阅读说明：本技术 净化设备用温点处置系统 (Temperature point treatment system for purifying equipment ) 是由 李雯 于 2019-09-26 设计创作，主要内容包括：一种净化设备用温点处置系统,包括滤网,流速操纵片凭借滤网洞眼的个数和弧度适配配备,温点处理设备外套里的管路划成采集管路与支道管路,于温点处理设备的导进孔一边的孔道里配备着同撑持框相连的滤网,流速操纵片的当间槽箍接于滤网的当间辊上,流速操纵片的另一边支撑条同一对玻青铜丝相连,于流速操纵片同一对玻青铜丝间相接着橡胶杆,一对玻青铜丝的另一头定位于撑持框上,滤网上配备着两对贯通槽。有效避免了现有技术中存在旋动弧度大、让滤网同流速操纵片的滞碍增大的缺陷。(The utility model provides a system is dealt with to temperature point for clarification plant, which comprises a filter screen, the velocity of flow control piece is equipped with the radian adaptation by virtue of the number of filter screen hole, pipeline in the temperature point treatment facility overcoat is drawn into and is gathered pipeline and bypath pipeline, be equipped with in the pore on one side of the lead-in hole of temperature point treatment facility and prop the filter screen that the frame links to each other with propping, the groove hooped joint in the roller between when of filter screen of velocity of flow control piece between, the support bar of velocity of flow control piece links to each other with a pair of glass blue and green copper wire, the rubber pole is being met between the same pair of glass blue and green copper wire of velocity of flow control piece, another head of a pair of glass blue and green copper wire is positioned and is propp. Effectively avoids the defects of large rotating radian and increased obstruction of the filter screen and the flow velocity control piece in the prior art.)

1. The utility model provides a system is dealt with to temperature point for clarification plant, a serial communication port, including the filter screen, the velocity of flow control piece is equipped with radian adaptation by virtue of the number of filter screen hole, pipeline in the temperature point treatment facility overcoat is drawn into and is gathered pipeline and bypath pipeline, be equipped with in the pore on one side of the leading-in hole of temperature point treatment facility and prop the filter screen that the frame links to each other with propping, the groove hoops in the interim of velocity of flow control piece connects on the roller in the interim of filter screen, the another side support bar of velocity of flow control piece links to each other with a pair of glass blue and green copper wires, rubber pole is being met between the same pair of glass blue and green copper wires of velocity of flow control piece, another head of a pair of glass blue and green copper wires.

2. The system for warm spot treatment of purification equipment according to claim 1, wherein one of the two pairs of tanks is connected to the collection line.

3. The system for warm spot treatment for purification equipment according to claim 2, wherein a pair of branch pipes are connected, and the collection pipe is provided with the collection main body.

Technical Field

The invention relates to the technical field of purification equipment, in particular to a temperature point treatment system for the purification equipment.

Background

The range of the purifying equipment is very wide, and the purifying equipment comprises comprehensive indexes reflecting the condition of the purifying liquid, including temperature points; however, the existing temperature point treatment equipment for the purification equipment generally has the defects of large rotating radian and increased obstruction of the filter screen and the flow velocity control sheet.

Disclosure of Invention

In order to solve the problems, the invention provides a temperature point disposal system for purifying equipment, which effectively overcomes the defects of large rotating radian and increased obstruction of a filter screen and a flow velocity control sheet in the prior art.

In order to overcome the defects in the prior art, the invention provides a solution of a temperature point disposal system for purification equipment, which comprises the following specific steps:

a warm spot disposal system for purification equipment comprises a filter screen A7, a flow rate control sheet A6 is matched according to the number and radian of holes of a filter screen A7, pipelines in a warm spot treatment equipment jacket A1 are divided into an acquisition pipeline A8 and a branch pipeline A9, the filter screen A7 connected with a supporting frame A4 is arranged in a pore passage on one side of a guide hole A2 of the warm spot treatment equipment, a current groove of a flow rate control sheet A6 is hooped and connected onto a current roller of the filter screen A7, the other side of a supporting strip of the flow rate control sheet A6 is connected with a pair of glass bronze copper wires A5, a rubber rod B1 is connected between the same pair of glass bronze wires A5 of the flow rate control sheet A6, the other end of the pair of glass bronze wires A5 is positioned on the supporting frame A4, and two pairs of through grooves are arranged on the filter screen A7.

One of the two pairs of tanks is connected to the collection line A8.

A pair of branch pipelines A9, and a collection main body B0 arranged in the collection pipeline A8.

The other end of the collecting pipeline A8 connected with the branch pipeline A9 and the filter screen A7 is gathered to form a leading-out hole A3 of the warm-spot treatment equipment.

The invention has the beneficial effects that:

so that the rotating radian is small and the obstruction of the filter screen and the flow velocity control piece is reduced.

Drawings

FIG. 1 is a block diagram of a temperature point treatment system for a purification apparatus of the present invention;

Detailed Description

The present invention will be further described with reference to the following examples.

As shown in fig. 1, the system for treating a temperature point for a purification apparatus of this embodiment includes a filter screen a7, a flow rate control sheet A6 is provided by adapting the number and curvature of holes of the filter screen a7, a pipeline in a housing a1 of the temperature point treatment apparatus is divided into a collection pipeline A8 and a branch pipeline a9, a filter screen a7 connected to a supporting frame a4 is provided in a duct on one side of a guide hole a2 of the temperature point treatment apparatus, a current groove of the flow rate control sheet A6 is hooped to a current roller of the filter screen a7, a support strip on the other side of the flow rate control sheet A6 is connected to a pair of glass bronze wires a5, a rubber rod B1 is connected between the same pair of glass bronze wires a5 of the flow rate control sheet A6, the other end of the pair of glass bronze wires a5 is positioned on the supporting frame a4, and two pairs of through grooves are provided on the filter screen a 7.

One of the two pairs of tanks is connected to the collection line A8.

A pair of branch pipelines A9, and a collection main body B0 arranged in the collection pipeline A8.

The other end of the collecting pipeline A8 connected with the branch pipeline A9 and the filter screen A7 is gathered to form a leading-out hole A3 of the warm-spot treatment equipment.

So that the rotating radian is small and the obstruction of the filter screen and the flow velocity control piece is reduced.

The present invention has been described in terms of embodiments, and it will be understood by those skilled in the art that the present disclosure is not limited to the embodiments described above, and various changes, modifications and substitutions may be made without departing from the scope of the present invention.