CN203023705U

CN203023705U - Flow diversion system for liquid

Info

Publication number: CN203023705U
Application number: CN 201220704491
Authority: CN
Inventors: 萧裕明
Original assignee: Shanghai Hebi Electronic Co Ltd
Current assignee: Shanghai Hebi Electronic Co Ltd
Priority date: 2012-12-18
Filing date: 2012-12-18
Publication date: 2013-06-26
Anticipated expiration: 2022-12-18

Abstract

The utility model provides a flow diversion system for liquid. The flow diversion system for the liquid comprises a filter device, a flow diversion device and a water pumping device. The filter device is provided with a containing chamber, an inlet, a first outlet, a second outlet and a filter element, wherein the inlet, the first outlet and the second outlet are communicated with the containing chamber. The filter element is arranged in the containing chamber and is directly opposite to the first outlet. The flow diversion device is connected with the filter device and is provided with a first flow passage and a second flow passage. The second flow passage is communicated with the first flow passage and the second outlet. The water pumping device is connected with the first outlet of the filter device and the first flow passage of the flow diversion device.

Description

The separate system of liquid

Technical field

The utility model is relevant with the discharging of liquid, refers to especially a kind of separate system with the separating liquid discharging.

Background technique

Please refer to Fig. 1, Fig. 1 is the schematic diagram of the drainage system of traditional suction pump.This drainage system 7 comprises a suction pump 71 and connects a filtrating equipment 72 of this suction pump 71.This suction pump 71 can be centrifugal suction engine or rotary suction engine etc.This filtrating equipment 72 is in order to the impurity in filtered water, such as: hair, dust, chad, branch, leaf and paper scrap etc.When this suction pump began to draw water, water can first just flow to this suction pump 71 through after this filtrating equipment 72, and so, impurity just can not be accumulated in this suction pump 71, and this suction pump 71 is damaged.Although this filtrating equipment 72 can avoid this suction pump 71 get clogged and damage, and needs this filtrating equipment 72 of regular replacing, if this filtrating equipment 72 gets clogged, and when not changing, this suction pump 71 still might damage because routinely dally.

Summary of the invention

The separate system of a kind of liquid that the utility model provides, it comprises a filtrating equipment, a part flow arrangement and a water plug.This filtrating equipment has a room, an entrance, one first outlet, one second outlet and a filter element.This entrance, this first outlet and this second outlet are communicated with this room.This filter element is located in this room, and over against this first outlet.This part flow arrangement connects this filtrating equipment, and has a first flow and one second runner.This first flow has an entrance and an outlet, and the bore of this first flow the bore of this second runner is large.Two terminals of this second runner connect respectively i.e. the second outlet of this filtrating equipment of this first flow, and the wherein one of two terminals of this second runner is between the entrance and outlet of this first flow.This water plug connects the first outlet of this filtrating equipment and the entrance of the first flow of this part flow arrangement.

So, after this water plug running, this filtrating equipment can be jammed in the contaminant filter in part water in this water plug to avoid impurity, and rests on the impurity in this room, also can flow out via part flow arrangement, reduces the burden of filtrating equipment.

Description of drawings

Fig. 1 is the schematic diagram of the drainage system of traditional suction pump.

Fig. 2 is the decomposing schematic representation of filtrating equipment of the separate system of the utility model one preferred embodiment.

Fig. 3 is the filtrating equipment combination schematic diagram of Fig. 2.

Fig. 4 is the cross-sectional schematic of the filtrating equipment of Fig. 3.

Fig. 5 is the schematic diagram of part flow arrangement of the separate system of the utility model preferred embodiment.

Fig. 6 is the cross-sectional schematic of the part flow arrangement of Fig. 5.

Fig. 7 is the combination schematic diagram of the separate system of preferred embodiment of the present utility model.

Fig. 8 is the schematic diagram of the separate system of another preferred embodiment of the present utility model.

Embodiment

In order to describe technical characterstic of the present utility model place in detail, hereby lift with next preferred embodiment and coordinate graphic explanation as after, wherein:

To shown in Figure 4, Fig. 2 is the decomposing schematic representation of filtrating equipment of the separate system of the utility model one preferred embodiment as Fig. 2, and Fig. 3 is the filtrating equipment combination schematic diagram of Fig. 2, and Fig. 4 is the cross-sectional schematic of the filtrating equipment of Fig. 3.This filtrating equipment 10 has one first shell 11, one second shell 12, a water inlet pipe 13, one first outlet pipe 14, one second outlet pipe 15 and a filter element 16.

This first shell 11 and this second shell 12 are bonded with each other, and the inwall of this first shell 11 and this second shell 12 forms a room 17.This water inlet pipe 13 is formed at the outer wall of this first shell 11, and its pipeline 131 these rooms 17 of connection, and an end of this water inlet pipe 13 has an entrance 132.This first and

second outlet pipe

14,15 is formed at respectively the outer wall of this second shell 12, and this first and

second outlet pipe

14,15 pipeline 141,151 are communicated with these rooms 17, one end of this first outlet pipe 14 has one first outlet 142, and an end of this second outlet pipe 15 has one second outlet 152.This filter element 16 is located between this first shell 11 and this second shell 12, and namely in this room 17, and over against this first outlet pipe 14, wherein, this filter element 16 is first outlets 142 over against this first outlet pipe 14 in this embodiment.After water enters this filtrating equipment 10 from this water inlet pipe 13, the water of part can pass through the filtration of this filter element 16, and flows out this first outlet pipe 14, and the water of another part directly flows out this second outlet pipe 15, in other words, 10 of this filtrating equipments can filter out the impurity of part in water.

This first shell 11 has two clasps 111,112, and this two clasp 111,112 lays respectively at the two opposite sides of this first shell 11.This second shell 12 has two clasps 121,122, and this two clasp 121,122 lays respectively at the two opposite sides of this second shell 12.Wherein, this two clasp 111, the 112nd passes this two clasp 121,122 one to one, and is buckled on this two clasp 121,122, so that this first shell 11 is bonded with each other with this second shell 12.If change this filter element 16, as long as also allow this two clasp 111,112 break away from these two clasps 121,122, just can separate this first and

second shell

11,12 and take out this filter element 16, to reach the purpose of this filter element 16 of simple and easy replacing.

This first shell 11 also has an elastic ring 113, this elastic ring 113 can select plastics, rubber or silica gel elastomeric material to make, and this elastic ring 113 is embedded at the inwall of this first shell 11, and against the inwall of this second shell 12, so, just can avoid the water in this first and two

shell

11,12 to leak outside.

This first shell 11 has two intervals and rib side by side 114,115, and this two rib 114,115 is formed at the inwall of this first shell 11.This filter element 16 has two opposing sides 161,162, the one side 161 of this filter element 16 is resisted against two ribs 114,115 of this first shell, its another side 162 is resisted against the inwall of this second shell 12, like this, this two rib 114,115 around also can flow through for the water in this room 17, increase filter area.Especially, the quantity of rib can be also only to have more than one or two, so, be not depicted as limit to scheme.

As Fig. 5 and shown in Figure 6, Fig. 5 is the schematic diagram of part flow arrangement of the separate system of preferred embodiment of the present utility model, and Fig. 6 is the cross-sectional schematic of the part flow arrangement of Fig. 5.This part flow arrangement 20 has supervisor's 21 and one ram's horns 22.This supervisor 21 has a first flow 211, and this first flow 211 has an entrance 212 and is communicated with an outlet 213 of this entrance 212.This ram's horns 22 connects this supervisor 21, and is positioned on this supervisor's 21 tube wall, and this ram's horns 22 has one second runner 221, these second runner, 221 these first flows 211 of connection, and at the entrance 212 of this first flow 211 and export between 213.Preferably, the bore D2 of this second runner 221 is large for the bore D1 of this first flow 211.The application of this part flow arrangement 20 and purpose repeat after please holding.

As shown in Figure 7, Fig. 7 is the combination schematic diagram of the separate system of the utility model preferred embodiment.This separate system 1 comprises above-mentioned filtrating equipment 10, part flow arrangement 20 and a water plug 30.The first outlet pipe 14 of this filtrating equipment 10 connects an end of this water plug 30, and the other end of this water plug 30 connects the supervisor 21 of this part flow arrangement 20.The second outlet pipe 15 of this filtrating equipment 10 connects the ram's horns 22 of this part flow arrangement 20.Wherein, the kind of this water plug 30 please refer to the described suction pump of prior art, repeats no more in this.Comprehensively above-mentioned, when this water plug 30 comes into operation, the supervisor 21 of this part flow arrangement 20 can produce water flow velocity, and the water in traction ram's horns 22, can be directly flow out from the second outlet pipe 15 and this ram's horns 22 of this filtrating equipment 10 so that be positioned at the impurity of this filtrating equipment 10, and discharge from this supervisor's 21 outlet 213, so separate system of the present utility model can not cause water plug 30 block and damage.Separate system of the present utility model can be applied to needing to discharge the system that contains impurity liquid in medical treatment, industry or daily life, and can reduce compared to prior art the frequency of changing filter element.

In this embodiment, connect with soft water pipe 40 between this filtrating equipment 10, this part flow arrangement 20 and this water plug 30, but in practice, this ram's horns 22 also can directly connect this filtrating equipment 10, therefore, the connection between this filtrating equipment 10, this part flow arrangement 20 and this water plug 30 is not with limit that Fig. 7 is depicted as.

As shown in Figure 8, Fig. 8 is the schematic diagram of the separate system of another preferred embodiment of the present utility model.This separate system 4 comprises a described filtrating equipment 41 of embodiment, part flow arrangement 42 and water plug 43, and its running is all identical with a upper preferred embodiment with purpose, repeats no more in this.Especially, this separate system 4 also comprises a plate 44.Filtrating equipment 41 and this part flow arrangement 42 directly are formed on this plate 44, and this plate 44 is slabstone, steel plate or cement board etc. normally.This water plug 43 is located on this plate 44.Therefore, this filtrating equipment 41 and this part flow arrangement 42 can utilize alternate manner to complete, and are not limited so that aforementioned preferred embodiment is described.

Claims

1. the separate system of a liquid, is characterized in that, comprising:

One filtrating equipment has a room, an entrance, one first outlet, one second outlet and a filter element, and this entrance, this first outlet and the second outlet are communicated with this room, and this filter element is located in this room, and over against this first outlet;

One part flow arrangement, connect this filtrating equipment, and have a first flow and one second runner, this first flow has an entrance and an outlet, and the bore of this first flow bore of this second runner is large, two terminals of this second runner connect respectively the second outlet of this first flow and this filtrating equipment, and the wherein one of two terminals of this second runner is between the entrance and outlet of this first flow; And

One water plug connects the first outlet of this filtrating equipment and the entrance of the first flow of this part flow arrangement.

2. the separate system of liquid as claimed in claim 1, it is characterized in that, this filtrating equipment has one first shell, one second shell, one water inlet pipe, one first outlet pipe and one second outlet pipe, this shell and this second shell are bonded with each other, and the inwall of this first shell and this second shell forms this room, this water inlet pipe is formed at the outer wall of this first shell, and this room of its pipeline communication, wherein, this entrance is positioned at an end of this water inlet pipe, this first and two outlet pipe is formed at respectively the outer wall of this second shell, and this room of its pipeline communication, wherein this first outlet is positioned at an end of this first outlet pipe, this the second outlet is positioned at an end of this second outlet pipe.

3. the separate system of liquid as claimed in claim 2, it is characterized in that, this first shell has two clasps, this two clasp lays respectively at the two opposite sides of this first shell, this second shell has two clasps, and this two clasp lays respectively at the two opposite sides of this second shell, wherein, this two clasp is to pass one to one this two clasp, and is buckled on this two clasp.

4. the separate system of liquid as claimed in claim 3, is characterized in that, this first shell also has an elastic ring, and this elastic ring is embedded at the inwall of this first shell, and against the inwall of this second shell.

5. the separate system of liquid as claimed in claim 2, is characterized in that, this first shell has at least one rib, and this rib is formed at the inwall of this first shell; This filter element has two opposing sides, and the one side of this filter element is resisted against the rib of this first shell, and its another side is resisted against the inwall of this second shell.

6. the separate system of liquid as claimed in claim 1, it is characterized in that, this part flow arrangement comprises supervisor and a ram's horns, this ram's horns connects this supervisor, and is positioned on this supervisor's tube wall, wherein, this first flow is positioned at this supervisor, and the entrance of this first flow and outlet lay respectively at this supervisor's two terminals, and this second runner is positioned at this ram's horns, and its two terminal lays respectively at two terminals of this ram's horns.

7. the separate system of liquid as claimed in claim 1, is characterized in that, also comprises a plate, and wherein, this filtrating equipment and this part flow arrangement are formed on this plate, and this water plug is located on this plate.