JPH01293875A - Air environment control apparatus - Google Patents

Abstract

PURPOSE:To set an air environment concept and to control the mist like discharge of a liquid agent group, by atomizing a liquid agent by an atomizing part to discharge the same into air from a discharge part and making a discharge state controllable. CONSTITUTION:A receiving part 1 for receiving a liquid such as water, an atomizing part 2 for forming the liquid into a mist state, a discharge part 3 for discharging the atomized liquid into air, a control part 4 for controlling an atomizing or discharge state, a sensing part 5 for sensing external environment, a control part 6 for synthetically controlling a time or the like and an expression part for sensibly expressing the atomizing or discharge state are connected in an electrical, informational and fluid-dynamical manner. The connection is performed by a simple or complicated combination of respective parts. The control part 4 or the control part 6 is made programmable and has self- learning function by environmental data. A transfer part 9 may be a pump structure and a connection pipe 8 smoothly transfers a liquid agent to the atomizing part 2.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to an air environment representation device. Although air purification devices that purify dirty air are in widespread use, drastic measures are required to address the air environment, especially odors. Conventional air deodorization methods have used activated carbon or air fresheners to mask bad odors. These methods are passive deodorizing methods, and in the case of fragrances, the fragrance and odor are mixed, so they may worsen the situation.

First, it is necessary to fundamentally deodorize and then add fragrance. In particular, there was no concept of purifying the air by making a deodorizing liquid into a mist, discharging it into the air, and then discharging and dispersing a perfumed liquid in the same way. Furthermore, there was no air cleaning device that automatically controlled the emissions.

Purifying the air means that the air is in a bad condition and we are trying to make it better, but what is the condition of the air or the air environment, how is it expressed, and how can it be controlled and managed? concept was not finalized. Therefore, the present invention aims to provide an air environment control device that sets an air environment concept and controls and manages the atomized release of liquid agents.

Examples will be described below with reference to the drawings.

A storage section 1 that stores liquid such as water, an atomization section 2 that atomizes the liquid, a discharge section 3 that releases the liquid atomized by the atomization section 2 into the air, and controls the atomization state and release state. A control unit 4 that senses the external environment, a sensing unit 5 that senses the external environment, a management unit 6 that comprehensively manages time, etc., and an expression unit 7 that sensuously expresses the atomization state and release state are electrically, informationally, and fluid-dynamically controlled. to combine. Connections may be made in singular or plural combinations of each part. The control unit 4 and management unit 6 can be programmed and have a self-learning function based on environmental information. The configuration is as described above.

The storage section 1 may be a hard or soft container made of polyethylene, plastic, or the like. The atomizing section 2 may be formed like a nozzle of an atomizer, or may have a liquid particle generating structure using an ultrasonic vibrator. The discharge section 3 has an air blowing mechanism such as a fan and is provided with an open L1 section for discharging into the air. The control unit 4 is constituted by an electronic circuit having an information processing function using a microcomputer or the like. The sensing unit 5 is a sensor that measures temperature, humidity,
Detects the approach of humans or animals, gas, light, sound, odor, etc.

The management section 6 is constituted by an electronic circuit having an information processing function using a microcomputer or the like. The expression unit 7 is a device that generates light and sound, such as an LED, liquid crystal, EL, cathode ray tube,
It is a configuration that uses light such as plasma, optical fiber, or laser to express figures, letters, and colors, or expresses sound using speakers, vibrating bodies, etc. For coupling, electrical circuits,
It consists of electronic circuits such as microcomputers, information processing circuits, and fluid dynamics such as pipes and valves. Furthermore, a self-learning function for collecting and accumulating environmental information by the sensing unit 5 such as the above-mentioned sensor may be configured as an AI. Since the structure is as described above, when using this, the liquid agent is put into the storage part 1. The liquid agent is sent to the atomization section 2 through the coupling pipe 8 . The transfer section 9 may have a pump structure driven by a motor or the like, and the liquid in the coupling tube 8 is smoothly transferred. The liquid agent is atomized by the atomizing section 2 and discharged into the air by the discharging section 3. The state of release, ie the amount released, the size of particles, etc. can be controlled. This uses a solenoid valve or the like. In order to first release the deodorant and then release the aromatic agent, two systems are provided: a storage section 1, an atomization section 2, and a discharge section 3, and a program and a timer are used so that switching can be controlled by the control section 4. It's okay. The storage section 1 may be divided into two systems and switched between them. The human body sensor may detect an environmental condition, for example, that a person has entered the room, and the sensing section 5 may be activated to first emit a deodorizing liquid and then to emit an aromatic liquid after a certain period of time.

If the expression section 7 is provided near the opening of the discharge section 3 and configured to irradiate the atomized liquid with a light beam or laser, the light will be reflected on the mist, making it possible to create a rainbow-like expression.

The color and intensity of the light may be controlled, or the expression may be changed depending on the environmental conditions. Deodorizing first and then adding fragrance is particularly effective in suppressing odors in hospital rooms, etc. Furthermore, if a toilet or the like is constructed such that the sensing unit 5 detects entry into the room and performs the control described above, efficient deodorization becomes possible. It is also effective against bad odors from garbage cans, etc., and can solve this problem, which was a serious problem especially in front of restaurants. As mentioned above, this is a useful invention that meets the needs of society.

[Brief explanation of the drawing]

Fig. 1 is a block diagram Fig. 2 is a perspective view Fig. 3 is a perspective view Fig. 4 is a perspective view 61-Management section 71-Expression section 8-1 Connection pipe 9-1 Transfer section 1st diagram 3rd diagram Z

Claims (1)

[Scope of Claims] A storage section that stores a liquid such as water, an atomization section that atomizes the liquid, a discharge section that releases the liquid atomized by the atomization section into the air, and an atomization state and a discharge state. A control section that controls the air, a sensing section that senses the external environment, a management section that comprehensively manages time, etc., and an expression section that sensually expresses the atomization state and release state are electrically connected.
Connect informationally and fluidically. Connections may be made in singular or plural combinations of each part. The control section and management section can be programmed and have a self-learning function based on environmental information. The air environment control device configured as described above.