River water regimen monitoring auxiliary device

Abstract

A riverway water regimen monitoring auxiliary device comprises a lower supporting rod, a circular bottom plate, a side mounting plate, an upper rotating rod, an upper connecting lug, a rectangular fixing block, a strip-shaped mounting plate, a positioning inserting column, a sliding positioning sleeve and an air cylinder, the lower portion of the lower supporting rod is connected with the circular bottom plate, the circular bottom plate is connected with the ground through a pin, and the upper portion of the lower supporting rod is provided with a lower supporting rod upper groove; the lower portion of the upper rotating rod is provided with a rotating rod lower plate, the rotating rod lower plate is matched with the lower supporting rod upper groove, the rotating rod lower plate is inserted into the lower supporting rod upper groove and connected with the lower supporting rod through a rotating shaft, the side face of the upper rotating rod is connected with an upper connecting lug, and the side face of the lower supporting rod upper groove is connected with a side mounting plate. The lower portion of the cylinder is connected with the lower connecting trunnion, and the upper portion of the cylinder is connected with the upper connecting trunnion.

Description

TECHNICAL FIELD

[0001] The utility model relates to river water regime monitoring field especially relates to a river water regime monitoring auxiliary device. BACKGROUND

[0002] The prior art (publication number: CN222211767U) proposes a river water regime monitoring device, which comprises: a mounting part; the mounting part comprises a mounting vertical rod and an assembly groove; the assembly groove is provided as a cylindrical groove structure, is connected with a vertical circular hole, a control motor is arranged in the vertical circular hole of the assembly groove, the assembly groove is connected with two groups of circular annular grooves, and the assembly groove is arranged in the cylindrical protruding position inside the mounting vertical rod; a monitoring part is arranged outside the mounting part, but the height of the vertical rod of the device is fixed, and the monitor can only be telescopic and cannot change the position, height and monitoring direction. SUMMARY

[0003] The utility model provides a kind of river water regime monitoring auxiliary device that camera can be rotated and adjust horizontal position and height on river according to the above-mentioned deficiencies of prior art.

[0004] The utility model aims to realize by the following technical scheme:

[0005] A kind of river water regime monitoring auxiliary device, including lower support rod, circular bottom plate, side mounting plate, upper rotating rod, upper connecting lug, rectangular fixed block, strip-shaped mounting plate, positioning plug, sliding positioning sleeve, cylinder, the lower support rod lower part is connected circular bottom plate, circular bottom plate is connected ground by cotter pin, and the upper part of lower support rod has lower support rod upper groove, and the lower part of upper rotating rod has rotating rod lower plate, rotating rod lower plate is adapted to lower support rod upper groove, rotating rod lower plate is inserted into lower support rod upper groove, and rotating rod lower plate is connected lower support rod by rotating shaft, and the side surface of upper rotating rod is connected upper connecting lug, and the side surface of lower support rod upper groove is connected side mounting plate, and the upper part of side mounting plate is connected lower connecting lug, and the lower part of cylinder is connected with lower connecting lug shaft, and the upper part of cylinder is connected with upper connecting lug shaft.

[0006] The upper rotating rod upper part is connected rectangular fixed block, and rectangular fixed block has fixed block inner hole, and strip-shaped mounting plate side surface has mounting plate side plate, and mounting plate side plate is placed between a group of rectangular fixed blocks, and positioning plug is inserted into mounting plate side plate, and positioning plug is connected with mounting plate side plate, and positioning plug is adapted to fixed block inner hole, and positioning plug is inserted into fixed block inner hole, and positioning plug rotates in fixed block inner hole.

[0007] The positioning column side has a plurality of limiting side rods, the upper rotating rod is adapted to the sliding positioning sleeve, the upper rotating rod is inserted into the sliding positioning sleeve, the upper surface of the sliding positioning sleeve is magnetically connected with the rectangular fixed block, the side limiting plate is connected with the side of the sliding positioning sleeve, the side limiting plate is symmetrically arranged on both sides of the sliding positioning sleeve, the side of the side limiting plate is attached to the rectangular fixed block, the upper part of the side limiting plate is provided with a limiting plate upper groove, the limiting side rod is adapted to the limiting plate upper groove, the limiting side rod is inserted into the limiting plate upper groove, and the camera mounting plate is installed with the camera. Advantages

[0008] 1、The circular bottom plate is connected with the ground through the pin, so that the whole device is installed and fixed on the side bank of the river channel, the lower support rod is connected with the lower plate of the rotating rod through the rotating shaft, the upper rotating rod is connected with the lower support rod, the upper rotating rod can rotate, the upper rotating rod is arranged in a rotatable structure, the camera can be tilted and inserted into the upper part of the river channel by rotating the upper rotating rod, the monitoring range of the camera is adjusted, the upper end and the lower end of the cylinder are connected with the upper connecting lug and the lower connecting lug, the angle of the upper rotating rod is controlled through the cylinder, the positioning column is connected with the side plate of the mounting plate, and the lower part of the rectangular fixed block is installed and fixed on the upper rotating rod.

[0009] 2、The positioning column is inserted into the inner hole of the fixed block, the side of the strip-shaped mounting plate is connected with the upper part of the upper rotating rod through the positioning column and can rotate, the strip-shaped mounting plate is arranged in a rotatable structure, so that the height of the camera in the river channel can be adjusted during use, the sliding positioning sleeve is sleeved on the upper rotating rod, the sliding positioning sleeve can slide upwards, the upper surface of the sliding positioning sleeve is attached to the lower surface of the rectangular fixed block, the structure of magnetic attachment prevents the sliding positioning sleeve from sliding downwards during the river water regime monitoring, the insertion of the limiting side rod and the limiting plate upper groove is guaranteed, the limiting side rod is axially positioned through the limiting plate upper groove, and then the strip-shaped mounting plate is axially positioned, the inclination angle of the strip-shaped mounting plate is controlled, the device can rotate and adjust the horizontal position and height of the camera in the river channel. BRIEF DESCRIPTION OF DRAWINGS

[0010] Figure 1 The utility model discloses a river water regime monitoring auxiliary device structure schematic view.

[0011] Figure 2 The utility model discloses a river water regime monitoring auxiliary device sectional view.

[0012] Figure 3 The utility model discloses a lower support rod structure schematic view.

[0013] Figure 4 The utility model discloses an upper rotating rod structure schematic view.

[0014] Figure 5 The utility model discloses a strip-shaped mounting plate structure schematic view.

[0015] Figure 6 The sliding positioning sleeve structure schematic view is described in the utility model. Specific embodiments

[0016] The utility model will be further explained in detail according to the drawings and examples:

[0017] Example 1:

[0018] A river regime monitoring auxiliary device, including lower support rod 01, round bottom plate 02, side mounting plate 04, upper rotating rod 06, upper connecting lug 07, rectangular fixed block 09, strip-shaped mounting plate 11, positioning plug post 14, sliding positioning sleeve 16, pneumatic cylinder 20, lower support rod 01 lower part connects round bottom plate 02, and round bottom plate 02 is connected with ground through a pin, so that the whole device is installed and fixed on the side bank of river, and lower support rod 01 upper part has lower support rod upper groove 03, and upper rotating rod 06 lower part has rotating rod lower plate 08, and rotating rod lower plate 08 is adapted to lower support rod upper groove 03, and rotating rod lower plate 08 is inserted into lower support rod upper groove 03, and rotating rod lower plate 08 is connected with lower support rod 01 through rotating shaft 19, so that the lower part of upper rotating rod 06 is connected with lower support rod 01, and upper rotating rod 06 can rotate, and the rotatable structure of upper rotating rod 06 is used to make the camera tilt and explore into the upper part of river, adjust the monitoring range of camera, and upper rotating rod 06 side surface is connected with upper connecting lug 07, and lower support rod upper groove 03 side surface is connected with side mounting plate 04, and side mounting plate 04 upper part is connected with lower connecting lug 05, and pneumatic cylinder 20 lower part is connected with lower connecting lug 05, and pneumatic cylinder 20 upper part is connected with upper connecting lug 07, and the upper and lower ends of pneumatic cylinder 20 are connected with upper connecting lug 07 and lower connecting lug 05 respectively, and the angle of upper rotating rod 06 is controlled through pneumatic cylinder 20.

[0019] Example 2:

[0020] The upper part of the utility model upper rotating rod 06 is connected with rectangular fixed block 09, the lower part of rectangular fixed block 09 is installed and fixed on upper rotating rod 06, rectangular fixed block 09 has fixed block inner hole 10, strip-shaped mounting plate 11 side surface has mounting plate side plate 13, mounting plate side plate 13 is arranged between a group of rectangular fixed block 09, positioning plug post 14 is inserted into mounting plate side plate 13, positioning plug post 14 is connected with mounting plate side plate 13, positioning plug post 14 is adapted to fixed block inner hole 10, positioning plug post 14 is inserted into fixed block inner hole 10, so that the side surface of strip-shaped mounting plate 11 is connected with the upper part of upper rotating rod 06 through positioning plug post 14 and can rotate, positioning plug post 14 rotates in fixed block inner hole 10, and the rotatable structure of strip-shaped mounting plate 11 makes the height of the camera on the river be adjusted in use.

[0021] Example 3:

[0022] The positioning column 14 side has a plurality of limiting side rods 15, the upper rotating rod 06 is adapted to the sliding positioning sleeve 16, the upper rotating rod 06 is inserted into the sliding positioning sleeve 16, the upper surface of the sliding positioning sleeve 16 is magnetically connected with the rectangular fixed block 09, the side of the sliding positioning sleeve 16 is connected with the side limiting plate 17, the side limiting plate 17 is symmetrically arranged on both sides of the sliding positioning sleeve 16, the side of the side limiting plate 17 is attached with the rectangular fixed block 09, the upper part of the side limiting plate 17 is provided with a limiting plate upper groove 18, the limiting side rod 15 is adapted to the limiting plate upper groove 18, the limiting side rod 15 is inserted into the limiting plate upper groove 18, the camera is installed on the lower part of the camera mounting plate 12, the sliding positioning sleeve 16 is used on the upper rotating rod 06, the sliding positioning sleeve 16 can slide upwards, the upper surface of the sliding positioning sleeve 16 is attached with the lower surface of the rectangular fixed block 09, the structure of magnetic attachment prevents the sliding positioning sleeve 16 from sliding downwards in the river regime monitoring aid, ensures the insertion of the limiting side rod 15 and the limiting plate upper groove 18, the limiting side rod 15 is axially positioned through the limiting plate upper groove 18, and then the strip-shaped mounting plate 11 is axially positioned, the inclination angle of the strip-shaped mounting plate 11 is controlled, and the device can rotate and adjust the horizontal position and height of the camera on the river.

[0023] Embodiment 4

[0024] The utility model discloses installation steps: first, the lower part of the lower support rod 01 is connected with the circular bottom plate 02, the side mounting plate 04 is connected with the lower support rod 01, the rotating rod lower plate 08 is inserted into the upper groove 03 of the lower support rod, the rotating rod lower plate 08 is connected with the lower support rod 01 through the pivot 19, the upper connecting lug 07 is connected with the upper rotating rod 06, the lower part of the pneumatic cylinder 20 is connected with the lower connecting lug 05, the upper part of the pneumatic cylinder 20 is connected with the upper connecting lug 07, the positioning column 14 is inserted into and connected with the mounting plate side plate 13, the positioning column 14 is inserted into the fixed block inner hole 10, the sliding positioning sleeve 16 is sleeved on the upper rotating rod 06, the lower part of the rectangular fixed block 09 is connected with the upper rotating rod 06, the sliding positioning sleeve 16 is slid upwards to make the limiting side rod 15 insert into the limiting plate upper groove 18, and the camera is installed on the camera mounting plate 12.

[0025] The above only is the preferred implementation of the utility model, and does not use for limiting the utility model, should point out, for ordinary skill for the person of the prior art, on the premise that without departing from the technical principle of the utility model, can also make a number of improvements and variations, these improvements and variations also should view as the protection range of the utility model.

Claims

1. A river water regime monitoring auxiliary device, characterized in that : The utility model provides a kind of supporting device for camera, including lower support rod (01), circular bottom plate (02), side mounting plate (04), upper rotating rod (06), upper connecting lug (07), rectangular fixed block (09), strip mounting plate (11), positioning plug post (14), sliding positioning sleeve (16), cylinder (20), the lower support rod (01) lower part is connected circular bottom plate (02), circular bottom plate (02) is connected ground by pin, lower support rod (01) upper part has lower support rod upper groove (03), upper rotating rod (06) lower part has rotating rod lower plate (08), rotating rod lower plate (08) is adapted to lower support rod upper groove (03), rotating rod lower plate (08) is inserted into lower support rod upper groove (03), rotating rod lower plate (08) is connected lower support rod (01) by rotating shaft (19), upper rotating rod (06) side surface is connected upper connecting lug (07), lower support rod upper groove (03) side surface is connected side mounting plate (04), side mounting plate (04) upper part is connected lower connecting lug (05), cylinder (20) lower part is connected with lower connecting lug (05) shaft, cylinder (20) upper part is connected with upper connecting lug (07) shaft.

2. The river water regime monitoring auxiliary device according to claim 1, characterized in that :Upper rotating rod (06) upper part is connected rectangular fixed block (09), rectangular fixed block (09) has fixed block inner hole (10), strip mounting plate (11) side surface has mounting plate side plate (13), mounting plate side plate (13) is placed between a group of rectangular fixed block (09), positioning plug post (14) is inserted into mounting plate side plate (13), positioning plug post (14) is connected mounting plate side plate (13), positioning plug post (14) is adapted to fixed block inner hole (10), positioning plug post (14) is inserted into fixed block inner hole (10), positioning plug post (14) rotates in fixed block inner hole (10).

3. The river water regime monitoring auxiliary device according to claim 2, characterized in that :Positioning plug post (14) side surface has multiple limiting side rods (15), upper rotating rod (06) is adapted to sliding positioning sleeve (16), upper rotating rod (06) is inserted into sliding positioning sleeve (16), sliding positioning sleeve (16) upper surface is magnetically connected with rectangular fixed block (09), sliding positioning sleeve (16) side surface is connected side limiting plate (17), side limiting plate (17) is symmetrically arranged on both sides of sliding positioning sleeve (16), and side limiting plate (17) side surface is inlaid with rectangular fixed block (09).

4. The river water regime monitoring auxiliary device according to claim 1, characterized in that :Side limiting plate (17) upper part has limiting plate upper groove (18), limiting side rod (15) is adapted to limiting plate upper groove (18), limiting side rod (15) is inserted into limiting plate upper groove (18), camera mounting plate (12) lower part installs camera.

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