JPS60207531A - Automatic sprinkler apparatus - 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 The present invention can be used, for example, in golf courses, tea courses, etc.
A water sprinkler used to supply water to growing plants.

This kind of water spray equipment is known (4). However, in conventional water sprinkler equipment,
The water supply is connected to the commercial I11 power supply via the electric wire.
'i so] determined l kopu [constant ++ according to cogram
, +1 moment i,: i'l been seen. Therefore, the conventional water sprinkler system 1 requires electrical wiring of board 1, which is problematic in terms of distance. 1 Also, constant 11°j water failure is carried out regardless of the amount of rainfall, and at 1ν when there is a sufficient amount of rainfall, t, L power, +> J, and Aζ, jH
I'm just going to use it for BH1, so I'm going to use it for 41 days.''
It's good for both l'/+ and plants.

Therefore, the purpose of the present invention is as follows! , :missing, l
Remove 'c' and eliminate the need for electrical distribution FA to the site, 1;
It is possible to eliminate unnecessary costs of ∆+I and water.
Our purpose is to provide Jisen vinegar water equipment.

In order to achieve this objective, the present invention provides human pi, j batteries,
7) Battery IL: Powered by the source (dynamic f')
l SI': a water sprinkler connected to the battery power source;
Preset 11114, ll IJ: l! li constant11. j 17; I kL L-J The first IJI, which sprinkles water without operating the water sprinkler, starts when the equipment i, l, etc., descends and reaches a predetermined level.
- The water sprinkler is fixed to 1'1 by the 14-point bow from the 4-output detector and this mountain;
a second control device that responds to the control output of the first control bll 's Sprinkle 1 - Place i' (There is a closed door C.

Hereinafter, the present invention will be briefly described in detail with reference to the drawings.FIG. 1 shows the present invention in detail.

Backflow prevention unit (A-Door 1 is connected to solar cell 2, and 11 (・ri'l tJJx grains are l this backup battery-3) (-Electricity? l!!Electricity!; i 44ji formation There is a pair of electric currents from this battery power source.
Viscosity:' 4 + 5 is derived, and between both C1 lines, /1
No/'' (1 white line circuit of timer 6 J3 and 1 to Ranjistaf, relay 8 J3J: and a series circuit of 1 to Langistor 9, both 1 and 7.9't-
A71 control 117I control ti11 device 10 and contact 1
Relay 1 'I
c13J, and 1J-(Reno, 12 series circuits are connected, and this series 7/11 circuit 1; -j・lt.

Then, the electric valve is operated via break contact 11bJ3J of relay 11 and switching contact 8C of relay 8. t13
are connected in parallel. -shita 131. The electric valve 14 of the L water sprinkler is opened and closed, and when the relay 8 is in a non-energized state, the "e: (J') contact [i: (,
J2 is on the Ll-1 side and excites relay 8.
(See): Point 8C switches to the 1st side. Contact 8C is Hfl
il+ reno? 'If the electric valve 14 is at the T position, the electric valve 14 is
The motor 13 is driven in the /j direction, which becomes 1jll J.
When the contact point 8C is at the crab-side off position vj, the motor 13 is driven in the direction in which the electric valve 14 is turned one step.゛When the electric valve 14 is activated, water is sprayed from a sprinkler (not shown).The gate circuit of the thyristor 12 is connected to a power source t; a resistor 15 J due to the voltage between the 1 wires 4 and 5; and a σ mountain descent detection contact. Current flows through 16. Descending detection 1, 'i +:; Mi 16 [, 1 As shown in Fig. 2 -i'4j
As part of the ω detector 20 41. i is formed, and after the below-mentioned relay 1 to operation, a predetermined descent i ``1/); d relay) I
9011 to circuit 17 are connected between both power supply buses 4 and 5. Connected through the make contact 8a of the relay E3. sinking into
The closing ball 22 that closes the middle fire hole goes up and down depending on the level of ink stored in the container 2. , hit the blocking ball 22 from below (i2j:E:2
IJI r+ the water in 1; Jurugome's thrusting stick 2/1
That's what I'm thinking. This rain detector 20 is 1:・If there is a γ mountain, it is positive! : t 2 'I receive it within (), the rainfall reaches a predetermined level, IJ is constant!! There is no need for watering that is done in IJ (^), the rainfall reaches a level of 1+, which is good. - then 1 & 5:,! 16 is closed. Then, at the timing described later, the relet circuit '17 and the relet I driven through it, which is partially interlocked with 1ε3, are closed.
~ The ram 24 is pierced by the cam 25 (see above). The drain of the IJ valley: n: 21 is drained, and the ret from the close of the contact 1G to the other is also pierced.

Next, regarding the movement of the device νi shown in FIG.
I will explain it while doing 4i.

First of all, isn't the rain plastic completely heated? Or is it? In this case, descending detection 1& and 10 are still in question, thyristor 12 is off due to y, and relay 11 is 21'-(lljj magnetized and not l). The contact point 111) stays still and makes a roar.The specified ++
,l.

When the time comes, the control device 10 sets the register 7.9 to A to output the control f) II output j, and sets the timer 6if;
J, (11J ray 8 is excited. To this, J, If 1
．． ', 'i 0 c is K 1till +.

At the same time as switching, contact J:, i 68 closes, so -
C 13 is rotationally driven in the direction in which the electric valve 14 is heard.

When the electric valve 14 opens, water is sprayed from the sprinkler as shown in the figure.3.11
The 11th water was held and 0゛, both 1~Randistav, 9
becomes Δ), and timer 6 and relay 8 become i! I (excitation). As a result, the contact 8c will immediately switch to the 11 side, or the contact 6a of the A feedback relay will remain closed.
), therefore, due to t-ri13, the electric valve '+
4 is closed. After the electric valve 14 is completely closed (
The return operation of switch 6 is performed and contact 6a is open/+9.
0°C and the power to the 13 is turned off. On the other hand, the -C reset circuit 17 is started via the contact 8a of the relay 8, and outputs a control output around the timer 60)A off, causing the -C reset circuit 17 to
Turn the relet cam 25 by 1' through 8, (1
During this process, the ball 22 is pushed up through the push rod 2/+, and the water stored in the container 21 (but not before the contact 16 opens) is pushed up a little. + of
: The rt mountain suspension will be able to completely record the amount of precipitation (Z; Cl) and will be able to assist in the next detection of the amount of precipitation. This action is reset 1
~It is an action. To the extent that contact 16 opens (7) FF! :
I:I ii'+ kajj1. (Itosaba, PJ, 1
(1) Perform the movement in 1.1 increments, say 1 word (3(
i + j < 41 Repeatedly - (iil
, water (iu,.

Next, after the above-mentioned relay 1~ operation, the contact 16 closes due to the suspension, but in this case, the relay 11 is energized via the relay resistor 12, and the contact 111
) is released. In this state: (:, +, + until the reset operation is performed (- oil: continues 1, then -) (, by the control device 10, one timer 6 and 3 J , and the relay 8 is energized to supply power to the circuit 13.
41J Cll Ll; l: Up to J, watering is not performed. However, Lilets 1 ~ Motion A'1 is non-descending 1
1.1 is carried out in exactly the same manner as in 1.1, and b;11 is used for the next precipitation amount detection.
I can do it.

In this way, according to the present invention, wasteful consumption of electric power and water can be reduced by 1 il (< L, However, we decided to use a battery power source (4) and conduct all electrical wiring to the site].

To provide a practical automatic watering system r'i.

In J3, the electric button t in the above-mentioned embodiment is
J substitution J is possible. Also, in order to protect the contact 16 part of the rain amount detector 200, the lewdness 23 of the container 21 is connected to the contact I O'i G! ] Forms an overflow 26 slightly above the precipitation level of 1j.

[Brief explanation of drawings]

FIG. 1 is a connection diagram showing an embodiment of the present invention, and FIG. 712 is a connection diagram showing an embodiment of the present invention. Fig. 3 (l-ft・-1-〇, 1 2...Person β) ゛Ichimagari, 3...Backup Battery, O...A-nof relay type timer, 8.11...
・Relay, 7.9...T-transistor, 10...a
+ll Ull device, 12-... Reilisk, 13.
・・・-Evening, 14...Electric valve, 16...11 Kyoyama detection I & point, 17...Reset circuit, 20...Rain!
ii Detection:':+1 a Applicant Agent Boar ll2t'i'i Figure 2 1 Ode 18 Procedural Valley If Official Book May 7, 1980 'Bl i;i Agency Director Kazuo Wakasugi 1 Matters (! 1 Indication II (1W59 1S Revision Application No. 64597 2 Name of the invention Automatic watering device 3 Amendment to the Ministry of Affairs ('l) Special 1 [Applicant (375) Toshiba Electric Materials Corporation Association 4 Agent Man

Claims (1)

[Scope of Claims] The water sprinkler which receives power from the human battery J3J and the backup battery 11 (battery battery jl!Ij and the battery voltage 4≦; i1! i+ connected to Ii and configured in advance
, a predetermined 111 minutes ago i:L! The first control device ζ1 which operates the ttK water supply and sprinkles water, and the mountain detector which outputs rainfall information whenever the mountain fd exceeds a certain level. Rainfall from this output amount detector) Watering by No. 5:::
1 @fudo1'+to'J second control rJl+ (,3
+3, and in response to the output of the control 11 of the first control 1, the resetting 1 re-hits the mountain iX detector.
~Cooperate with the device (Narunaru automatic j1 (water device).