阅读说明：本技术 一种基于地理信息系统的遥感影像处理装置 (Remote sensing image processing device based on geographic information system ) 是由 李威 许骏 强璐璐 付浩海 于秋野 赵佳 赫熙璇 安翔宇 李佳耘 于 2021-06-29 设计创作，主要内容包括：本发明提供一种基于地理信息系统的遥感影像处理装置,其结构包括,控制盒、电源端、处理端、传输块、拍摄器,控制盒与电源端为一体,处理端与电源端进行通电连接,本发明由拍摄器所装有的固定轴能提升镜头块的固定效果从而镜头块所装有的扩张块与伸缩体能在设备进行工作或者静止时进行相应的伸缩活动以至于扩张块在设备工作时能将自身的处理块在活动槽内进行扩张从而达到根据内部擦拭块的海绵垫进行对镜头的擦拭效果达到干燥与光洁的效果并且通过活动轮能够平衡自身的稳定性以至于能防止水分子的侵蚀产生的模糊现象降低影像的利用价值同时提升在静止时的密闭效果防止镜头与外界持续接触中产生的故障等现象。(The invention provides a remote sensing image processing device based on a geographic information system, which structurally comprises a control box, a power supply end, a processing end, a transmission block and a shooting device, wherein the control box and the power supply end are integrated, the processing end is in power-on connection with the power supply end, the fixed shaft arranged on the shooting device can improve the fixing effect of the lens block, so that the expansion block and the telescopic body arranged on the lens block can perform corresponding telescopic activities when the equipment works or is static, the expansion block can expand the self processing block in the movable groove when the equipment works, the drying and cleaning effects of the lens are achieved according to the wiping effect of the sponge pad of the internal wiping block, the stability of the expansion block can be balanced through the movable wheel, the fuzzy phenomenon caused by the erosion of water molecules can be prevented, the utilization value of images is reduced, the sealing effect when the equipment is static is improved, and the phenomena of faults and the like caused by the continuous contact of the lens and the outside are prevented.)

1. The utility model provides a remote sensing image processing apparatus based on geographic information system, its structure includes, control box (1), power end (2), processing end (3), transmission block (4), shooting ware (5) its characterized in that: the control box (1) and the power supply end (2) are integrated, the processing end (3) is connected with the power supply end (2) in an electrified mode, the transmission block (4) is embedded into the front side of the processing end (3), and the shooting device (5) is fixedly connected with the transmission block (4);

the shooting device (5) is provided with a solid block (51), a fixed shaft (52) and a lens block (53), the solid block (51) is in clearance fit with the fixed shaft (52), and the lens block (53) is embedded in the fixed shaft (52).

2. The remote sensing image processing device based on the geographic information system according to claim 1, wherein: the lens block (53) is provided with a groove (531), a connecting layer (532), a telescopic body (533), a movable layer (534) and an expansion block (535), the groove (531) and the connecting layer (532) are integrated, the telescopic body (533) is embedded into the connecting layer (532), the movable layer (534) is movably connected with the telescopic body (533), and the expansion block (535) is embedded into the movable layer (534).

3. The remote sensing image processing device based on the geographic information system according to claim 2, wherein: the expansion block (535) is provided with a processing block (a 1), a balance shaft (a 2) and a movable groove (a 3), two sides of the processing block (a 1) are movably connected with the balance shaft (a 2), and the movable groove (a 3) is communicated with the balance shaft (a 2).

4. The device for processing remote sensing images based on the geographic information system according to claim 3, wherein: the processing block (a 1) is provided with a mounting groove (a 11), a connecting groove (a 12), a wiping block (a 13), a block body (a 14) and a movable wheel (a 15), the upper end of the mounting groove (a 11) is integrated with the connecting groove (a 12), the wiping block (a 13) is embedded below the connecting groove (a 12), the block body (a 14) is mounted on two sides of the wiping block (a 13), and the movable wheel (a 15) is in clearance fit with the block body (a 14).

5. The device for processing remote sensing images based on the geographic information system according to claim 4, wherein: the wiping block (a 13) is provided with a sponge pad (b 1), a detaching ring (b 2) and a bolt (b 3), the sponge pad (b 1) is connected with the detaching ring (b 2) in a clamping mode, and the bolt (b 3) is embedded into the detaching ring (b 2).

6. The remote sensing image processing device based on the geographic information system according to claim 2, wherein: the telescopic body (533) is provided with an insertion block (c 1), a control layer (c 2), a limiting body (c 3), a top rod (c 4) and a moving block (c 5), the upper end of the insertion block (c 1) is attached to the control layer (c 2), the limiting body (c 3) is installed on two sides of the upper end of the control layer (c 2), the top rod (d 4) penetrates through the center of the limiting body (c 3), and the moving block (c 5) is in clearance fit with the top rod (c 4).

7. The remote sensing image processing device based on the geographic information system according to claim 6, wherein: the moving block (c 5) is provided with a cover plate (c 51), a spring (c 52) and pulleys (c 53), the cover plate (c 51) is fixedly connected with the spring (c 52), and the pulleys (c 53) are embedded into two sides of the cover plate (c 51).

8. The remote sensing image processing device based on the geographic information system according to claim 7, wherein: pulley (c 53) are equipped with rotor (d 1), balancing piece (d 2), contact layer (d 3), rotor (d 1) and balancing piece (d 2) carry out swing joint, contact layer (d 3) and balancing piece (d 2) are laminated mutually.

Technical Field

The invention relates to the field of image processing, in particular to a remote sensing image processing device based on a geographic information system.

Background

The geographic information system is based on a computer, and can acquire, store, analyze and the like specific geographic area images through corresponding image devices, so that the specific images can be processed on the basis of remote sensing images to achieve corresponding management and data analysis effects and improve the utilization value of the images;

in summary, the present inventors found that the conventional remote sensing image processing apparatus mainly has the following defects: when the remote sensing image is installed in a relatively humid geographical area for image acquisition, because the humidity degree in the atmosphere changes in an up-and-down mode, water molecules in the air can be directly attached to the surface end of the lens for image acquisition, and the surface end of the lens can easily generate corresponding moisture traces along with the sliding of the water molecules through centrifugal force, so that the surface end of an image shot in a later period can be correspondingly blurred, the processing efficiency of the image can be directly increased, the utilization value of the image can be reduced, and the like.

Disclosure of Invention

The technical scheme adopted by the invention for realizing the technical purpose is as follows: the remote sensing image processing device based on the geographic information system structurally comprises a control box, a power supply end, a processing end, a transmission block and a shooting device, wherein the control box and the power supply end are integrated, the processing end is connected with the power supply end in an electrified mode, the transmission block is embedded into the front side of the processing end, and the shooting device is fixedly connected with the transmission block.

The shooting device is provided with a solid block, a fixing shaft and a lens block, wherein the solid block is in clearance fit with the fixing shaft, the lens block is embedded into the fixing shaft, and eight fixing shafts are arranged in the solid block and have corresponding clearance effects.

As a further improvement of the present invention, the lens block is provided with a groove, a connecting layer, a telescopic body, a movable layer, and an expansion block, the groove and the connecting layer are integrated, the telescopic body is embedded in the connecting layer, the movable layer is movably connected with the telescopic body, the expansion block is embedded in the movable layer, and the telescopic body is provided with four blocks on the outer side of the movable layer and forms a square shape.

As a further improvement of the invention, the expansion block is provided with a processing block, a balance shaft and a movable groove, two sides of the processing block are movably connected with the balance shaft, the movable groove is communicated with the balance shaft, the processing block is in a triangular shape, the inner side of the balance shaft is provided with a corresponding slide way, the center of the balance shaft is in a solid state, and the movable groove is in a hollow penetrating state.

As a further improvement of the invention, the processing block is provided with a mounting groove, a connecting groove, a wiping block, a block body and a movable wheel, the upper end of the mounting groove is integrated with the connecting groove, the wiping block is embedded below the connecting groove, the block body is mounted on two sides of the wiping block, the movable wheel is in clearance fit with the block body, the mounting groove is in a concave state, the connecting groove is in an arc shape, so that the wiping block forms a circular shape in the mounting groove, the block body is in a solid state, and the movable wheel has a corresponding clearance at the edge of the block body.

As a further improvement of the invention, the wiping block is provided with a sponge pad, a detaching ring and a bolt, the sponge pad is connected with the detaching ring in a clamping manner, the bolt is embedded in the detaching ring, the sponge pad is in a circular shape, so that a plurality of detaching wheels are arranged on the outer side of the detaching ring, and the bolt is provided with corresponding threads.

As a further improvement of the invention, the telescopic body is provided with an insertion block, a control layer, a limiting body, a top rod and a moving block, the upper end of the insertion block is attached to the control layer, the limiting body is arranged on two sides of the upper end of the control layer, the top rod penetrates through the center of the limiting body, the moving block is in clearance fit with the top rod, and the limiting body is in a solid state.

As a further improvement of the invention, the moving block is provided with a cover plate, a spring and pulleys, the cover plate is fixedly connected with the spring, the pulleys are embedded into two sides of the cover plate, and two pulleys are respectively arranged on two sides of the cover plate and form a symmetrical state.

As a further improvement of the invention, the pulley is provided with a rotating body, a balance block and a contact layer, the rotating body is movably connected with the balance block, the contact layer is attached to the balance block, and the balance block is provided with four blocks outside the rotating body.

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

1. the fixed shaft arranged on the shooting device can improve the fixing effect of the lens block, so that the expansion block and the telescopic body arranged on the lens block can perform corresponding telescopic activities when the equipment works or is static, the expansion block can expand the self processing block in the movable groove when the equipment works, the drying and cleaning effects of the lens are achieved according to the wiping effect of the sponge pad of the internal wiping block, the stability of the expansion block can be balanced through the movable wheel, the fuzzy phenomenon caused by the erosion of water molecules can be prevented, the utilization value of images is reduced, the sealing effect when the equipment is static is improved, and the phenomena of faults and the like caused by the continuous contact of the lens and the outside are prevented.

2. The invention can be effectively fixed at a specific position through the self insertion block after being further improved by the telescopic body, thereby maintaining the activity performance of the expansion block under the control of the control layer, the cover plate of the movable block continuously moves to extrude the spring through the pulley during activity so as to balance the stability of the ejector rod and prevent the position deviation caused by continuous activity, and the pulley can prevent the blocking phenomenon caused by the extrusion of external water molecules and impurities under the solid state of the self contact layer, so that the corresponding activity performance can be effectively improved, the balance can prevent the position deviation caused during recycling and the blocking phenomenon caused by the blocking of the external impurities and the water molecules into the pulley.

Drawings

Fig. 1 is a schematic structural diagram of a remote sensing image processing device based on a geographic information system.

Fig. 2 is a front view of a camera.

Fig. 3 is a schematic cross-sectional structural diagram of a lens block.

Fig. 4 is a front view of the expanded block.

Fig. 5 is a schematic diagram of the structure inside a processing block.

FIG. 6 is a schematic view of the overall structure of a wiping block.

Fig. 7 is a schematic sectional view of an expansion body.

Fig. 8 is a schematic front view of a moving block.

Fig. 9 is a schematic view of a pulley provided with a member.

In the figure: control box-1, power end-2, processing end-3, transmission block-4, camera-5, solid block-51, fixed shaft-52, lens block-53, groove-531, connecting layer-532, telescopic body-533, movable layer-534, expansion block-535, processing block-a 1, balance shaft-a 2, movable groove-a 3, mounting groove-a 11, connecting groove-a 12, wiping block-a 13, block-a 14, movable wheel-a 15, sponge pad-b 1, detaching ring-b 2, bolt-b 3, inserting block-c 1, control layer-c 2, limiting body-c 3, push rod-c 4, movable block-c 5, cover-c 51, spring-c 52, pulley-c 53, rotator-d 1, rotor-d 1, Balance weight-d 2, contact layer-d 3.

Detailed Description

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

example 1:

fig. 1 to 6 show:

the invention provides a remote sensing image processing device based on a geographic information system,

the structure of the device comprises a control box 1, a power supply end 2, a processing end 3, a transmission block 4 and a shooting device 5, wherein the control box 1 and the power supply end 2 are integrated, the processing end 3 and the power supply end 2 are connected in an electrified mode, the transmission block 4 is embedded into the front side of the processing end 3, and the shooting device 5 and the transmission block 4 are fixedly connected.

The camera 5 is provided with a solid block 51, a fixed shaft 52 and a lens block 53, wherein the solid block 51 is in clearance fit with the fixed shaft 52, the lens block 53 is embedded in the fixed shaft 52, the fixed shaft 52 is provided with eight pieces in total in the solid block 51 and has corresponding clearance effect, and the fixed shaft 52 can effectively maintain the fixing effect of the lens block 53 through the number of the fixed shaft 52 per se to strengthen the self-fixing property.

The lens block 53 is provided with a groove 531, a connecting layer 532, a telescopic body 533, a movable layer 534, and an expansion block 535, wherein the groove 531 and the connecting layer 532 are integrated, the telescopic body 533 is embedded in the connecting layer 532, the movable layer 534 is movably connected with the telescopic body 533, the expansion block 535 is embedded in the movable layer 534, the telescopic body 533 is provided with four blocks on the outer side of the movable layer 534, and forms a tetragonal shape, and the telescopic body 533 can effectively balance the control of the expansion block 535 through the number and composition of the telescopic body 533.

The expansion block 535 is provided with a processing block a1, a balance shaft a2 and a movable groove a3, two sides of the processing block a1 are movably connected with the balance shaft a2, the movable groove a3 is communicated with the balance shaft a2, the processing block a1 is in a triangular shape, the inner side of the balance shaft a2 is provided with a corresponding slide way, the center of the balance shaft a2 is in a solid state, the movable groove a3 is in a hollow penetrating state, the processing block a1 can improve the stability of the processing block a1 in the operation process through the triangular shape, the balance shaft a2 can limit the movable range of the processing block a1 and perform corresponding sliding effect with the processing block a1 through the slide way, and the movable groove a3 can improve the focus point of shooting and prevent the movable blocking phenomenon of the processing block a1 through the hollow of the movable groove a 3.

Wherein, the processing block a1 is provided with a mounting groove a11, a connecting groove a12, a wiping block a13, a block a14 and a movable wheel a15, the upper end of the mounting groove a11 is integrated with the connecting groove a12, the wiping block a13 is embedded under the connecting groove a12, the block a14 is arranged at two sides of the wiping block a13, the movable wheel a15 is in clearance fit with the block a14, the mounting groove a11 is in a concave state, the connecting groove a12 is in an arc shape, so that the wiping block a13 forms a circular shape in the mounting groove a11, the block body a14 is in a solid state, the movable wheel a15 has a corresponding gap at the edge of the block body a14, the wiping piece a13 can form a convex state in the concave interior of the mounting groove a11 and is higher than the block a14, so that the wiping piece can not scratch the lens due to the solid state of the block a14 during wiping, and the block a14 can position the movable wheel a15, so that the clearance between the movable wheel a15 and the block a14 can improve the rotation effect of the movable wheel a 15.

The wiping block a13 is provided with a sponge pad b1, a detaching ring b2 and a bolt b3, the sponge pad b1 is connected with the detaching ring b2 in a clamping mode, the bolt b3 is embedded into the detaching ring b2, the sponge pad b1 is in a circular shape, a plurality of detaching wheels are arranged on the outer side of the detaching ring b2, the bolt b3 is provided with corresponding threads, the sponge pad b1 can be matched with all parts through the circular shape, and the detaching wheels of the detaching ring b2 can improve the detaching and replacing effects of the subsequent sponge pad b1 so that the sponge pad b1 can be fixed through the threads of the bolt b 3.

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

in the invention, the remote sensing image processing device can be installed in a corresponding geographical area through the self-control box 1 and the power supply end 2, thereby improving the utilization value of the image by transmitting the image of the environment to the processing end 3 through the transmission block 4 after the image is shot by the camera 5, so that the camera 5 can effectively maintain the fixing effect of the lens block 53 through the solid block 51 and the fixed shaft 52, and the telescopic body 533 in the groove 531 of the lens block 53 can correspondingly contract and reset the expansion block 535 when the device works or is static, so that the expansion block 535 can expand the processing block a1 outwards in the movable groove a3 when the shooting work is started so as to maintain the balance of the device through the balance shaft a2, so that the movable wheel a15 of the block body 14 of the processing block a1 a can move in the balance shaft a2, and simultaneously, the lens is continuously wiped according to the wiping block a13 in the center of the installation groove 11, it can prevent the mar that scraping phenomenon produced and can effectually absorb the hydrone to cause to wipe piece a13 through self foam-rubber cushion b1 when the lens, dismantle simultaneously that ring b2 and bolt b3 mutually support down can promote follow-up change effect to foam-rubber cushion b1, to sum up through the fuzzy phenomenon that can effectually prevent the erosion of hydrone and produce under mutually supporting of each part reduces the value of utilization of image and promotes airtight effect when static simultaneously and prevents phenomenons such as trouble that lens and external world produced in the continuous contact.

Example 2:

fig. 7 to 9 show:

the invention provides a remote sensing image processing device based on a geographic information system,

the telescopic body 533 is provided with an insertion block c1, a control layer c2, a limiting body c3, a top rod c4 and a moving block c5, the upper end of the insertion block c1 is attached to the control layer c2, the limiting body c3 is installed on two sides of the upper end of the control layer c2, the top rod d4 penetrates through the center of the limiting body c3, the moving block c5 is in clearance fit with the top rod c4, the limiting body c3 is in a solid state, and the limiting body c3 can limit the movement space of the top rod c4 to prevent deviation through the solid state of the limiting body c 3.

The moving block c5 is provided with a cover plate c51, a spring c52 and a pulley c53, the cover plate c51 is fixedly connected with a spring c52, the pulley c53 is embedded into two sides of the cover plate c51, the pulley c53 is respectively provided with one block at two sides of a cover plate c51 and forms a symmetrical state, and the pulley c53 can be in a stable state when the cover plate c51 moves through the symmetrical state of the pulley c 53.

The pulley c53 is provided with a rotating body d1, a balance weight d2 and a contact layer d3, the rotating body d1 is movably connected with a balance weight d2, the contact layer d3 is attached to the balance weight d2, the balance weight d2 is provided with four blocks in total outside the rotating body d1, the balance weight d2 can effectively maintain the rotating effect of the rotating body d1 under the four-block state of the outer layer of the rotating body d1, and the solid state of the contact layer d3 can prevent the phenomenon that the invasion phenomenon of external water molecules and impurities can not rotate.

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

in the present invention, under the basic action of embodiment 1, the telescopic body 533 is further improved and fixed in a specific position through the solid state of the insertion block c1, so that the control layer c2 limits the movement of the push rod c4, so that the push rod c4 can break off the offset phenomenon inside the stopper c3 and can drive the cover plate c51 of the moving block c5 to move during the movement, so that the cover plate c51 can continuously press the spring c52 to improve the corresponding stability during the movement of the pulley c53, and the pulley c53 can realize the effect of fixed rotation according to the balance block d2 outside the rotating body d1, and the solid state of the contact layer d3 can prevent the faults such as seizure and the like caused by the continuous invasion of external water molecules and impurities, and the corresponding movement performance and balance performance can be effectively improved by the mutual cooperation of the components to prevent the position deviation during the recycling and prevent the external impurities from being stuck in the water molecules pulley The resulting jamming and subsequent resilient return of the spring c52 enhances the return effect of the various components.

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.