CN201962140U

CN201962140U - Numerical control home application ultrafiltration drinking water dispenser

Info

Publication number: CN201962140U
Application number: CN2010206993068U
Authority: CN
Inventors: 倪日北; 孙志莲; 倪文颖; 倪庆宣
Original assignee: SHANXI HUANENG FOOD PACKAGING MACHINERY CO Ltd
Current assignee: SHANXI HUANENG FOOD PACKAGING MACHINERY CO Ltd
Priority date: 2010-12-31
Filing date: 2010-12-31
Publication date: 2011-09-07
Anticipated expiration: 2020-12-31

Abstract

The utility model discloses a numerical control home application ultrafiltration drinking water dispenser, which resolves the problems of inconvenience and incompleteness in eliminating filtered impurities with the existing equipment. The numerical control home application ultrafiltration drinking water dispenser comprises a quartz sand filter (8), an active carbon filter (11), a power-phos filter (14), a precision filter (16), an ultrafiltration filter (23) and a water tank (53). A raw water inlet (1) sequentially penetrates through a raw water pump (3) and a water inlet one-way valve (4), and enters the quartz sand filter (8), and then sequentially penetrates through the active carbon filter (11), the power-phos filter (14), the precision filter (16), the ultrafiltration filter (23) and enters the water tank (53). Both the quartz sand filter (8) and the active carbon filter (11) are provided with raw water backwash pipelines. The ultrafiltration filter (23) is provided with wash lines which use the water after initial filtration for backwash. The numerical control home application ultrafiltration drinking water dispenser provides direct drinking water, warm water and boiled water under the intelligent control of a programmable logic controller (PLC) and realizes intelligence and high efficiency of water purifier cleaning.

Description

Numerical control family expenses ultrafiltration direct drinking fountain

Technical field

The present invention relates to a kind of water purifying equipment, particularly a kind of water purifying plant of tap water.

Background technology

The domestic drinking water treating plant is more universal, but there is the inconvenient and halfway problem of removing to the contaminant removal that filters out in existing installation, particularly the impurity that bed filtration is gone out can not be accomplished to remove automatically respectively, boiling water and warm water that water dispenser is provided do not reach standard for drinking, also exist when cleaning water dispenser simultaneously and waste water and the cleaning performance defect of bad.

Summary of the invention

Numerical control family expenses ultrafiltration direct drinking fountain provided by the invention has solved the existing installation existence contaminant removal that filters out boiling water and warm water inconvenient and that removing does not thoroughly make water dispenser provide has not been reached standard for drinking and the bad problem of cleaning performance.

The present invention solves above technical problem by the following technical programs:

A kind of numerical control family expenses ultrafiltration direct drinking fountain; comprise the quartz sand filtration device; activated charcoal filter; the Si-P crystal strainer; accurate filter; ultra filtration filter and water tank; raw water inlet is successively through having the raw water pump of low hydraulic pressure protector; the water inlet check valve is communicated with the inlet of a threeway; an outlet of a threeway is communicated with an end of quartz sand filtration device suction culvert; the other end of quartz sand filtration device suction culvert is communicated with the inlet of No. two threeways; quartz sand filtration device suction culvert is provided with quartz sand filtration device entering water electromagnetic valve; an outlet of No. two threeways is communicated with the water inlet of quartz sand filtration device; another outlet of No. two threeways is communicated with the blowdown main road by quartz sand recoil blowdown magnetic valve; another outlet of a threeway is communicated with the inlet of No. nine threeways by recoil water main valve; an outlet of No. nine threeways is communicated with the inlet of No. three threeways by the quartz sand backwashing intake valve; an outlet of No. three threeways is communicated with the water outlet of quartz sand filtration device; another outlet of No. three threeways is communicated with an end of activated charcoal filter suction culvert; the other end of activated charcoal filter suction culvert is communicated with the inlet of No. four threeways; an outlet of No. four threeways is communicated with the water inlet of activated charcoal filter; another outlet of No. four threeways is communicated with the blowdown main road by gac recoil blowdown magnetic valve; another outlet of No. nine threeways is communicated with the inlet of No. five threeways by the gac backflushing water intake pipe; the gac backflushing water intake pipe is provided with the gac backwashing intake valve; an outlet of No. five threeways is communicated with the water outlet of activated charcoal filter; another outlet of No. five threeways is communicated with the suction culvert of Si-P crystal strainer; between the water inlet of the water outlet of Si-P crystal strainer and accurate filter, be connected with accurate filter entry pipeline; the water outlet of accurate filter is communicated with the inlet of No. six threeways by the accurate filter outlet pipeline; the accurate filter outlet pipeline is provided with tensimeter; an outlet of No. six threeways is communicated with by the inlet of ultrafiltration suction culvert with No. seven threeways; the ultrafiltration suction culvert is provided with the ultrafiltration entering water electromagnetic valve; an outlet of No. seven threeways is communicated with the water inlet of ultra filtration filter; another outlet of No. seven threeways is communicated with the blowdown main road by ultrafiltration recoil blowdown magnetic valve; another outlet of No. six threeways is communicated with by the inlet of ultrafiltration backflushing pipe with No. eight threeways; the ultrafiltration backflushing pipe is provided with ultrafiltration recoil magnetic valve; an outlet of No. eight threeways is communicated with the water outlet of ultra filtration filter; another outlet of No. eight threeways is communicated with an end of ultrafiltration outlet pipeline; the other end of ultrafiltration outlet pipeline is connected with the water purification water outlet; between water tank and ultrafiltration outlet pipeline, be provided with and add the hot water suction culvert; adding the hot water suction culvert is provided with and adds the hot water entering water electromagnetic valve; between water tank and ultrafiltration outlet pipeline, be provided with the warm water intake pipe road; the warm water intake pipe road is provided with the warm water entering water electromagnetic valve; the warm water intake pipe road is communicated with the inlet of coil pipe in being arranged on water tank; the outlet of coil pipe is communicated with the warm water tap; on the ultrafiltration outlet pipeline, be respectively arranged with the under meter and second tensimeter, on water tank, be respectively arranged with water monitor; turn on the tap and sewage draining exit.

Described Si-P crystal strainer is provided with the Si-P crystal wash water valve, and the Si-P crystal wash water valve is communicated with the blowdown main road by the Si-P crystal blow-off line.

Described low hydraulic pressure protector, raw water pump, quartz sand filtration device entering water electromagnetic valve, quartz sand recoil blowdown magnetic valve, recoil water main valve, quartz sand backwashing intake valve, gac recoil blowdown magnetic valve, gac backwashing intake valve, ultrafiltration entering water electromagnetic valve, ultrafiltration recoil blowdown magnetic valve, ultrafiltration recoil magnetic valve, add hot water entering water electromagnetic valve, warm water entering water electromagnetic valve, water monitor and under meter and be electrically connected with PLC respectively.

The present invention has realized the intelligent and high-efficiency that water purifier cleans, and the purging method of layer-stepping has not only been saved but also improved cleaning performance, drinks the requirement that warm water, boiling water and direct-drinking water all reach related standards.

Description of drawings

Fig. 1 is a structural representation of the present invention

Embodiment

A kind of intelligent back-flushing household water-purifying machine; comprise quartz sand filtration device 8; activated charcoal filter 11; Si-P crystal strainer 14; accurate filter 16; ultra filtration filter 23 and water tank 53; raw water inlet 1 is successively through having the raw water pump 3 of low hydraulic pressure protector 2; water inlet check valve 4 is communicated with the inlet of a threeway 37; an outlet of a threeway 37 is communicated with an end of quartz sand filtration device suction culvert 6; the other end of quartz sand filtration device suction culvert 6 is communicated with the inlet of No. two threeways 7; quartz sand filtration device suction culvert 6 is provided with quartz sand filtration device entering water electromagnetic valve 5; an outlet of No. two threeways 7 is communicated with the water inlet of quartz sand filtration device 8; another outlet of No. two threeways 7 is communicated with blowdown main road 50 by quartz sand recoil blowdown magnetic valve 45; another outlet of a threeway 37 is communicated with the inlet of No. nine threeways 40 by recoil water main valve 38; an outlet of No. nine threeways 40 is communicated with the inlet of No. three threeways 9 by quartz sand backwashing intake valve 42; an outlet of No. three threeways 9 is communicated with the water outlet of quartz sand filtration device 8; another outlet of No. three threeways 9 is communicated with an end of activated charcoal filter suction culvert 10; the other end of activated charcoal filter suction culvert 10 is communicated with the inlet of No. four threeways 47; an outlet of No. four threeways 47 is communicated with the water inlet of activated charcoal filter 11; another outlet of No. four threeways 47 is communicated with blowdown main road 50 by gac recoil blowdown magnetic valve 46; another outlet of No. nine threeways 40 is communicated with the inlet of No. five threeways 12 by gac backflushing water intake pipe 44; gac backflushing water intake pipe 44 is provided with gac backwashing intake valve 43; an outlet of No. five threeways 12 is communicated with the water outlet of activated charcoal filter 11; another outlet of No. five threeways 12 is communicated with the suction culvert 13 of Si-P crystal strainer 14; between the water inlet of the water outlet of Si-P crystal strainer 14 and accurate filter 16, be connected with accurate filter entry pipeline 15; the water outlet of accurate filter 16 is communicated with the inlet of No. six threeways 19 by accurate filter outlet pipeline 17; accurate filter outlet pipeline 17 is provided with tensimeter 18; an outlet of No. six threeways 19 is communicated with by the inlet of ultrafiltration suction culvert 21 with No. seven threeways 22; ultrafiltration suction culvert 21 is provided with ultrafiltration entering water electromagnetic valve 20; an outlet of No. seven threeways 22 is communicated with the water inlet of ultra filtration filter 23; another outlet of No. seven threeways 22 is communicated with blowdown main road 50 by ultrafiltration recoil blowdown magnetic valve 51; another outlet of No. six threeways 19 is communicated with by the inlet of ultrafiltration backflushing pipe 23 with No. eight threeways 24; ultrafiltration backflushing pipe 23 is provided with ultrafiltration recoil magnetic valve 52; an outlet of No. eight threeways 24 is communicated with the water outlet of ultra filtration filter 23; another outlet of No. eight threeways 24 is communicated with an end of ultrafiltration outlet pipeline 27; the other end of ultrafiltration outlet pipeline 27 is connected with water purification water outlet 52; between water tank 53 and ultrafiltration outlet pipeline 27, be provided with and add hot water suction culvert 29; adding hot water suction culvert 29 is provided with and adds hot water entering water electromagnetic valve 28; between water tank 53 and ultrafiltration outlet pipeline 27, be provided with warm water intake pipe road 31; warm water intake pipe road 31 is provided with warm water entering water electromagnetic valve 30; warm water intake pipe road 31 is communicated with the inlet of coil pipe 32 in being arranged on water tank; the outlet of coil pipe 32 is communicated with warm water tap 35; on ultrafiltration outlet pipeline 27, be respectively arranged with the under meter 25 and second tensimeter 26, on water tank 53, be respectively arranged with water monitor; turn on the tap 35 and sewage draining exit 36.

Described Si-P crystal strainer 14 is provided with Si-P crystal wash water valve 48, and Si-P crystal wash water valve 48 is communicated with blowdown main road 50 by Si-P crystal blow-off line 49.

Described low hydraulic pressure protector 2, raw water pump 3, quartz sand filtration device entering water electromagnetic valve 5, quartz sand recoil blowdown magnetic valve 45, recoil water main valve 38, quartz sand backwashing intake valve 38, gac recoil blowdown magnetic valve 46, gac backwashing intake valve 43, ultrafiltration entering water electromagnetic valve 20, ultrafiltration recoil blowdown magnetic valve 51, ultrafiltration recoil magnetic valve 52, add hot water entering water electromagnetic valve 28, warm water entering water electromagnetic valve 30, water monitor and under meter 25 and be electrically connected with PLC respectively.

Be provided with former water backflushing pipe on quartz sand filtration device 8 and activated charcoal filter 11, ultra filtration filter 23 is provided with the detergent line that recoils with through first filtering water.The present invention works under the intelligent control of PLC.The present invention has realized the intelligent and high-efficiency that water purifier cleans only.

Claims

1. numerical control family expenses ultrafiltration direct drinking fountain; comprise quartz sand filtration device (8); activated charcoal filter (11); Si-P crystal strainer (14); accurate filter (16); ultra filtration filter (23) and water tank (53); it is characterized in that; raw water inlet (1) is successively through having the raw water pump (3) of low hydraulic pressure protector (2); water inlet check valve (4) is communicated with the inlet of a threeway (37); an outlet of a threeway (37) is communicated with an end of quartz sand filtration device suction culvert (6); the other end of quartz sand filtration device suction culvert (6) is communicated with the inlet of No. two threeways (7); quartz sand filtration device suction culvert (6) is provided with quartz sand filtration device entering water electromagnetic valve (5); an outlet of No. two threeways (7) is communicated with the water inlet of quartz sand filtration device (8); another outlet of No. two threeways (7) is communicated with blowdown main road (50) by quartz sand recoil blowdown magnetic valve (45); another outlet of a threeway (37) is communicated with the inlet of No. nine threeways (40) by recoil water main valve (38); an outlet of No. nine threeways (40) is communicated with the inlet of No. three threeways (9) by quartz sand backwashing intake valve (42); an outlet of No. three threeways (9) is communicated with the water outlet of quartz sand filtration device (8); another outlet of No. three threeways (9) is communicated with an end of activated charcoal filter suction culvert (10); the other end of activated charcoal filter suction culvert (10) is communicated with the inlet of No. four threeways (47); an outlet of No. four threeways (47) is communicated with the water inlet of activated charcoal filter (11); another outlet of No. four threeways (47) is communicated with blowdown main road (50) by gac recoil blowdown magnetic valve (46); another outlet of No. nine threeways (40) is communicated with the inlet of No. five threeways (12) by gac backflushing water intake pipe (44); gac backflushing water intake pipe (44) is provided with gac backwashing intake valve (43); an outlet of No. five threeways (12) is communicated with the water outlet of activated charcoal filter (11); another outlet of No. five threeways (12) is communicated with the suction culvert (13) of Si-P crystal strainer (14); between the water inlet of the water outlet of Si-P crystal strainer (14) and accurate filter (16), be connected with accurate filter entry pipeline (15); the water outlet of accurate filter (16) is communicated with the inlet of No. six threeways (19) by accurate filter outlet pipeline (17); accurate filter outlet pipeline (17) is provided with tensimeter (18); an outlet of No. six threeways (19) is communicated with by the inlet of ultrafiltration suction culvert (21) with No. seven threeways (22); ultrafiltration suction culvert (21) is provided with ultrafiltration entering water electromagnetic valve (20); an outlet of No. seven threeways (22) is communicated with the water inlet of ultra filtration filter (23); another outlet of No. seven threeways (22) is communicated with blowdown main road (50) by ultrafiltration recoil blowdown magnetic valve (51); another outlet of No. six threeways (19) is communicated with by the inlet of ultrafiltration backflushing pipe (23) with No. eight threeways (24); ultrafiltration backflushing pipe (23) is provided with ultrafiltration recoil magnetic valve (52); an outlet of No. eight threeways (24) is communicated with the water outlet of ultra filtration filter (23); another outlet of No. eight threeways (24) is communicated with an end of ultrafiltration outlet pipeline (27); the other end of ultrafiltration outlet pipeline (27) is connected with water purification water outlet (52); between water tank (53) and ultrafiltration outlet pipeline (27), be provided with and add hot water suction culvert (29); adding hot water suction culvert (29) is provided with and adds hot water entering water electromagnetic valve (28); between water tank (53) and ultrafiltration outlet pipeline (27), be provided with warm water intake pipe road (31); warm water intake pipe road (31) is provided with warm water entering water electromagnetic valve (30); warm water intake pipe road (31) is communicated with the inlet of coil pipe (32) in being arranged on water tank; the outlet of coil pipe (32) is communicated with warm water tap (35); on ultrafiltration outlet pipeline (27), be respectively arranged with under meter (25) and second tensimeter (26), on water tank (53), be respectively arranged with water monitor; turn on the tap (35) and sewage draining exit (36).

2. a kind of numerical control family expenses ultrafiltration direct drinking fountain according to claim 1, it is characterized in that, described Si-P crystal strainer (14) is provided with Si-P crystal wash water valve (48), and Si-P crystal wash water valve (48) is communicated with blowdown main road (50) by Si-P crystal blow-off line (49).

3. a kind of numerical control family expenses ultrafiltration direct drinking fountain according to claim 1; it is characterized in that described low hydraulic pressure protector (2); raw water pump (3); quartz sand filtration device entering water electromagnetic valve (5); quartz sand recoil blowdown magnetic valve (45); recoil water main valve (38); quartz sand backwashing intake valve (38); gac recoil blowdown magnetic valve (46); gac backwashing intake valve (43); ultrafiltration entering water electromagnetic valve (20); ultrafiltration recoil blowdown magnetic valve (51); ultrafiltration recoil magnetic valve (52); add hot water entering water electromagnetic valve (28); warm water entering water electromagnetic valve (30); water monitor and under meter (25) are electrically connected with PLC respectively.