JP2007082970A - Healthy air diffusing apparatus - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide small-sized health air diffusing apparatus of an energy saving quiet type which performs antibacterial, bactericidal and insect-control actions and deodorization/decomposition by efficiently exhausting and diffusing gas containing anions and phytoncid components to an indoor space to make harmful substances floating in the indoor space adsorb the gas. <P>SOLUTION: At a hollow part cylinder 2 over a DC fan motor 11, an anion generator 4 is arranged vertically, and spacers 13 and 15 for air intake for improving efficiency of air intake and a housing 17 made of a net for storing a container made of a net which suppresses attenuation of air intake are mounted to a lower part. Then, the phytoncid components B are taken in and the gas containing anions is rectified from an exhaust cylinder 1 to exhaust and diffuse antibacterial, bactericidal, insect-control and deodorization/decomposition components in the indoor space. A USB anion generator 4 is arranged vertically at the hollow part cylinder 2 over a DC fan motor 11 through a connector converter, so that attenuation of efficiency of exhaustion and diffusion is suppressed, and effective components can be discharged and diffused sufficiently into the indoor space even by the DC fan motor of the small and energy saving quiet type. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention relates to a small, energy-saving, quiet health air diffusing device that exhausts and diffuses gas containing volatile components such as negative ions and phytoncides into an indoor space by using the intake and exhaust functions of a DC fan motor.

  The conventional air diffusion device relates to the convection of room air, has a large blowing noise and is not easy to install and move the device. Also, it did not create a healthy indoor space by exhausting and diffusing active ingredients such as negative ions and phytoncides.

  As an improvement measure, the diffuser body has an arrangement structure that suppresses the attenuation of the intake and exhaust of the DC fan, so that gas containing volatile components such as negative ions and phytoncides can be obtained even if a small energy-saving silent DC fan is used. It is an object of the present invention to provide a diffusion device that can efficiently diffuse exhaust and create a healthy indoor space.

  In order to solve the above problems, the first invention is that a small USB negative ion generator is arranged vertically in a hollow cylinder at the top of a small, energy-saving, silent DC fan motor, and a phytoncide container storage is provided at the bottom of the DC fan motor. This is a healthy air diffuser characterized in that it is made of a mesh and is installed to suppress the attenuation of the intake air of the DC fan and efficiently diffuse the gas containing volatile phytoncide components and negative ions from the exhaust cylinder into the indoor space. Device.

  In the second invention, the USB negative ion generator is arranged vertically in the hollow cylinder provided at the upper part of the DC fan motor via the connector converter, thereby reducing the obstacle area of exhaust and rectifying. It is a healthy air diffuser characterized by a small energy saving and quiet noise of the diffuser.

  The first invention, the USB negative ion generator is arranged in the hollow cylindrical part of the upper part of the DC fan motor, and the phytoncide container storage is attached to the lower part of the DC fan motor by a net, so that even a small and energy-saving silent DC fan motor can be used. Gases containing negative ions and volatile phytoncide components can be discharged without impeding attenuation of intake air, and two different effective components can be efficiently diffused into the indoor space simultaneously.

  According to the second invention, the USB negative ion generator is vertically arranged in a hollow cylinder provided on the upper part of the DC fan motor, and is diffused by rectifying while suppressing the attenuation of the exhaust efficiency of the DC fan motor. It has become possible to reduce the size and energy of equipment.

  Hereinafter, embodiments of the present invention will be described with reference to FIGS.

  The exhaust cylinder 1 of the diffusion apparatus of FIG. 1 is made of acrylic, and the hollow part of the exhaust cylinder 1 is integrally formed with a plastic hollow part cylinder 2 and 3 and a USB negative ion generator 4 as shown in FIG. Is provided.

  Since the USB negative ion generator 4 is vertically arranged in the hollow cylinder 2 via the USB connector conversion board 5, the gas containing the phytoncide component B is rectified while suppressing the attenuation of the exhaust gas and is negative. Even with the gas containing the ions A, the small energy-saving and quiet DC fan motor 11 has an effect of exhausting and diffusing C into the indoor space.

  The hollow cylinder 2 and the USB connector conversion base 5 are fixed to the conversion base fixing hole 6 through the conversion base fixing belt 7. Although the connector conversion board 5 has a 4-pin connector for cable wiring, Vbus 8 and GND 9 are used for energization.

  The fixed base 10 of the exhaust cylinder 1 is acrylic and has a circular opening for exhausting air from the DC fan motor 11.

  Further, a metal fan protection net 12 is installed above the DC fan motor 11, an intake spacer 13 that raises the intake efficiency is placed below, and an intake spacer 15 is placed below the metal dust prevention net 14.

  The container storage net storage 17 of the phytoncide gel container 16 is made of a net and does not hinder the attenuation of the intake air D.

  In order to enable installation on the ceiling surface E, a screw hole 21 is provided in the installation base as shown in FIG.

  Since the container storage net storage 17 is made of net, even if the phytoncide gel container 16 is in contact with the upper part of the storage, the efficiency of the intake air D does not decrease and the exhaust diffusion C can be performed in the indoor space.

  As shown in FIG. 4, all parts are fixed to the installation base 20 with fixing nuts 18 and through bolts 19 to form a main body. As described above, according to the present embodiment, even the small energy-saving silent DC fan motor 11 can efficiently intake and exhaust the volatile phytoncide component B, and the energy-saving USB negative ion generator 4 is formed in the hollow portion. By arranging vertically on the cylinder 2, the negative ions A suppress the decay of the exhaust, antibacterial, sterilizing, insecticidal and deodorizing decomposition components are exhausted and diffused into the indoor space, and are absorbed and adsorbed by indoor floating harmful substances. This makes it possible to reduce the size and energy consumption of the diffuser and to reduce the installation location.

  It is a top view of a health air diffusion device showing an embodiment of the present invention.   It is a perspective view which shows the fixation technique of the negative ion generator.   It is a top view which shows the intake-exhaust and container of the ceiling installation.   It is a perspective view which shows the structure of each site | part of the diffusion apparatus.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Exhaust cylinder 2 Negative ion generator installation hollow part cylinder 3 Hollow part cylinder 4 USB negative ion generator 5 USB connector conversion base A Negative ion B Volatile phytoncide component C Exhaust diffusion 6 Connector conversion base fixing hole 7 Conversion base fixing Belt 8 4-pin connector Vbus 9 4-pin connector GND
DESCRIPTION OF SYMBOLS 10 Exhaust cylinder 1 fixed base 11 DC fan motor 12 DC fan motor protection net 13 Intake spacer 14 Dust-proof net 15 Intake spacer 16 Phytontide gel container 17 Container storage net storage D Intake 18 Fixing nut 19 Through bolt 20 Installation base 21 Ceiling mounting screw hole 22 Ceiling mounting screw 23 Negative ion outlet E Ceiling surface

Claims (2)

  A DC fan motor with intake and exhaust functions, an exhaust cylinder in which a negative ion generator is disposed, and a volatile component container storage such as a phytoncide are made of a net to form a main body, and the DC fan motor is disposed in the lower part. Volatile components are sucked in from a network made of volatile component containers such as the phytoncide, and the inside of the exhaust cylinder in which the negative ion generator disposed on the DC fan motor is rectified is negative ion generator. A health air diffuser that disinfects and disinfects indoor spaces by exhausting and diffusing the gas containing negative ions generated from the exhaust cylinder outlet.   2. The negative ion generator is vertically arranged in a hollow cylinder inside an exhaust cylinder via a connector converter, thereby rectifying while suppressing attenuation of exhaust from the DC fan motor. The health air diffuser described.

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