JPS59500499A - irrigation equipment for plants - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed description of the invention] plant dam irrigation system This invention includes irrigation containers, programmable timers, controllers, drivable pumps, Equipped with a distribution main pipe, unit pipes that can be installed to individual plants at each branch, and each plant has its own This invention relates to an irrigation system that can provide a standing water fountain, can be fully automatically controlled, and can supply water.

This type of irrigation device is large enough to irrigate plants for a long period of time. It is necessary to provide a suitable water storage container or to maintain irrigation over a period of several weeks. It was necessary to configure the irrigation system in such a way that it could be verified. Irrigation system like this It would be meaningful to make it possible to use it even on days other than holidays and to have it permanently installed in homes. This makes practical handling and technical management extremely easy and simple; Even housewives with little interest in it can handle it. Water your plants especially during holidays It is known to use irrigation devices capable of watering plants. In this case also eliminates costly preparation and manufacturing operations to ensure system performance. It has to be done in terms of the system. This is rejected by many housewives Will. Furthermore, many housewives only want to take care of their plants themselves during their hobby time. and would like to have a practical device only on vacation. This practical device and It can be disassembled and assembled in an extremely short period of time, and is a practical and easy-to-use device. male smell However, if you consider practicality and economy, it is worth your time to care for the ornamental plants you are growing. There are demands that people do not want to spend a lot of money.

Therefore, the technical problem underlying this invention is to create a large water storage container with high functional reliability. It can be easily connected to an additional water storage container, allowing housewives to quickly put it into working and resting state. The objective is to provide a simple device that can

This problem is solved by providing the device with a winding shaft configured as an insert that can be inserted into the device. . The winding shaft is constructed in particular as a casing for the electrical part, inside which is a programmable Contains a timer and battery set. Pump and distributor supply lines, in particular: Provided on the flange of the insert, the supply pipe can be easily connected to the insert once the insert is removed. or can be removed.

In such devices, the tube may twist under the insert flange when the insert is inserted. In order to prevent this, the insert plate is provided with a perforated transparent case ring. Before inserting the liquid into the liquid container with the transparent container attached to it, make sure that the tube Housewives themselves can check whether the housewife is in a calm and orderly state.

According to another aspect of the invention, the above problem is solved by providing the insert with a second flange in addition to the first flange. By providing a runno and placing the supply pipe and pump between the flanges 1.2 It will be resolved.

It is also possible to provide the insert with a pump holder.

The advantages obtained by this invention are, inter alia, that the liquid container is filled with irrigation water almost to its upper edge. The point is that it can be achieved.

If the device casing is particularly flat, the device can always be placed close to the plant. . The device may be equipped with a lid and used as a container for plants.

Further embodiments and sub-claims of the invention are presented.

Next, the present invention will be explained in more detail, particularly using examples.

FIG. 1 is a schematic perspective view showing a first embodiment of an irrigation system constructed based on the present invention. In the figure, the irrigation device is provided with a pipe with a distributor.

Figure 2 shows a partial fracture of the Kirinaru irrigation system through which the water supply pipe is inserted and pulled out during operation. 3 is a perspective view showing a variant of the insert in detail; FIG.

FIG. 4 shows a cavity formed in the liquid container that acts as a support surface for the insert flange. It is a perspective view showing a tongue piece.

FIG. 5 is a partially cutaway perspective view of an embodiment of the irrigation system casing. The casing can be formed into a practical planar shape, with the first and second flange attached to the insert. is provided.

FIG. 6 is a more detailed perspective view of the insert of the device constructed according to FIG. , a distributor having a unit conduit, a tube holder and a bayonet piece is shown.

FIG. 1 shows a plant irrigation system, generally designated 20. As shown in FIG. This outfit The device has a liquid container 22, and a winding shaft 80 is accommodated in this container 22. good Preferably, the winding shaft 80 is provided with a ring-shaped flange 10, and the flange 10 is The outer diameter is selected so that the take-up shaft with flantz can be easily inserted into and removed from the liquid container. Ru. The insert, which consists of a winding shaft and a Franz and is designated by the numeral 80, contains a liquid supply. One or more pipe sumps 24 are provided ○Still in Figure 6 A modification of the noyo point 24 is shown. Supply pipe 7 instead of Noyoi/to 24 7.78.79 is provided with a receptacle opening 82 through which the tube 77 is inserted. ．． 78, 79 may be inserted. Irrigation liquid is a liquid From the storage container 22 through the main pipe 77 to branch pipes 78, 79 and from there further distribution. 123 is supplied by a pump, which in the illustrated embodiment is a submersible pump 7. It is considered to be 0. A unit pipe 40 is pulled out from the distributor 40, and this unit pipe 40 is 6. As shown in FIG. 6, the unit tube 40 is introduced into a tube bed holder, in particular. In addition, the main manager 7 7 can be led directly to the distributor 123, or alternatively, two branch pipes 78 ．． It goes without saying that more branch pipes can be used instead of 79. main pipe 77 Between the and branch pipes 78 and 79, there is a hose insertion nozzle made of synthetic resin that is easy to handle. Alternatively, a multi-stage switching solenoid valve is used. This solenoid valve Controlled by a programmable timer. Still different glodarum according to different requirements It is also possible to use two or more two knobs that are capable of. And needless to say , a supply pump fixed within the casing or insert of the liquid container may be used. Po The lamp is provided with, for example, an electric drive source. Irrigation system has programmable ties It is equipped with Ma. Electrical devices such as batteries, programmable time switches, etc. The external component may be an insert 81 or a separate component provided on the wall of the liquid container as shown in FIG. It is housed inside the member of the step.

A transformer is provided within the net-like hole, a large space is provided within the insert body 81, and the winding is carried out there. A shaft 80 may also be introduced.

The pipes 78, 79 and the distributor 123 with the unit pipes 40 are not connected to each other before starting the device. It is wound above the Franz 10 of the winding shaft 80 and is connected to the device lid shown in FIG. tied. The winding state of the tube is shown in FIG. 6, where tube 679 and dashed line 67 4 is shown.

The hose insertion joint between pipes 77, 78, 79 is connected to the supply pipe 77, 78, 79. It can also be used to immovably fix the end portion to the flange 10G. At this time, for example If the hose is Y-shaped or T-shaped, flank it on the connection side. 1o opening 82Vc, for example, to connect the supply pipe 77 on the underside of the flank. or other supply pipes 78,79 which can be inserted or inserted and on the upper side of the flank 1o. If the connection is still possible, connect the supply pipe 77, 78, 79 to Franz. It can be fixed by This state is not particularly illustrated.

The supply pipe is preferably provided with a reverse valve 35 and the irrigation pipe 78, 79 or pipe 1 78.179 Backflow of debris is prevented.

As shown more accurately in FIGS. 3 and 6, a programmable It is useful to have a timer that can The time switch operation button 9o is It is preferable to provide the casing lid of the casing 88. This casing is rolled It is inserted into the shaft up to the lid edge.

In this way, a programmable time switch and battery or A battery set and other electrical components are housed within the take-up shaft. tube 77.78 ．． When using a 79 selective opening, three-way solenoid valve, use this solenoid valve. It is preferable to attach it to Franz 1o or the outer surface of the winding shaft.

A supply pipe 77 and an electrical connection line 92 are connected to the submersible pump 70. is connected to the submersible pump's electric motor at one end and to a programmable power supply at the other end. There is.

In the illustrated embodiment of pump 170, it is noted that the pump may be housed in a separate container. It is necessary to mention this. In this case, this container can be larger than the liquid storage container. death However, other containers provided here are not shown in detail.

The supply pipe 177 leads to the distributor 148 through the opening 14 in the side edge. tube 11 7 exits from supply pipes 178, 179 in this distributor 148. As mentioned above A Y-shaped member or a T-shaped member can be used as the distributor. This T-shaped member is still a T-shaped member. Similarly, as mentioned above, the supply pipes 177, 178, 179 to Franz 1o It can also be used for immovable fixation.In addition, the supply pipe can be led directly through the opening 82 of Franz 1o. Both are possible. As mentioned above, the supply pipe 8.179 has the other end directed towards the plant. It is connected to the distributor 123 at. Tube 177.178.179 is also noyoin connected to port 24.

A support structure 1 or a support piece 4 is provided on the inner surface of the wall 22 of the liquid container, and the insert 81 is At the time of insertion, the insert 81 may be lowered onto the support piece 4 or the like. The insert 81 is It is removably fixed to the liquid container 22, and is fixed by, for example, a screw member. This is done by means of corresponding necks on the liquid container and the insert. insert The body may be provided with a particularly perforated transparent casing 3o. In this case, the supply pipe The insert can be inspected to ensure that there is no twist in the VC liquid container as well as the transparent container. It can be inserted inside. Here, the hole in the transparent container means that irrigation water can pass through this hole. it makes sense.

In order to be able to pull out the supply tube 78.79.177 from the closed lid, a suitable Preferably, a notch 2 is provided. As shown in Figure 2, a similar notch is made on the lid. can be formed.

The feature of this embodiment shown in FIG. The winding space on the Franz IO, which is ring-shaped, can be used not only as a water storage tank, but also as a winding space. It can also be used as a container. Another major feature is that it is equipped with a submersible pump. The electrical connection lines drawn out from the station, together with the extended main supply pipe 177, are not shown in detail. However, it can be accommodated in other larger containers.

This connects the pump supply pipe 177 and electrical connection line 192 to its pump side end. It can be stored while being connected to the insert body 81 at the opposite end of the section. Housewives can complete cents in a fraction of their time.

When using two pumps, set the time switch to adjust the two program steps. It is advisable to configure the structure so that it can be adjusted. One or both of these two pumps can be It is also possible to arrange it in one or two containers. Regular irrigation and culture solution It is also possible to distinguish and inject both separately. In this way, for example For example, housewives can force-culture plants over a period of several weeks. Branch 48 smell It houses a controllable solenoid valve, and depending on the configuration of the time switch, two The pump can be operated by different programs.

Basically, various embodiments of the supply pump can be adopted. For example, one pump and one electric motor It is also possible to accommodate them intensively in a casing. We also have a pump and drive electric The machines may be arranged separately. In this case, the motor and I knob are supported by a hollow joint. The pump is connected to the bottom of the liquid storage container 22 by a drive shaft of a predetermined length. The electric motor is particularly placed above the water level of the plants. Provided with a pump and drive motor, this The upper and lower tubes can also be used to support the 4 pump shafts.

If the 4 drive shafts of the electric motor are sealed against the pump inside the irrigation system, the drive motor can be moved inside the equipment. It is also possible to place it under the water surface of Q Programmable time switch allows irrigation time to vary from seconds to minutes each time Adjustments are made to ensure a high yield and a waiting time of several hours to days before the next irrigation. clause is possible. The working cycle consists of one preset irrigation time and one standby time. This will take some time to complete, after which a new operating cycle will begin.

The device and the additional liquid container can be connected via a water injection pump (not shown). Both are possible.

Supply tubes 77.78.79 and 177.178.179 are preferably silicone Manufactured by Rubber.

This is because such tubes can be easily bent.

FIG. 2 shows the device lid. In particular, the device lid 21 is slightly larger than the winding shaft 80. A diameter opening 19 and a spigot portion 17 having an outer diameter slightly smaller than the inner surface of the wall 22 are provided. ing.

When attaching the lid 21 to the device, the opening 19 must fit the winding shaft 19; In particular, the spigot part 17 must fit the inner surface of the liquid container 22.

A notch 8 is provided in the spigot part 17 of the lid and on the edge of the lid, and through the notch , the supply hose may be operated in closed equipment during operation. As mentioned above, use After use, the tube is wound again on the winding shaft, and the device is placed inside the device with the supply tube neatly wound. Both are stored. When using the device regularly, do not use the device as a container for plants. It is shown as a cut-away perspective view. The casing 322 is configured as a liquid container. It has a fixed protrusion 334 on the inner surface of the wall.

As shown in more detail in FIG. 4, the fixed projection 334 includes a winding shaft 380, a An insert 381 consisting of 310 can be placed.

A notable feature of this embodiment is the transparent casing that is perforated on the lower surface of the insert 381. A submersible pump 370 is supplied inside this casing. It can be housed together with the hose 377 and the power supply line. Inside the transparent casing, there are detailed A pump holder (not shown) may be provided. pipe 377.392, the second A winding shaft may be arranged below Franz 10. This winding shaft is shown in FIG. It is roughly constructed like Franz 611, and its leg portion 509 or 609 is connected to the winding shaft. It is protruded for use as a. Naturally, the winding shaft 38Q is , protrudes downward for a sufficient length to allow the supply pipe to be wound below the Franz 310. . The protruding winding shaft 380 is also provided with a pump holder.

The transparent casing 330 is fitted onto the legs 331 or inserted in any other suitable manner. The input body 381 is connected.

In such a structure, the housewife should be in a well-arranged pose, that is, without twisting. You can always confirm that it is housed in the correct condition.

In a configuration with a perforated transparent casing, the insert 3 81 and the transparent casing 330 are combined at their fitting portions, thereby allowing the device liquid to flow out. The fixing protrusion 34 on the inner surface of the body wall can be removed.

The winding shaft 380 has a closed lower surface, and this lower surface is indicated by the reference numeral 399. Winding capacity The container is used as a casing for electrical components.

When inserting the underwater 2 pump 370, the upper and lower pipes 3 are inserted into the inner surface of the winding shaft or especially within the wall of the winding shaft. 98 is preferably provided, and the upper opening 397 of the upper and lower tubes 398 is connected to the winding shaft 380. The lower opening 397 is guided into the space below the plate 310/399. There is. The upper and lower tubes may be deviated laterally than in the illustrated embodiment and guided outside the wall of the winding shaft. good. This is not shown in detail. The connecting wire passes through the upper and lower pipes and connects to the winding shaft 3. 80 is guided inside. This configuration allows irrigation to reach the maximum indicated by 35. When the water level is reached, water can enter the winding shaft, which is configured as an electrical chamber. Prevented. The insert 381, in particular its flange 310, is shown in more detail in FIG. A joint 324 as shown may also be provided. Other very suitable and simple supply pipe arrangements As an aspect, an opening 382 is provided in the 7 run 310, and a hose is inserted through this opening. There are things to do. The tubes 377, 392 are accommodated in another container through the cutout 383. guided by the pump. The tubes 378, 379 are held in place by inserting them into the notches 32 on the edge of the container. This is achieved through input.

To attach the lid 21 to the device, the opening 19 is adapted to the winding shaft 80 and the inlet part 1 7 must be specifically adapted to the inner diameter of the liquid container 22.

A notch 3 is provided in the inlet part 17 of the lid and on the edge of the lid to maintain a sealed state during operation. The supply hose can be operated through the cutout 3 in the device. After use, please Similarly, the tube is again wound onto the winding shaft, and the device is equipped with an orderly wound supply tube inside the device. When always using the Q device, which is re-stored with the It can be used as

FIG. 3 shows the device casing in more detail in a partially cut away perspective view. K The thing 322 is configured as a liquid container, and a fixing protrusion 34 is provided on the inner surface of the wall. Ru.

As shown in more detail in FIG. 4, the fixed protrusion 34 includes a winding shaft 380 and a flange. An insert body 381 consisting of a tube 310 is placed.

A notable feature of this embodiment 111 is that the insert 381 has a perforated transparent case on the underside. There is an underwater port inside the transparent casing 33Q at the point where the housing 330 is installed. pump 370 along with supply hoses 377, 378, 379 and power lines 392. It is accommodated. A pump holder (not shown in detail) is provided inside the transparent casing. It's okay. Second winding for tubes 377, 378, 379 on the underside of flank 10 A winding shaft may be provided, this winding shaft being connected to the second flange 6 as shown schematically in FIG. 11, whose legs 509, 609 are protruded by Vrc for winding. Current Of course, when winding the winding shaft 380, the supply pipe is wound on the lower side of the 7ranono 31Q. It is protruded long enough. A pump is attached to the winding shaft 380 with the protruding legs in this way. A retainer may be provided. The transparent casing 33o) is fitted into the leg portion 331, and It is connected to the insert 381 in the manner of a pond.

A time switch casing 388 with an adjustment button 309 is shown in dashed lines. This casing 388 has a cylindrical shape protruding from its surface on the winding shaft side. Configured to accommodate a programmable timer.

The timer is indicated by reference numeral 301.

In addition, the timer and the transformer connected to the circuit must be placed outside the device in an external casing. may be housed together. This electrical equipment has a power plug on one side and a cable on the other hand. and on the other hand to the pump of the device. All of this example can be partially integrated into the power plug According to this configuration, the underwater 2 pump can be directly attached to the winding shaft and removed if desired. Yes, and it is also possible to accommodate it in other containers.

In particular, the lower surface of the bottom portion 399 has a holder for the reservoir of the pump 370, not shown in detail. may be provided.

FIG. 4 shows the installation of Franz 410 in detail. Liquid container wall 42 2 is preferably provided with a tongue piece 44, which tongue piece 44 is attached to the cut of Franz 410. Fits into gaps. This allows the insert to easily engage the flange 410.

Another embodiment is shown in FIG. 5, the detailed functions of which are laid out more precisely in FIG. There is. This developed embodiment is particularly characterized in that the second flange with legs 509 It is fitted onto the body 581, particularly its winding shaft 580, from below toward the first flange 510. In this way, the insert 581 with the additional member and the no. The unong 522 forms a winding space 515 for winding the extension pump main pipe. As shown in the drawings, a bomb F570 can also be accommodated within this space. this space The upper space 516 allows an extension pipe to be installed therein when the device is deactivated and at rest. Used for winding with a cut-off distributor.

During operation, the main body is filled with water at a water level of 512 cm. As a result, irrigation can be carried out in the space 51. 5,516 to the maximum water level. Reference numeral 533 is provided on the side wall. It shows an electrical room containing a programmable time switch. obtain. Similar to the previous embodiment, this electrical equipment room is provided with a lid having an operation button. Good too. Note that this is not illustrated here.

The pump may be housed in a separate structure below the winding shaft, as indicated by reference numeral 555. Both are possible. A submersible pump can be accommodated within this curved accommodation space. This case In the casing mode, instead of a submersible pump, a pump is installed inside the casing as described above. Fixed pumping devices may also be used.

In this embodiment, if the electrical chamber is provided inside the liquid container or elsewhere, or outside, , it goes without saying that the bottom cover 599 of the winding shaft 80 can be removed.

FIG. 6 shows yet another embodiment of the invention, in which the The submersible pump is housed in a particularly compact device to significantly reduce the installation height. . In this case, the underwater bong f671 is a measurement below the first flannel rod 10, and , the casing wall 622 of the liquid container indicated by the dashed line on the - side, and the winding shaft 680 on the other side. The state of the pump at this time is illustrated by a broken line and the reference numeral 6 70 is specified. The casing of the winding shaft 680 extends to or near the bottom. It is possible. In addition, a second flange 611 that can be fitted onto the winding shaft 680 from below is provided. In addition, this flage solo 11 is provided with a housing portion that protrudes toward the pump side and can hold the pump. It is meaningful to do so.

As a result, the supply pipe 677 and the electric wire 692 are connected to the first and second flannel grooves 10. , 611 on the winding shaft 680 without twisting, and prevents it from falling off downward. be done.

The pump 670 between the first and second Franz 610 and 611 is also held fixed. It is also possible to provide such a pump holder directly on the winding shaft 680. this The insert 681 with the coiled tube 677, 692 and the pump It can be put in and out of the container 622, and the tube and Bonog can be taken out and taken out under the Franz 610. Never.

At the location indicated by the symbol 648, there is an insert for direct reading of the supply pipe 677, 678, 679. A midi joint is provided. Preferably, a Y-shaped or T-shaped trident is provided here. It is also a good idea to provide a joint. Opening 614 the connection station of such a joint 378.37 and connects to the supply pipe on the lower side of Franz 610 and the supply pipe 378.37 on the upper side. It is recommended to connect to 9. Regarding this, the supply pipe 3 77.378.379 has each end fully fixed to the Ovc. Ru. Pipe 378,379 preferably has a check valve 635 above Franz 610. is set to 0 It goes without saying that other connections for pipes 377, 378, and 379 are also possible. In the embodiment of FIG. 6, for example, a T-shaped or Y-shaped member is placed on the underside of the set 7 Therefore, two openings 614 are provided in the reservoirs of the supply pipes 378, 379.

A joint 624 can be provided instead of the tube insertion hole 614vc, and this joint The insert 681 is placed at the flange 610 and other locations. joint 62 4 has connection ports 627, 628 on the top and bottom surfaces, and supply pipes are connected to these connection ports. There is. The joint 624 has a built-in check valve. On the top surface of joint 624 Two or more connection ports 627 are provided. The supply pipe 6 is on the bottom surface, that is, the connection port 628. 77 is connected to the upper surface, that is, the connection port 627, for example, supply pipes 678 and 67 9 is connected.

If one or more connection pipes are provided on the upper side, preferably the upper connection port 627f/i : It is recommended to have a built-in check valve to prevent backflow of irrigation water through individual pipes.

Submersible pump 671 or 670 is connected to electrical connection line 692 and supply pipe 677. It is continued. Electrical connection lines are led to electrical components, i.e. to the device casing. It is introduced into the winding shaft, which is constructed as a winding shaft, especially in its lower part.

A notch 612 is provided at the edge of Franz 611, which allows for electrical connection. Connect the wire 692 from the pull-out side of the bottom of the winding shaft to the ring made of Franz 610 and 611. 615. A ring-shaped ribbon 6 is attached to the bottom surface of the second flange 611. When providing 09, a notch 608 must also be provided on the bottom side of the liquid container. , ``A wire 692 is inserted through this notch 608.

This embodiment is also provided with an upper and lower pipe 698, and this upper and lower pipe 698 is connected to the winding shaft 680. casing and its bottom 699 or specifically built into the casing. Ru. It is also possible to insert the power cable 692 through the power cable 692. One end is connected to the submersible pump motor 671 or 670 and the other end is connected to the electrical components. connected to.

The upper and lower pipes ensure that water never enters the electrical container when the device is slightly disturbed. It is formed to such a height. In addition to one time switch, there is a battery inside the winding shaft. , a battery set or other components. The water level in this example is , as mentioned above, reaches near the edge of the liquid container when it is full of water. Lower end of upper and lower pipes An opening that opens laterally may be provided in the section, but this is not particularly shown here. Note that line 692 It is also possible to dip the winding shaft into the outer surface of the winding shaft and extend it downward.

As mentioned in the previous embodiment, there is a space in the device filled with irrigation water, i.e. Dry the space 615, 616 and the space below Furanonoro 11 and the electrical part tank. There is a space formed inside the winding shaft 680. Enjoying water Sealing water inside the upper and lower pipes 698 that rises inside the upper and lower pipes without entering the dry space or the watertight insertion portion of the wire 692 from inside the casing 680. It is also possible to completely omit the upper and lower pipes by extending the pipes from the pipe to the water storage space. This is from Figure 1 to Figure 1. O corresponding to the implementation column in Figure 3 A case in which the surface facing the winding shaft 680 is formed into a cylindrical shape as shown by the reference numeral 693. The housing 688 is provided with a plate 689 having a flange. on board 689 is provided with an operating button 690, which is preferably located on the casing 68. It is connected to a programmable time switch housed within 8.

The cylindrical portion of the casing 688 can be fitted into the take-up shaft casing 680 without any gaps and The outer diameter is specially set so that it can be fitted appropriately up to 689 mm. Programmable A bunch reset can be placed below the time switch that can be used.

A wire 692 inserted into the upper and lower tubes 698 has one end connected to an electric pump 671 and the other end connected to an electric pump 671. Connected to programmable time switch and power supply.

When introducing the pump into another larger vessel, the supply line 677 and electrical connections @692 may also be accommodated within the container. At this time, the supply pipe 677 is further 610 and an electrical connection line 692 as a device casing. Can remain connected to the configured winding shaft 680 In yet another embodiment, the submersible pump may be arranged radially below the winding shaft. It is possible. In particular, the dome shown in broken lines and designated by the numeral 555 in FIG. If it is installed at the bottom of the shaft, it can be adapted to the external shape of the submersible pump. In addition, the pump holder and A leg is used that extends from below to the take-up shaft, and this leg also conforms to the pump shape. The other parts are formed almost the same as Franz 611. There is. By this, the entire ring-shaped space made of Franz 10.11 is rolled up. It can be used as an intermediate tube, which is advantageous when using long tubes 677,692.

As shown in the example, the irrigation water is directed to the distributor through supply pipes 678, 679. , from here the irrigation water is sent to the plants through the unit pipes.The unit pipe 64 is connected to the distributor 623. 0 is provided, and this unit pipe is clearly marked only at the part exiting from the distributor, and then marked with a dashed line. It has been extended. The opening 668 of the tube holder 669 has a reciprocating movement of the tube holder 669. The Q unit tube 640 allows the nesting tube 640 to be inserted easily and quickly by At the end of the hose, especially the insertion piece 660 or the hose guide tube 66'2 VC introduction has been done. The plug-in piece 660 or the hose guide tube 662 is attached to its pointed end 654 or is thrust onto the rot of the flower pot at 656, thereby causing unit pipes 657, 6 The hose end of 53 should be placed specifically towards the plants to be watered and slightly above the rot. Ru. In order to guide the unit pipe 640, the insert piece 660 is particularly provided with an opening 620. , a tube 663 is provided in the hose guide tube 662.

Even in the rest state, the supply pipes 678, 679 are connected to the distributor 62 provided on the supply pipes. 3. Unit tube 640, tube holder 669, insertion piece 660 and hose guide tube 662 Toto 1 Both are wound within space 616, which is indicated by supply tube 679 and dashed line 674. The zero space 616 in which and can be closed by a lid as shown in FIG.

It is also possible to provide an electromagnetically operated vertical valve instead of the distributors 123, 623, This valve is controlled via electrical connections, which are not shown in detail. This tangent line The submersible pump 67] installed on the supply pipe 678 and 679 has an irrigation suction port. 645 is provided, and the electrical connection wire is connected to the submersible 2-pump pond, as shown by the reference numeral 647. O can also be provided on the surface When the time switch is placed at the position indicated by the symbol (37,533), the electric wire ( 92, 192) is inserted into the tube 38 formed in Franz 10, and the tube 38 is It is formed in the form of a column, a U-shaped cross-section, or as an outer wall piece at the edge of the flange 10.

As a result, it is not necessary to introduce the electric wires 92, 192 into the winding shaft first, and the flange Electric wires can be introduced directly into the tube 38 from the bottom of the tube 10. Also, the upper part of the pipe 38 is an electrical part. 37 & 1m contactable 0 When placing the battery or power supply in the casing formed as the winding shaft, 1 Connect the electrical connection wire of the winding shaft (80, 380, 580° 680) to the electrical equipment casing. (37) shall be provided. Preferably, the connecting wire is Franz 10,310 , 510, 610 and at the same time through said tube (38) to the socket. It's dark. This electrical connection line may be integrated into the insert casing.

All equipment casing parts can be made of synthetic resin0 International Survey Report

Claims (1)

[Claims] 1) Water storage container, programmable timer, pump that can be controlled and driven, Equipped with a main supply pipe and unit pipes that are installed in individual plants and provide water to the plants. In the irrigation system, in the liquid container (22, 322, 422, 522° 622) The winding shaft (80, 380,580,680) irrigation equipment. 2) Especially horizontal Franz (10, 310, 410, 510, 610) is provided. Water device 0 3) Franz has a supply pipe (77, 78, 79, 177° 178, 179. filter 7 7.678,379,677.678°679) for distributor no. , 324, 624). Irrigation equipment as described. 4) Supply pipe (77, 78, 79, 177, 178, 179°377.378, 379,677.678.679) is connected to Noyoint (24, Ro24,624). Claims 1, 2, and 3 VC are characterized in that they can be linked together. 1 Water device. 5) Franz simply has an opening (82, 382, 614) 4 , and a supply pipe is introduced into this opening. The irrigation device according to Items 1 and 2. 6) Openings (82, 382, 614) are provided in the flank, and three A Y-shaped or Y-shaped joint with two bayonet connections is inserted and the flank The connecting pipe can be connected to the pump (77, 177, 377, 677) on the bottom, and the flange On the upper surface of the supply pipe (78, 79° 378.379, 178, 179, 678. 679) can be connected to a distributor (123, 623), whereby the ends of said tubes Claims 1 and 2 are characterized in that they are substantially immovably fixed relative to the flank. and the irrigation equipment of paragraph 2. 7) The supply pipe connected to the T-shaped knot or Y-shaped knot is inserted into the insert (8 1,381,581,681) can be easily connected when taken out. The irrigation device according to claim 6. 8) Pumps (70, 170, 370, 670, 671) are configured as submersible pumps. Claims characterized by the fact that 9) The nomp is connected to a water pump so that it can draw water from a separate container. The toad water device according to the preceding claim, characterized in that: 10)・There is a water level control device inside the liquid container (22) that controls the highest and lowest water levels. This control device is designed to control the on/off of the water pump. 10. The irrigation device according to claim 9, characterized in that: 11) Take-up shaft (80, 380, 580, 680) and flange (10, 310) , 410, 510, 610) can be integrally formed. water equipment. 12) The winding shaft has a bottom (399, 599, 699) at the bottom, and inside the winding shaft The electrical components of the device are housed protected from moisture and The irrigation device according to the claims, characterized in that the winding shaft chamber is a drying chamber. . 16) Special feature that flexible plastic hoses are used as supply hoses. The irrigation device according to the preceding claims. 14) A silicone rubber hose is used as the supply hose. An irrigation device according to the claims. 15) Upper and lower pipes (398, 698) are provided on the internal or external neck of the winding shaft. The electrical connection lead wires (92, 192, 392, 692) to the submersible pump are inside the lower pipe. 13. The irrigation device according to claim 12, characterized in that the irrigation device is guided. 16) The pump casing inside the insert (81, 3EM, 581, 681) is integral The irrigation device according to the preceding claim, characterized in that: 17) Flank (10, 310, 510, 610, 410) and take-up shaft (8 0,380,580,680), and the other side is surrounded by the side wall of the liquid container. Therefore, an enclosed ring-shaped space (316, 516, 616) can be formed, and this In the space, there are supply pipes (78, 79, 178). 179, 378, 379.67F3. 679) and the distributor installed therein , unit pipe (40, 64 ports), pipe holder C669), insertion piece (660, 66 2) is capable of being wound up at intervals. Device. 18) The lower surface of the insert is provided with a specially perforated transparent casing (330). This casing allows visual control of the kinked condition of the pump tube. An irrigation device according to the preceding claims. 19) The winding shaft (filter 80) can be formed up to the bottom of the transparent casing (3so), and Said claim characterized in that it can be used for winding an extension pump pipe (377) Irrigation equipment as described. 20) A fixed protrusion (4) is provided on the inner surface of the side wall of the liquid container (22). 34, 4'4) is provided, and the insertion plate can be locked to this protrusion. An irrigation device according to the claims. 21) The liquid container and the insert abutting piece constitute an irreplaceable joint. An irrigation device according to the claims. 22-) The transparent container (30.330) fits into the extension of the insert (8 1, 381) The irrigation device according to the preceding claims, characterized in that the irrigation device can be combined with one another. 23) A lid (21) is provided, an opening (19) is provided in the center of the lid (21), The irrigation system according to the preceding claims, characterized in that the outer diameter of the winding shaft matches the opening. Device. 24) The electrical part container (37) is provided on the outer surface of the side wall of the liquid container (22). An irrigation device according to the preceding claims, characterized in that: 25) The flank (10, 510, 510, 61 ports) has a protruding extension (filter 8) , this extension can be formed, for example, as a U-shape, an O-shape or a wall piece, and the extension section can be electrically connected. An electrical connection line (92, 192, 392, 692) is led, and this connection line From the bottom surface and the pump, climb over the edge of the container (22) and reach the electrical part container (37). As a result, the edge of the liquid container (22) is provided with an electrical connection conductor for insertion. A cutout may be provided for the extension (38) and the side wall. A plug-in joint can be provided between the electric room (filter 7) and the plug-in joint. Inoto is inserted or inserted when inserting body (81, 381, 581, 681) 2. Irrigation device according to claim 1, characterized in that they are loosely fitted. 26) It is specified that a retainer for the submersible pump is provided in the liquid storage container. The irrigation device according to the preceding claims. 27) The line from the N gas casing (37) to the liquid container side wall (22) 1. A water device according to claim 25, characterized in that the water device is housed in a water device. 28) The insert (58L 681) has a second ring-shaped flank (, 511, 61 1) can be provided. A supply pipe (6 77) and the presence of a second ring-shaped winding device for the electric @ (692) An irrigation device according to claims 1 and 2, characterized in that: 29) There is a ring-shaped extension on the surface of the flank (511, 611) facing the liquid bottom. Claim 28, characterized in that a long portion (509, 609) is provided. Irrigation equipment as described in section. 30) There is a submersible pump on the bottom of the 7 runno (10, 310, 510, 61 ports). The irrigation device according to claim 1, further comprising a holder. 31) 7 runno (10,310,510,610:l]!Small notch (14,3 83, 617, 612), one or more large notches can be provided. A phlegm drainage device according to the preceding claims. 32) Equipment casing (8 8, 3 8 8. 6 8 8 11, equipment Winding shaft (380, 580) configured as a casing. 680) and the casing (88,388). 688) is provided with a programmable timer. Irrigation equipment specified in the scope of application. 33) There is a package inside the take-up shaft casing (80, 38 [], 580, 680). Noteri, Panoteli Cenote or Rechargeable Panoteli still in casing (57 , 533) houses a programmable timer, with connections from the power supply to the timer. The continuation line is from the winding shaft to the flank (10,310°510,610) and and an extension (38) leading to a programmable timer, especially the extension (38). and the electrical casing, and the insert (81°3.81,5 81,681) is adapted to be inserted when inserted. Irrigation device according to scope items 25 and 27. 34) The socket shall be located in the position indicated by (34) and shown in dashed lines. The irrigation device as claimed in the claim. b5) Panoteri, Pattuterisenote or rechargeable bathoteri is in the electric room (Ro7 , 53) shall be installed in or on the side wall of a liquid container similar to An irrigation device according to the preceding claims, characterized in that: 36) The time switch is equipped with a remote control cable, and this cable When the water device has a lid that can be used as a plant receptacle, it is configured as a winding shaft. The above-mentioned claim is characterized in that it can be pulled out from the device casing that has been removed. Irrigation equipment described in the range of 0 7) The socket (34) has two duals, and one of these duals is The extension part (lo 8) is provided with the other one. Side wall (22/522), side wall (37/533) device casing, or The device according to the above claim, characterized in that it is provided on the lid of the device casing on the side wall. Range 25th. The irrigation device according to items 27, 23, and 34. 38) The distributor (123, 623) is controllable and in particular electromagnetically actuated The above-mentioned claim is configured as a lifting cylinder that is Irrigation equipment installed. 39) Electrical components may still be partially housed within the external casing. An irrigation device according to the preceding claims, characterized in that: 4 ports) Individual supply pipes (78, 79, 178, 179. 378, 379, 678, 679) are each equipped with a check valve (35, 635). An irrigation device according to the preceding claims, characterized in that: 41) The extension part (34) is configured as a bridge piece, and has an extension part (38) and and the electric part casing (37). 1. A water device according to item 25, item 27, item 33, and item 34. 42) The device casing has a circular, oval, or other shape, and there are multiple Number of winding shafts (80,380. 580, 680) is housed in the irrigation water according to the preceding claims. Device. 4 B) The flange (10, 310, 410, 510, 610) is lattice-shaped or other The irrigation device according to the preceding claims, characterized in that it is configured in a suitable shape. . 44) One or more feed pumps: 7' (70,370. 570) is arranged on the flange. irrigation equipment. 45) The bottom (599, 599, 699) has an open line instead of the rising line (398). An opening is provided in which a cage is inserted for sealing the electrical connection wire of the bonder. The irrigation system according to the preceding claims, characterized in that it is provided with a cable screw member. Place. 46) The bottom of the winding shaft and the plate of the winding shaft are placed at appropriate positions, and the plate is connected to the upper and lower tubes, Having a current cable insertion means as a cable screw member or other insertion member. An irrigation device according to the preceding claims, characterized in that: 47) Insert or winding shaft (80, filter 80., 580. 680) is provided with a float IJ ring or a member that supports the insert, and The seven cabinets according to the claims, characterized in that they are immersed and accommodated in another container. water equipment. 48) The device can operate with adjustable irrigation times or with fixed programmed irrigation. It is characterized by being equipped with a humidity sensor that has a contact point that does not operate during water time. An irrigation device according to the claims.