CN203294574U

CN203294574U - Overflow pipe used for water pool

Info

Publication number: CN203294574U
Application number: CN2013200773886U
Authority: CN
Inventors: 王慧军; 邵云生; 柳宝明
Original assignee: Baoshan Iron and Steel Co Ltd
Current assignee: Baoshan Iron and Steel Co Ltd
Priority date: 2013-02-19
Filing date: 2013-02-19
Publication date: 2013-11-20
Anticipated expiration: 2023-02-19

Abstract

The utility model discloses an overflow pipe used for a water pool. The overflow pipe comprises a pipe body and further comprises guide plates, threaded rods, overflow plates and corrugated pipes. The guide plates are fixedly arranged inside an upper end opening of the pipe body. The threaded rods are vertically arranged at the upper end of the pipe body, and connected with the upper end opening. The overflow plates are in an annular shape and arranged on the threaded rods through adjusting nuts. The corrugated pipes are arranged in the upper end opening, the lower ends of the corrugated pipes are connected with the guide plates in a sealing mode, and the upper ends of the corrugated pipes are connected with the overflow plates in a sealing mode. The heights of the overflow plates are adjusted through the adjusting nuts, so that the corrugated pipes are driven to stretch and retract, and the overflow height is adjusted. A flow monitoring device is arranged so that overflow flows can be measured in real time. The opening of a gland can be further monitored in real time through an opening monitor, so that the overflow flows are adjusted according to needs.

Description

A kind of pond overflow pipe

Technical field

The utility model relates to overflow device, more particularly, relates to a kind of pond overflow pipe.

Background technology

With overflow pipe as shown in Figure 1, pond 1 is used for the contain fluid medium in traditional factory pond, and electrolyte level fluctuates up and down, and overflow pipe 2 is common L shaped pipe, and its upper end is outgate 3, is fixedly arranged in

pond

1, and 1 sidewall passes the other end from pond.When electrolyte level rises, while surpassing outgate 3 height, liquid overflows to 1 outside, pond in overflow pipe 2.

In actual use, there is following problem in existing overflow pipe:

1, overflow height is fixing can not regulate, and for some, needs the special pond of controlling water kick height just to be difficult to operation.

2,, without the excess flow measurement signal, be not easy to monitoring.

3, the outgate size is uncontrollable, also there is no remote transfer signal, for the discharging of some waste liquids, can't supervise.

The utility model content

For the above-mentioned shortcoming that exists in prior art, the purpose of this utility model is to provide a kind of pond overflow pipe, can regulate overflow height, meets the corresponding tank level control in various ponds.

For achieving the above object, the utility model adopts following technical scheme:

This pond overflow pipe, comprise body, also comprises deflecting plate, screw rod, overflow plate and bellows, and it is inner that deflecting plate is fixedly arranged on the body upper port; Screw rod vertically is located at the body upper end, and with upper port, is connected; Overflow plate in the form of a ring, is located on screw rod by adjusting nut; Bellows is located in upper port, and lower end and deflecting plate are tightly connected, and upper end and overflow plate are tightly connected.

Described overflow pipe also comprises top board in the form of a ring, is located at the top of screw rod by nut.

Described overflow pipe also comprises flow monitoring device, and this flow monitoring device is the float-ball type magnetic induction sensor, overlaps ball float to be arranged and pass top board in its lower end vertical rod to be fixedly arranged on overflow plate.

Described overflow pipe also comprises gland, and gland is covered on deflecting plate, and the gland lower edge is provided with seal ring, and the gland upper end is connected with elevating screw, and the elevating screw upper end is provided with driver train.

Also establish the magnetic induction piece on described elevating screw, also be provided with the aperture monitor on described top board, in order to detect the magnetic induction piece.

In technique scheme, pond of the present utility model comprises body with overflow pipe, also comprises deflecting plate, screw rod, overflow plate and bellows, and it is inner that deflecting plate is fixedly arranged on the body upper port; Screw rod vertically is located at the body upper end, and with upper port, is connected; Overflow plate in the form of a ring, is located on screw rod by adjusting nut; Bellows is located in upper port, and lower end and deflecting plate are tightly connected, and upper end and overflow plate are tightly connected.Adjust the height of overflow plate by adjusting nut, drive the flexible of bellows, thereby realize regulating overflow height; , by flow monitoring device is set, can measure in real time excess flow; By the aperture monitor can also the Real-Time Monitoring gland aperture, thereby can adjust as required excess flow.

Description of drawings

Fig. 1 is the use principle schematic diagram of the pond of prior art with overflow pipe;

Fig. 2 is the structural representation of pond of the present utility model with overflow pipe.

The specific embodiment

Further illustrate the technical solution of the utility model below in conjunction with drawings and Examples.

See also shown in Figure 2, pond of the present utility model with overflow pipe same as the prior art be, equally also comprise body 10, body 10 can be for L shaped.Different is, this overflow pipe also comprises deflecting plate 11, screw rod 12, overflow plate 13 and bellows 14, and deflecting plate 11 is annular arrangement, is fixedly arranged on body 10 upper port inner; Screw rod 12 is four, evenly vertically is located at body 10 upper ends, and with upper port, is fixedly connected; Overflow plate 13 in the form of a ring, is located on screw rod 12 by adjusting nut 15; Bellows 14 is located in upper port, and lower end and deflecting plate 11 are tightly connected, and upper end and overflow plate 13 are tightly connected.So, the endoporus of overflow plate 13 upper ends becomes real outgate, and passes through the adjustment up and down of adjusting nut 15, thereby it is flexible up and down to make overflow plate 13 drive bellowss 14,, along with overflow plate 13 moves up and down, has namely realized the adjustment of overflow height.

Described overflow pipe also comprises top board 16 in the form of a ring, is located at the top of screw rod 12 by nut, and this top board 16 plays the effect of similar erecting frame.

Described overflow pipe also comprises flow monitoring device, and this flow monitoring device is float-ball type magnetic induction sensor 17, overlaps ball float 19 to be arranged and pass top board 16 in its lower end vertical rod 18 to be fixedly arranged on overflow plate 13.When current were crossed overflow plate 13 inside overflow, ball float 19 was subjected to flow action to carry out corresponding raising, thereby can carry out the teletransmission overflow alarm and show by float-ball type magnetic induction sensor 17.Spillway discharge is larger, and the liquid level lifting is higher, and flow monitor moves up and down with overflow plate 13, and observed reading is not subjected to overflow height set variation and change.

In addition, described overflow pipe also comprises gland 20, gland 20 is covered on deflecting plate 11, gland 20 lower edge are provided with seal ring 21, gland 20 upper ends are connected with elevating screw 22, elevating screw 22 upper ends are provided with driver train, driver train can carry out transmission by worm and gear 23, and by motor or manually be rotated driving, to adjust the adjustable height of gland 20, thereby control the gap between gland 20 and deflecting plate 11, gap length has reflected the aperture of outgate, and with this, carrys out the size of controlling water kick flow.Also establish magnetic induction piece 24 on described elevating screw 22, also be provided with aperture monitor 25 on described top board 16, in order to detect magnetic induction piece 24.By detecting the lifting of magnetic induction piece 24, thereby can record the aperture of outgate, rise highlyer, aperture is larger.

Adopt pond of the present utility model overflow pipe, but can effectively realize the regulatory function of overflow height, realized outgate close and conducting is controlled, can control and the function of remote monitoring excess flow simultaneously, also have the function of excess flow the signal is far passed.

Those of ordinary skill in the art will be appreciated that, above embodiment illustrates the utility model, and not be used as restriction of the present utility model, as long as in connotation scope of the present utility model, to variation, the modification of the above embodiment, all will drop in claims scope of the present utility model.

Claims

1. a pond overflow pipe, comprise body, it is characterized in that:

Also comprise deflecting plate, screw rod, overflow plate and bellows, it is inner that deflecting plate is fixedly arranged on the body upper port; Screw rod vertically is located at the body upper end, and with upper port, is connected; Overflow plate in the form of a ring, is located on screw rod by adjusting nut; Bellows is located in upper port, and lower end and deflecting plate are tightly connected, and upper end and overflow plate are tightly connected.

2. pond as claimed in claim 1 overflow pipe is characterized in that:

3. pond as claimed in claim 2 overflow pipe is characterized in that:

4. pond as claimed in claim 2 overflow pipe is characterized in that:

5. pond as claimed in claim 4 overflow pipe is characterized in that: