CN201962141U - Intelligent water purifying programmed direct-drinking water boiler - Google Patents

Abstract

The utility model discloses an intelligent water purifying programmed direct-drinking water boiler, which solves the problems that in the traditional equipment, the filtered impurities cannot be cleaned conveniently and thoroughly. The intelligent water purifying programmed direct drinking water boiler comprises a quartz sand filter (8), an active carbon filter (12), a power phos filter (15), a precise filter (17), an ultrafiltration filter (24) and a water tank (33); and a raw water inlet (1) sequentially passes through a raw water pump (3) and a water feeding one-way valve (4) and enters the quartz sand filter (8), and then sequentially passes through the active carbon filter (12), the power phos filter (15), the precise filter (17) and the ultrafiltration filter (24) and enters the water tank (33). Cold water flows through an outer pipe of a heat exchanger and boiling water flows through an inner pipe of the heat exchanger; and the temperature of the cold water flowing into the water tank is improved when the boiling water is cooled to warm water, so that the electric energy for heating is saved and the safety for drinking the warm water can be achieved. According to the intelligent water purifying programmed direct-drinking water boiler, the intelligence and the high efficiency in cleaning of the water purifier are achieved.

Description

The program control straight drink boiler of intelligence water purification

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 that existing installation exists is inconvenient and remove halfway problem to the contaminant removal that filters out, and provides the equipment of boiling water and warm water also to have complex structure simultaneously, not energy-conservation and uneconomic defective.

Summary of the invention

Intelligent water-saving type household water-purifying machine provided by the invention has solved existing installation and has had the not energy-conservation and uneconomic problem of complex structure.

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

The program control straight drink boiler of a kind of intelligent water purification; comprise PLC; the quartz sand filtration device; activated charcoal filter; the Si-P crystal strainer; accurate filter; ultra filtration filter and heating 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 No. eight threeways; an outlet of No. eight threeways 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 a threeway; quartz sand filtration device suction culvert is provided with quartz sand filtration device entering water electromagnetic valve; an outlet of a threeway is communicated with the water inlet of quartz sand filtration device; another outlet of a threeway is communicated with the blowdown main road by quartz sand recoil blowdown magnetic valve; another outlet of No. eight threeways 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. two threeways by the quartz sand backwashing intake valve; an outlet of No. two threeways is communicated with quartz sand filtration device water outlet; another outlet of No. two 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. three threeways; an outlet of No. three threeways is communicated with the water inlet of activated charcoal filter; another outlet of No. three 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. four threeways by the gac backwashing intake valve; an outlet of No. four threeways is communicated with the water outlet of activated charcoal filter; another outlet of No. four 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. five threeways by the accurate filter outlet pipeline; the accurate filter outlet pipeline is provided with tensimeter; an outlet of No. five threeways is communicated with by the inlet of ultrafiltration suction culvert with No. six threeways; the ultrafiltration suction culvert is provided with the ultrafiltration entering water electromagnetic valve; an outlet of No. six threeways is communicated with the water inlet of ultra filtration filter; another outlet of No. six threeways is communicated with the blowdown main road by ultrafiltration recoil blowdown magnetic valve; another outlet of No. five threeways is communicated with by the inlet of ultrafiltration backflushing pipe with No. seven threeways; the ultrafiltration backflushing pipe is provided with ultrafiltration recoil magnetic valve; an outlet of No. seven threeways is communicated with the outlet pipeline of ultra filtration filter; another outlet of No. seven threeways is communicated with an end of ultrafiltration outlet pipeline; the other end of ultrafiltration outlet pipeline is communicated with the outer tube inlet of interchanger; the outer tube outlet of interchanger is communicated with heating water tank by outer water inlet tube check valve; the water outlet of heating water tank is communicated with first mouthful of four-way; second mouth of four-way is communicated with by the inlet of temperature equilibrium valve with No. nine threeways; the 3rd mouth of four-way is communicated with the interior tube inlet of interchanger by boiling water pipeline of pipe in the interchanger; the 4th mouth of four-way is communicated with the boiling water outlet; the interior pipe outlet of interchanger is communicated with an outlet of No. nine threeways by the warm water pipeline; another outlet of No. nine threeways is communicated with the warm water water inlet; heating water tank is provided with electric heating tube, is respectively arranged with fluid level controller and heating water tank tensimeter on heating water tank.

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, fluid level controller, temperature equilibrium valve and electric heating tube are electrically connected with PLC respectively.

The present invention is flow through by the outer tube of cold water at interchanger, boiling water flows through from the interior pipe of interchanger, when being lowered the temperature into warm water, heated by boiling water the temperature that flow into cold water in the water tank, saved and added the safety that thermoelectric power has realized drinking warm water again, the intelligent and high-efficiency of water purifier cleaning simultaneously, the purging method of layer-stepping had both been saved the energy, had improved cleaning performance again.

Description of drawings

Fig. 1 is a structural representation of the present invention

Embodiment

The program control straight drink boiler of a kind of intelligent water purification; comprise PLC; quartz sand filtration device 8; activated charcoal filter 12; Si-P crystal strainer 15; accurate filter 17; ultra filtration filter 24 and heating water tank 33; 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 No. eight threeways 48; an outlet of No. eight threeways 48 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 a threeway 7; quartz sand filtration device suction culvert 6 is provided with quartz sand filtration device entering water electromagnetic valve 5; an outlet of a threeway 7 is communicated with the water inlet of quartz sand filtration device 8; another outlet of a threeway 7 is communicated with blowdown main road 56 by quartz sand recoil blowdown magnetic valve 54; another outlet of No. eight threeways 48 is communicated with the inlet of No. nine threeways 51 by recoil water main valve 49; an outlet of No. nine threeways 51 is communicated with the inlet of No. two threeways 9 by quartz sand backwashing intake valve 52; an outlet of No. two threeways 9 is communicated with quartz sand filtration device water outlet; another outlet of No. two 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. three threeways 11; an outlet of No. three threeways 11 is communicated with the water inlet of activated charcoal filter 12; another outlet of No. three threeways 11 is communicated with blowdown main road 56 by gac recoil blowdown magnetic valve 55; another outlet of No. nine threeways 51 is communicated with the inlet of No. four threeways 13 by gac backwashing intake valve 53; an outlet of No. four threeways 13 is communicated with the water outlet of activated charcoal filter 12; another outlet of No. four threeways 13 is communicated with the suction culvert 14 of Si-P crystal strainer 15; between the water inlet of the water outlet of Si-P crystal strainer 15 and accurate filter 17, be connected with accurate filter entry pipeline 16; the water outlet of accurate filter 17 is communicated with the inlet of No. five threeways 20 by accurate filter outlet pipeline 18; accurate filter outlet pipeline 18 is provided with tensimeter 19; an outlet of No. five threeways 20 is communicated with by the inlet of ultrafiltration suction culvert 22 with No. six threeways 23; ultrafiltration suction culvert 22 is provided with ultrafiltration entering water electromagnetic valve 21; an outlet of No. six threeways 23 is communicated with the water inlet of ultra filtration filter 24; another outlet of No. six threeways 23 is communicated with blowdown main road 56 by ultrafiltration recoil blowdown magnetic valve 57; another outlet of No. five threeways 20 is communicated with by the inlet of ultrafiltration backflushing pipe 60 with No. seven threeways 26; ultrafiltration backflushing pipe 60 is provided with ultrafiltration recoil magnetic valve 59; an outlet of No. seven threeways 26 is communicated with the outlet pipeline 25 of ultra filtration filter 24; another outlet of No. seven threeways 26 is communicated with an end of ultrafiltration outlet pipeline 27; the other end of ultrafiltration outlet pipeline 27 is communicated with the outer tube inlet 28 of interchanger 29; the outer tube of interchanger 29 outlet 30 is communicated with heating water tank 33 by outer water inlet tube check valve 32; the water outlet 38 of heating water tank 33 is communicated with first mouthful of four-way 39; second mouth of four-way 39 is communicated with by the inlet of temperature equilibrium valve 41 with No. nine threeways 42; the 3rd mouth of four-way 39 is communicated with the interior tube inlet 46 of interchanger 29 by boiling water pipeline 45 of pipe in the interchanger; the 4th mouth of four-way 39 is communicated with boiling water outlet 40; the interior pipe outlet 47 of interchanger 29 is communicated with an outlet of No. nine threeways 42 by warm water pipeline 44; another outlet of No. nine threeways 42 is communicated with warm water water inlet 43; heating water tank 33 is provided with electric heating tube 34, is respectively arranged with fluid level controller 35 and heating water tank tensimeter 36 on heating water tank 33.

Described low hydraulic pressure protector 2, raw water pump 3, quartz sand filtration device entering water electromagnetic valve 6, quartz sand recoil blowdown magnetic valve 54, recoil water main valve 49, quartz sand backwashing intake valve 52, gac recoil blowdown magnetic valve 55, gac backwashing intake valve 53, ultrafiltration entering water electromagnetic valve 21, ultrafiltration recoil blowdown magnetic valve 57, ultrafiltration recoil magnetic valve 59, fluid level controller 35, temperature equilibrium valve 41 and electric heating tube 34 are electrically connected with PLC respectively.

Claims (2)

1. program control straight drink boiler of intelligent water purification; comprise PLC; quartz sand filtration device (8); activated charcoal filter (12); Si-P crystal strainer (15); accurate filter (17); ultra filtration filter (24) and heating water tank (33); 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 No. eight threeways (48); an outlet of No. eight threeways (48) 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 a threeway (7); quartz sand filtration device suction culvert (6) is provided with quartz sand filtration device entering water electromagnetic valve (5); an outlet of a threeway (7) is communicated with the water inlet of quartz sand filtration device (8); another outlet of a threeway (7) is communicated with blowdown main road (56) by quartz sand recoil blowdown magnetic valve (54); another outlet of No. eight threeways (48) is communicated with the inlet of No. nine threeways (51) by recoil water main valve (49); an outlet of No. nine threeways (51) is communicated with the inlet of No. two threeways (9) by quartz sand backwashing intake valve (52); an outlet of No. two threeways (9) is communicated with quartz sand filtration device water outlet; another outlet of No. two 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. three threeways (11); an outlet of No. three threeways (11) is communicated with the water inlet of activated charcoal filter (12); another outlet of No. three threeways (11) is communicated with blowdown main road (56) by gac recoil blowdown magnetic valve (55); another outlet of No. nine threeways (51) is communicated with the inlet of No. four threeways (13) by gac backwashing intake valve (53); an outlet of No. four threeways (13) is communicated with the water outlet of activated charcoal filter (12); another outlet of No. four threeways (13) is communicated with the suction culvert (14) of Si-P crystal strainer (15); between the water inlet of the water outlet of Si-P crystal strainer (15) and accurate filter (17), be connected with accurate filter entry pipeline (16); the water outlet of accurate filter (17) is communicated with the inlet of No. five threeways (20) by accurate filter outlet pipeline (18); accurate filter outlet pipeline (18) is provided with tensimeter (19); an outlet of No. five threeways (20) is communicated with by the inlet of ultrafiltration suction culvert (22) with No. six threeways (23); ultrafiltration suction culvert (22) is provided with ultrafiltration entering water electromagnetic valve (21); an outlet of No. six threeways (23) is communicated with the water inlet of ultra filtration filter (24); another outlet of No. six threeways (23) is communicated with blowdown main road (56) by ultrafiltration recoil blowdown magnetic valve (57); another outlet of No. five threeways (20) is communicated with by the inlet of ultrafiltration backflushing pipe (60) with No. seven threeways (26); ultrafiltration backflushing pipe (60) is provided with ultrafiltration recoil magnetic valve (59); an outlet of No. seven threeways (26) is communicated with the outlet pipeline (25) of ultra filtration filter (24); another outlet of No. seven threeways (26) is communicated with an end of ultrafiltration outlet pipeline (27); the other end of ultrafiltration outlet pipeline (27) is communicated with the outer tube inlet (28) of interchanger (29); the outer tube outlet (30) of interchanger (29) is communicated with heating water tank (33) by outer water inlet tube check valve (32); the water outlet (38) of heating water tank (33) is communicated with first mouthful of four-way (39); second mouth of four-way (39) is communicated with by the inlet of temperature equilibrium valve (41) with No. nine threeways (42); the 3rd mouth of four-way (39) is communicated with the interior tube inlet (46) of interchanger (29) by boiling water pipeline (45) of pipe in the interchanger; the 4th mouth of four-way (39) is communicated with boiling water outlet (40); the interior pipe outlet (47) of interchanger (29) is communicated with an outlet of No. nine threeways (42) by warm water pipeline (44); another outlet of No. nine threeways (42) is communicated with warm water water inlet (43); heating water tank (33) is provided with electric heating tube (34), is respectively arranged with fluid level controller (35) and heating water tank tensimeter (36) on heating water tank (33).

2. the program control straight drink boiler of a kind of intelligent water purification 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 (6); quartz sand recoil blowdown magnetic valve (54); recoil water main valve (49); quartz sand backwashing intake valve (52); gac recoil blowdown magnetic valve (55); gac backwashing intake valve (53); ultrafiltration entering water electromagnetic valve (21); ultrafiltration recoil blowdown magnetic valve (57); ultrafiltration recoil magnetic valve (59); fluid level controller (35); temperature equilibrium valve (41) and electric heating tube (34) are electrically connected with PLC respectively.

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