JP3709526B2 - Super Solar Scarecrow - Google Patents

Description

[0001]
[Industrial application fields]
The present invention relates to a scarlet used for preventing a foreign enemy (human, harmful bird, pest) from approaching a field or an orchard and destroying a crop.
[0002]
[Prior art]
Traditionally, in order to threaten foreign enemies (people, pests, pests) and prevent their damage, they set up a scarecrow in Tabata, but since these scarecrows are only standing, the learning effect of human beings is high. Even if it is shaped, it is not a person and it causes damage. Foreign enemies (people, pests, pests) are approaching ignoring threatening devices. In addition to these scarecrows, a windmill is rotated to threaten external enemies (people, pests, pests), but it is not very effective.
[0003]
[Problems to be solved by the invention]
Thus, the present invention has been made in view of such conventional techniques. In the natural environment of Tabata, the energy supply received by the solar cell is used as a power source, and the personification is made using a device that emits a brilliant sound, flashes while rotating, and a device that operates by a motor and visually threatens. The action prevents foreign enemies (people, pests, pests) from flying in and approaching them, and prevents intimidating noises from occurring during inconvenient hours so that noise and light pollution problems do not occur in private homes. The purpose is to use a scarlet child that does not operate when there is no damage from external enemies (people, pests, pests) because it can be set by the program control. The operating power source is heavy, which is the biggest disadvantage of other batteries (lead, nickel zinc, etc.), and hydrogen gas generated during charging corrodes the electrical wiring and the aluminum alloy inside the scarf body. In addition, the battery requires maintenance of replenishment of distilled water according to the short number of charge / discharge cycles (life) and the change in specific gravity. Double-layer capacitors can solve this problem, and it is difficult to use normal capacitors because of the rapid storage and instantaneous discharge, which is the biggest feature, but double-layer capacitors are capable of large-capacity storage and control. Since it is possible to discharge over time by using the circuit, it was adopted for Super Solar Scarecrow. The control of each threatening device uses a sequencer with a built-in clock, so it can be set in units of months and weeks in addition to being controlled in various ways by programs, making it easy to operate and stop It is also possible to set.
[0004]
[Means for Solving the Problems]
In order to achieve the purpose, the external enemy (human, harmful bird, pest) prevention device according to the present invention has an appearance imitating that of Scarecrow, and is provided with solar cell panels (solar panels) on the front and back of the head part and the body part, Electricity is stored in a double layer capacitor as a power source by the power generation of this solar cell panel. The double layer capacitor is heavy, which is the biggest disadvantage of other batteries (lead, nickel zinc, etc.), and hydrogen gas generated during charging corrodes the electrical wiring and the aluminum alloy inside the scarf body. In addition, the battery requires maintenance of replenishment of distilled water according to the short number of charge / discharge cycles (life) and the change in specific gravity. Double-layer capacitors can solve this problem, and it is difficult to use normal capacitors because of the rapid storage and instantaneous discharge, which is the biggest feature, but double-layer capacitors are capable of large-capacity storage and control. Since it is possible to discharge over time by using the circuit, it was adopted for Super Solar Scarecrow. Double-layer capacitors, all power sources, are operated by a far-infrared sensor, a sound generator, a device that emits flashing light, and a motor attached to the main body of the scarecrow to prevent access to external enemies (people, pests, and pests). Operates devices that visually intimidate. Each device of the above-mentioned enemy (human, pest, pest) prevention device can be easily set according to the purpose of each foreign enemy (human, pest, pest) prevention device by the sequencer program control. . Inside the scarlet body, there are a sequencer as a control device, a double layer capacitor as a power source, and respective electric wirings. Maintenance is facilitated by the fact that the fuselage can be easily opened and closed by F1.
[0005]
In addition, a plurality of the far-infrared sensors are attached to the front and rear, left and right of the head or torso of the scarecrow.
[0006]
[Action]
Since the time can be set by the program control of the sequencer, when the night operation or the far infrared sensor reacts, the external enemy prevention device operated by the light emitting device, voice device and motor is not operated, such as nearby private houses Prevent pollution caused by noise.
[0007]
In addition, by installing far-infrared sensors that detect external enemies on the front and back of the doll's head or to the left and right of the torso, it can detect external enemies (people, pests, and pests) flying from different directions without threatening them. While rotating, a flash is generated and a visual threat is generated by the operation of the motor to prevent damage from external enemies (people, pests, pests).
[0008]
【Power supply】
Double-layer capacitors provided inside the scarecrow body are operated as all power sources. The double layer capacitor is heavy, which is the biggest disadvantage of conventional batteries (lead, nickel zinc, etc.), and the hydrogen gas generated during charging corrodes the aluminum alloy from the inside of the electrical wiring and the scarf body. In addition, the battery has a short charge / discharge cycle (life) and a maintenance accompanied by replenishment of distilled water according to a change in specific gravity. Double-layer capacitors can solve this problem, and it is difficult to use with the rapid storage and instantaneous discharge, which are the main features of ordinary capacitors, but double-layer capacitors can store large amounts of electricity and use a control circuit. Because it is possible to discharge over time by doing so, it was adopted for Super Solar Scarecrow. All are one sequencer, four far-infrared sensors that detect external approach, one horn that generates intimidating sound, one rotating light that intimidates light and sound, and visual movement by the motor A threatening device. Charging of the double layer capacitor, which is the power source, is performed by the electromotive force of the Jinkasa (C1) attached to the head of the scarecrow and the solar panel attached to the front and back of the fuselage (C2 and C3).
[0009]
[Operation 1]
When the far-infrared sensor (A2) attached to the right side of the fuselage reacts, the rotating lamp and buzzer operate for a few seconds according to the program in the sequencer and threaten.
[0010]
[Operation 2]
When the far-infrared sensor (A3) attached to the left side of the fuselage reacts, the motor operates according to the program in the sequencer and the bonbon operates for a few seconds to threaten.
[0011]
[Operation 3]
When the nose of the far-infrared sensor (A4) attached to the front of the head of the scarecrow reacts, the motor operates according to the program in the sequencer and the bird's wings move for a few seconds to threaten.
[0012]
[Operation 4]
When the nose of the far-infrared sensor (A1) attached to the back of the head of the scarecrow reacts, the horn operates for a few seconds according to the program in the sequencer and generates a threatening sound.
[0013]
[Control 1]
Scarecrow uses a sequencer with a built-in clock, so in addition to being able to control it variously according to the program, it can be set in units of months or weeks, so it is possible to easily set the operation / stop time. Program the daytime and nighttime operation using the daily timer function of the sequencer. This function can be changed in detail according to the region used.
[0014]
[Control 2]
Scarecrow uses a sequencer with a built-in clock, so in addition to being able to control it variously according to the program, it can be set in units of months or weeks, so it is possible to easily set the operation / stop time. The monthly timer function of the sequencer is set for each month in advance, and is operated in the month when the crop is damaged. In addition, this function can change the settings to be used depending on the region.
[0015]
【The invention's effect】
As described above, the scarecrow related to the present invention has the form of scarecrow that threatens foreign enemies (people, pests, pests), and can freely move anywhere in the field just like scarecrow. A far-infrared sensor that can be installed and flies from the sky to approach it, or a far-infrared sensor that can detect an object without leaving an external enemy (people, pests, pests) approaching from the ground reacts, threatening sound, flashing with a rotating light, By generating visual threats by rotating the motor and driving away external enemies (people, pests, pests), it is possible to reliably prevent crops from being damaged by external enemies. Moreover, these intimidating sounds, flashes, and visual intimidations can be wasted by controlling them so that they are operated by a sequencer program and are not moved according to the timing setting. In particular, the power source is heavy, which is the biggest disadvantage of other batteries (lead, nickel zinc, etc.), and the hydrogen gas generated during charging corrodes the electrical wiring and the aluminum alloy inside the scarf body. In addition, the battery requires maintenance of replenishment of distilled water according to the short number of charge / discharge cycles (life) and the change in specific gravity. Double-layer capacitors can solve this problem, and it is difficult to use normal capacitors because of the rapid storage and instantaneous discharge, which is the biggest feature, but double-layer capacitors are capable of large-capacity storage and control. Since it is possible to discharge over time by using the circuit, it was adopted for Super Solar Scarecrow. The control of each threatening device uses a sequencer with a built-in clock, so it can be set in monthly units and weekly units in addition to being able to control variously by the program, so you can set the time you do not want to move It is also possible to easily set.
[0016]
DETAILED DESCRIPTION OF THE INVENTION
FIG. 1 is a front view showing a configuration of a scarecrow according to the present invention.
In the figure, (C1) is the solar panel on the head side, (C2) is the solar panel on the front of the fuselage, and (C3) is the solar panel on the back of the fuselage. The solar panel of (C3) mounted on the fuselage has a hinged opening / closing mechanism and serves as an opening / closing port for setting the double-layer capacitor and sequencer involved in maintenance. The solar panels (C1, C2, C3) store solar light in a double layer capacitor using the energy source for charging. Double-layer capacitors are the biggest disadvantages of conventional batteries, are heavy, the hydrogen gas generated during charging corrodes the electrical wiring and aluminum alloy inside the scarf body, and the battery has a repeated charge / discharge cycle (life). This results in maintenance of the replenishment of distilled water according to shortness and changes in specific gravity. Double-layer capacitors are difficult to use because of their fast characteristics, rapid storage and instantaneous discharge, but double-layer capacitors can store large amounts of electricity and can be discharged over time using a control circuit. It was adopted by Super Solar Scarecrow because it was possible. The control of each threatening device uses a sequencer with a built-in clock, so it can be set in monthly units and weekly units in addition to being controlled in various ways by programs, making it easy to run and stop It is possible to set.
[0017]
(A1, A2, A3, A4) are far-infrared sensors that detect and react to the approach of external enemies (people, pests, and pests). This sensor identifies foreign enemies.
[0018]
The rotating light of (B3) is a device that flashes while rotating to threaten external enemies.
[0019]
(B2) is a bonbon for threatening foreign enemies. This bonbon is a visual threat due to the operation of the motor while the far-infrared sensor of (A3) reacts.
[0020]
Figure 2 shows the arrangement of the double layer capacitor and sequencer inside the fuselage when the solar panel (E1) is opened.
[0021]
(B5) is a horn to intimidate external enemies. It emits a threatening sound by the reaction of the far-infrared sensor of (A4).
[0022]
B1 moves with hawks to intimidate foreign enemies. This hawk senses external enemies by the reaction of the (A1) far-infrared sensor and threatens by flapping.
[0023]
(J2) is a bolt that connects the body of the scarecrow to the feet. Being able to separate the torso and legs is an effective structure for transport for transportation, compactness during storage, and maintenance on the desk.
[0024]
(J1) is a one-legged stabbed scallop in the field and can be erected by stabbed in the soil.
[0025]
Explanation of installation and handling of scarecrow.
The foot of the scarecrow removed from the torso was driven into the field with a hammer and then assembled.
[0026]
Turn on the power.
[0027]
Check if the far-infrared sensor can normally detect foreign enemies. To check the operation, stand in front of the scarecrow and confirm that the (A1) far-infrared sensor reacts to you and that the (B1) hawk works.
[0028]
Stand to the left hand of the scarecrow, and confirm that the far-infrared sensor (A2) reacts to you and the rotation (B3) in the figure works.
[0029]
Stand behind the scarecrow and check if the sensor (A4) reacts to you and the horn (B5) works.
[0030]
Stand to your right hand toward the scarecrow and check if the sensor (A3) reacts to you and the bonbon (B2) in the figure works.
[0031]
If neither of them works, check the double layer capacitor and sequencer inside the fuselage by opening (F1) and deal with the result.
[0032]
Precautions when opening and closing F1.
When opening and closing F1, be sure to remove the head and Jinkasa first.
When working inside the fuselage, first remove the head cap and put it in a different location to open (F1). Electrical wiring opens and closes by attaching and detaching the neck.
In order to open F1, if there is no line in the above order, the neck is pinched (F1) cannot be opened and closed.
[Brief description of the drawings]
[Fig. 1] Overall front surface [Fig. 2] Overall back surface [Fig. 3] Electrical circuit [Explanation of symbols]
A1 ~ A4: Far infrared sensor
B1: Hawk B2: Visual threatening device by motor operation B3: Revolving light
C1-C3: Solar panels
D1: Remaining amount display meter
J1: One leg J2: Bolt that secures one leg

Claims (1)

Built-in solar panel, double-layer capacitor that stores energy from the solar panel, fuel level meter to check the storage capacity of the double-layer capacitor, front and rear sensors that detect external enemies approaching from the outside, and a clock And a sequencer that can set the time for driving and stopping, and can be set to control different enemies approaching from the outside by a program, and set by the sequencer according to the reaction of the sensor Scarecrow characterized by performing the specified actions.

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