can directly produce corresponding rocking phenomenon and stand of birds and can directly influence corresponding monitoring signal when the top thereby reduce the precision of monitoring.

Disclosure of Invention

The technical scheme adopted by the invention for realizing the technical purpose is as follows: the utility model provides an environmental protection on-line monitoring device of geographic information, its structure includes, installation pole, chassis, monitor, bracing piece, top cap, installation pole upper end carries out the block with the lower extreme on chassis and is connected, the monitor is installed in the upper end on chassis, the bracing piece imbeds in the outside of monitor, the lower extreme of top cap is connected with the bracing piece.

The monitor is equipped with monitoring processing end, recess, mounting rail, extrusion button, fixing device, monitoring processing end upper end is as an organic whole with the recess, the mounting rail imbeds in the lower extreme of recess, clearance fit is carried out with mounting rail's upper end both sides to the extrusion button, fixing device carries out swing joint with the extrusion button, monitoring processing end is equipped with one and forms the annular shape in mounting rail's the outside.

As a further improvement of the invention, the fixing device is provided with a positioning layer, a movable device, a rotating body, a balance ring and fan blades, wherein the positioning layer is in clearance fit with the movable device, the rotating body is embedded in the circle center of the positioning layer, the balance ring and the rotating body are in the same circle center, the fan blades are movably connected with the rotating body, and the balance ring is internally provided with a plurality of stainless steel ball bearings.

As a further improvement of the invention, the movable device is provided with a solid layer, a telescopic ring, a push rod and a control block, the solid layer is in clearance fit with the telescopic ring, the push rod is embedded in the telescopic rod, the control block is movably connected with the push rod, the solid layer is made of stainless steel, and a positioning sheet is arranged in the center of the telescopic ring, so that the push rod is in a solid state, and the surface end of the control block is in an arc shape.

As a further improvement of the invention, the solid layer is provided with a connecting end, a positioning block, an opposite channel, a leading-in wheel and an inner wall, the connecting end and the positioning block are integrated, the opposite channel is embedded in the positioning block, the leading-in wheel is arranged at the center of the opposite channel, the inner wall is communicated with the leading-in wheel, the connecting end is arc-shaped, the positioning block is arc-shaped, the opposite channel is in a straight tube hollow state, the leading-in wheel is provided with corresponding air inducing grooves, and the inner wall is respectively provided with one block at two sides of the leading-in wheel.

As a further improvement of the present invention, the inner wall is provided with an embedded layer, a mounting bar and movable wheels, the front end of the embedded layer is connected with the mounting bar in a clamping manner, the movable wheels are embedded in the mounting bar, the embedded layer is in a solid trapezoidal shape, the mounting bar is made of rubber, and the number of the movable wheels in the mounting bar is three.

As a further improvement of the invention, the movable wheel is provided with a rotating wheel, a movable groove and three balls, the rotating wheel is connected with the movable groove in a positioning manner, the balls are embedded in the movable groove, the center of the rotating wheel is provided with corresponding positioning sheets, the movable groove is in a hollow state, and one of the three balls is arranged in the movable groove.

As a further improvement of the invention, the fan blade is provided with a movable block, a joint block and a stable shaft, wherein the movable block and the joint block are in clearance fit, the stable shaft is embedded in the outer side of the movable block, and the whole stable shaft is in a circular shape.

As a further improvement of the invention, the joint block is provided with a fixed point groove, a penetrating shaft and a solid block, the fixed point groove and the penetrating shaft are in the same circle center, the solid block is arranged at the upper end and the lower end of the fixed point groove, and the solid block is in a trapezoidal shape.

Compared with the prior art, the invention has the following beneficial effects:

1. the fixing device of the monitor can be driven after the extrusion button is vertically extruded by organisms such as birds and the like, so that the moving device can continuously push the control block according to the self ejector rod to achieve the effect of strengthening the fixing effect and drive the rotating body and the fan blades to move so as to form wind energy to drive the organisms, external wind energy can be guided through the opposite holes arranged on the solid layer to drive the guide-in wheels so as to strengthen the effect of guiding external air directly, the monitoring effect is strengthened, the moving wheels on the inner wall move along with the external wind energy, the effect of driving the organisms can be further improved according to the continuous impact sound generated by the balls in the moving device, the monitoring accuracy can be effectively and greatly improved, the shaking phenomenon generated by continuous approaching of the organisms can be prevented, and the internal temperature can be effectively and quickly balanced.

2. After the fan blades are further improved, the fan blades can drive the stabilizing shafts to move when continuously rotating with the rotating body, so that the movable balance of the fan blades can be greatly improved under the spacing and positioning effects of the stabilizing shafts, and the balance effect can be further improved under the mutual attachment of the fixed point groove of the attachment block and the balance ring, so that the position deviation and the corresponding jitter generated in the continuous rotation can be prevented.

Drawings

Fig. 1 belongs to a schematic structural diagram of an environment-friendly online monitoring device for geographic information.

Fig. 2 is a schematic view of a monitor in section.

Fig. 3 is a schematic top view of a fixing device.

Fig. 4 is a schematic overall front view of the actuator.

Fig. 5 is a front view of a solid layer with a component.

Fig. 6 is a schematic structural diagram of an overall front view of an inner wall.

Fig. 7 is a schematic sectional view of a movable wheel.

Fig. 8 is a front view of a fan blade with a component.

Fig. 9 is a schematic structural diagram of the interior of a fitting block.

In the figure: mounting rod-1, chassis-2, monitor-3, support rod-4, top cover-5, monitoring processing end-31, groove-32, mounting rail-33, extrusion button-34, fixing device-35, positioning layer-351, mobilizer-352, rotator-353, balance ring-354, fan blade-355, solid layer-a 1, telescopic ring-a 2, ejector rod-a 3, control block-a 4, linking end-a 11, positioning block-a 12, opposite channel-a 13, guide-in wheel-a 14, inner wall-a 15, embedded layer-b 1, mounting strip-b 2, mobilizing wheel-b 3, rotating wheel-b 31, mobilizing groove-b 32, ball-b 33, mobilizing block-c 1, attaching block-c 2, stabilizing shaft-c 3, and the like, A fixed point groove-c 21, a penetrating shaft-c 22 and a solid block-c 23.

Detailed Description

The invention is further described below with reference to the accompanying drawings:

example 1:

fig. 1 to 6 show:

the invention provides an environment-friendly online monitoring device for geographic information,

the structure of the device comprises an installation rod 1, a chassis 2, a monitor 3, a support rod 4 and a top cover 5, wherein the upper end of the installation rod 1 is clamped and connected with the lower end of the chassis 2, the monitor 3 is installed at the upper end of the chassis 2, the support rod 4 is embedded into the outer side of the monitor 3, and the lower end of the top cover 5 is connected with the support rod 4.

Monitor 3 is equipped with monitoring processing end 31, recess 32, mounting rail 33, extrusion button 34, fixing device 35, monitoring processing end 31 upper end is as an organic whole with recess 32, mounting rail 33 imbeds in the lower extreme of recess 32, extrusion button 34 carries out clearance fit with mounting rail 33's upper end both sides, fixing device 35 carries out swing joint with extrusion button 34, monitoring processing end 31 is equipped with one and forms annular shape in mounting rail 33's the outside, detection processing end 31 can be effectual carries out all-round monitoring with regional air through the annular shape of self and prevents to produce the error that the clearance leads to.

The fixing device 35 is provided with a positioning layer 351, a moving device 352, a rotating body 353, a balance ring 354 and fan blades 355, wherein the positioning layer 351 is in clearance fit with the moving device 352, the rotating body 353 is embedded in the circle center of the positioning layer 351, the balance ring 354 and the rotating body 353 are in the same circle center, the fan blades 355 are movably connected with the rotating body 353, a plurality of ball stainless steel balls are contained in the balance ring 354, and the balance ring 354 can improve the rotation balance and drive the birds in rotation through the stainless steel balls in the balance ring 354.

The movable device 352 is provided with a solid layer a1, a telescopic ring a2, a push rod a3 and a control block a4, the solid layer a1 is in clearance fit with the telescopic ring a2, the push rod a3 is embedded in the telescopic ring a2, the control block a4 is movably connected with the push rod a3, the solid layer a1 is made of stainless steel, a positioning sheet is arranged in the center of the telescopic ring a2, the push rod a3 is in a solid state, the surface end of the control block a4 is in an arc shape, the solid layer a1 can prevent external water molecules from rusting the solid layer a1 through stainless steel, the positioning sheet of the telescopic ring a2 can achieve the self positioning effect, and the push rod a3 can push the movable effect of the control block a4 through the practice state so that the control block a4 can achieve the mutual fixing effect on the surface ends of all parts through the self arc superposition shape.

Wherein the solid layer a1 is provided with a joint end a11, a positioning block a12, an opposite channel a13, a guide-in wheel a14 and an inner wall a15, the joint end a11 is integrated with the positioning block a12, the opposite channel a13 is embedded in the positioning block a12, the leading-in wheel a14 is installed at the center of the opposite channel a13, the inner wall a15 is communicated with the leading-in wheel a14, the joint end a11 is arc-shaped, and the positioning block a12 is arc-shaped, the opposite channel a13 is in a straight tube hollow state, and the lead-in wheel a14 is provided with corresponding air inducing grooves, so that the inner wall a15 is respectively provided with one block at both sides of the lead-in wheel a14, the joint end a11 can be effectively connected with each component through an arc shape, and the positioning block a12 can realize the positioning effect through the arc solid state, therefore, the opposite channel a13 can continuously guide and infuse the outside air, and the air is introduced into the air inducing groove of the wheel a14, so that a large amount of air can be effectively sucked to improve the monitoring accuracy.

The inner wall a15 is provided with an embedding layer b1, a mounting bar b2 and a movable wheel b3, the front end of the embedding layer b1 is connected with the mounting bar b2 in a clamping mode, the movable wheel b3 is embedded into the mounting bar b2, the embedding layer b1 is in a solid trapezoid shape, the mounting bar b2 is made of rubber, the number of the movable wheels b3 in the mounting bar b2 is three, the embedding layer b1 can be fixed in a component through the solid trapezoid, and the rubber material of the mounting bar b2 can play an important role in subsequent dismounting and maintenance.

Wherein, activity wheel b3 is equipped with swiveling wheel b31, activity groove b32, ball b33, swiveling wheel b31 carries out the location with activity groove b32 and is connected, ball b33 imbeds among activity groove b32, corresponding spacer is equipped with at swiveling wheel b31 center to activity groove b32 is hollow state, and ball b33 is equipped with three in activity groove b32, swiveling wheel b31 can realize the fixed point through the spacer and rotate, and the striking sound energy that ball b33 irregular activity produced in activity groove b32 promotes the effect of driving birds.

The specific functions and operation flow of this embodiment are as follows:

in the invention, the environment-friendly online monitoring device for geographic information can install the monitor 3 in a specific geographic environment through the installation rod 1 and the chassis 2 to perform real-time online monitoring on the air quality of a specific area, so that the monitor 3 can be clamped and fixed with the installation rod 1 through the installation rail 33, simultaneously, the real-time monitoring on the air quality is performed through the monitoring processing end 31, and when organisms such as birds stay on the top cover 5, the extrusion button 34 is extruded to drive the fixing device 35 to move, so that the rotating body 353 and the movable device 352 move simultaneously, the rotating body 353 drives the fan blades 355 to perform uninterrupted rotating movement to generate wind energy to achieve the effect of driving the birds, and the movable device 352 can extend the mandril a3 according to the own telescopic rod a2, so that the control block a4 can strengthen the fixing effect with the installation rod 1 to prevent the phenomenon of shaking, and the external air is continuously infused into the guiding-in wheel a14 to drive the guiding-in wheel a14 to move through the opposite channel a13 installed on the solid layer a1 connected with the guiding-in wheel a14, and then the guiding-in wheel a14 can strengthen the absorption of the external air to enter the monitoring processing end 31 to improve the monitoring range and accuracy, so that the guiding-in wheel a3 of the inner wall a15 mounting bar b2 can be driven to rotate continuously when the external air is continuously absorbed, and the guiding-in wheel b3 can rotate at a fixed point through the rotating wheel b31 of the guiding-in wheel b3 and simultaneously trigger the balls b33 inside to continuously collide in the moving groove b32 to generate corresponding impact sound to further improve the effect of expelling the living beings.

Example 2:

fig. 7 to 9 show:

the invention provides an environment-friendly online monitoring device for geographic information,

the structure of the fan blade 355 includes that the fan blade 355 is provided with a movable block c1, an attaching block c2 and a stable shaft c3, the movable block c1 is in clearance fit with the attaching block c2, the stable shaft c3 is embedded in the outer side of the movable block c1, the stable shaft c3 is integrally in a circular shape, and the stable shaft c3 can effectively improve the activity stability of each component through the circular shape to prevent the deviation phenomenon.

The fitting block c2 is provided with a fixed point groove c21, a penetrating shaft c22 and a solid block c23, the fixed point groove c21 and the penetrating shaft c22 are the same circle center, the solid block c23 is installed at the upper end and the lower end of the fixed point groove c21, the solid block c23 is in a trapezoid shape, and the solid block c23 can maintain the dynamic balance of each component through the trapezoid shape and the symmetrical state.

The specific functions and operation flow of this embodiment are as follows:

in the present invention, after the fan blade 355 is further improved by the basic effect of embodiment 1, the stability of the movable block c1 can be further improved by the added stabilizing shaft c3 moving along with the movement of the movable block c1, and the attaching block c2 at the top end can attach to the balance ring 354 to achieve an effect of increasing balance, so that the attaching block c2 can be connected to the balls of the balance ring 354 through the fixed point groove c21 thereof to achieve an effect of fastening and fixing, and can improve the moving performance thereof according to the symmetrical fixing of the solid block c23, so as to prevent the position deviation and the corresponding shaking generated in the continuous rotation.

The technical solutions of the present invention or similar technical solutions designed by those skilled in the art based on the teachings of the technical solutions of the present invention are all within the scope of the present invention to achieve the above technical effects.