DE9212126U1 - Plant growth promotion of houseplants through biomagnetic field using electronics - Google Patents

Description

FLORA - PULSATOR

We have developed a device called Flora Pulsator and have already prepared it for series production. This device is a small electronic module that is built into a splash-proof housing. This product is intended exclusively for the strong and healthy growth of houseplants. There is a spike on the lower part of the housing so that the housing can be inserted into the potting soil. The purpose of this device is to build up a biomagnetic field and generate an oscillation frequency of 7.3861 Hz. The cells of the plants react to this oscillation and to the electromagnetic field so that the ongoing renewal of the cells and the natural cell degradation are in the right proportion, i.e. in a healthy balance.

It is known that the cells of living beings, i.e. plants and humans, vibrate in a left-hand rhythm at this frequency. If the vibrations or the direction of vibration are disturbed by the influence of other strong magnetic fields, electric currents, radiation, etc., the balance is no longer present and the harmony is disturbed. This device is designed to ensure that new cells are formed in the same number as old ones die, while at the same time preventing irritation from external radiation, magnetic fields and interference frequencies. The magnetic fields generated by the Flora Pulsator clearly improve the processes in the tissue of the plants. Even damaged, stunted plants that are located in neuralgic places can recover through the use of the Flora Pulsator.

Long tests have shown that using the Flora pulsator results in a clear and sustained growth spurt. A lithium cell of type C2032 with a running time of approx. 6 months is used for the power supply. The battery can be easily replaced by opening the case. The electromagnetic field is generated by a coil printed on the circuit board plus electronics (clock generator) developed for it. The battery capacity is displayed by a red LED. Please refer to the enclosed brochure for all other data.

FLORA - PULSATOR Structure and functional description:

The electronic circuit is housed on a double-sided circuit board with dimensions of 30 x 30 mm. On one side all components are placed using SMD technology and the opposite surface was used for a printed coil. The inductance of the coil is approx. 8 - 10 μΩ.

A 3V lithium battery (CR 2032) is provided to supply power to the circuit and is placed directly on the component side. The battery's lifespan is approximately 6 - 8 months, depending on its quality. To protect the circuit from reverse polarity, a diode is connected in series in the circuit.

The main part of the circuit is a clock generator which is implemented with an operational amplifier.

The OP (ICL 7611) is the ideal component for low voltages and lowest input current, resulting in low power loss.

The OP's flawless function is guaranteed between IV - 8V and can therefore be operated with a small lithium battery.

The inputs of the OP are internally protected and the output is short-circuit proof against ground or the supply voltage.

The positive input (IN+) is connected via a voltage divider 2 * 3.3MO (R 1, R2).

The output is fed back via 2 * 3.3MO (R3, R4), with one resistor each connected to IN+ and IN-.

To achieve hysteresis, the negative input (IN-) is connected to 6ND via a capacitor (C2/33nF).

The oscillator oscillates at about 7Hz.

The output of the OP is now passed through a Schmitt trigger stage to ensure the necessary charging current for the capacitor (C3/1mF).

If there is a logical "O" at the output of the Schmitt trigger (pins 8 and 11), current flows through the parallel resistors (R5 and R6), LED (D3), capacitor (C3) and through the coil.

At logic T, the capacitor is discharged via the diode (D2).

The direction of current through the coil is reversed.

This results in an alternating field in the coil.

The LED serves as a function indicator and flashes in the clock cycle.

A low-current light-emitting diode (ImA) was used.

Claims (5)

ELECTRONIC GMBH FLORA - PULSATOR Protection claim 1. Promoting houseplant growth by creating an electromagnetic field characterized, that a battery-operated electronic control creates a biomagnetic field which generates an oscillation frequency of 7.3861 hertz. 2. Houseplant growth promotion according to claim 1, characterized in that the electronics are housed in a small plastic housing with a spike so that this device can be inserted into the soil of any houseplant pot, close to the roots. 3. Houseplant growth promotion according to claims 1 and 2 characterized in that the electronics are housed on a circuit board laminated on both sides. One side is fitted with components and the other side has a printed coil with an inductance of 8 - 10 μΩ. This coil generates, via the electronics, a uniform oscillation frequency of 7.3861 Hz, so that an electromagnetic field surrounds the plant. This field supports the plant cells, which rotate to the left and oscillate at the same frequency, and thus creates a balance for the uniform cell breakdown and cell construction. 4. Houseplant promotion according to claims 1, 2 and 3, characterized in that the electronics are controlled by a lithium cell that is activated by pulling off an insulating strip. 5. Houseplant promotion according to claims 1, 2, 3 and 4, characterized in that the battery capacity is indicated by the intermittent lighting of the red Light Emitting Diode (LED). This is done by capacitor discharge to save battery capacity. Description, structure and functional description, diagram and circuit diagram separately.