CN111115728A

CN111115728A - Full-automatic circulating water reverse osmosis pressure-supply water-cooling bacteria-killing bacteria treatment equipment

Info

Publication number: CN111115728A
Application number: CN202010031867.9A
Authority: CN
Inventors: 刘锡全
Original assignee: Individual
Current assignee: Individual
Priority date: 2020-01-13
Filing date: 2020-01-13
Publication date: 2020-05-08

Abstract

The invention discloses a full-automatic circulating water treatment device for reverse osmosis pressure-supply water-cooling sterilization groups, which structurally comprises: the invention realizes the matching of the back pressure water-cooling horizontal tank and the programming control cabinet to form the water-cooling sterilization group effect when the pressure is supplied by the reverse osmosis of the condenser pipe bracket, and also leads the pumped turbid water flow to obtain the self-cleaning effect of the internal water body by the sweeping brush of the sweeping brush bracket ring, thereby leading the fully automatic circulating water to keep a clean input and output effect, being convenient for the linkage of the household water circulation connecting pipe or the continuous water supply effect of the viewing platform, and forming the cleaning movement of the sweeping brush bracket ring on the pipe wall of the condenser pipe bracket in the horizontal tank in real time, and tremble the sieve support seat and form negative pressure at terminal output pipe mouth and separate a class filter effect, let the internal flow of water slowly handle circulating water feedback, let output end cooperate pipeline low temperature compression rebound pressure boost still large-traffic water supply sufficient.

Description

Full-automatic circulating water reverse osmosis pressure-supply water-cooling bacteria-killing bacteria treatment equipment

Technical Field

The invention relates to a full-automatic circulating water treatment device for reverse osmosis pressure supply water-cooling sterilization groups, belonging to the field of PLC programmable controllers.

Background

Full-automatic circulating water equipment makes things convenient for intelligent home water to practice thrift and uses, also is often used in hotel viewing platform pond or viewing flowing water equipment, conveniently draws water circulation repeatedly, also more drives water flow and washes viewing platform structure, improves the use and the independent clean effect of circulating water, and the public shortcoming of treating the optimization of prior art has:

the operation of circulating water equipment is fountain promotion circulation work that the view platform was commonly used, at this moment, the equipment butt joint water supply to cell body and view platform need continuously draw water and the pressurized-water output, can cause the suction in-process, the business turn over water source can lead to the phenomenon that inside water body fungus crowd breeds along with external bacterium interference, and the water source after the circulation can be more and more muddy, be unfavorable for the pleasing to the eye water supply effect of view platform, make the circulating water receive the circumstances that the fungus crowd incrustation scale bonds and cause water pressure to diminish, make suction circulating water in-process, can let rivers slow and flow reduce, and the stopper pollutant increases rapidly, let the function production efficiency of automatic cycle water phenomenon that reduces.

Disclosure of Invention

Aiming at the defects in the prior art, the invention aims to provide a treatment device for a reverse osmosis pressure supply water cooling sterilization group of full-automatic circulating water, which aims to solve the problems that the operation of the circulating water equipment is fountain lifting circulation work commonly used by a landscape table, the phenomenon that flora in an internal water body is bred due to the interference of external bacteria when water is supplied by butting water supply of a tank body and equipment of the landscape table and water pressure output is required continuously, the water source is cloudy after circulation, the beautiful water supply effect of the landscape table is not facilitated, the water pressure of the circulating water body is reduced due to the adhesion of flora scales, the water flow is retarded and the flow is reduced, pollutants in the circulating water pumping process are increased rapidly, and the efficiency of the operation of the automatic circulating water is reduced.

In order to achieve the purpose, the invention is realized by the following technical scheme: the utility model provides a full-automatic circulating water's reverse osmosis supplies treatment facility of pressure water-cooling fungus crowd that disappears, its structure includes: the liquid level detection device comprises a liquid level detection box, a stepping motor, a horizontal tank hood, a back pressure water-cooling horizontal tank, a programming control cabinet, an overflow valve vertical tank and an output pipeline, wherein the back pressure water-cooling horizontal tank is electrically connected with the programming control cabinet, the back pressure water-cooling horizontal tank and the horizontal tank hood are buckled together and have collinear axes, the overflow valve vertical tank is nested on the right side of the back pressure water-cooling horizontal tank and is communicated with each other, the output pipeline is inserted and embedded on the right side of the overflow valve vertical tank and is positioned on the same vertical surface, the liquid level detection box is nested under the bottom of the stepping motor, the liquid level detection box is arranged on the left side of the horizontal tank hood, the back pressure water-cooling horizontal tank is provided with an input conduit, a sweeping frame ring, a horizontal tank groove, a condenser pipe support, an output narrow pipe, a matching electrode plate, a shaking screen support seat and a scale cleaning containing groove, the, condenser pipe support mounting is in the inside of jar groove of crouching, brush frame ring and condenser pipe support mechanical connection and axle center collineation, join in marriage the plate electrode and install in the lower right corner of jar groove of crouching, tremble sieve support frame seat and insert and inlay in the left side of joining in marriage the plate electrode, the scale removal holds the groove and is connected with distribution electrode board electricity, the scale removal holds the groove and cooperates with jar groove of crouching, jar groove of crouching is in the same place and the axle center collineation with jar cover cap lock of crouching, join in marriage the plate electrode and be connected with the programming control cabinet electricity.

In order to optimize the technical scheme, the method further comprises the following steps:

as a further improvement of the invention, the sweeping brush frame ring comprises a thick frame ring, a half-arc cover cap, a spring support and a brush body, wherein the thick frame ring and the half-arc cover cap are in clearance fit, the half-arc cover cap and the spring support are mechanically connected, the axes of the half-arc cover cap and the spring support are collinear, and the spring support and the brush body are nested into a whole and are positioned on the same vertical plane.

As a further improvement of the invention, the condenser pipe bracket comprises a baffling pipe cap, an extraction bent pipe and a condenser pipe, wherein the baffling pipe cap and the condenser pipe are respectively nested at the left side and the right side of the extraction bent pipe and are communicated with each other, and the axes of the baffling pipe cap, the extraction bent pipe and the condenser pipe are collinear.

As a further improvement of the invention, the condensation pipeline consists of two air-cooled vent plates, a narrow channel, a spacer strip and an extrusion valve block, wherein the two air-cooled vent plates are respectively nested at the upper side and the lower side of the narrow channel, the spacer strip and the extrusion valve block are tightly attached together and are positioned on the same cambered surface, the narrow channel and the spacer strip are of an integral structure, and the axes of the narrow channel and the spacer strip are collinear.

As a further improvement of the invention, the electrode plate is composed of a pole plate block and an armature block, the pole plate block and the armature block are tightly attached together and are positioned on the same vertical side elevation, and the pole plate block is arranged on the right side of the armature block.

As a further improvement of the invention, the armature block consists of a magnet block, an insertion disc block, a bow folding rod and an armature inner groove, wherein the magnet block and the insertion disc block are tightly attached into a whole, the insertion disc block and the bow folding rod are nested together and are positioned on the same vertical surface, and the bow folding rod is nested inside the armature inner groove and is positioned on the same vertical surface.

As a further improvement of the invention, the sieve shaking support seat consists of a top cover plate, a sieve shaking disc and an arc top bottom groove, the top cover plate and the sieve shaking disc are buckled together and are positioned on the same horizontal plane, and the sieve shaking disc is nested on the top of the arc top bottom groove and is communicated with the arc top bottom groove.

As a further improvement of the invention, the shaking screen dish consists of a film belt, a flow guide trapezoidal plate, an inclined plane lining plate and a collecting dish ring opening, wherein the film belt and the flow guide trapezoidal plate are tightly attached to the top of the inclined plane lining plate and are positioned on the same inclined plane, and more than two inclined plane lining plates are arranged and are inserted and embedded together around the circle center of the collecting dish ring opening.

As a further improvement of the invention, the half-arc hood cap is a crescent hood cap block structure with narrow left and right points and wide middle, so that the cambered surface is convenient to attach to the wall surface of a condensation pipeline for sweeping circulating water on the ring surface of the ring-shaped sliding traction brush body. The effect of cleaning and extracting impurities in water before sterilization is realized.

As a further improvement of the invention, the air-cooled ventilation plate is of a plate surface structure with a small through hole at the top and double convex arc blocks at the bottom, so that a water-cooled backwashing effect is conveniently formed on the convex arc surface at the bottom, and reverse osmosis circulating water can be filled with cold air for circulation.

As a further improvement of the invention, the magnet block is of a trapezoidal pedestal structure with a square bump at the front end, so that the attraction force of the narrow-end magnetic surface is convenient to concentrate, and the power distribution space is embedded with the magnetic guiding space to form a linkage effect by matching with the ion dissociating effect of pressing and electrifying the rear wide surface.

As a further improvement of the invention, the ring port of the current collecting disc is of a current collecting disc structure with a thin-wing disc outer side, a thin-wing disc inner groove and a thick bottom groove ring frame, so that the inclined plane can conveniently enter the thick cotton ring frame in a surrounding mode to achieve the effect of water absorption, permeation and downward discharge, and impurities can be separated from the circulating water body.

Advantageous effects

The invention relates to a full-automatic treatment device for reverse osmosis pressure-supply water-cooling sterilization of circulating water, which is characterized in that a worker invokes a liquid level detection box and a stepping motor to work to introduce circulating water flow by starting the potential of a node of a programming control cabinet in sequence, then a horizontal tank cover cap is conducted to counter-pressure a horizontal tank of a water-cooling horizontal tank to form an internal water supply effect of an inserted input conduit, a baffling pipe cap of a condenser pipe support is communicated with an extraction bent pipe and a condenser pipeline to form a conveying effect of a transverse high-low dislocation pipeline, the secondary circulating water utilization effect can be directly and excessively formed for an overflow valve vertical tank and an output pipeline when circulating water is butted with an output narrow pipe, the whole device is convenient to be butted with a circulating water viewing platform or a household integrated water tank through a pipeline, a water backwashing flow channel effect of water flow clamped by extruding a valve block is formed by a narrow channel of an air-cooling plate and a spacer, and then the thick frame ring of the sweeping brush frame ring and the bearing annular extrusion spring support frame of the half arc cover cap are used for bouncing the brush body to press and adhere to the pipeline wall to form a reverse osmosis sweeping brush effect, and a reinforcing effect is also formed on the sweeping pressure of the inner pipeline, so that after the pole plate block of the matched electrode plate and the armature block are electrified, the magnet block is pressed and adhered to the insertion disc block, the upper end and the lower end of the bow-shaped folding rod of the magnet block are amplified through the unilateral magnetic attraction of the armature inner groove, the scale removal containing groove is moved rightwards to be pressed and adhered to prevent, the loading feedback operation on circulating water after the matched brush body sweeping colony aggregates fall off and are filtered by a shaking screen support seat is achieved, and the treatment efficiency of the reverse osmosis pressure supply water-cooling sterilization colony of full-automatic circulating water and the communication efficiency value of the.

The invention has the following advantages after operation:

the back pressure water-cooling horizontal tank is matched with the programming control cabinet, the horizontal tank groove is butted by combining with an electric control node of the programming control cabinet, a water-cooling sterilization group effect when reverse osmosis pressure is supplied through the condenser pipe support is formed, pumped turbid water flow is enabled to obtain a brushing self-cleaning effect of an internal water body passing through a brushing frame ring, full-automatic circulating water is enabled to keep a clean input and output effect, a continuous water supply effect of a household water circulation connection pipe linkage or a viewing platform is facilitated, the condition that flora is condensed into scale is improved, cleaning motion of the condenser pipe support pipe wall brushing frame ring in the horizontal tank groove is formed in real time, a negative pressure flow separation filtering effect is formed at a terminal output pipe mouth by a screen support seat, circulating water feedback is slowly processed through the internal flow of the water body, and the output end is matched with a pipeline for low-temperature rebound pressurization to ensure that sufficient water supply.

Drawings

Other features, objects, and advantages of the present invention will become more apparent from the following detailed description of the embodiments of the invention when taken in conjunction with the accompanying drawings, in which:

FIG. 1 is a schematic structural diagram of a treatment facility for reverse osmosis pressure-supply water-cooling sterilization of full-automatic circulating water according to the present invention.

FIG. 2 is a schematic sectional view of the back-pressure water-cooled horizontal tank according to the present invention.

FIG. 3 is a schematic cross-sectional view of the working states of the condenser tube bracket, the electrode plate and the screen-shaking bracket base according to the present invention.

Fig. 4 is a schematic side view of the sweeper frame ring of the present invention in an operational state.

FIG. 5 is a schematic side sectional view of the condensing duct according to the present invention.

FIG. 6 is a schematic side view of the armature block according to the present invention in its operating state.

Fig. 7 is a schematic view of the aerial view structure of the vibrating screen disk in the working state.

Description of reference numerals: a liquid level detection box-1, a stepping motor-2, a horizontal tank hood-3, a back pressure water-cooled horizontal tank-4, a programming control cabinet-5, an overflow valve vertical tank-6, an output pipeline-7, an input conduit-4A, a sweeping frame ring-4B, a horizontal tank groove-4C, a condenser pipe bracket-4D, an output narrow pipe-4E, a matched electrode plate-4F, a shaking screen bracket seat-4G, a scale cleaning and containing groove-4H, a frame thick ring-4B 1, a half arc hood-4B 2, a spring support frame-4B 3, a hairbrush-4B 4, a baffling pipe cap-4D 1, an extraction elbow-4D 2, a condensing pipeline-4D 3, an air-cooled ventilation plate-4D 31, a narrow channel-4D 32, a spacer strip-4D 33, an extrusion block-4D 34, a flap valve-4D 34, The device comprises a pole plate block-4F 1, an armature block-4F 2, a magnet block-4F 21, a plug disk block-4F 22, a bow-shaped folding rod-4F 23, an armature inner groove-4F 24, a top cover plate-4G 1, a shaking screen disk-4G 2, an arc top bottom groove-4G 3, a film belt-4G 21, a flow guide trapezoidal plate-4G 22, a bevel lining plate-4G 23 and a current collecting disk ring opening-4G 24.

Detailed Description

In order to make the technical means, the creation characteristics, the achievement purposes and the effects of the invention easy to understand, the invention is further described with the specific embodiments.

The first embodiment is as follows:

referring to fig. 1 to 7, the present invention provides a full-automatic treatment apparatus for reverse osmosis pressure-supply water-cooling sterilization of circulating water, which comprises: the device comprises a liquid level detection box 1, a stepping motor 2, a horizontal tank hood 3, a back pressure water-cooling horizontal tank 4, a programming control cabinet 5, an overflow valve vertical tank 6 and an output pipeline 7, wherein the back pressure water-cooling horizontal tank 4 is electrically connected with the programming control cabinet 5, the back pressure water-cooling horizontal tank 4 is buckled with the horizontal tank hood 3 together and the axes of the two tanks are collinear, the overflow valve vertical tank 6 is nested on the right side of the back pressure water-cooling horizontal tank 4 and is communicated with each other, the output pipeline 7 is inserted on the right side of the overflow valve vertical tank 6 and is positioned on the same vertical surface, the liquid level detection box 1 is nested under the bottom of the stepping motor 2, the liquid level detection box 1 is arranged on the left side of the horizontal tank hood 3, the back pressure water-cooling horizontal tank 4 is provided with an input conduit 4A, a sweeping brush frame ring 4B, a horizontal tank groove 4C, a condenser pipe bracket 4D, an output narrow pipe 4E, a pole plate 4F, input pipe 4A inserts respectively with output narrow pipe 4E and inlays in condenser pipe support 4D's the left and right sides and link up each other, condenser pipe support 4D installs in the inside of sleeping in jar groove 4C, brush frame ring 4B and condenser pipe support 4D mechanical connection and axle center collineation, join in marriage electrode plate 4F and install in the lower right corner of sleeping in jar groove 4C, tremble sieve support seat 4G and insert in the left side of joining in marriage electrode plate 4F, the scale removal holds groove 4H and is connected with distribution electrode plate 4F electricity, the scale removal holds groove 4H and cooperatees with sleeping in jar groove 4C, sleeping in jar groove 4C and the jar hood 3 lock together and axle center collineation that crouches, join in marriage electrode plate 4F and programming control cabinet 5 electricity and be connected.

Referring to fig. 4, the sweeping brush frame ring 4B is composed of a frame thick ring 4B1, a half arc hood 4B2, a spring bracket 4B3 and a brush body 4B4, the frame thick ring 4B1 and the half arc hood 4B2 are in clearance fit, the half arc hood 4B2 is mechanically connected with the spring bracket 4B3, the axes of the half arc hood 4B2 and the spring bracket 4B3 are collinear, the spring bracket 4B3 and the brush body 4B4 are nested into a whole and are located on the same vertical plane, the half arc hood 4B2 is a hood block structure which is narrow at the left and right and has a wide middle part and is crescent, and the cambered surface is convenient to be attached to the wall surface of a condensation pipeline of circulating water of a sweeping brush on the annular surface of the annular sliding. The effect of cleaning and extracting impurities in water before sterilization is realized, the brush body 4B4 is elastically extruded through the spring support 4B3, the whole brush body forms the effect of cleaning and washing circulating water by a water-sweeping sieve which is discharged from the ring surface one by one, and pollutants are subjected to preliminary removal operation.

Referring to fig. 3, the condenser tube bracket 4D is composed of a baffle cap 4D1, an extraction elbow 4D2, and a condenser tube 4D3, the baffle cap 4D1 and the condenser tube 4D3 are respectively nested on the left and right sides of the extraction elbow 4D2 and are communicated with each other, the axes of the baffle cap 4D1, the extraction elbow 4D2, and the condenser tube 4D3 are collinear, the electrode plate 4F is composed of a pole plate block 4F1 and an armature block 4F2, the pole plate block 4F1 and the armature block 4F2 are closely attached together and are located on the same vertical side, the pole plate block 4F1 is mounted on the right side of the armature block 4F2, and the armature block 4F2 is powered on to form an adsorption holding tank effect in a programming process after circulating water flows through the condenser tube 4D3, so that condensed droplets at a terminal are conveniently collected, and a full automatic operation effect of circulating water in a horizontal tank is avoided.

Referring to fig. 5, the condensing duct 4D3 is composed of two air-cooled ventilation plates 4D31, a narrow channel 4D32, a spacer strip 4D33 and an extrusion flap 4D34, the two air-cooled ventilation plates 4D31 are respectively nested on the upper and lower sides of the narrow channel 4D32, the spacer strip 4D33 and the extrusion flap 4D34 are tightly attached together and located on the same arc surface, the narrow channel 4D32 and the spacer strip 4D33 are integrated and have collinear axes, the air-cooled ventilation plate 4D31 is a plate surface structure with a small through hole on the top and a double convex arc block on the bottom, so that a water-cooled backwashing effect is formed on the convex arc surface at the bottom, circulating water subjected to reverse osmosis can be injected with cold air and circulated, cold air is injected into the air-cooled ventilation plate 4D31 to form a converging air input and output effect of a narrow channel for the extrusion flap 4D34, and the water-cooled circulation can thoroughly achieve a low-temperature sterilization effect.

Referring to fig. 6, the armature block 4F2 is composed of a magnet block 4F21, an insertion disc block 4F22, a zigzag folding rod 4F23, and an armature inner groove 4F24, the magnet block 4F21 and the insertion disc block 4F22 are tightly attached to form a whole, the insertion disc block 4F22 and the zigzag folding rod 4F23 are nested together and are located on the same vertical plane, the zigzag folding rod 4F23 is inserted and embedded in the armature inner groove 4F24 and is located on the same vertical plane, the magnet block 4F21 is a trapezoidal pedestal structure with a square bump at the front end, so that the attraction force of the magnetic surface at the narrow end is concentrated, and the attraction force of the magnetic force is increased by the combination of the zigzag folding rod 4F23 and the magnet block 4F21, so that the magnet ring magnetic field with the interlaced positive and negative poles at the upper and lower positions is increased by the strong amplification effect of the attraction force of the magnetic field at the single side.

The working process is as follows: a worker calls the liquid level detection box 1 and the stepping motor 2 to work and introduce circulating water flow by starting the potential of the nodes of the programming control cabinet 5 in sequence, then the horizontal tank 4C of the water-cooling horizontal tank 4 is communicated and reversely pressed by the horizontal tank cover cap 3 to form the internal water supply effect of the inserted input conduit 4A, the baffling pipe cap 4D1 of the condenser pipe bracket 4D is communicated with the extraction elbow 4D2 and the condenser pipe 4D3 to form a transverse high-low dislocation pipeline conveying effect, the overflow valve vertical tank 6 and the output pipeline 7 can be directly and excessively formed into a secondary circulating water utilization effect when the circulating water is in butt joint with the output narrow pipe 4E, the integral equipment is convenient to be in butt joint with a circulating water viewing platform or a household integrated water tank through pipelines, a water flow backwashing flow channel effect clamped by the extrusion flap block 4D34 is formed by the narrow channel 4D32 of the air-cooling ventilation plate 4D31 and the separation pad strip 4D33, and the sterilization effect of the water supply by, and then the thick frame ring 4B1 of the brush frame ring 4B and the bearing annular extrusion spring support 4B3 of the half arc cover cap 4B2 flick the brush body 4B4 to press against the pipeline wall to form a reverse osmosis brushing effect, and also form an enhancement effect on the water sweeping pressure of the inner pipeline, after the pole plate block 4F1 of the matched pole plate 4F and the armature block 4F2 are electrified, the magnet block 4F21 presses against the plug-in disc block 4F22 to increase the amplitude of the unilateral magnetic attraction of the armature inner groove 4F24 at the upper and lower ends of the bow-shaped folding rod 4F23, so that the scale cleaning containing groove 4H is moved to the right to press and paste, and the purposes of dropping the condensed matter of the matched brush body 4B4 swept bacterium group to the shaking screen support 4G to filter the loading feedback operation of the circulating water are achieved, and the efficiency of the reverse osmosis water-pressure-cooling bacterium group treatment of the full-automatic circulating water and the communication value of the device which is convenient for double-tube connection.

Example two:

referring to fig. 1 to 7, the present invention provides a full-automatic reverse osmosis pressure-supply water-cooling bacteria-killing treatment apparatus for circulating water, which is otherwise the same as embodiment 1, except that:

referring to fig. 3, the shaking screen support seat 4G is composed of a top cover plate 4G1, a shaking screen disc 4G2 and an arc top bottom groove 4G3, the top cover plate 4G1 and the shaking screen disc 4G2 are fastened together and are located on the same horizontal plane, the shaking screen disc 4G2 is nested on the top of the arc top bottom groove 4G3 and is communicated with each other, and a funnel surface of the shaking screen disc 4G2 receives water flow and fills the water flow into the arc top bottom groove 4G3 to form a tail end condensed low-temperature sterilization group filtering effect.

Referring to fig. 7, the shaking screen dish 4G2 is composed of a thin film strip 4G21, a flow guiding trapezoidal plate 4G22, a slope lining plate 4G23, and a collecting dish ring opening 4G24, the thin film strip 4G21 and the flow guiding trapezoidal plate 4G22 are both tightly attached to the top of the slope lining plate 4G23 and are located on the same slope, the slope lining plate 4G23 is provided with more than two and are inserted and embedded together around the center of the circle of the collecting dish ring opening 4G24, the collecting dish ring opening 4G24 is a collecting dish structure with a thick bottom dish ring frame and a thin wing dish inner groove on the outer side, the slope is convenient to surround and enter the thick cotton ring frame to perform a water absorption and permeation effect, impurities are separated from the circulating water body, a corrugated surface along the edge is formed by the thin film strip 4G21 and the flow guiding trapezoidal plate 4G22 to be interlaced with the slope of the frame ring to form a triangular collecting channel, and the circulating water flow matched with the running water flow is.

Carry out reverse osmosis brush through the full-automatic inflow equipment of circulating water and supply pressure operation, make low temperature water-cooled sterilization backwash effect thorough, and let the fungus crowd solidify into a fritter impurity and make things convenient for the later stage to reject, but the fungus crowd solidifies at the terminal and exports the secondary jam circulation effect for the pipeline formation again along with the circulation pressure of taking rivers easily, so top housing plate 4G1 through trembling 4G of sieve support frame seat 4G presses the knot and trembles sieve dish 4G2 and forms vibrations sealed impurity containing effect on arc top kerve 4G3, the fungus crowd's mass piece that the cooperation annular brush body was swept down, form through thin film area 4G21 and water conservancy diversion trapezoidal plate 4G22 water conservancy diversion on inclined plane welt 4G23 collect for the effect of arranging under current dish ring mouth 4G24, let impurity bond on the ring plate, and rivers can hold the later stage feedback processing by the secondary, guarantee whole full-automatic circulating water's processing.

The invention achieves the water-cooling sterilization group effect when the counter-pressure water-cooling horizontal tank 4 is matched with the programming control cabinet 5 by combining the electric control node of the programming control cabinet 5 to butt joint the horizontal tank 4C, the counter-pressure water-cooling sterilization group effect is formed when the counter-pressure water-cooling horizontal tank 4D supplies pressure by reverse osmosis, pumped turbid water flow obtains the brushing self-cleaning effect of internal water body through the brushing frame ring 4B, full-automatic circulating water keeps a clean input and output effect, the continuous water supply effect of household water circulation connecting pipe linkage or viewing table continuous water is also facilitated, the condition that flora is condensed into scale is improved, the cleaning movement of the brushing frame ring 4B on the pipe wall of the condenser pipe support 4D in the horizontal tank 4C is formed in real time, the negative pressure isolating flow filtering effect is formed at the terminal output pipe mouth by the screen support seat 4G, the circulating water flow is slowly treated and fed back, the output end is matched with the pipeline to compress at low temperature, rebound and boost pressure and still supply, the operation of solving circulating water equipment with this is that the fountain of view platform commonly used promotes circulation work, at this moment to the equipment butt joint water supply of cell body and view platform need continuously draw water and pressurized-water output, can cause the suction in-process, the business turn over water source can lead to the phenomenon that inside water fungus crowd breeds along with external bacterium interference, and the water source after the circulation can be more and more muddy, be unfavorable for the pleasing to the eye water supply effect of view platform, make the water of circulation receive the circumstances that the fungus crowd incrustation scale bonds and cause water pressure to diminish, make suction circulating water in-process, can let rivers slow and flow reduce, and the plug pollutant increases rapidly, let the problem of the phenomenon that the operation production efficiency of automatic cycle water reduces.

The specific embodiments described herein are merely illustrative of the invention. Various modifications or additions may be made to the described embodiments or alternatives may be employed by those skilled in the art without departing from the scope of the invention or exceeding the scope of the claims appended hereto.

Claims

1. The utility model provides a full-automatic circulating water's reverse osmosis supplies treatment facility of pressure water-cooling fungus crowd that disappears, its structure includes: liquid level detection case (1), step motor (2), jar hood (3) crouches, the jar (4) crouches to the backpressure water-cooling, programming control cabinet (5), overflow valve founds jar (6), output pipeline (7), its characterized in that:

the back pressure water-cooling horizontal tank (4) is electrically connected with the programming control cabinet (5), the back pressure water-cooling horizontal tank (4) is buckled with the horizontal tank hood (3), the overflow valve vertical tank (6) is nested on the right side of the back pressure water-cooling horizontal tank (4), the output pipeline (7) is inserted and nested on the right side of the overflow valve vertical tank (6), the liquid level detection box (1) is nested below the bottom of the stepping motor (2), and the liquid level detection box (1) is mounted on the left side of the horizontal tank hood (3);

the back-pressure water-cooling horizontal tank (4) is provided with an input guide pipe (4A), a sweeping brush frame ring (4B), a horizontal tank groove (4C), a condensation pipe bracket (4D), an output narrow pipe (4E), a matched electrode plate (4F), a shaking screen bracket seat (4G) and a scale removal holding groove (4H);

input pipe (4A) and output narrow pipe (4E) are inserted respectively and are inlayed in the left and right sides of condenser pipe support (4D), condenser pipe support (4D) are installed in the inside of crouching jar groove (4C), brush frame ring (4B) and condenser pipe support (4D) mechanical connection, join in marriage that electrode board (4F) is installed in the lower right corner of crouching jar groove (4C), tremble sieve support seat (4G) and insert and inlay in the left side of joining in marriage electrode board (4F), the scale cleaning holds groove (4H) and joins in marriage electrode board (4F) electricity and is connected, the scale cleaning holds groove (4H) and crouches jar groove (4C) and cooperatees, crouch groove (4C) and crouch jar cap (3) lock and be in the same place, join in marriage electrode board (4F) and be connected with programming control cabinet (5) electricity.

2. The full-automatic treatment equipment for the reverse osmosis pressure-supply water-cooling sterilization groups of circulating water according to claim 1, characterized in that: the novel sweeper is characterized in that the sweeper frame ring (4B) is composed of a frame thick ring (4B1), a half-arc hood cap (4B2), a spring support (4B3) and a brush body (4B4), the frame thick ring (4B1) is matched with the half-arc hood cap (4B2), the half-arc hood cap (4B2) is mechanically connected with the spring support (4B3), and the spring support (4B3) and the brush body (4B4) are nested into a whole.

3. The full-automatic treatment equipment for the reverse osmosis pressure-supply water-cooling sterilization groups of circulating water according to claim 1, characterized in that: condenser pipe support (4D) comprises baffling pipe cap (4D1), extraction return bend (4D2), condenser pipe (4D3), baffling pipe cap (4D1) and condenser pipe (4D3) nest respectively in the left and right sides of extracting return bend (4D 2).

4. The full-automatic treatment equipment for the reverse osmosis pressure-supply water-cooling sterilization groups of circulating water according to claim 3, characterized in that: the condensation pipeline (4D3) comprises an air-cooled air-permeable plate (4D31), a narrow channel (4D32), a spacer strip (4D33) and an extrusion petal block (4D34), wherein the air-cooled air-permeable plate (4D31) is provided with two spacer strips (4D33) which are respectively nested on the upper side and the lower side of the narrow channel (4D32), the spacer strip (4D33) is tightly attached to the extrusion petal block (4D34), and the narrow channel (4D32) and the spacer strip (4D33) are of an integral structure.

5. The full-automatic treatment equipment for the reverse osmosis pressure-supply water-cooling sterilization groups of circulating water according to claim 1, characterized in that: the electrode plate (4F) is composed of an electrode plate block (4F1) and an armature block (4F2), the electrode plate block (4F1) and the armature block (4F2) are tightly attached together, and the electrode plate block (4F1) is installed on the right side of the armature block (4F 2).

6. The full-automatic treatment equipment for the reverse osmosis pressure-supply water-cooling sterilization groups of circulating water according to claim 5, characterized in that: the armature block (4F2) is composed of a magnet block (4F21), an inserting disc block (4F22), a bow-shaped folding rod (4F23) and an armature inner groove (4F24), the magnet block (4F21) and the inserting disc block (4F22) are tightly attached to form a whole, the inserting disc block (4F22) and the bow-shaped folding rod (4F23) are nested together, and the bow-shaped folding rod (4F23) is nested in the armature inner groove (4F 24).

7. The full-automatic treatment equipment for the reverse osmosis pressure-supply water-cooling sterilization groups of circulating water according to claim 1, characterized in that: tremble sieve support seat (4G) by top cover plate (4G1), tremble sieve dish (4G2), arc top kerve (4G3) and constitute, top cover plate (4G1) is in the same place with tremble sieve dish (4G2) lock, tremble sieve dish (4G2) nest on the top of arc top kerve (4G 3).

8. The full-automatic treatment equipment for the reverse osmosis pressure-supply water-cooling sterilization groups of circulating water according to claim 7, characterized in that: tremble sieve dish (4G2) and comprise film area (4G21), water conservancy diversion trapezoidal plate (4G22), inclined plane welt (4G23), current collecting disc ring mouth (4G24), film area (4G21) and water conservancy diversion trapezoidal plate (4G22) are all hugged closely on the top of inclined plane welt (4G23), inclined plane welt (4G23) are equipped with more than two and all insert around the centre of a circle of current collecting disc ring mouth (4G24) and inlay together.