Base formula ADCP flow automatic monitoring probe braced system device

Technical Field

The utility model pertains to the field of hydraulic engineering device, in particular to a base type ADCP automatic flow monitoring probe a support system apparatus.

Background Art

Existing base type ADCP automatic flow monitoring probe a is fixedly mounted on the bottom, when the river, the water in the case of failure of the probe, probe maintenance, replacement, mounting, debugging are extremely inconvenient, impact monitoring the normal operation of the system. In the inflatable rubber float probe support system, however, because the structure is complicated, the operation is inconvenient, operation is not stable, the service life is short and other reasons, the installation of the device probe is inconvenient, debugging, maintenance, replacement, effects automatic flow monitoring the normal operation of the system. Some of the (longitudinal) along the river flow probe support system is, is still complex operation, the maintenance is inconvenient, even professional divers to connecting, the probe can be achieved the maintenance of the equipment, the automatic flow monitoring the stability of the system operation.

Content of the utility model

In order to solve the above technical problem, the present utility model provides a simple structure, convenient maintenance and use of the ADCP flow automatic monitoring of virus probe support system apparatus.

The technical proposal is:

A base type ADCP automatic flow monitoring probe a support system apparatus, including the water system and underwater system, characterized in that the water system including a vertical rod bracket, pulley, cable, capstan, is connected with the embedded part, an upright bracket is fixedly connected with the connecting parts, the pulley on the upper end of the support is hinged on the vertical rod, the lower end of the upright bracket is hinged on one side to a winch, the winch cable is connected on one end, the other end of the steel cable through the pulley in-depth underwater;

The underwater system including underwater system supporting arm and the probe support board, the underwater system supporting arm studdle, many savings is fixedly connected with the supporting rod, wherein the section is connected with one end of the supporting rod is embedded, at the end of the underwater system supporting arm is provided with a probe support board, cable and underwater system supporting arm is fixedly connected to the position close to the end.

An upright bracket adopt the ordinary steel pipe, embedded through the flange, is connected with the connecting base, an upright bracket on a rocking handle is arranged on the winch, the lower end of the upright bracket is fixed by a flange on the connecting parts, the embedded part is connected with a three-dimensional "well" crossed-shaped, is connected with the embedded part is wrapped in the concrete base, and the connecting parts riverfronts one side is welded steel plate, the steel plate is more than the ordinary steel pipe and flange is welded, the connecting point of the bracket as a vertical, riverfronts steel plate welded at one side of the ordinary steel pipe and movable joint, is connected with the concrete filling material is embedded under the ground on shore, to form a base. The top end of the vertical rod of the pulley, winch, the lower end of swing of small, the steel rope is connected with capstan, pulley, the rocking of the through a rocking handle rotating the winch cable. Wherein the pulley, cable, capstan, the rocking handle is movable design, in other words, the maintenance, repair, replacement, the debugging work on the temporary installation, after the completion of work down hidden to the shore cable, pulley, winch, rocking handle repossessions office, in order to enhance the anti-theft function and stability of the system.

Underwater system at the end of the supporting arm is provided with a probe support board, probe support plate is provided with a device probe, the underwater system supporting arm 304 special steel, by adopting a joint type design, the bottom end of the movable joints is designed the end point, and the connecting parts is connected with the movable joint of the base, in order to realize the underwater system supporting arm of the upper and lower rotating. Other endpoint uses the fixed joint is connected, is fixed between the support rod and the rod is connected with the cross section according to the cross angle of the cross section of the monitoring of the trend of the river, to can be tightly adhered to the streambed baseliner as the principle, ensure that the top of the underwater system supporting arm carrying the device probe can be better to the bottom line of the river, and the precise installation to the position of the system requirement of flow, so as to improve measuring accuracy and underwater system water flow impact resistance ability of the supporting arm. Underwater system supporting arm is fixed the top end of the probe support board, through the nut adjusting the base of the probe, can realize the ADCP equipment measuring probe transverse 360 degree rotation, longitudinal 180 degree rotation, in order to meet the needs of the angle measuring system. The probe is mounted on one side of a probe protection device, in order to waterproof in other large object collision damage of the probe. Device probe through the communication cable and shore instrument is connected, with the communication cable 304 stainless steel protecting. The underwater support system component 304 stainless steel, effectively avoiding magnetic interference measuring probe of the ADCP equipment, at the same time, enhancing the underwater support system anti-rust, anti-corrosion performance. When service is required, the rocking of the rocking handle rotating the winch cable, realizing underwater system supporting arm lifting and falling, thereby realizing the underwater device probe out of water to shore for maintenance, repair, replacement, the debugging operation.

The beneficial effects of the utility model:

Magnetic interference, anti-rust, anti-corrosion performance is good, as the base type ADCP probe provides a good working environment, and the structure is simple, convenient transportation, underwater ADCP probe is installed, adjustable, maintenance, change is very convenient, can be used as a permanent flow automatic stations device uses.

Description of drawings

Figure 1 is the working state diagram of a base-type ADCP automatic flow monitoring probe a support system apparatus;

Figure 2 is the maintenance state diagram of a base-type ADCP automatic flow monitoring probe a support system apparatus;

Wherein 1-an upright bracket, 2-pulley, 3-cable, 4-winch, 5-rocking handle, 6-river bed, 7-flange, 8-is connected with the embedded part, 9-concrete base, 10-movable joint, 11-fixed joint, 12-knighthead, 13-surface, -14 probe support board, 15-device probe, 16-probe measuring wave.

Mode of execution

As shown in Figure 1, a base type ADCP automatic flow monitoring probe a support system apparatus, including the water system and underwater system, the water system-on bracket comprises an upright 1, the pulley 2, cable 3, winch 4, handle 5, the flange 7, is connected with the embedded part 8 and a concrete base 9, pulley 2 is hinged on the upright support 1 at the upper end, an upright bracket 1 through the lower end of the flange 7 is fixed is provided in the connecting the embedded part 8 on, connecting the embedded part 8 is a three-dimensional "well" crossed-shaped, is connected with the embedded part 8 is wrapped in the concrete base 9 the inner, upright support 1 is hinged on one side close to the lower end of a capstan 4, winch 4 is provided with a handle 5, steel cable 3 is connected with one end of the capstan 4, cable 3 the other end of the pulley 2 in-depth underwater.

The underwater system including underwater system supporting arm, probe support board 14 and device probe 15, the underwater system supporting arm of the supporting rod 12 form, each section of the supporting rod 12 is provided with a fixed joint of the two ends 11 or movable joint 10, wherein a section of the supporting rod 12 is connected with one end of the embedded part 8 through a movable joint 10 is articulated, this savings rod 12 the other end of the fixed joint 11 and the fixed joint 11 of the multi-joint is connected with the supporting rod 12 is connected with the, underwater system supporting arm is provided with a end point probe support board 14, probe support plate 14 is provided with a device probe 15, cable 3 to the underwater system supporting arm is fixedly connected with the end point.