CN202842143U

CN202842143U - Automatic timing water changing device

Info

Publication number: CN202842143U
Application number: CN 201220051130
Authority: CN
Inventors: 罗国勤
Original assignee: Individual
Current assignee: Individual
Priority date: 2012-02-17
Filing date: 2012-02-17
Publication date: 2013-04-03
Anticipated expiration: 2022-02-17

Abstract

The utility model relates to the technical field of automatic water changing devices and solves the problem that a water changing device in the prior art is easy to generate electric leakage faults and electric power waste because of the using of electric appliances. The utility model, particularly, provides an automatic timing water changing device, the device body includes an upper part and a lower part, a starting water discharging barrel and a water feeding barrel are arranged on the support of the upper part of the device body next to each other, a starting water feeding auxiliary barrel is arranged above the water feeding barrel and is provided with a housing, a water discharging barrel and a starting water feeding barrel are arranged at the upper section of the support at the lower part of the device body and are provided with housings, a water inlet pipe connected with a filter is arranged at the lower section, the filter is respectively connected with a four-way pipe and a timing valve via a three-way pipe, an auxiliary water feeding valve, a water inlet valve of a ball float water supply valve, and an auxiliary starting water discharging valve are respectively arranged on the four-way valve, and a movable cover is also arranged on the four-way valve. The automatic timing water changing device, being novel in design, is mainly used for the automatic timing water changing for mine industry, chemical industry, farmers, pools, fountain fishponds, fishponds, and jars, and the timed and quantified automatic pouring for miniature plant growers.

Description

The Full automatic timing core pulling and filling system

Technical field

The utility model relates to the technical field of automatic water changer, is specially a kind of Full automatic timing core pulling and filling system.

Background technology

For a long time, crawl, aquarium, the cabinet of breeding fish all are artificial changing waters, take that wooden dipper digs, pipe draws water etc.Need when changing water to support in advance the water couple of days, brought great inconvenience to people.If do not change for a long time water, need to filter fish ight soil and impurity and apply the method such as drug purification water quality with oxygen increasing equipment oxygenation, filter, so fish easily lacks sick death because of the water mineral.

Core pulling and filling system primary structure in the market comprises various electrical equipment, water pump etc., as obtain the China national utility model patent, the patent No. is 200920223699.2 automatic water changer, has mainly adopted singlechip controller, water level induction gauge tap, water pump etc., and cost is higher.Thereby these electrical equipment facilities very easily produce leak current fault when using causes unnecessary disaster, thereby and can produce waste electrical equipment rubbish contaminated environment after using; The waste electric power resource.

Summary of the invention

The poor problem of coolant-temperature gage when the utility model produces the waste electrical equipment garbage environment pollution because of after adopting the electrical equipment facility easily to cause leak current fault and use, wastes electric power resource, needs to support in advance water when changing water and changes water in order to solve existing core pulling and filling system; A kind of electric power that need not to use is provided, and method is simple, rational in infrastructure, convenient and practical; Size with timing water valve control discharge and control tank volume is implemented self-timing, support the temperature of water and adjusting water with storage tank, adopt the pressure power of water and the gravity of water to do manual work as power, implement the work of automatic water-replacing with draining bucket, startup draining bucket, plus bucket, startup plus bucket, carry out the long-pending Full automatic timing core pulling and filling system that is beneficial to automatic discharge of automatically returning of fish ight soil and impurity with the tapered structure in the bottom of water containing pool.

The utility model is to adopt following technical scheme to realize:

Described Full automatic timing core pulling and filling system comprises: water containing pool, storage tank, draining bucket, startup draining bucket, plus bucket, startup plus bucket, startup add water subsidy bucket, ball float water compensating valve, regularly water valve, subsidy start the draining water valve, subsidize compositions such as adding water water valve, ball float water compensating valve water inlet water valve, filter, water level positioning pipe, water level displaying tube, water inlet pipe, outlet pipe, water pipe and water pipe head, control, support, body fuselage.

Described Full automatic timing core pulling and filling system, body are divided into up and down two parts, are connected with lower carriage II by upper bracket I; The height that starts draining bucket and plus bucket and start draining bucket is installed on the upper bracket I that body upper is divided side by side will be lower than the plus bucket height, startup adds water subsidy bucket and is installed in the top of plus bucket, and shell I is installed; The epimere of the bracket I I that underpart divides is equipped with side by side draining bucket and starts plus bucket and shell II is installed, the hypomere of this bracket I I is equipped with water inlet pipe and connects filter, be connected with respectively four-way pipe, timing water valve through three-way pipe, be respectively equipped with subsidy on the four-way pipe and add water water valve, ball float water compensating valve water inlet water valve and subsidy startup draining water valve, and removable cover is installed; It is characterized in that: the bottom that starts in the draining bucket is equipped with protective tube II, crotch pipe III, the brachycephaly part of crotch pipe III vacant in starting draining bucket and the peak of crotch pipe III be lower than the height of the peak of protective tube II, and long head part is communicated with the port that starts outside the draining bucket bottom from the bottom through pipe joint, one of protective tube II vacant in starting draining bucket and the peak of protective tube II be lower than the height that starts the draining bucket top, the other end of protective tube II is communicated with the port that starts outside the draining bucket bottom from the bottom through pipe joint; The upper port left-external side place that starts draining bucket is provided with U-lag, and a side of U-lag is equipped with control; Bottom in the plus bucket is equipped with piston I and crotch pipe II, piston I is from the port of bottom outside pipe joint is communicated with the plus bucket bottom, the brachycephaly part of crotch pipe II vacant in plus bucket and the peak of crotch pipe II be lower than the height at plus bucket top, and long head part is from the port of bottom outside pipe joint is communicated with the plus bucket bottom; Start the bottom that adds in the water subsidy bucket crotch pipe IV is installed, the brachycephaly part of crotch pipe IV vacant within startup adds water subsidy bucket and the peak of crotch pipe IV be lower than the height at protective tube I top, and long head part starts the port that adds outside the water subsidy bottom of the barrel from the bottom through the pipe joint connection, startup adds a water subsidy bucket inner bottom part protective tube I is installed, one of protective tube I vacant within startup adds water subsidy bucket and the peak of protective tube I be lower than and start the height that adds water subsidy bucket top, the other end of protective tube I is communicated with to start through pipe joint from the bottom and adds water and subsidize port outside the bottom of the barrel; Bottom in the draining bucket is equipped with piston I I and crotch pipe I, piston I I is from the port of bottom outside pipe joint communicated drainage bottom of the barrel, the brachycephaly part of crotch pipe I vacant in draining bucket and the peak of crotch pipe I be lower than the height at draining bucket top, and long head part is from the port of bottom outside pipe joint communicated drainage bottom of the barrel; The bottom that starts in the plus bucket is equipped with ball float water compensating valve and water level and flow control tube, water level is communicated with the port that start plus bucket bottom outside from the bottom through pipe joint with the lower end of flow control tube, hypomere is provided with flow control hole, upper port is vacant in starting plus bucket and highly be lower than the height that starts the plus bucket top, the lower end of ball float water compensating valve be communicated with to start the outer port in plus bucket bottom from the bottom through pipe joint, and the upper end of ball float water compensating valve is upwards added a water subsidy bucket top through mozzle and stretches into to start and add in the water subsidy barrel by startup from the outside of plus bucket; Subsidy add the water water valve through mozzle respectively with the piston I I port of draining bucket bottom, start the water level of plus bucket bottom and the port of flow control tube, the port bottom the water containing pool and the water level displaying tube that is supported in draining bucket one side and be connected; Ball float water compensating valve water inlet water valve is connected through the port of mozzle with the ball float water compensating valve that starts the plus bucket bottom; Subsidy starts the draining water valve and is stretched in the draining bucket by the top from the lateral of draining bucket through mozzle; Regularly water valve is connected with the port of the piston I of plus bucket bottom, port and the water level positioning pipe of tank bottom respectively through mozzle; The port of the crotch pipe II of plus bucket bottom stretches into from the top that starts plus bucket by mozzle and starts in the plus bucket; The water level positioning pipe passes from the control of the left-external side of startup draining bucket by stretching in the U-lag and starts in the draining bucket; The port that starts the crotch pipe III of draining bucket bottom stretches in the draining bucket from the top of draining bucket by mozzle; The crotch pipe I port of draining bucket bottom is connected with outlet pipe through mozzle.

It comprises the movable hollow connecting screw that cooperates of pipe joint, an end that is fixed in the mozzle end and the pipe joint that is fixed in the mozzle end, the nut sleeve, skin plug and the skin plug cross divider that cooperate with hollow connecting screw other end activity described piston; Pi Sai, skin plug cross divider are located at the other end of the hollow connecting screw that is positioned at nut sleeve successively; Nut sleeve is evenly equipped with several square holes in the circumferential direction of the circle.

It comprises regularly water valve water inlet pipe, timing water valve outlet pipe, regulating handle and valve seat described timing water valve; Valve seat is provided with moving valve plate, fixed valve plate; Fixed valve plate is provided with water yield adjustment hole; The upper surface of fixed valve plate is provided with the chute that an end communicates with water yield adjustment hole.

Technical scheme is that the fixed valve plate with the timing water valve is provided with water yield adjustment hole, and it is characterized in that: the upper surface of fixed valve plate is provided with the chute that an end communicates with water yield adjustment hole, is used for controlling better flow.Size with the volume of control flow and storage tank is implemented self-timing, and is as shown in the table:

Technical scheme is to start to be provided with crotch pipe III in the draining bucket, the upper port left-external side place of protective tube II and startup draining bucket is provided with U-lag, one side of U-lag is equipped with control, it is characterized in that: the brachycephaly part of crotch pipe III vacant in starting draining bucket and the peak of crotch pipe III be lower than the height of the peak of protective tube II, and long head part is communicated with the port that starts outside the draining bucket bottom from the bottom through pipe joint, one of protective tube II vacant in starting draining bucket and the peak of protective tube II be lower than the height that starts the draining bucket top, the other end of protective tube II is communicated with the port that starts outside the draining bucket bottom from the bottom through pipe joint; Crotch pipe III converts large flow to for the enforcement low discharge and helps drainage arrangement automatically to start draining; What U-lag and control were used for control water level positioning pipe just implements the location to the water level in the storage tank, and protective tube II is used for storage tank water guide functions when starting the water yield when adding water in the draining bucket greater than the flow of crotch pipe when full.

Technical scheme is to be provided with crotch pipe I and piston I I in the draining bucket, it is characterized in that: piston I I is from the port of bottom outside pipe joint communicated drainage bottom of the barrel, the brachycephaly part of crotch pipe I vacant in draining bucket and the peak of crotch pipe I be lower than the height at draining bucket top, and long head part is from the port of bottom outside pipe joint communicated drainage bottom of the barrel; Closure piston II water was not beneficial to water level by outflow and raises to implement automatically to start draining when piston I I was used for the automatic startup draining of draining bucket, and the water of water containing pool is opened to enter in the draining bucket by piston I I and successfully discharged by crotch pipe I when also being used for carrying out draining; Crotch pipe I is used for implementing after water level raises to implement automatically to start draining and starts draining in the draining bucket work automatically carrying out draining and implement automatically to stop draining.

Technical scheme is to start to be provided with ball float water compensating valve and water level and flow control tube in the plus bucket, it is characterized in that: water level is communicated with the port that start plus bucket bottom outside from the bottom through pipe joint with the lower end of flow control tube, the hypomere of water level and flow control tube is provided with flow control hole, the upper port of water level and flow control tube is vacant in starting plus bucket and highly be lower than the height that starts the plus bucket top, the upper end of ball float water compensating valve is upwards stretched in the plus bucket by the top from the outside of plus bucket through mozzle, and the lower end of ball float water compensating valve is communicated with the port that starts outside the plus bucket bottom from the bottom through pipe joint; Water level and flow control tube are provided with flow control hole, utilize the flow control hole of water level and flow control tube to control flow, reach after draining the finishes water level in this bucket and will be higher than water level in the water containing pool, the ball float water compensating valve is not opened, the water that starts after several seconds or a few minutes in the plus bucket flows out from flow control hole at leisure, enter in the water containing pool through mozzle, along with the water level that starts in the plus bucket reduces, the time difference that the ball float water compensating valve is opened again, add water for restarting behind the drained water; Utilize water level and flow control tube to control water level, because the flow of mozzle is greater than the flow of flow control hole, after adding water, startup starts the water level rising ball float water compensating valve autoshutdown in the plus bucket, be used for to start and to add autoshutdown ball float water compensating valve behind the water send water to plus bucket work, add in addition the effect of playing water conservancy diversion in the water process; The ball float water compensating valve is used for sending water to help implement automatically start the work that adds water and automatically stop to send water to plus bucket to plus bucket.

Technical scheme is to start to add in the water subsidy bucket to be provided with crotch pipe IV and protective tube I, it is characterized in that: start the bottom that adds in the water subsidy bucket crotch pipe IV is installed, the brachycephaly part of crotch pipe IV vacant within startup adds water subsidy bucket and the peak of crotch pipe IV be lower than the height at protective tube I top, and long head part starts the port that adds outside the water subsidy bottom of the barrel from the bottom through the pipe joint connection, startup adds water subsidy bottom of the barrel protective tube I is installed, one of protective tube I vacant within startup adds water subsidy bucket and the peak of protective tube I be lower than and start the height that adds water subsidy bucket top, the other end of protective tube I is communicated with to start through pipe joint from the bottom and adds water and subsidize port outside the bottom of the barrel; Crotch pipe IV be used for to implement low discharge and converts large flow to and help plus bucket automatically to start the work that adds water, the guide functions when protective tube I is used for the ball float water compensating valve water yield is greater than the flow of crotch pipe when adding water subsidy bucket and add water.

Technical scheme is to be provided with crotch pipe II and piston I in the plus bucket, it is characterized in that: piston I is from the port of bottom outside pipe joint is communicated with the plus bucket bottom, the brachycephaly part of crotch pipe II vacant in plus bucket and the peak of crotch pipe II be lower than the height at plus bucket top, and long head part is from the port of bottom outside pipe joint is communicated with the plus bucket bottom; The automatic startup that piston I is used for plus bucket adds the front closure piston I of water, and water is not beneficial to water level by outflow and raises to implement automatically to start to add water, and the water of storage tank is opened to enter in the plus bucket by piston I and successfully flowed out by crotch pipe II when also being used for adding water; Crotch pipe II is used for water level and raises to implement automatically to start to add water and start to add and implement the work that automatically adds water and implement automatically to stop to add water behind the water.

Following technical scheme is successively:

With the water level positioning pipe, be used for the water level of storage tank is carried out the effect of the regulation and control of height location and water conservancy diversion.

Carry out height to the water level of storage tank and locate at the high end that is used for regulation and control water level positioning pipe with control.

The convenient water level of observing is regulated the installation of the height of Full automatic timing core pulling and filling system when being used for installing with water level displaying tube.

The impurity that is used for filtered water with filter is beneficial to the normal operation of changing water.

Be used for sending water to help plus bucket to plus bucket with the ball float water compensating valve and automatically start the work that adds water.

The water inlet of closing the ball float water compensating valve when being used for cleaning with ball float water compensating valve water inlet water valve stops the work of automatic water-replacing.

When adding the water water valve for cleaning with subsidy water containing pool is implemented to add water.

Starting the draining water valve with subsidy send water to help start Auto-drainage for plumbing bucket after cleaning.

Be used for the effect of the connection water conservancy diversion between each barrel and each water valve and water containing pool and the storage tank with water pipe.

Be used for connection between each barrel and each water valve and water containing pool and the storage tank with water pipe head.

Be provided with a round regulating for the height that underpart is divided in two-part junction up and down with support.

Be used for installation with support and fix each barrel and each water valve and shell.

Control water valve with shell for the protection of each barrel and each.

With storage tank be used for water storage and be used for regularly (in utilize volume and regularly water valve control flow come the regulation and control time) and be used for breeding fish and be used for supporting water and regulate water temperature (water temperature of water containing pool and tank is synchronous) when changing water.

Be used for breeding fish and making other purposes with water containing pool.

Doing tapered with the bottom of water containing pool is to discharge smoothly when being convenient to automatic water-replacing for returning of fish ight soil and impurity is long-pending.

It is existing product on the market that described ball float water compensating valve, subsidy startup draining water valve, subsidy add water water valve, ball float water compensating valve control water valve, filter, water pipe and water pipe head.

Described storage tank also is called tank, water butt etc.

Described water containing pool also is called views and admires fountain fishpond, ornamental fishpond, pet fish cabinet, views and admires fish jar, steel ladle etc.

The utility model design is ingenious, convenient and practical, the poor problem of coolant-temperature gage when needing to support in advance water and changing water when having prevented the problem such as leak current fault that the electrical equipment facility brings, environmental pollution and having changed water, accomplished to implement to do manual work without the electric power no consumption energy, remove the labour, energy-saving and environmental protecting are benefited the nation and the people.Can be widely used in industrial and mineral, chemical industry, brewage, small-sized aquatic products support plant family, pond, view and admire the fountain fishpond, ornamental fishpond, pet fish cabinet, the auto-timing water-changing of viewing and admiring fish jar and small-sized plantation family automatic-watering at regular time and quantity etc.

Description of drawings

Fig. 1 is external structure schematic diagram of the present utility model.Fig. 2 is the structural representation that Fig. 1 removes shell.

Fig. 3 is that Fig. 1 and Fig. 2 internal structure structure are communicated with schematic diagram.

Fig. 4 is the structural representation of piston.Fig. 5 is the structural representation of pipe joint.

Fig. 6 is the left view of Fig. 5.Fig. 7 is the structural representation of hollow connecting screw.

Fig. 8 is the left view of Fig. 7.Fig. 9 is the structural representation of skin plug.

Figure 10 is the left view of Fig. 9.Figure 11 is the structural representation of skin plug cross divider.

Figure 12 is the left view of Figure 11.Figure 13 is the structural representation of nut sleeve.

Figure 14 is the left view of Figure 13.Figure 15 is the structural representation of time switch.

Figure 16 is the structural representation of fixed valve plate among Figure 15.Figure 17 is A-A profile among Figure 16.

Figure 18 is the Visual Graph of U-lag 39.Figure 19 is the Visual Graph of 38-control.

Among the figure: the 1-water containing pool; The 2-storage tank; The 3-water inlet pipe; The 4-outlet pipe; The 5-draining bucket; The 6-plus bucket; 7-starts draining bucket; 8-starts plus bucket; The 9-subsidy adds the water water valve; 10-ball float water compensating valve water inlet water valve; The 11-subsidy starts the draining water valve; 12-is water valve regularly; 13-ball float water compensating valve; Crotch pipe I14-1, crotch pipe II14-2 crotch pipe III14-3, crotch pipe IV14-4; Piston I 15-1, piston I I15-2; The 16-water level displaying tube; 17-water level and flow control tube; The 18-flow control hole; The 19-filter; The 20-pipe joint; The hollow connecting screw of 21-; 22-skin plug; 23-skin plug cross divider; The 24-nut sleeve; The 25-square hole; Bracket I 26-1, bracket I I26-2; The 27-removable cover; 28-water level positioning pipe; Body fuselage I29-1, body fuselage II29-2; The 30-water valve pipe of regularly intaking; 31-is the water valve outlet pipe regularly; The 32-regulating handle; The 33-valve seat; The 34-moving valve plate; The 35-fixed valve plate; 36-water yield adjustment hole; The 38-control; 39-U shape groove; The 40-startup adds water subsidy bucket; Protective tube I41-1, protective tube II41-2.

Embodiment:

Described Full automatic timing core pulling and filling system is as shown in Figure 1: body is divided into up and down two parts, is connected with lower carriage II (26-2) by upper bracket I (26-1), and the junction is provided with a round.

As depicted in figs. 1 and 2: the height that starts draining bucket (7) and plus bucket (6) and start draining bucket (7) is installed on the bracket I that body upper is divided (26-1) side by side will be lower than plus bucket (6) highly, startup adds water subsidy bucket (40) and is installed in the top of plus bucket (6), and shell I (29-1) is installed; The epimere of the bracket I I that underpart divides (26-2) is equipped with side by side draining bucket (5) and starts plus bucket (8) and shell II (29-2) is installed, the hypomere of this bracket I I (26-2) is equipped with water inlet pipe (3) and connects filter (19), be connected with respectively four-way pipe, timing water valve (12) through three-way pipe, be respectively equipped with subsidy on the four-way pipe and add water water valve (9), ball float water compensating valve water inlet water valve (10) and subsidy startup draining water valve (11), and removable cover (27) is installed.

As shown in Figure 3: the bottom that starts in the draining bucket (7) is equipped with protective tube II (41-2), crotch pipe III (14-3), the brachycephaly part of crotch pipe III (14-3) vacant in starting draining bucket (7) and the peak of crotch pipe III (14-3) be lower than the height of the peak of protective tube II (41-2), and long head part is communicated with the port that starts outside draining bucket (7) bottom from the bottom through pipe joint, one of protective tube II (41-2) vacant in starting draining bucket (7) and the peak of protective tube II (41-2) be lower than the height that starts draining bucket (7) top, the other end of protective tube II (41-2) is communicated with port outside starting bottom the draining bucket (7) from the bottom through pipe joint; The upper port left-external side place that starts draining bucket (7) is provided with U-lag (39), and a side of U-lag is equipped with control (38), as shown in figure 19; The bottom of plus bucket (6) is equipped with piston I (15-1) and crotch pipe II (14-2), piston I (15-1) is from the port of bottom outside pipe joint is communicated with plus bucket (6) bottom, the brachycephaly part of crotch pipe II (14-2) vacant in plus bucket (6) and the peak of crotch pipe II (14-2) be lower than the height at plus bucket (6) top, and long head part is from the port of bottom outside pipe joint is communicated with plus bucket (6) bottom; Start and add the top that water subsidy bucket (40) is installed in plus bucket (6), start the bottom that adds in the water subsidy bucket (40) crotch pipe IV (14-4) is installed, the brachycephaly part of crotch pipe IV (14-4) vacant within startup adds water subsidy bucket (40) and the peak of crotch pipe IV (14-4) be lower than the height at protective tube I (41-1) top, and long head part starts the port that adds outside water subsidy bucket (40) bottom from the bottom through the pipe joint connection, start the bottom that adds in the water subsidy bucket (40) protective tube I (41-1) is installed, one of protective tube I (41-1) vacant within startup adds water subsidy bucket (40) and the peak of protective tube I (41-1) be lower than and start the height that adds water subsidy bucket (40) top, the other end of protective tube I (41-1) is communicated with the port that starts outside adding bottom the water subsidy bucket (40) from the bottom through pipe joint; The bottom of draining bucket (5) is equipped with piston I I (15-2) and crotch pipe I (14-1), piston I I (15-2) is from the port of bottom outside pipe joint communicated drainage bucket (5) bottom, the brachycephaly part of crotch pipe I (14-1) vacant in draining bucket (5) and the peak of crotch pipe I (14-1) be lower than the height at draining bucket (5) top, and long head part is from the port of bottom outside (5) section at the bottom of the pipe joint communicated drainage bucket; Ball float water compensating valve (13) and water level and flow control tube (17) are equipped with in the bottom that starts plus bucket (8), water level is communicated with the port that start plus bucket (8) bottom outside from the bottom through pipe joint with the lower end of flow control tube (17), hypomere is provided with flow control hole (18), upper port is vacant in starting plus bucket (8) and highly be lower than the height that starts plus bucket (8) top, and the upper end of ball float water compensating valve (13) is upwards added water subsidy bucket (a 40) top through mozzle and stretches into to start and add in the water subsidy barrel (40) by startup from the outside of plus bucket (6); The lower end of ball float water compensating valve (13) is communicated with the port that starts outside plus bucket (8) bottom from the bottom through pipe joint; Subsidy add water water valve (9) through mozzle respectively with piston I I (15-2) port of draining bucket (5) bottom, start the water level of plus bucket (8) bottom and the port of flow control tube (17), the port bottom the water containing pool (1) and the water level displaying tube (16) that is supported in draining bucket (5) one sides and be connected; Ball float water compensating valve water inlet water valve (10) is connected through the port of mozzle with the ball float water compensating valve (13) that starts plus bucket (8) bottom; Subsidy starts draining water valve (11) and is stretched in the draining bucket (5) by the top from the lateral of draining bucket (5) through mozzle; Regularly water valve (12) is connected with the port of the piston I (15-1) of plus bucket (6) bottom, port and the water level positioning pipe (28) of tank (2) bottom respectively through mozzle; The port of the crotch pipe II (14-2) of plus bucket (6) bottom stretches into from the top that starts plus bucket (8) by mozzle and starts in the plus bucket (8); Water level positioning pipe (28) passes from the control (38) of the left-external side of startup draining bucket (7) by stretching in the U-lag and starts in the draining bucket (7); The port that starts the crotch pipe III (14-3) of draining bucket (7) bottom stretches in the draining bucket (5) from the top of draining bucket (5) by mozzle; Crotch pipe I (14-1) port of draining bucket (5) bottom connects outlet pipe (4) through mozzle.

Described piston I (15-1) and piston I I (15-2) are as shown in Fig. 4 to 14: it comprises the pipe joint (20) that is fixed in the mozzle end, the hollow connecting screw (21) that an end cooperates with the pipe joint that is fixed in the mozzle end (20) activity, nut sleeve (24), skin plug (22) and the skin plug cross divider (23) that cooperates with the activity of hollow connecting screw (21) other end; Pi Sai (22), skin plug cross divider (23) are located at the other end of the hollow connecting screw (21) that is positioned at nut sleeve (24) successively; Nut sleeve (24) is evenly equipped with several square holes (25) in the circumferential direction of the circle.

Described timing water valve (12) is shown in Figure 15,16,17: it comprises regularly water valve water inlet pipe (30), timing water valve outlet pipe (31), regulating handle (32) and valve seat (33); Valve seat (33) is provided with moving valve plate (34), fixed valve plate (35); Fixed valve plate (35) is provided with water yield adjustment hole (36); The upper surface of fixed valve plate (35) is provided with the chute that an end communicates with water yield adjustment hole (36).

Described water containing pool (1) is as shown in Fig. 1 and Fig. 2 and Fig. 3: the bottom of water containing pool (1) is tapered.Operation principle and the course of work:

Add water at first for during work water containing pool (1): water to be connected entered water inlet pipe (3), water enters subsidy by filter (19) and adds water water valve (9), open subsidy and add water water valve (9), water enters respectively through mozzle and starts in plus bucket (8), draining bucket (5), water level displaying tube (16) and the water containing pool (1), and height of water level is all equal between them; When water containing pool (1) when reaching needed height of water level, to close subsidy and add water water valve 9, finish the water that adds of water containing pool (1) this moment.Then start the process to the auto-timing water-changing of water containing pool (1): at first open ball float water compensating valve water inlet water valve (10), then open regularly water valve (12), water height of water level in mozzle enters respectively water level positioning pipe (28) and plus bucket (6) and tank (2) and between them is all equal; Water level begins to raise, because the height of water level positioning pipe (28) is lower than the height of plus bucket (6) interior crotch pipe II (14-2), when water level is elevated to the peak that exceeds water level positioning pipe (28), under the effect of hydraulic pressure brute force, water begins to enter in the startup draining bucket (7) by water level positioning pipe (28), and at this moment the water level in storage tank (2), the plus bucket (6) no longer changes; Starting the interior water level of draining bucket (7) raises, when water is elevated to the peak that exceeds the crotch pipe III (14-3) in the startup draining bucket (7), at this moment be subjected to the effect of hydraulic pressure brute force, the work of crotch pipe III (14-3) beginning automatic transport water, water flows in the draining bucket (5) through pipe joint and the mozzle top from draining bucket (5) by crotch pipe III (14-3); Behind the water flow owing to being subject to the action of gravitation of the part water that crotch pipe range head grows, the work that crotch pipe III (14-3) carries water automatically, the water that starts in the draining bucket (7) will be by crotch pipe III (14-3) in mozzle all be transported to draining bucket (5), form the hollow work that will automatically stop to carry water until water has been transferred crotch pipe III (14-3), here water flows in the draining bucket (5) from protective tube II (41-2) is inner simultaneously when water enters discharge in the startup draining bucket (7) greater than the discharge of crotch pipe III (14-3) through water level positioning pipe (28); At this moment the water level in the draining bucket (5) raises, owing to being subject to the gravity of water and the effect of pressure power, piston (15) autoshutdown in the draining bucket (5), water level continue to raise; When water is elevated to the peak of the crotch pipe I (14-1) that exceeds in the draining bucket (5), at this moment be subjected to the effect of hydraulic pressure brute force, crotch pipe I (14-1) beginning starts the work of draining automatically, and water is discharged by outlet pipe (4) through pipe joint and mozzle by crotch pipe I (14-1); Owing to being subject to the action of gravitation of long part water that grows of crotch pipe I (14-1), crotch pipe I (14-1) carries out the work of draining automatically behind the water flow; Along with the water level in the draining bucket (5) reduces, at this moment take advantage of the water level in pond (1) will be higher than the interior water level of draining bucket (5), under the effect that is subject to the hydraulic pressure brute force, piston I I (15-2) in the draining bucket (5) opens automatically, takes advantage of the water in pond (1) to enter the work of being carried out the Auto-drainage conveying in the draining bucket (5) by the crotch pipe by piston I I (15-2) through mozzle; After the water of water containing pool (1) had been carried by crotch pipe I (14-1) draining, crotch pipe I (14-1) formed the hollow drainage works that automatically stops; After draining finishes, because draining bucket (5), water level displaying tube (16), water containing pool (1) and startup plus bucket (8) are interconnected; At this moment start the water level that control water level that water level in the plus bucket (8) is subject to water level and flow control tube (17) will be higher than water containing pool (1), after several seconds or a few minutes, start water in the plus bucket (8) and flow out at leisure from the flow control hole (18) of water level and flow control tube (17) that to enter water containing pool (1) through mozzle inner; Along with the water level that starts in the plus bucket (8) reduces, at this moment ball float water compensating valve (13) starts moisturizing automatically; Water is subject to the effect of the pressure power of running water, is upwards added water subsidy bucket (40) top by ball float water compensating valve (13) by startup from the outside of plus bucket (6) through mozzle and flows into to start and add in the water subsidy bucket (40); At this moment starting the water level that adds in the water subsidy bucket (40) raises, when being elevated to, water level exceeds when starting the peak add the crotch pipe IV (14-4) in the water subsidy bucket (40), at this moment be subjected to the effect of hydraulic pressure brute force, crotch pipe IV (14-4) starts working, water by crotch pipe IV (14-4) in pipe joint and mozzle flow into plus bucket (6), at this moment when ball float water compensating valve (13) when mozzle upwards adds discharge that water subsidy bucket (40) adds water greater than the flow of crotch pipe IV (14-4) to startup water simultaneously in protective tube I (41-1) inflow plus bucket (6); At this moment the water level in the plus bucket (6) raises, piston I (15-1) is subject to the gravity of water and the effect autoshutdown of pressure power, water level continues to raise, when water level is elevated to the peak of the crotch pipe II (14-2) that exceeds in the plus bucket (6), at this moment be subjected to the effect of hydraulic pressure brute force, the automatic startup of crotch pipe II (14-2) beginning adds the water conservancy project work, and water flows in the startup plus bucket (8) from starting plus bucket (8) top through pipe joint and mozzle by crotch pipe II (14-2); Owing to being subject to the action of gravitation of long part water that grows of crotch pipe II (14-2), crotch pipe II (14-2) adds the work that water is carried automatically behind the water flow; Because plus bucket (6) and storage tank (2) are connected, along with the water level in the plus bucket (6) reduces, at this moment the water level of storage tank (2) will be higher than the water level in the plus bucket (6), under the effect that is subject to the hydraulic pressure brute force, piston I (15-1) in the plus bucket (6) is opened automatically, and the water of storage tank (2) enters in the plus bucket (6) by piston I (15-1) through mozzle and carries out the work that automatic watering is carried by the crotch pipe; At this moment the water level of plus bucket (6), storage tank (2), water level positioning pipe (28) descends simultaneously, and water level positioning pipe (28) stops to starting draining bucket (7) inner water-supply; Then start the control water level rising that the interior water of plus bucket (8) is subject to water level and flow control tube (17), because the flow of mozzle is greater than the flow of flow control hole (18); Because the valve autoshutdown of water level rising ball float water compensating valve (13) stops to plus bucket (6) inner water-supply; At this moment plus bucket (6) is carried the water of storage tank (2) to starting in the plus bucket (8); After starting water level in the plus bucket (8) and continuing to raise, water just enters water level and flow control tube (17) is interior in mozzle enters respectively draining bucket (5) and water containing pool (1) from the overhead stream of water level and flow control tube (17); Like this plus bucket (6) automatically the water of storage tank (2) by mozzle through piston I (15-1), crotch pipe II (14-2), start plus bucket (8), passing through water level and flow control tube (17) and mozzle again, to be transported to water containing pool (1) inner, until the inner water of storage tank (2) has been transferred, crotch pipe II (14-2) forms and hollowly adds water conservancy project and automatically stop; Finished the overall process of automatic water-replacing like this.By timing water valve (12) being changed the setting of water time, the water of the time storage tank (2) of every setting will store up the height of setting, and will automatically change water once behind the energy.Full automatic timing changes water and has just formed like this.

When needs when cleaning, need to carry out following cleaning operation process to water containing pool (1): at first close ball float water compensating valve water inlet water valve (10); Then water containing pool (1) is cleaned, after cleaning, open again and add water help startup draining in subsidy startup draining water valve (11) the plumbing bucket (5), close subsidy after the beginning draining and start draining water valve (11), until draining bucket (5) water containing pool (1) addle after inner clean drained after, carry out again secondary cleaning; During secondary cleaning, playing first subsidy opens and adds water water valve (9) water containing pool (1) is added water, add water water valve (9) when adding to close after water reaches the needed water yield to subsidize, then carry out the second time to the cleaning of water containing pool (1), after the cleaning, open again and add water help startup draining in subsidy startup draining water valve (11) the plumbing bucket (5), close subsidy after the beginning draining and start draining water valve (11), until draining bucket (5) water containing pool (1) addle after inner clean drained after, the cleaning operation process is all finished; Open at last ball float water compensating valve water inlet water valve (10), Full automatic timing changes the water process and restarts.

Claims

1. Full automatic timing core pulling and filling system, body are divided into up and down two parts, are connected with lower carriage II (26-2) by upper bracket I (26-1); The height that starts draining bucket (7) and plus bucket (6) and start draining bucket (7) is installed on the bracket I that body upper is divided (26-1) side by side will be lower than plus bucket (6) highly, startup adds water subsidy bucket (40) and is installed in the top of plus bucket (6), and shell I (29-1) is installed; The epimere of the bracket I I that underpart divides (26-2) is equipped with side by side draining bucket (5) and starts plus bucket (8) and shell II (29-2) is installed, the hypomere of this bracket I I (26-2) is equipped with water inlet pipe (3) and connects filter (19), be connected with respectively four-way pipe, timing water valve (12) through three-way pipe, be respectively equipped with subsidy on the four-way pipe and add water water valve (9), ball float water compensating valve water inlet water valve (10) and subsidy startup draining water valve (11), and removable cover (27) is installed; It is characterized in that: the bottom that starts in the draining bucket (7) is equipped with protective tube II (41-2), crotch pipe III (14-3), the brachycephaly part of crotch pipe III (14-3) vacant in starting draining bucket (7) and the peak of crotch pipe III (14-3) be lower than the height of the peak of protective tube II (41-2), and long head part is communicated with the port that starts outside draining bucket (7) bottom from the bottom through pipe joint, one of protective tube II (41-2) vacant in starting draining bucket (7) and the peak of protective tube II (41-2) be lower than the height that starts draining bucket (7) top, the other end of protective tube II (41-2) is communicated with port outside starting bottom the draining bucket (7) from the bottom through pipe joint; The upper port left-external side place that starts draining bucket (7) is provided with U-lag (39), and a side of U-lag is equipped with control (38); Bottom in the plus bucket (6) is equipped with piston I (15-1) and crotch pipe II (14-2), piston I (15-1) is from the port of bottom outside pipe joint is communicated with plus bucket (6) bottom, the brachycephaly part of crotch pipe II (14-2) vacant in plus bucket (6) and the peak of crotch pipe II (14-2) be lower than the height at plus bucket (6) top, and long head part is from the port of bottom outside pipe joint is communicated with plus bucket (6) bottom; Start the bottom that adds in the water subsidy bucket (40) crotch pipe IV (14-4) is installed, the brachycephaly part of crotch pipe IV (14-4) vacant within startup adds water subsidy bucket (40) and the peak of crotch pipe IV (14-4) be lower than the height at protective tube I (41-1) top, and long head part starts the port that adds outside water subsidy bucket (40) bottom from the bottom through the pipe joint connection, startup adds water subsidy bucket (40) bottom protective tube I (41-1) is installed, one of protective tube I (41-1) vacant within startup adds water subsidy bucket (40) and the peak of protective tube I (41-1) be lower than and start the height that adds water subsidy bucket (40) top, the other end of protective tube I (41-1) is communicated with the port that starts outside adding bottom the water subsidy bucket (40) from the bottom through pipe joint; Bottom in the draining bucket (5) is equipped with piston I I (15-2) and crotch pipe I (14-1), piston I I (15-2) is from the port of bottom outside pipe joint communicated drainage bucket (5) bottom, the brachycephaly part of crotch pipe I (14-1) vacant in draining bucket (5) and the peak of crotch pipe I (14-1) be lower than the height at draining bucket (5) top, and long head part is from the port of bottom outside pipe joint communicated drainage bucket (5) bottom; The bottom that starts in the plus bucket (8) is equipped with ball float water compensating valve (13) and water level and flow control tube (17), water level is communicated with the port that start plus bucket (8) bottom outside from the bottom through pipe joint with the lower end of flow control tube (17), hypomere is provided with flow control hole (18), upper port is vacant in starting plus bucket (8) and highly be lower than the height at startup plus bucket (8) top, the lower end of ball float water compensating valve (13) be communicated with to start the outer port in plus bucket (8) bottom from the bottom through pipe joint, and the upper end of ball float water compensating valve (13) is upwards added water subsidy bucket (a 40) top through mozzle and stretches into to start and add in the water subsidy barrel (40) by startup from the outside of plus bucket (6); Subsidy add water water valve (9) through mozzle respectively with piston I I (15-2) port of draining bucket (5) bottom, start the water level of plus bucket (8) bottom and the port of flow control tube (17), the port bottom the water containing pool (1) and the water level displaying tube (16) that is supported in draining bucket (5) one sides and be connected; Ball float water compensating valve water inlet water valve (10) is connected through the port of mozzle with the ball float water compensating valve (13) that starts plus bucket (8) bottom; Subsidy starts draining water valve (11) and is stretched in the draining bucket (5) by the top from the lateral of draining bucket (5) through mozzle; Regularly water valve (12) is connected with the port of the piston I (15-1) of plus bucket (6) bottom, port and the water level positioning pipe (28) of tank (2) bottom respectively through mozzle; The port of the crotch pipe II (14-2) of plus bucket (6) bottom stretches into from the top that starts plus bucket (8) by mozzle and starts in the plus bucket (8); Water level positioning pipe (28) passes from the control (38) of the left-external side of startup draining bucket (7) by stretching in the U-lag and starts in the draining bucket (7); The port that starts the crotch pipe III (14-3) of draining bucket (7) bottom stretches in the draining bucket (5) from the top of draining bucket (5) by mozzle; Crotch pipe I (14-1) port of draining bucket (5) bottom is connected with outlet pipe (4) through mozzle.

2. Full automatic timing core pulling and filling system according to claim 1 is characterized in that: regularly water valve (12) comprises regularly water valve water inlet pipe (30), regularly water valve outlet pipe (31), regulating handle (32) and valve seat (33); Valve seat (33) is provided with moving valve plate (34), fixed valve plate (35); Fixed valve plate (35) is provided with water yield adjustment hole (36); The upper surface of fixed valve plate (35) is provided with the chute that an end communicates with water yield adjustment hole (36).

3. Full automatic timing core pulling and filling system according to claim 1 is characterized in that: piston I (15-1) and piston I I (15-2) comprise the pipe joint (20) that is fixed in the mozzle end, an end and the movable hollow connecting screw (21) that cooperates of the pipe joint that is fixed in the mozzle end (20), the nut sleeve (24), skin plug (22) and the skin plug cross divider (23) that cooperate with the activity of hollow connecting screw (21) other end; Pi Sai (22), skin plug cross divider (23) are located at the other end of the hollow connecting screw (21) that is positioned at nut sleeve (24) successively; Nut sleeve (24) is evenly equipped with several square holes (25) in the circumferential direction of the circle.

4. Full automatic timing core pulling and filling system according to claim 1, it is characterized in that: the bottom of water containing pool (1) is tapered.