CN201095610Y - Water treatment device by using electromagnetic field to remove iron and manganese - Google Patents

Abstract

The utility model provides a water treatment device which utilizes the electromagnetic field to remove iron and manganese, and relates to the water treatment device. The utility model aims at solving the problems that the device needs to be opened for cleaning electrodes after the prior electromagnetic field or static field type water treatment device is used for a long time, thereby not only being inconvenient, but also wasting the water resource. The utility model is characterized in that an electromagnetic wave generator (13) is arranged at the exterior of a shell (15), an electrode sleeve (14) is fixed in a cavity body (8) of the shell (15), an electrode (16) is fixed in the electrode sleeve (14), an annular brush (20) is arranged at the inner side of an annular brush rack (18), the inner side of the annular brush (20) is connected with the outer wall of the electrode sleeve (14) in a friction way, an iron ring (19) is arranged at the interior of the annular brush rack (18), and the upper end of an electric magnet (21) is fixedly connected with the lower end of a rack (5). The utility model is a device which can not only be used for removing the iron and the manganese, but also can be used for removing the scale on a boiler and a pipeline. The water treatment device has the advantages of simple structure, low cost, small occupying area and less electrical energy consumption.

Description

Utilize the water treating equipment of electromagnetic field deferrization and demanganization

Technical field

The utility model relates to a kind of water treating equipment.

Background technology

The water treating equipment that are used for deferrization and demanganization in the market mostly adopt physics mode, promptly add manganese sand in a plurality of large iron tanks, adopt many water pumps to make water cycle, to remove iron, the mn ion in anhydrating, approximately must change manganese sand about half a year.And occupation area of equipment big, involve great expense, power consumption is big.And be used for the electromagnetic field or the electrostatic field formula water treating equipment of clean the boiler, though can solve the gyp problem preferably, but this electromagnetic field or electrostatic field formula water treating equipment are with after a period of time, owing to adsorbed a large amount of iron, mn ion on the electrode, the scale removal ability of equipment is greatly descended, must open the equipment washing electrode, not only inconvenience but also wasted water resources.

The utility model content

The purpose of this utility model is for solving existing electromagnetic field or electrostatic field formula water treating equipment with after a period of time, owing to adsorbed a large amount of iron, mn ion on the electrode, the scale removal ability of equipment is greatly descended, must open the equipment washing electrode, not only inconvenient but also wasted the problem of water resources, a kind of water treating equipment that utilize the electromagnetic field deferrization and demanganization are provided.The utility model is by reversible motor, the tooth bar guide pin bushing, transmission shaft, gear, tooth bar, motor and guide pin bushing frame, the transmission bush seat, water inlet pipe, the settling chamber, magnetic valve, blow-off pipe, electromagnetic wave generator, electrode sleeve, shell, electrode, rising pipe, the annular brush holder, iron hoop, annular brush and electro-magnet are formed, reversible motor is fixed on the upside of motor and guide pin bushing frame, the tooth bar guide pin bushing is fixed on motor and the guide pin bushing frame, one end of transmission shaft is connected with the output shaft of reversible motor, the other end of transmission shaft is arranged in the transmission bush seat, the lower end of transmission bush seat is fixed on motor and the guide pin bushing frame, rack tube is located in the tooth bar guide pin bushing, gear is fixed on the transmission shaft and with tooth bar and is meshed, rising pipe is fixed on above the side of shell, water inlet pipe is fixed on above the opposite side of shell, the upper end of settling chamber is connected with the lower end of shell, the lower end of settling chamber is connected with blow-off pipe, magnetic valve is arranged on the downside of settling chamber, electromagnetic wave generator is arranged on housing exterior, electrode sleeve is fixed in the cavity of shell, electrode is fixed in the electrode sleeve, the annular brush is arranged on the inboard of annular brush holder, the inboard of annular brush is connected with the external wall friction of electrode sleeve, iron hoop is arranged on the inside of annular brush holder, electro-magnet is arranged in the electrode, fixedlys connected with the lower end of tooth bar in the upper end of electro-magnet.

The utility model is a kind of deferrization and demanganization that can be used for tap water, can be used for the descaling equipment of boiler and pipeline again.The utlity model has advantage simple in structure, that cost is low, floor space is little, power consumption is few.And can at least two the utility model be connected in series according to what of iron content, manganese quantity in the water of locality, reach the effect of ideal deferrization and demanganization more.

Description of drawings

Fig. 1 is an one-piece construction synoptic diagram of the present utility model.

Embodiment

Embodiment one: present embodiment is described below in conjunction with Fig. 1, present embodiment is by reversible motor 1, tooth bar guide pin bushing 2, transmission shaft 3, gear 4, tooth bar 5, motor and guide pin bushing frame 6, transmission bush seat 7, water inlet pipe 9, settling chamber 10, magnetic valve 11, blow-off pipe 12, electromagnetic wave generator 13, electrode sleeve 14, shell 15, electrode 16, rising pipe 17, annular brush holder 18, iron hoop 19, annular brush 20 and electro-magnet 21 are formed, reversible motor 1 is fixed on the upside of motor and guide pin bushing frame 6, tooth bar guide pin bushing 2 is fixed on motor and the guide pin bushing frame 6, one end of transmission shaft 3 is connected with the output shaft of reversible motor 1, the other end of transmission shaft 3 is arranged in the transmission bush seat 7, the lower end of transmission bush seat 7 is fixed on motor and the guide pin bushing frame 6, tooth bar 5 is set in the tooth bar guide pin bushing 2, gear 4 is fixed on the transmission shaft 3 and with tooth bar 5 and is meshed, rising pipe 17 is fixed on above the side of shell 15, water inlet pipe 9 is fixed on above the opposite side of shell 15, the upper end of settling chamber 10 is connected with the lower end of shell 15, the lower end of settling chamber 10 is connected with blow-off pipe 12, magnetic valve 11 is arranged on the downside of settling chamber 10, electromagnetic wave generator 13 is arranged on shell 15 outsides, electrode sleeve 14 is fixed in the cavity 8 of shell 15, electrode 16 is fixed in the electrode sleeve 14, annular brush 20 is arranged on the inboard of annular brush holder 18, the inboard of annular brush 20 is connected with the external wall friction of electrode sleeve 14, iron hoop 19 is arranged on the inside of annular brush holder 18, electro-magnet 21 is arranged in the electrode 16, fixedlys connected with the lower end of tooth bar 5 in the upper end of electro-magnet 21.

Principle of work: the action of a magnetic field that hertzian wave produced that electromagnetic wave generator 13 sends is in the electromagnetic field motion water system of being made up of water inlet pipe 9, electrode 16 and rising pipe 17 between cylindrical electrode 16 and shell 15.Iron in the water, mn ion are attracted on the outside surface of electrode sleeve 14 under the effect of electromagnetic field, have formed irregular iron, mn ion layer after for some time on the outside surface of electrode sleeve 14.At this moment water inlet pipe 9 stops into water, close electromagnetic wave generator 13, give for electro-magnet 21, start reversible motor 1, transmission shaft 3 driven gears 4 rotate, gear 4 drives tooth bars 5 move up and down (forward and backward by time controller control reversible motor 1 realizes), tooth bar 5 drives the electro-magnet 21 that is contained in electrode 16 inside and pumps, driving the iron hoops 19 that are installed in the annular brush holder 18 by the magnetic force of electro-magnet 21 moves up and down, move up and down thereby drive annular brush 20, brush away iron, mn ion on electrode sleeve 14 outside surfaces.After iron, mn ion brushed away, close reversible motor 1, the power supply of closing electro-magnet 21 makes its loss of excitation, the iron, the mn ion particle detachment that are adsorbed in around the annular brush 20 are fallen, sink down in the settling chamber 10 with other iron in the water, mn ion particle, start magnetic valve 11 after static for some time, iron, mn ion particle are drained along blow-off pipe 12, promptly finish the removal process of iron, mn ion.

Claims (1)

1, a kind of water treating equipment that utilize the electromagnetic field deferrization and demanganization, it is by reversible motor (1), tooth bar guide pin bushing (2), transmission shaft (3), gear (4), tooth bar (5), motor and guide pin bushing frame (6), transmission bush seat (7), water inlet pipe (9), settling chamber (10), magnetic valve (11), blow-off pipe (12), electromagnetic wave generator (13), electrode sleeve (14), shell (15), electrode (16), rising pipe (17), annular brush holder (18), iron hoop (19), annular brush (20) and electro-magnet (21) are formed, it is characterized in that reversible motor (1) is fixed on the upside of motor and guide pin bushing frame (6), tooth bar guide pin bushing (2) is fixed on motor and the guide pin bushing frame (6), one end of transmission shaft (3) is connected with the output shaft of reversible motor (1), the other end of transmission shaft (3) is arranged in the transmission bush seat (7), the lower end of transmission bush seat (7) is fixed on motor and the guide pin bushing frame (6), tooth bar (5) is set in the tooth bar guide pin bushing (2), gear (4) is fixed on transmission shaft (3) and upward and with tooth bar (5) is meshed, rising pipe (17) is fixed on above the side of shell (15), water inlet pipe (9) is fixed on above the opposite side of shell (15), the upper end of settling chamber (10) is connected with the lower end of shell (15), the lower end of settling chamber (10) is connected with blow-off pipe (12), magnetic valve (11) is arranged on the downside of settling chamber (10), electromagnetic wave generator (13) is arranged on shell (15) outside, electrode sleeve (14) is fixed in the cavity (8) of shell (15), electrode (16) is fixed in the electrode sleeve (14), annular brush (20) is arranged on the inboard of annular brush holder (18), the inboard of annular brush (20) is connected with the external wall friction of electrode sleeve (14), iron hoop (19) is arranged on the inside of annular brush holder (18), electro-magnet (21) is arranged in the electrode (16), fixedlys connected with the lower end of tooth bar (5) in the upper end of electro-magnet (21).

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