CN203319809U

CN203319809U - Novel water purifier

Info

Publication number: CN203319809U
Application number: CN2012207235108U
Authority: CN
Inventors: 祖新华
Original assignee: Individual
Current assignee: Individual
Priority date: 2012-12-13
Filing date: 2012-12-13
Publication date: 2013-12-04
Anticipated expiration: 2022-12-13

Abstract

The utility model discloses a novel water purifier divided into a primary filtering chamber, a temporary storage tank, a deionization chamber, a fine filtering chamber, a water storage tank I and a heating tank from top to bottom. The novel water purifier is respectively provided with a water storage tank III at the left side, a water storage tank II at the right side and a drain tank at the rear side. By using the novel water purifier, the running water and the mountain spring water can be treated to the qualified water quality and temperature to be directly drunk, so that the health of a human body is protected, and the cost is very low.

Description

Novel water purifier

Technical field

The present invention relates to a kind of device of purified tap water, can directly make water quality, the water temperature of tap water, mountain spring water reach the standard of directly drinking.

Background technology

At present, known water dispenser is that after bottled water is boiled and rises and emit, drink the 48 degrees centigrade of left and right of drying in the air again, heating repeatedly, unfavorable to HUMAN HEALTH, expend a large amount of electric energy, and also there is secondary pollution in bottled water, the tap water of some places, mountain spring water contain arsenic or fluorine-containing or brackish water, the healthy of people in serious threat, but uses bottled water to cook, wash in a pan dish, high cost.

Summary of the invention

Unfavorable to the health of human body in order to overcome existing water dispenser, expend a large amount of electric energy, use the bottled water high cost, there is the deficiency of secondary pollution, the invention provides a kind of water-purifying machine, it can directly be processed tap water, mountain spring water can directly to drink, and only needs a small amount of electric energy.

The technical solution adopted for the present invention to solve the technical problems is: filter chamber at the beginning of water purifier divides from top to bottom, holding tank, the deionization chamber, the essence filter chamber, water tank one, heating cabinet, left side, right side, rear side has respectively a water tank three, water tank two, foul water tank, be placed on running water pipe outlet pipe below, a discharging valve is arranged on outlet pipe, below outlet pipe, with two cotton threads, be a long 16cm, wide 16cm, the cuboid plank of thick 0.5cm, the upper end face center diameter 0.3cm of plank, the stainless steel bar of long cm is fixed a bottom surface diameter 4cm, the conical cork of high 1.6cm, cork is through the circular hole of the top board of water purifier, plank is placed on long 44cm, wide 32cm, under the top board of the water purifier of high 150cm, the bottom surface of top board is fixed a long 36cm, wide 25cm, left side and the high 20cm of right lateral side, the cuboid stainless steel filtering net that the diameter of the mesh of the high 20.5cm of forward right side is 0.1 micron, filter chamber at the beginning of, just the filter chamber filter screen is a long 41cm on every side, wide 28.5cm, the stainless steel framework of the cuboid of high 80cm, four ribs of the end face of stainless steel framework are fixed on the bottom surface of top board, Si Ge angle, lower bottom is separately fixed at the medial surface of water purifier, stainless steel framework lower end is a high 30cm, the filter screen that the diameter of mesh is 0.4 nanometer, it is smart filter chamber, the top of essence filter chamber is a left side and the high 28cm of right lateral side, the stainless steel deionization chamber of the high 27.5cm of forward right side, the left side of deionization chamber, fix respectively a long 28.5cm in the stainless steel interlayer on right side, thick 0.1cm, the battery lead plate of high 14cm, a left side apart from box, before 3cm place, right both sides, rear inwall has respectively the draw-in groove of a wide 0.2cm, a wide 0.2cm is arranged respectively in draw-in groove, the high 13.75cm in high 14cm and front, the high 14cm in back, the cuboid dividing plate of long 28cm, a rectangle permanent magnet pieces is arranged respectively in the interlayer of cuboid dividing plate, a solenoid is arranged in the end face interlayer of deionization chamber, top, deionization chamber is the cuboid holding tank of a high 2cm, it below smart filter chamber, is the water tank one of a high 40cm, the inner bottom surface right side front end of water tank has a magnetic valve, right flank lower end foremost at first filter chamber, holding tank, the right side front end of the bottom surface of deionization chamber and left side front end, front end apart from the bottom surface at right flank 3.2cm place, the right flank of essence filter chamber lower end and first filter chamber foremost, the deionization chamber, the bottom surface back of essence filter chamber has respectively a magnetic valve, magnetic valve is by fan-shaped stainless steel substrates and a scallop hole, solenoid forms, solenoid is positioned at the end of scallop hole, the tip of fan-shaped stainless steel substrates is stuck on stainless steel sheet| with rivet, fix an arc permanent magnet pieces in the end interlayer relative with solenoid, there is a stainless steel tube that three magnetic valves of bottom surface back are coupled together, right side, rear end at distance deionization chamber bottom surface 13.8cm, apart from 0.2cm place under the bottom surface of front end right side, deionization chamber 2.8cm, under the bottom surface on the right side, rear end of essence filter chamber, there is respectively a long 0.8cm at the 0.2cm place, wide 0.2cm, the stainless steel box of high 0.4cm, a left side apart from stainless steel box, there is respectively a glass partition at 0.1cm place, right two sides, stainless steel box is divided into to 3 compartments, left, fix respectively a light emitting diode and a phototriode in right two compartments, intermediate compartment respectively with the deionization chamber, the deionization chamber, the essence filter chamber is communicated with, first filter chamber, the electromagnetism valve opening of the right side front end of the bottom surface of deionization chamber is by passing respectively first filter chamber, before the stainless steel sheet| of the right flank of essence filter chamber, rear end face is all fan-shaped, the back side is cambered surface, two sides are rectangular segment pipe connection rubber tube connecting tee valves again, the left side front end of deionization chamber, the electromagnetism valve opening of the right flank lower end foremost of essence filter chamber is by passing respectively smart filter chamber left surface, the segment pipe connection rubber tube of the stainless steel sheet| of right flank connects cross valve again, the rubber tube of the lower end of triple valve connects cross valve, the right side of cross valve has a rubber tube to connect the long 48cm of rear side, wide 20cm, the foul water tank of high 28cm, the front end of the top board of foul water tank is the movable panel of wide 18cm, rear end is the fixedly top board of wide 2cm, there is respectively an adjutage at right flank bottom and 14cm place apart from front end 4cm, a discharging valve is arranged respectively on adjutage, it below water tank, is the heating cabinet of a high 30cm, on the inner bottom surface of heating cabinet, be a long 40cm, the microwave heating plate of wide 28cm, medial surface and inner top surface are the polyurethane insulation coatings of thick layer 2cm, the inwall of heat-insulation layer has one deck stainless steel sheet|, the front end of inner bottom surface has an adjutage, a discharging valve is arranged on adjutage, two relative hemispherical groove that a pair of diameter 0.2cm is arranged on the adjutage inwall of discharging valve lower end, fix respectively a light emitting diode and a phototriode in groove, the front end of groove has respectively the circular glass sheet of a diameter 0.2cm, sheet glass and adjutage inner wall sealing, there is a wide 0.4cm in heating cabinet shell front end left side, the sheet glass of high 30cm, over against a diameter 0.2cm is arranged between sheet glass and heat-insulation layer, the glass tube of high 30cm, the lower end of glass tube is connected with the inner bottom surface of heating cabinet, the front end end face of heating cabinet shell is fixed four long 1cm, wide 1cm, high 1cm square box, it is water level switch, heater switch, the intensification switch, cooling switch and 3 water temperatures are set charactron, 3 temperature measurement charactrons, the front end face of each square box is fixed a square flexible sheet, inner top surface and inner bottom surface at the square box of distance diaphragm 0.2cm are fixed respectively a light emitting diode and a photodiode, there is a cleaning switch in shell front end end face central authorities at water purifier, a water purification switch, the left surface inwall top rear side of water tank, right flank inwall bottom rear side has respectively the conduit of a diameter 0.8cm, the outer surface of conduit is by the polypropylene internal diameter 0.8cm that adheres, the large conduit of external diameter 1cm, large conduit connects respectively a water tank two and water tank three, there is an adjutage lower end, right side of water tank three, a discharging valve is arranged on adjutage, 220 volts of alternating currents pass through ganged switch, connect rectifier bridge after resistance-capacitance depressurization, pass through again capacitor filtering, the three terminal integrated voltage stabilizer voltage stabilizing, electric energy is provided after diode, battery lead plate, electromagnet coil one series connection electromagnet coil six, electromagnet coil two, electromagnet coil three, electromagnet coil four, electromagnet coil five, electromagnet coil seven series electrical magnet coil eight series electrical magnet coils nine, electromagnet coil ten just is connected in parallel on, between negative power end, single-phase Thyristors in series betwixt, the control utmost point of single-phase IGCT connects respectively the P1.0--P2.7 pin of single-chip microcomputer 89C51A,

light emitting diode

1, 2, 3, 4 are connected on respectively electromagnet coil two, three, seven, in one circuit, phototriode one, two, ground connection after three difference series resistances, the output of phototriode one connects P1.0, P1.5, the anti-phase rear connection P1.4 of the output of phototriode two, P1.7, P2.1, P2.3, the anti-phase rear connection P1.2 of the output of phototriode three, positive power source terminal is respectively by resistance R 1 series connection water purification switch S 1, the P0.0 that connects single-chip microcomputer 89C51A after resistance R 2 series connection cleaning switch S2, the P0.1 pin, connect positive power source terminal after reset switch S3 series resistance R3, by the program in single-chip microcomputer 89C51A, open water intaking valve, running water enters temporary room by first filter chamber, press the water purification switch, magnetic valve two is opened, water after filtration enters the deionization chamber, the indoor water level that deionizes rises to phototriode one and is output as 1, two dozens of magnetic valves cut out, electromagnet ten repulsion dividing plates fall, after time delay 10 seconds, the battery lead plate energising, time delay is after 10 seconds again, magnetic valve three, four, five open, when phototriode two is output as 0, magnetic valve three, four, five close, magnetic valve two is opened iterative cycles like this, press cleaning switch, wait until that phototriode three is at 0 o'clock, magnetic valve one, four, five, six, seven, eight, nine open, magnetic valve two, three close, the sewage cleaned flows into foul water tank, start again water purification until press the water purification switch, ground connection after the light emitting diode series resistance of heater switch, after single-phase IGCT, the intensification switch, the cooling switch, water level switch, ground connection after the light emitting diode difference series resistance of adjutage, the control utmost point of single-phase IGCT connects the P0.6 pin of single-chip microcomputer 89C51B, heater switch, the intensification switch, the photodiode of cooling switch oppositely meets respectively the P0.0 of single-chip microcomputer 89C51B, P0.1, the P0.2 pin, the output of P1.0-P1.3 connects charactron after by encoder 7447 series resistances, the output of P1.4-P1.6 connects charactron by after decoder 74138 series resistances by triode, fix an integrated temperature sensor LM315 on microwave heating plate, the output of sensor LM315 is inputted AD converter ADC0804 after amplifying 2 times by integrated transporting discharging, the output of converter ADC0804 enters single-chip microcomputer 89C51B, the output of the photodiode of water level switch is by anti-phase rear and P0.6, the output of P0.7 is by the bidirectional thyristor with the gate control microwave heating plate, the output of the output of the photodiode of water level switch and the phototriode of adjutage by XOR gate again with P0.6 by with control behind the door electromagnet coil 11, by the program in single-chip microcomputer 89C51B, after pressing heater switch, P0.6 pin output 1, often by the switch that once heats up, the charactron temperature of setting increases by 1 degree, often by the switch of once lowering the temperature, the charactron temperature of setting reduces by 1 degree, if the charactron temperature of measuring and the charactron temperature of setting are unequal, P0.7 is output as 1, think that the water level in heating cabinet is suitable, press water level switch, photodiode is output as 0, after anti-phase, be 1, by be 1 behind the door, two bidirectional thyristor conductings, the microwave heating plate heating, once the temperature of measuring equals the temperature of setting, P0.7 is output as 0, perhaps P0.7 is output as 1 but do not press water level switch, two bidirectional thyristors all end, microwave heating plate stops heating, open discharging valve and do not press water level switch, perhaps press water level switch and do not open discharging valve, magnetic valve ten all cuts out, water level switch is not pressed, discharging valve is not opened, magnetic valve ten is opened and is discharged water, like this, wanting to burn How much water just burns how many, think just how many degree of the how many degree of water temperature.

The beneficial effect of patent of the present invention is, can process tap water, mountain spring water directly and drink, and the health of protection human body, cost is very low, simple in structure.

The accompanying drawing explanation

Below in conjunction with drawings and Examples, the invention will be further described.

Fig. 1 is the overall construction drawing of water-purifying machine.

Fig. 2 is the structure iron of filtration unit.

Fig. 3 is the structure iron of magnetic valve.

Fig. 4 is the structure iron of segment pipe.

Fig. 5 is the structure iron of four-way valve.

Fig. 6 is the structure iron of conduit, large conduit.

Fig. 7 is the structure iron of foul water tank.

Fig. 8 is the structure iron of plank and conical cork stopper.

Fig. 9 is the schematic circuit that water-purifying machine is purified waste water.

Figure 10 is the structure iron of heater switch.

Figure 11 is the structure iron of the offlet of heating container.

Figure 12 is the structure iron of the groove of offlet inwall.

Figure 13 is the schematic circuit of water-purifying machine heating, demonstration.

In figure 1, water drain valve, 2, rising pipe, 3, plank, 4, cork stopper, 5, cotton thread, 6, stainless steel bar, 7, first filter chamber, 8, holding tank, 9, the deionization chamber, 10, the essence filter chamber, 11, water tank one, 12, water tank two, 13, water tank three, 14, heating container, 15, foul water tank, 16, dividing plate, 17, vertical groove, 18, battery lead plate, 19, conduit, 20, large conduit, 21, the water purification switch, 22, cleaning switch, 23, water level switch, 24, heater switch, 25, the intensification switch, 26, the cooling switch, 27, measure the temperature charactron, 28, the design temperature charactron, 29, microwave heating plate, 30, thermal insulation layer, 31, Glass tubing, 32, sheet glass, 33, offlet one, 34, water drain valve one, 34, magnetic valve one, 35, magnetic valve two, 36, magnetic valve three, 37, magnetic valve four, 38, magnetic valve five, 39, magnetic valve six, 40, magnetic valve seven, 41, magnetic valve eight, 42, magnetic valve nine, 43, magnetic valve ten, 44, the segment pipe, 45, rubber hose, 46, T-valve, 47, four-way valve, 48, offlet 2,49, water drain valve 2,50, stainless steel box, 51, the glass partition, 52, left compartment, 53, intermediate compartment, 54, right compartment, 55, photodiode one, 56, phototriode one, 57, photodiode two, 58, phototriode two, 59, photodiode three, 60, phototriode three, 61, solenoid ten, 62, solenoid one, 63, solenoid two, 64, solenoid three, 65, solenoid four, 66, solenoid five, 67, solenoid six, 68, solenoid seven, 69, solenoid eight, 70, solenoid nine, 71, solenoid 11,72, aperture, 73, rivet, 74, scallop hole, 75, fan-shaped stainless steel substrates, 76, the arc permanent magnet pieces, 77, movable panel, 78, fixing top board, 79, offlet three, 80, offlet four, 81, water drain valve three, 82, water drain valve four, 83, double connection plane switch, 84, capacitor C 1,85, resistance R 8,86, rectifier bridge, 87, capacitor C 2,88, capacitor C 3,89, capacitor C 4,90, capacitor C 5,91, capacitor C 6,92, capacitor C 7,93, capacitor C 8,94, capacitor C 9,95, three terminal integrated voltage stabilizer one, 96, three terminal integrated voltage stabilizer two, 97, three terminal integrated voltage stabilizer three, 98, three terminal integrated voltage stabilizer four, 99, capacitor C 10,100, capacitor C 11,101, capacitor C 12,102, capacitor C 13,103, diode one, 104, diode two, 105, photodiode four, 106, photodiode five, 107, battery lead plate, 108, single-phase thyristor one, 109, single-phase thyristor two, 110, single-phase thyristor three, 111, single-phase thyristor four, 112, single-phase thyristor five, 113, single-phase thyristor six, 114, single-phase thyristor seven, 115, single-phase thyristor eight, 116, single-phase thyristor nine, 117, single-phase thyristor ten, 118, single-phase thyristor 11,119, single-phase thyristor 12,120, single-phase thyristor 13,121, single-phase thyristor 14,122, single-phase thyristor 15,123, single-phase thyristor 16,124, single-phase thyristor 17,125, single-phase thyristor 18,126, single-phase thyristor 19,127, single-phase thyristor 20,128, single-phase thyristor 21,129, single-phase thyristor 22,130, single-phase thyristor 23,131, single-phase thyristor 24,132, single-phase thyristor 25,133, single-phase thyristor 26,134, single-phase thyristor 27,135, single-phase thyristor 28,136, single-phase thyristor 29,137, single-phase thyristor 30,138, single-phase thyristor 31,139, single-phase thyristor 32,140, resistance R 7,141, resistance R 6,142, resistance R 5,143, not gate one, 144, not gate two, 145, resistance R 1,146, resistance R 2,147, capacitor C 14,148, capacitor C 15,149, capacitor C 16,150, crystal oscillator one, 151, resistance R 4,152, resistance R 3,153, reset switch, 154, micro-chip 89C51A, 155, the square box, 156, diaphragm, 157, photodiode six, 158, photodiode seven, 159, photodiode eight, 160, photodiode nine, 161, photodiode ten, 162, photodiode one, 163, photodiode two, 164, photodiode three, 165, phototriode four, 166, photodiode four, 167, the circular glass sheet, 168, hemispherical groove, 169, resistance R 9,170, resistance R 10,171, resistance R 11,172, temperature sensor LM315,173, amplifier, 174, resistance R 12,175, resistance R 13,176, resistance R 14,177, resistance R 15,178, Zener diode, 179, resistance R 16,180, capacitor C 17,181, resistance R 17,182, AD converter 0804,183, micro-chip 89C51B, 184, encoder 7447,185, resistance R 18,186, resistance R 19,187, resistance R 20,188, resistance R 21,189, resistance R 22,190, resistance R 23,191, resistance R 24,192, triode one, 193, triode two, 194, triode three, 195, triode four, 196, triode five, 197, triode six, 198, decoder 74138,199, resistance R 25,200, resistance R 26,201, resistance R 27,202, resistance R 28,203, resistance R 29,204, resistance R 30,205, capacitor C 18,206, capacitor C 19,207, crystal oscillator two, 208, resistance R 31,209, resistance R 32,210, resistance R 33,211, resistance R 34,212, resistance R 35,213, resistance R 36,214, resistance R 37,215, not gate three, 216, XOR gate, 217, with door one, 218, with door two, 219, single-phase thyristor 33,220, single-phase thyristor 34,221, single-phase thyristor 35,222, single-phase thyristor 36,223, not gate four, 224, bidirectional thyristor one, 225, bidirectional thyristor two, 226, single-phase thyristor 37,227, water-purifying machine, 228, circular hole, 229, top board, 230, stainless steel sheet|, 231, stainless steel tube, 232, the rectangle permanent magnet pieces, 233, stainless steel framework

Embodiment

In Fig. 1, filter chamber (7) at the beginning of water-purifying machine (227) divides from top to bottom, holding tank (8), deionization chamber (9), essence filter chamber (10), water tank one (11), heating container (14), left side, right side, rear side has respectively a water tank three (13), water tank two (12), foul water tank (15), be placed on rising pipe (2) below of running water pipe, a water drain valve (1) is arranged on rising pipe (2), below at rising pipe (2) is a long 16cm with two cotton threads (5), wide 16cm, the rectangular parallelepiped plank (3) of thick 0.5cm, the upper end face center diameter 0.3cm of plank (3), the stainless steel bar of long cm (6) is fixed a bottom surface diameter 4cm, the conical cork stopper (4) of high 1.6cm, cork stopper (4) is through the circular hole (228) of the top board (229) of water-purifying machine (227), plank (3) is placed on long 44cm, wide 32cm, under the top board (229) of the water-purifying machine of high 150cm (227), the bottom surface of top board is fixed a long 36cm, wide 25cm, left side and the high 20cm of right lateral side, the rectangular parallelepiped stainless steel filtering net that the diameter of the mesh of the high 20.5cm of forward right side is 0.1 micron, filter chamber (7) at the beginning of, around filter screen, be a long 41cm, wide 28.5cm, the stainless steel framework of the rectangular parallelepiped of high 80cm (233), four ribs of the end face of stainless steel framework (233) are fixed on the bottom surface of top board (229), Si Ge angle, lower bottom is separately fixed at the medial surface of water-purifying machine (227), stainless steel framework (233) lower end is a high 30cm, the filter screen that the diameter of mesh is 0.4 nanometer, be smart filter chamber (10), the top of essence filter chamber (10) is a left side and the high 28cm of right lateral side, the stainless steel deionization chamber (9) of the high 27.5cm of forward right side, top, deionization chamber (9) is the rectangular parallelepiped holding tank (8) of a high 2cm, it below smart filter chamber (10), is the water tank one (11) of a high 40cm, the inner bottom surface right side front end of water tank one (11) has a magnetic valve ten (43), it below water tank one (11), is the heating container (14) of a high 30cm, on the inner bottom surface of heating container (14), be a long 40cm, the microwave heating plate of wide 28cm (29), medial surface and inner top surface are the polyurethane insulation coatings (30) of thick layer 2cm, the inwall of thermal insulation layer (30) has one deck stainless steel sheet| (230), the front end of inner bottom surface has an offlet one (33), a water drain valve one (34) is arranged on offlet one (33), there is a wide 0.4cm in heating container (14) shell front end left side, the sheet glass of high 30cm (32), between sheet glass (32) and thermal insulation layer (30), a diameter 0.2cm is arranged, the Glass tubing of high 30cm (31), the lower end of Glass tubing (31) is connected with the inner bottom surface of heating container (14), the front end end face of heating container (14) shell is fixed a water level switch (23), heater switch (24), intensification switch (25), cooling switch (26) and 3 water temperatures are set charactron (28), 3 temperature measurement charactrons (27), there is a reset switch (153) in shell front end end face central authorities at water-purifying machine (227), cleaning switch (22), a water purification switch (21), the left surface inwall top rear side of water tank one (11), right flank inwall bottom rear side has respectively the conduit (19) of a diameter 0.8cm, the outside surface of conduit (19) is by the polypropylene internal diameter 0.8cm that adheres, the large conduit (20) of external diameter 1cm, large conduit (20) connects respectively a water tank two (12) and water tank three (13), there is an offlet two (48) lower end, right side of water tank three (13), a water drain valve two (49) is arranged on offlet two (48).

In Fig. 2, the left side of deionization chamber (9), fix respectively a long 28.5cm in the stainless steel interlayer of right flank, thick 0.1cm, the battery lead plate of high 14cm (18), apart from the left side of deionization chamber (9), before 3cm place, right both sides, rear inwall has respectively the draw-in groove (17) of a wide 0.2cm, a wide 0.2cm is arranged respectively in draw-in groove (17), the high 13.75cm in high 14cm and front, the high 14cm in back, the rectangular parallelepiped dividing plate (16) of long 28cm, a rectangle permanent magnet pieces (232) is arranged respectively in the interlayer of rectangular parallelepiped dividing plate (16), a solenoid ten (61) is arranged in the end face interlayer of deionization chamber (9), in the right flank lower end foremost of first filter chamber (7), holding tank (8), the right side front end of the bottom surface of deionization chamber (9) and left side front end, front end apart from the bottom surface at right flank 3.2cm place, the right flank of essence filter chamber (10) lower end and first filter chamber (7) foremost, deionization chamber (9), the bottom surface back of essence filter chamber (10) has respectively a fan-shaped magnetic valve one (34), magnetic valve two (35), magnetic valve three (36), magnetic valve four (37), magnetic valve five (38), magnetic valve six (39), magnetic valve seven (40), magnetic valve eight (41), magnetic valve nine (42), have a stainless steel tube (231) the magnetic valve seven (40) of bottom surface back, magnetic valve eight (41), magnetic valve nine (42) couples together, on the right side, rear end of the bottom surface 13.8cm of distance deionization chamber (9), apart from 0.2cm place under the bottom surface of deionization chamber (9) front end right side 2.8cm, under the bottom surface on the right side, rear end of essence filter chamber (10), there is respectively a long 0.8cm at the 0.2cm place, wide 0.2cm, and the stainless steel box of high 0.4cm (50), apart from the left side of stainless steel box (50), there is respectively a glass partition (51) at 0.1cm place, right two sides, and stainless steel box (50) is divided into to 3 left compartments (52), intermediate compartment (53) and the left compartment of right compartment (54) (52), fix respectively one (55) and phototriode one (56) of a photodiode in right compartment (54), two (57) and phototriodes two (58) of photodiode, three (59) and phototriodes three (60) of photodiode, intermediate compartment (53) respectively with deionization chamber (9), deionization chamber (9), essence filter chamber (10) is communicated with, first filter chamber (7), the magnetic valve one (34) of the right side front end of the bottom surface of deionization chamber (9), the hole of magnetic valve four (37) is by passing respectively first filter chamber (7), sector tube (44) connection rubber tube (45) of the stainless steel sheet| of the right flank of essence filter chamber (10) is connecting tee valve (46) again, the left side front end of deionization chamber (9), the magnetic valve five (38) of the right flank lower end foremost of essence filter chamber (10), the hole of magnetic valve six (39) is by passing respectively smart filter chamber (10) left surface, the sector tube of the stainless steel sheet| of right flank (44) connection rubber tube (45) connects four-way valve (47) again, the rubber hose (45) of the lower end of T-valve (46) connects four-way valve (47), the right side of four-way valve (47) has a rubber hose (45) to connect the long 48cm of rear side, wide 20cm, the foul water tank of high 28cm (15).

In Fig. 3, magnetic valve one (34) is comprised of fan-shaped stainless steel substrates (75) and a scallop hole (74), solenoid one (62), solenoid one (62) is positioned at the end of scallop hole (74), the rivet for tip (73) of fan-shaped stainless steel substrates (75) is stuck on stainless steel sheet|, in the end interlayer relative with solenoid one (62), fixes an arc permanent magnet pieces (76).

In Fig. 4, the front and rear end of segment pipe (44) is all fan-shaped, and the back side is cambered surface, and two sides are rectangles.

In Fig. 5, the magnetic valve five of the right flank lower end foremost of the left side front end of deionization chamber (9), smart filter chamber (10), the hole of magnetic valve six connect four-way valve (47) again by segment pipe (44) connection rubber tube (45) that passes respectively the stainless steel sheet| of smart filter chamber (10) left surface, right flank, the rubber hose (45) of the lower end of T-valve (46) connects four-way valve (47), the right side of four-way valve (47) has a rubber hose (45) to connect the long 48cm of rear side, wide 20cm, the foul water tank of high 28cm (15).

In Fig. 6, the left surface inwall top rear side of water tank one (11), right flank inwall bottom rear side have respectively the conduit (19) of a diameter 0.8cm, the outside surface of conduit (19) is by the polypropylene internal diameter 0.8cm that adheres, the large conduit (20) of external diameter 1cm.

In Fig. 7, the front end of the top board of foul water tank (15) is the movable panel (77) of wide 18cm, rear end is the fixedly top board (78) of wide 2cm, there is respectively an offlet (79) offlet (80) at right flank bottom and 14cm place apart from front end 4cm, and a water drain valve (81), water drain valve (82) are arranged respectively on offlet (79), offlet (80).

In Fig. 8, the below of rising pipe (2) is a long 16cm with two cotton threads (5), wide 16cm, the rectangular parallelepiped plank (3) of thick 0.5cm, the upper end face center diameter 0.3cm of plank (3), the stainless steel bar of long cm (6) is fixed a bottom surface diameter 4cm, the conical cork stopper (4) of high 1.6cm.

In Fig. 9,220 volts of alternating-current are by double connection plane switch (83), resistance R 8 (85) is connected rectifier bridge (86) rectification with after capacitor C 1 (84) step-down, then by capacitor C 2 (87), capacitor C 3 (88), capacitor C 4 (89), capacitor C 5 (90), capacitor C 6 (91), capacitor C 7 (92), capacitor C 8 (93), capacitor C 9 (94) filtering, three terminal integrated voltage stabilizer one (95), after three terminal integrated voltage stabilizer two (96) voltage stabilizings, again by capacitor C 10 (99) and capacitor C 11 (100) filtering, three terminal integrated voltage stabilizer three (97) and three terminal integrated voltage stabilizer four (98) voltage stabilizings, capacitor C 12 (101) and capacitor C 13 (102) filtering, finally by diode one (103), provide electric energy after diode two (104), capacitor C 2 (87) and capacitor C 3 (88), capacitor C 4 (89) and capacitor C 5 (90), capacitor C 6 (91) and capacitor C 7 (92), capacitor C 8 (93) and capacitor C 9 (94), three terminal integrated voltage stabilizer one (95) and three terminal integrated voltage stabilizer two (96), capacitor C 10 (99) and capacitor C 11 (100), three terminal integrated voltage stabilizer three (97) and three terminal integrated voltage stabilizer four (98), ground connection after the mid point series connection of capacitor C 12 (101) and capacitor C 13 (102), single-phase thyristor one (108), photodiode four (105) the single-phase thyristor five (112) of connecting, photodiode one (55) the single-phase thyristor nine (116) of connecting, photodiode two (57) the single-phase thyristor ten three (120) of connecting, single-phase thyristor ten seven (124), single-phase thyristor 21 (128), photodiode three (59) the single-phase thyristor 25 (132) of connecting, single-phase thyristor 29 (136) is series electrical pole plate (107) respectively, magnet coil one (62) series electrical magnet coil six (67), magnet coil two (63), magnet coil three (64), magnet coil four (65), magnet coil five (66), magnet coil seven (68) series electrical magnet coil eight (69) series electrical magnet coils nine (70), magnet coil ten (61) the single-phase thyristor two (109) of connecting respectively again, single-phase thyristor six (113), single-phase thyristor ten (117), single-phase thyristor ten four (121), single-phase thyristor ten eight (125), single-phase thyristor 22 (129), single-phase thyristor 26 (133), after single-phase thyristor 30 (137), just be connected in parallel on, between negative power end, single-phase thyristor three (110), single-phase thyristor seven (114), photodiode five (106) the single-phase thyristor ten one (118) of connecting, single-phase thyristor ten five (122), single-phase thyristor ten nine (126), single-phase thyristor 23 (130), single-phase thyristor 27 (134), single-phase thyristor 31 (138) is connected on respectively positive power source terminal and single-phase thyristor two (109), single-phase thyristor six (113), single-phase thyristor ten (117), single-phase thyristor ten four (121), single-phase thyristor ten eight (125), single-phase thyristor 22 (129), single-phase thyristor 26 (133), between the anode of single-phase thyristor 30 (137), single-phase thyristor four (111), single-phase thyristor eight (115), single-phase thyristor ten two (119), single-phase thyristor ten six (123), single-phase thyristor 20 (127), single-phase thyristor 24 (131), single-phase thyristor 28 (135), single-phase thyristor 32 (139) is connected on respectively single-phase thyristor one (108), single-phase thyristor five (112), single-phase thyristor nine (116), single-phase thyristor ten three (120), single-phase thyristor ten seven (124), single-phase thyristor 21 (128), single-phase thyristor 25 (132), negative electrode and the negative power end of single-phase thyristor 29 (136), single-phase thyristor one (108) and single-phase thyristor two (109), single-phase thyristor three (110) and single-phase thyristor four (111), single-phase thyristor five (112) and single-phase thyristor six (113), single-phase thyristor seven (114) and single-phase thyristor eight (115), single-phase thyristor nine (116) and single-phase thyristor ten (117), single-phase thyristor ten one (118) and single-phase thyristor ten two (119), single-phase thyristor ten three (120) and single-phase thyristor ten four (121), single-phase thyristor ten five (122) and single-phase thyristor ten six (123), the single-phase thyristor ten eight (125) of single-phase thyristor ten seven (124), single-phase thyristor ten nine (126) and single-phase thyristor 20 (127), single-phase thyristor 21 (128) and single-phase thyristor 22 (129), single-phase thyristor 23 (130) and single-phase thyristor 24 (131), the single-phase thyristor 26 (133) of single-phase thyristor 25 (132), single-phase thyristor 27 (134) and single-phase thyristor 28 (135), single-phase thyristor 29 (136) and single-phase thyristor 30 (137), the control utmost point of single-phase thyristor 31 (138) and single-phase thyristor 32 (139) meets respectively the P1.0 of micro-chip 89C51A (154), P1.1, P1.2, P1.3, P1.4, P1.5, P1.6, P1.7, P2.0, P2.1, P2.2, P2.3, P2.4, P2.5, P2.6, the P2.7 pin, phototriode one (56), phototriode two (58), phototriode three (60) is series resistance R5 (142) respectively, resistance R 6 (141), ground connection after resistance R 7 (140), the output of phototriode one (56) connects P1.0, the P1.5 pin, the output of phototriode two (58) connects P1.4 by not gate (144), P1.7, P2.1, the P2.3 pin, the output of phototriode three (60) connects the P1.2 pin by not gate (145), and positive power source terminal is respectively by resistance R 1 (145) series connection water purification switch S 1 (21), the P0.0 that connects micro-chip 89C51A (154) after resistance R 2 (146) series connection cleaning switch S2 (22), the P0.1 pin, connect positive power source terminal after reset switch S3 (153) series resistance R3 (152), capacitor C 3 series resistance R4 ground connection, capacitor C 1 (147) C2 in parallel (148) ground connection, crystal oscillator (150) is connected between capacitor C 1 (147) and C2 (148), by programmer burned program in micro-chip 89C51A (154), open water drain valve (1), tap water enters temporary room (8) by first filter chamber (7), press water purification switch (21), magnetic valve two (35) is opened, water after filtration enters deionization chamber (9), water level in deionization chamber (9) rises to phototriode one (56) and is output as 1, magnetic valve two (35) cuts out, electro-magnet ten (61) repulsion dividing plates (16) fall, after time delay 10 seconds, battery lead plate (18) energising, time delay is after 10 seconds again, magnetic valve three (36), electro-magnet four (37), electro-magnet five (38) is opened, when phototriode two (58) is output as 0, and magnetic valve three (36), electro-magnet four (37), electro-magnet five (38) is closed, and magnetic valve two (35) is opened, and so iterative cycles, press cleaning switch (22), wait until that phototriode three (60) is at 0 o'clock, magnetic valve one (34), magnetic valve four (37), magnetic valve five (38), magnetic valve six (39), magnetic valve seven (40), magnetic valve eight (41), magnetic valve nine (42) is opened, magnetic valve two (35), magnetic valve three (36) cuts out, and the sewage of cleaning flows into foul water tank (15), until press water purification switch (21), starts again water purification, and program is as follows:

START：

LOOP-1：

LOOP-2：

TIMO：

NOPRESS-1：

NOPRESS-2：

JB P0.1，L00P-1

CALL FILTER

LOOP-3：

NOPRESS-3：

DELAY：

MOV R1，#100

D1：

MOV R2，#200

D2：

FILTER：

MOV R4，#10

D1：

In Figure 10, the front end face of the square box (155) of heater switch (24) is fixed a square flexible sheet (157), at inner top surface and the inner bottom surface of the square box (155) of distance diaphragm (157) 0.2cm, fixes respectively a photodiode (157) and a photodiode (162).

In Figure 11, a water drain valve (34) is arranged on offlet (33), the relative hemispherical groove (168) of a pair of diameter 0.2cm is arranged on the inwall of the offlet (33) of water drain valve (34) lower end, fix respectively a photodiode (161) and a phototriode (165) in groove (168).

In Figure 12, fix respectively a photodiode (161) and a phototriode (165) in two relative hemispherical groove (168), the front end of groove (168) has respectively the circular glass sheet (167) of a diameter 0.2cm, the inner wall sealing of sheet glass (167) and offlet (33).

In Figure 13, ground connection after photodiode six (157) the series resistance R9 (208) of heater switch (24), after single-phase thyristor 37 (226), intensification switch (25), cooling switch (26), water level switch (23), the photodiode seven (158) of offlet (33), photodiode eight (159), photodiode nine (160), photodiode ten (161) is series resistance R10 (209) respectively, R11 (210), R12 (211), ground connection after R13 (212), offlet (33), the phototriode four (165) of water level switch (23), photodiode four (166) is series resistance R14 (213) respectively, resistance R 15 (214) ground connection, the control utmost point of single-phase thyristor 37 (226) connects the P0.6 pin of micro-chip 89C51B (183), heater switch (24), intensification switch (25), the photodiode one (162) of cooling switch (26), photodiode two (163), photodiode three (164) oppositely meets respectively the P0.0 of micro-chip 89C51B (183), P0.1, the P0.2 pin, single-phase thyristor 33 (219), solenoid ten one (71), be connected on positive power source terminal and ground end after single-phase thyristor 34 (220) series connection, single-phase thyristor 35 (221) is connected on the anode of positive power source terminal and single-phase thyristor 34 (220), single-phase thyristor 36 (222) is connected on negative electrode and the ground end of single-phase thyristor 33 (219), phototriode four (165), the output of photodiode four (166) connects XOR gate (216), the P0.6 pin of the output of XOR gate (216) and micro-chip 89C51B (183) connects and door one (217), with the output one tunnel order phase thyristor 33 (219) of door one (217), the control utmost point of single-phase thyristor 34 (220), another road is by the anti-phase rear order phase thyristor 35 (221) of not gate four (223), the control utmost point of single-phase thyristor 36 (222), the output of the P1.0--P1.3 pin of micro-chip 89C51B (183) connects encoder 7447 (184), a of encoder 7447 (184), b, c, d, e, f, the g pin is series resistance R18 (185) respectively, resistance R 19 (186), (187), resistance R 20 (188), resistance R 21 (189), resistance R 22 resistance (190), connect after R23 (191) and measure temperature charactron (27) and design temperature charactron (28), the output of the P1.4-P1.6 pin of micro-chip 89C51B (183) is by decoder 74138 (198) difference series resistance R24 (199), (200), resistance R 25 (201), resistance R 26 (202), resistance R 27 (203), pass through respectively PNP triode one (192) after resistance R 28 (204), triode two (193), triode three (194), triode four (195), triode five (196), connect after triode six (197) and measure temperature charactron (27) and design temperature charactron (28), fix an integrated temperature sensor LM315 (172) on microwave heating plate (29), the output series connection resistance R 12 (174) of sensor LM315 (172) connects the reverse input end of integrated transporting discharging (173), ground connection after input terminus series resistance R13 (175) in the same way, resistance R 14 (176) is connected between reverse input end and output terminal, input AD converter ADC0804 (182) after amplifying 2 times, output pin DBO-DB7 of transmodulator ADC0804 connects respectively the P2.0-P2.7 pin of micro-chip 89C51B (183), CS pin ground connection, INTR connects the P0.4 pin of micro-chip 89C51B (183), after the output of the photodiode four (166) of water level switch (23) is anti-phase by not gate three (215) and the P0.6 of micro-chip 89C51B (183), the output of P0.7 pin connects and door two (218), with the output of door two (218), is connected bidirectional thyristor one (224), the control utmost point of bidirectional thyristor two (225), bidirectional thyristor one (224), bidirectional thyristor two (225) and microwave heating plate (29) are connected in 220 volts of alternating current circuits, by the program in micro-chip 89C51B (183), after pressing heater switch (24), P0.6 pin output 1, often by the switch that once heats up (25), design temperature charactron (28) increases by 1 degree, often by the switch of once lowering the temperature (26), design temperature charactron (28) reduces by 1 degree, if it is unequal to measure temperature charactron (27) and design temperature charactron (28), P0.7 is output as 1, think that the water level in heating container (14) is suitable, press water level switch (23), photodiode four (166) is output as 0, after anti-phase by not gate three (215), be 1, by with door two (218) after be 1, bidirectional thyristor one (224), bidirectional thyristor two (225) all conductings, microwave heating plate (29) heating, once measuring temperature charactron (27) and design temperature charactron (28) equates, P0.7 is output as 0, perhaps P0.7 is output as 1 but do not press water level switch (23), bidirectional thyristor one (224), bidirectional thyristor two (225) all ends, microwave heating plate (29) stops heating, open water drain valve (34) and do not press water level switch (23), perhaps press water level switch (23) and do not open water drain valve (34), magnetic valve ten (43) all cuts out, and water level switch (23) is not pressed, water drain valve (34) is not opened, and magnetic valve ten (43) is opened and discharged water, and like this, wants to burn How much water and how much just burns, and thinks just how many spending of the how many degree of water temperature, and program is as follows:

START：

LOOP：

JB P0.0，NOPRESS-2

MOV A，#1

MOV P0.6，A

NOPRESS-1：

JNB P0.0，$

NOPRESS-2：

NOPRESS-3：

JNB P0.1，$

NOPRESS-4：

NOPRESS-5：

JNB P0.2，$

JMP LOOP

TIMO：

PUSH ACC

PUSH PSW

CALL DISP

COUNT：

SCAN：

WITHADD：

DISP：

AD：

SEND：

LOOP-1：

MOV A.#1

MOV P0.7，A

END 。

Claims

1. a Novel water purifier, it is characterized in that: filter chamber, holding tank, deionization chamber, smart filter chamber, water tank one, heating container at the beginning of water-purifying machine divides from top to bottom, left side, right side, rear side have respectively a water tank three, water tank two, foul water tank.

2. Novel water purifier according to claim 1, it is characterized in that: below rising pipe, with two cotton threads, be a long 16cm, wide 16cm, the rectangular parallelepiped plank of thick 0.5cm, the upper end face center diameter 0.3cm of plank, the stainless steel bar of long cm is fixed a bottom surface diameter 4cm, the conical cork stopper of high 1.6cm, cork stopper is through the circular hole of the top board of water-purifying machine, plank is placed on long 44cm, wide 32cm, under the top board of the water-purifying machine of high 150cm, the bottom surface of top board is fixed a long 36cm, wide 25cm, left side and the high 20cm of right lateral side, the rectangular parallelepiped stainless steel filtering net that the diameter of the mesh of the high 20.5cm of forward right side is 0.1 micron, filter chamber at the beginning of.

3. Novel water purifier according to claim 1, it is characterized in that: around first filter chamber filter screen, be a long 41cm, wide 28.5cm, the stainless steel framework of the rectangular parallelepiped of high 80cm, four ribs of the end face of stainless steel framework are fixed on the bottom surface of top board, and Si Ge angle, lower bottom is separately fixed at the medial surface of water-purifying machine, and stainless steel framework lower end is a high 30cm, the filter screen that the diameter of mesh is 0.4 nanometer, i.e. smart filter chamber.

4. Novel water purifier according to claim 1, it is characterized in that: the top of smart filter chamber is a left side and the high 28cm of right lateral side, the stainless steel deionization chamber of the high 27.5cm of forward right side, the left side of deionization chamber, fix respectively a long 28.5cm in the stainless steel interlayer on right side, thick 0.1cm, the battery lead plate of high 14cm, a left side apart from box, before 3cm place, right both sides, rear inwall has respectively the draw-in groove of a wide 0.2cm, a wide 0.2cm is arranged respectively in draw-in groove, the high 13.75cm in high 14cm and front, the high 14cm in back, the rectangular parallelepiped dividing plate of long 28cm, a rectangle permanent magnet pieces is arranged respectively in the interlayer of rectangular parallelepiped dividing plate, a solenoid is arranged in the end face interlayer of deionization chamber, top, deionization chamber is the rectangular parallelepiped holding tank of a high 2cm.

5. Novel water purifier according to claim 1, it is characterized in that: the inner bottom surface right side front end of water tank one has a magnetic valve, right flank lower end foremost at first filter chamber, holding tank, the right side front end of the bottom surface of deionization chamber and left side front end, front end apart from the bottom surface at right flank 3.2cm place, the right flank of essence filter chamber lower end and first filter chamber foremost, the deionization chamber, the bottom surface back of essence filter chamber has respectively a magnetic valve, magnetic valve is by fan-shaped stainless steel substrates and a scallop hole, solenoid forms, solenoid is positioned at the end of scallop hole, the tip of fan-shaped stainless steel substrates is stuck on stainless steel sheet| with rivet, fix an arc permanent magnet pieces in the end interlayer relative with solenoid, there is a stainless steel tube that three magnetic valves of bottom surface back are coupled together, right side, rear end at distance deionization chamber bottom surface 13.8cm, apart from 0.2cm place under the bottom surface of front end right side, deionization chamber 2.8cm, under the bottom surface on the right side, rear end of essence filter chamber, there is respectively a long 0.8cm at the 0.2cm place, wide 0.2cm, the stainless steel box of high 0.4cm, a left side apart from stainless steel box, there is respectively a glass partition at 0.1cm place, right two sides, stainless steel box is divided into to 3 compartments, left, fix respectively a photodiode and a phototriode in right two compartments, intermediate compartment respectively with the deionization chamber, the deionization chamber, the essence filter chamber is communicated with, first filter chamber, the electromagnetism valve opening of the right side front end of the bottom surface of deionization chamber is by passing respectively first filter chamber, before the stainless steel sheet| of the right flank of essence filter chamber, aft end face is all fan-shaped, the back side is cambered surface, two sides are rectangular segment pipe connection rubber tube connecting tee valves again, the left side front end of deionization chamber, the electromagnetism valve opening of the right flank lower end foremost of essence filter chamber is by passing respectively smart filter chamber left surface, the segment pipe connection rubber tube of the stainless steel sheet| of right flank connects four-way valve again, the rubber hose of the lower end of T-valve connects four-way valve, the right side of four-way valve has a rubber hose to connect the long 48cm of rear side, wide 20cm, the foul water tank of high 28cm.

6. Novel water purifier according to claim 1, it is characterized in that: on the inner bottom surface of heating container, be a long 40cm, the microwave heating plate of wide 28cm, medial surface and inner top surface are the polyurethane insulation coatings of thick layer 2cm, the inwall of thermal insulation layer has one deck stainless steel sheet|, the front end of inner bottom surface has an offlet, a water drain valve is arranged on offlet, two relative hemispherical groove that a pair of diameter 0.2cm is arranged on the offlet inwall of water drain valve lower end, fix respectively a photodiode and a phototriode in groove, the front end of groove has respectively the circular glass sheet of a diameter 0.2cm, sheet glass and offlet inner wall sealing, there is a wide 0.4cm in heating container shell front end left side, the sheet glass of high 30cm.Over against a diameter 0.2cm is arranged between sheet glass and thermal insulation layer, the Glass tubing of high 30cm, the lower end of Glass tubing is connected with the inner bottom surface of heating container, the front end end face of heating container shell is fixed four long 1cm, wide 1cm, high 1cm square box, it is water level switch, heater switch, the intensification switch, cooling switch and 3 water temperatures are set charactron, 3 temperature measurement charactrons, the front end face of each square box is fixed a square flexible sheet, inner top surface and inner bottom surface at the square box of distance diaphragm 0.2cm are fixed respectively a photodiode and a photodiode, there is a cleaning switch in shell front end end face central authorities at water-purifying machine, a water purification switch, the left surface inwall top rear side of water tank, right flank inwall bottom rear side has respectively the conduit of a diameter 0.8cm, the outside surface of conduit is by the polypropylene internal diameter 0.8cm that adheres, the large conduit of external diameter 1cm, large conduit connects respectively a water tank two and water tank three, there is an offlet lower end, right side of water tank three, a water drain valve is arranged on offlet.