CN205080124U - That does not waste water integrates multi -parameter quality of water online analysis device - Google Patents
That does not waste water integrates multi -parameter quality of water online analysis device Download PDFInfo
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- CN205080124U CN205080124U CN201520856050.XU CN201520856050U CN205080124U CN 205080124 U CN205080124 U CN 205080124U CN 201520856050 U CN201520856050 U CN 201520856050U CN 205080124 U CN205080124 U CN 205080124U
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Abstract
The utility model belongs to water supply network check out test set field, concretely relates to that does not waste water integrates multi -parameter quality of water online analysis device, including the rack, the rack is provided with control storehouse, detection storehouse and drainage storehouse, and the control storehouse is provided with the control unit and display, and the display input is connected with the the control unit output, sets up the water sample detection module of installing the water quality testing sensor in the detection storehouse, and the drainage storehouse is provided with water inlet and delivery port, and the water inlet is intake with the water sample detection module and is held sealing connection, the drainage storehouse in be provided with the dust -collecting bucket, still be provided with high pressure water pump in the drainage storehouse, high pressure water pump is intake the end and is gone out water end (W. E. ) sealing connection with the dust -collecting bucket, high pressure water pump goes out water end (W. E. ) and delivery port sealing connection, high pressure water pump is connected with the control unit is electric. The utility model discloses can arrange back the water supply network with drainage quality of water, avoid the waste of water resource, prevent the condition of the frozen jam that outer drainage matter leads to, avoid the existence of potential safety hazard.
Description
Technical field
The utility model belongs to water supply network checkout equipment field, is specifically related to a kind of integrated multi-parameter water quality on-line analysis device of not wasting water.
Background technology
The multi-parameter water-quality equipment that public supply mains water quality monitoring adopts drainage type to measure, although the water quality detected after drainage still meets standard for drinking, but still directly discharge, water resource is caused to waste in a large number, be furnished with a large amount of multi-parameter water-quality equipment in the water supply network in a city, these multiparameter equipment are equivalent to the waterworks output of a day once the water consumption being only detection water; And adopt the multi-parameter water-quality equipment of usual manner, detect water and directly cannot be back to pipeline, because supply channel pressure is large, huge hydraulic pressure will cause system to seep water, and sensor is the lost of life in high pressure; In existing equipment, drainage water quality is directly discharged, and in the winter that temperature is lower, water causes discharging by freezing, and produces potential safety hazard.
Utility model content
Water quality directly can not be flow back to water supply network to solve existing multi-parameter water-quality equipment by the utility model, a large amount of water resources is caused directly directly to be discharged, cause the wasting of resources, direct discharge is also easy causes icing jam detection pipeline in winter, cause the problem of potential safety hazard, provide a kind of integrated multi-parameter water quality on-line analysis device of not wasting water, drainage water quality can be flow back to water supply network, avoid the waste of water resource, prevent the situation of the icing blocking that outer draining matter causes, avoid the existence of potential safety hazard.
The concrete technical scheme that the utility model adopts is:
A kind of integrated multi-parameter water quality on-line analysis device of not wasting water, comprise rack, rack is provided with and controls storehouse, detect storehouse and draining storehouse, control storehouse and be provided with control module and display, display input end is connected with control module output terminal, detect the water sample detection module arranging in storehouse and be provided with water quality detection sensor, draining storehouse is provided with water inlet and water delivering orifice, water inlet and water sample detection module water inlet end are tightly connected, water sample detection module output terminal is connected with control module input end, dust-collecting bucket is provided with in described draining storehouse, dust-collecting bucket water inlet end and water sample detection module water side are tightly connected, draining is also provided with high-pressure hydraulic pump in storehouse, high-pressure hydraulic pump water inlet end and dust-collecting bucket water side are tightly connected, high-pressure hydraulic pump water side and water delivering orifice are tightly connected, high-pressure hydraulic pump is electrically connected with control module.
Also retaining valve is in series with between described high-pressure hydraulic pump water side and water delivering orifice.
Be provided with fluid level controller in described dust-collecting bucket, the output terminal of fluid level controller is connected with the input end of control module.
Described draining storehouse is also provided with dosing mouth, and detect in storehouse and be also provided with water sample preprocessing apparatus, water sample preprocessing apparatus is connected on water inlet and water sample detection intermodule, and dosing mouth and water sample preprocessing apparatus are tightly connected.
Described draining storehouse is also provided with freeing port, and freeing port and dust-collecting bucket are tightly connected.
Described water inlet is provided with ball valve.
Also be provided with the protection sensor that leaks in described draining storehouse, the protection output terminal of sensor that leaks is connected with the input end of control module.
The beneficial effects of the utility model are:
The utility model, dust-collecting bucket is adopted to be collected by the water sample detected through water sample detection module, and fluid level controller is provided with in dust-collecting bucket, when in dust-collecting bucket, the water yield reaches a certain amount of, by high-pressure hydraulic pump, the water sample saved bit by bit in dust-collecting bucket is flow back to supply channel, ensure that and detect the not outer row of water sample, avoid water resource waste, fluid level controller is used to avoid high-pressure hydraulic pump contact work, save electric power resource, the utility model saving resource, avoid water power waste, adopt high-pressure hydraulic pump returning drainage sample, avoid that supply channel water under high pressure occurs to pour in down a chimney, cause the situation that the sensor of detecting unit is damaged in water under high pressure.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model;
Fig. 2 is the structured flowchart of the utility model water sample detection part;
In accompanying drawing, 1, control storehouse, 2, detect storehouse, 3, draining storehouse, 4, display, 5, water sample detection module, 6, water sample preprocessing apparatus, 7, dust-collecting bucket, 8, high-pressure hydraulic pump, 9, water inlet, 10, water delivering orifice, 11, dosing mouth, 12, freeing port, 13, supply channel.
Embodiment
Water quality directly can not be flow back to water supply network to solve existing multi-parameter water-quality equipment by the utility model, a large amount of water resources is caused directly directly to be discharged, cause the wasting of resources, direct discharge is also easy causes icing jam detection pipeline in winter, cause the problem of potential safety hazard, provide a kind of integrated multi-parameter water quality on-line analysis device of not wasting water, dust-collecting bucket is adopted to be collected by the water sample detected through water sample detection module, and fluid level controller is provided with in dust-collecting bucket, when in dust-collecting bucket, the water yield reaches a certain amount of, by high-pressure hydraulic pump, the water sample saved bit by bit in dust-collecting bucket is flow back to supply channel, ensure that and detect the not outer row of water sample, avoid water resource waste, fluid level controller is used to avoid high-pressure hydraulic pump contact work, save electric power resource, the utility model saving resource, avoid water power waste, adopt high-pressure hydraulic pump returning drainage sample, avoid that supply channel water under high pressure occurs to pour in down a chimney, cause the situation that the sensor of detecting unit is damaged in water under high pressure.
Below in conjunction with drawings and the specific embodiments, the utility model is described in further detail:
The utility model is a kind of integrated multi-parameter water quality on-line analysis device of not wasting water, comprise rack, rack is provided with and controls storehouse 1, detect storehouse 2 and draining storehouse 3, control storehouse 1 and be provided with control module and display 4, display 4 input end is connected with control module output terminal, detect the water sample detection module 5 arranging in storehouse 2 and be provided with water quality detection sensor, draining storehouse 3 is provided with water inlet 9 and water delivering orifice 10, water inlet 9 and water sample detection module 5 water inlet end are tightly connected, water sample detection module 5 output terminal is connected with control module input end, in described draining storehouse, 3 are provided with dust-collecting bucket 7, dust-collecting bucket 7 water inlet end and water sample detection module 5 water side are tightly connected, high-pressure hydraulic pump 8 is also provided with in draining storehouse 3, high-pressure hydraulic pump 8 water inlet end and dust-collecting bucket 7 water side are tightly connected, high-pressure hydraulic pump 8 water side and water delivering orifice 10 are tightly connected, high-pressure hydraulic pump 8 is electrically connected with control module.Described water inlet 9 place is provided with ball valve.
In order to prevent the water under high pressure when high-pressure hydraulic pump 8 is closed in pipeline from pouring in down a chimney, between described high-pressure hydraulic pump 8 water side and water delivering orifice 10, be also in series with retaining valve.
In order to reasonable start and stop high-pressure hydraulic pump 8, be provided with fluid level controller in described dust-collecting bucket 7, the output terminal of fluid level controller is connected with the input end of control module.High-pressure hydraulic pump 8 is avoided frequently to open, the electricity waste caused.
Accurate in order to water sample detection, described draining storehouse 3 is also provided with dosing mouth 11, detect in storehouse 2 and be also provided with water sample preprocessing apparatus 6, water sample preprocessing apparatus 6 is connected between water inlet 9 and water sample detection module 5, and dosing mouth 11 and water sample preprocessing apparatus 6 are tightly connected.
For the ease of plant maintenance, described draining storehouse 3 is also provided with freeing port 12, and freeing port 12 and dust-collecting bucket 7 are tightly connected.When maintenance shut-downs, the remaining water sample of dust-collecting bucket 7 is discharged by freeing port 12, is convenient to safeguard.
In order to proterctive equipment can not be damaged under water leakage situation, be also provided with the protection sensor that leaks in described draining storehouse 3, the protection output terminal of sensor that leaks is connected with the input end of control module.
Specific embodiment as shown in Figures 1 and 2, water sample in supply channel 13 is introduced equipment by water inlet 9 by the utility model, by water delivering orifice 10, water sample is flow back to supply channel 13 after tested, the utility model has set up dust-collecting bucket 7 in draining storehouse 2, detection water sample through water sample detection module 5 stores by dust-collecting bucket 7, when water sample is saved bit by bit a certain amount of, liquid level information is delivered to control module by the fluid level controller be arranged in dust-collecting bucket 7, control module starts high-pressure hydraulic pump 8 and draws water, the water sample saved bit by bit in dust-collecting bucket 7 is extracted back supply channel 13, ensure that water sample is not wasted, not outer row, when the high-pressure hydraulic pump 8 arranged avoids and adopts conventional detection devices, water sample cannot flow back to supply channel 13, water sample accumulates in checkout equipment, pressure is caused to raise the situation damaging sensor, the water sample preprocessing apparatus 6 and the dosing mouth 11 that arrange are tightly connected, the removal of impurities medicaments such as flocculating agent are added by dosing mouth 11 to water sample preprocessing apparatus 6 when equipment operation, ensure the accuracy of water quality monitoring, avoid the interference being subject to water foreign, because the utility model achieves, detection water sample is flow back to pipeline 13, avoid the problem occurring when cold environment China and foreign countries draining sample to freeze, the outer row pipeline of the equipment that avoids freezes, reduce plant maintenance difficulty.Be arranged on the protection sensor that leaks in draining storehouse; the protection output terminal of sensor that leaks is connected with the input end of control module; when there is drainage in water route pipeline; control module triggers protection of leaking; arrestment operates; and report to the police to maintainer, guarantee equipment is not with hidden danger to operate, and realizes high-intelligentization management.
Claims (7)
1. an integrated multi-parameter water quality on-line analysis device of not wasting water, comprise rack, rack is provided with and controls storehouse (1), detect storehouse (2) and draining storehouse (3), control storehouse (1) and be provided with control module and display (4), display (4) input end is connected with control module output terminal, detect the water sample detection module (5) arranging in storehouse (2) and be provided with water quality detection sensor, draining storehouse (3) is provided with water inlet (9) and water delivering orifice (10), water inlet (9) and water sample detection module (5) water inlet end are tightly connected, water sample detection module (5) output terminal is connected with control module input end, it is characterized in that: in described draining storehouse (3), be provided with dust-collecting bucket (7), dust-collecting bucket (7) water inlet end and water sample detection module (5) water side are tightly connected, high-pressure hydraulic pump (8) is also provided with in draining storehouse (3), high-pressure hydraulic pump (8) water inlet end and dust-collecting bucket (7) water side are tightly connected, high-pressure hydraulic pump (8) water side and water delivering orifice (10) are tightly connected, high-pressure hydraulic pump (8) is electrically connected with control module.
2. a kind of integrated multi-parameter water quality on-line analysis device of not wasting water according to claim 1, is characterized in that: be also in series with retaining valve between described high-pressure hydraulic pump (8) water side and water delivering orifice (10).
3. a kind of integrated multi-parameter water quality on-line analysis device of not wasting water according to claim 1, it is characterized in that: be provided with fluid level controller in described dust-collecting bucket (7), the output terminal of fluid level controller is connected with the input end of control module.
4. a kind of integrated multi-parameter water quality on-line analysis device of not wasting water according to claim 1, it is characterized in that: described draining storehouse (3) is also provided with dosing mouth (11), detect in storehouse (2) and be also provided with water sample preprocessing apparatus (6), water sample preprocessing apparatus (6) is connected between water inlet (9) and water sample detection module (5), and dosing mouth (11) and water sample preprocessing apparatus (6) are tightly connected.
5. a kind of integrated multi-parameter water quality on-line analysis device of not wasting water according to claim 1, it is characterized in that: described draining storehouse (3) is also provided with freeing port (12), freeing port (12) and dust-collecting bucket (7) are tightly connected.
6. a kind of integrated multi-parameter water quality on-line analysis device of not wasting water according to claim 1, is characterized in that: described water inlet (9) place is provided with ball valve.
7. a kind of integrated multi-parameter water quality on-line analysis device of not wasting water according to claim 1; it is characterized in that: be also provided with the protection sensor that leaks in described draining storehouse (3), the protection output terminal of sensor that leaks is connected with the input end of control module.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520856050.XU CN205080124U (en) | 2015-10-29 | 2015-10-29 | That does not waste water integrates multi -parameter quality of water online analysis device |
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| CN201520856050.XU CN205080124U (en) | 2015-10-29 | 2015-10-29 | That does not waste water integrates multi -parameter quality of water online analysis device |
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| CN205080124U true CN205080124U (en) | 2016-03-09 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107202871A (en) * | 2017-06-12 | 2017-09-26 | 智慧盈通（北京）工业技术有限公司 | Detect feeding mechanism and the environmental protection tests management and control devices with it |
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2015
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107202871A (en) * | 2017-06-12 | 2017-09-26 | 智慧盈通（北京）工业技术有限公司 | Detect feeding mechanism and the environmental protection tests management and control devices with it |
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