KR20060072469A - Negative ion occurrence socket connecter - Google Patents

Abstract

The present invention relates to an anion generating socket connection port, and more particularly, is fastened to a socket for inserting a light bulb to emit negative ions and far infrared rays by an applied power source, or even emits negative ions and far infrared rays by itself even when power is not applied, and the wall surface The present invention relates to an anion generating socket connection port which is fastened to an outlet and a vehicle to emit negative ions and far infrared rays.

That is, the present invention includes a housing in which a plurality of negative ion outlets are radially penetrated in the circumferential surface of the tubular shape of which the bottom is opened, and the socket base is provided to be fastened to the external socket at the top; An ion generator provided inside the socket base and operated by a high voltage applied power provided through the socket base to ionize; An ion decomposing chip disposed on an inner wall of the anion outlet of the housing, the ion decomposing chip electrically connected to the ion generating unit to emit decomposed anions and far infrared rays to the outside; And an auxiliary socket electrically connected to the ion generating unit, wherein the housing provides an anion generating socket connector comprising an anion emitting composition capable of emitting negative ions and far infrared rays by itself.

Anion, Far Infrared, Socket, Ion Generator, Ion Decomposition Chip, Housing, Composition, Light Bulb, Connecting Plug, Cigar Jack

Description

Negative ion occurrence socket connecter

1 is a partially separated perspective view of an anion generating socket connector according to the present invention.

2 is a longitudinal sectional view of the anion generating socket connection port.

3 is a plan view showing an ion decomposition chip of the anion generating socket connection port.

4A and 4B are partial cross-sectional views showing one embodiment in which the anion generating socket connection port is coupled to the connecting plug and another embodiment in the state connecting to the cigar jack.

<Description of Symbols for Main Parts of Drawings>

100 socket connection port 110 housing

112: socket base 114: negative ion outlet

120: ion generator 122: electric wire

124: ion decomposition chip 126: heat insulating member

130: auxiliary socket 140: external socket

150: light bulb 200: connection plug

300: Cigar Jack

The present invention relates to an anion generating socket connection port, and more particularly, is fastened to a socket for inserting a light bulb to emit negative ions and far infrared rays by an applied power source, or even emits negative ions and far infrared rays by itself even when power is not applied, and the wall surface The present invention relates to an anion generating socket connection port which is fastened to an outlet and a vehicle to emit negative ions and far infrared rays.

In general, anions, as is known, are those particles that are invisible with electricity, and have (-) electricity. These anions are present in the air as a mixture of cations, carbon dioxide, oxygen, nitrogen hydrogen, etc. The anions are extremely active because they are light and float freely in the air, and this activity (bioenergy) can revive our lives and health. It is the driving force that can act.

Here, the ions in the air fluctuate every moment only by the weather conditions, but the cation increases especially when discontinuous lines, cold wires, and low pressures pass. Due to this effect, negative ions in the human body decrease to increase cations, and in addition, the incidence of neuralgia, asthma and stroke is high. Therefore, the negative ion generator is used to increase the negative ions beneficial to the human body. These anion generators generate anions that are beneficial to the human body, so they are not only refreshing in forests, waterfalls, and hot springs, but also effective in purifying blood, activating cells, increasing resistance to bacteria, and smoothly regulating autonomic nerves. Effect and shine last for a long time.

Thus, the negative ion generating device that generates negative ions beneficial to the human body is a device that uses the phenomenon of electrons protruding from the surface of the material and generates a large amount of electrons to soften the surrounding material. This negative ion generator generally applies thousands of volts of negative voltage and emits electrons in the air at high speed with the energy enough to cause ionization of negatively charged electrons by corona discharge, which destroys the insulation of the air layer. The way it is.

The negative ion generator induces high voltage by using DC voltage which is converted by DC conversion by inputting AC power, and high (-) voltage is applied to the tip of the pointed needle, and this high (-) voltage causes corona discharge. When a corona discharge occurs, free electrons accelerate at high speed at the tip of the needle. At this time, the electron accelerated at high speed is easily injected into the nitrogen or oxygen molecules of the atmosphere, and supplements the insufficient electrons through this process, and oxygen or nitrogen is anionized by the electrons obtained further.

In addition, the other type of negative ion generating device can increase the efficiency of negative ions contained in the air by radiating the electron beam from one secondary electrode to the air without setting the former electrode by electron radiation. It is a recent technique in which absorption blocks the generation of secondary pollution such as nitrogen oxides. Here, the ion release from the monopole reduces the concentration of dust and microorganisms contained in the air in the indoor environment, and the continuous release of monopolar ions increases the ability to remove fine and ultrafine particles from the indoor air environment. Therefore, the monopolar discharge increases the ionization efficiency as the ion release rate and release time increase.

Although the connection port with a conventional negative ion generator is not shown in the drawings, it has a bulb shape, but the upper end of the housing is provided with a socket base to be electrically connected by being fastened to a socket provided on the ceiling, and an auxiliary socket to which the light bulb is fastened. Is provided and is electrically connected to the socket base, and is electrically connected to the socket base in the housing and is composed of an anion generating device that emits negative ions by an applied power source to emit negative ions with the lighting of a light bulb fastened to the auxiliary socket. It is configured to be.

However, since the conventional negative ion generator is built in, the negative ion generator inherent in the connection port is operated by an applied power source, and thus, when the power source is cut off, there is a problem in that the negative ion generator loses its function.

The present invention has been made to solve the above-mentioned problems, the object of which is to emit anions and far infrared rays irrespective of whether or not to provide a power source, connected to a wall outlet or a vehicle, the release of anions and far infrared rays and air It is to provide an anion generating socket connection that allows purification.

In order to achieve the above object, the present invention provides a housing having a socket base provided to be fastened to an external socket, the plurality of negative ion outlets being radially penetrated in a circumferential surface of a cylindrical shape having an open bottom; An ion generator provided inside the socket base and operated by a high voltage applied power provided through the socket base to ionize; An ion decomposing chip disposed on an inner wall of the anion outlet of the housing, the ion decomposing chip electrically connected to the ion generating unit to emit decomposed anions and far infrared rays to the outside; And an auxiliary socket electrically connected to the ion generating unit, wherein the housing includes an anion emitting composition capable of emitting negative ions and far infrared rays by itself, thereby driving the ion generating unit by an applied power source to the ion decomposition chip. It is preferable to release the anion and the far infrared by means of the housing formed of the composition so that the anion and the far infrared can be emitted or the anion and the far infrared can be emitted from the housing itself.

Moreover, it is preferable that the housing in this invention is a pottery.

In addition, the housing of the present invention is preferable because it is formed of a synthetic resin material coated with an anion-releasing composition on the surface, and thus emits negative ions and far infrared rays even when power is not applied.

In addition, the anion generating composition in the present invention, ocher, charcoal, tourmalin, cobalt, germanium, ganbanite, jade, titanium dioxide, silicon dioxide, silver, manganese, salt Since the stone is included in combination, it is preferable that each of the composition is mixed because it has anion, far-infrared and various effects on its own, so that the effect of anion and far-infrared radiation can be obtained.

In addition, the anion outlet in the present invention is preferably formed by radially at least two or more in the vertical direction, the anion and far infrared rays are released to the outside through a plurality of anion outlet.

In addition, in the present invention, a connection hole for inserting a string is formed to be opposite to the upper end of the housing, so that the string is inserted into the connection hole and then tied to the room mirror of the differential car to effect anion and far-infrared rays. It is preferable because it can also be obtained.

In addition, the ion decomposition chip in the present invention, a plurality of anion discharge pin is provided on one side, the anion discharge pin is preferably formed of three groups of nano-metal wire, carbon fiber, silver nanowire.

In addition, in the present invention, the anion emitting composition is coated on the top of the anion discharging pin of the ion decomposition chip, which is preferable because it primarily amplifies the anion released through the anion discharging pin.

Further, in the present invention, various bulbs are fastened to the auxiliary sockets, which is preferable because they amplify negative ions and far infrared rays.

In addition, in the present invention, a small blower is fastened to the auxiliary socket to amplify the discharge of negative ions and far infrared rays.

In addition, the present invention is further provided with a current interrupter provided in the middle of the wire connecting the ion generating unit and the ion decomposition chip to control the current from the ion generating unit to each ion decomposition chip, thereby overheating during continuous operation of the ion decomposition chip In order to prevent damage due to the current flowing through each of the ion decomposition chip is preferably intermittent.

In addition, in the present invention, a plurality of LED lamps provided on the outer circumferential surface of the housing and flashing by an applied power source are further provided, so that not only the visual beauty but also the operation of the ion decomposition chip is sequentially confirmed by the LED lamp. It is preferable as it is.

In addition, in the present invention, the socket base is fastened to be electrically connected to each other, and is further provided by providing a connection plug which receives power by being inserted into an outlet provided on a wall, so that the socket base is used by being inserted into an outlet provided on a wall.

In addition, in the present invention, since the socket base is fastened to be electrically connected to each other, a cigarette jack provided with a power supply by being inserted into a cigarette jack connector provided in the vehicle is further provided, so that negative and far infrared effects can be obtained even in the vehicle.

Hereinafter, with reference to the accompanying drawings, anion generating socket connection port of the present invention will be described as follows.

Anion generating socket connection port of the preferred embodiment of the present invention has a longitudinal shape of the lower opening as shown in Figure 1, the socket base 112 is provided to be fastened to the external socket 140 provided on the ceiling, etc. The housing 110, the ion generating unit 120 provided in the socket base 112 and operated by an applied power source, and connected to the ion generating unit 120 by an electric wire 122. A plurality of ion decomposition chips 124 provided on the side wall, and the auxiliary socket 130 is provided on the upper end of the housing 110 is fastened to a variety of bulbs 150 or small blowers (not shown).

As shown in FIG. 2, the housing 110 is formed of a ceramic or baked ceramic coated with a high temperature by applying a composition having an anion and a physical property capable of generating far-infrared rays, or an anion generating composition coated on a surface thereof. Penetration is formed in the vertical direction, at least two or more negative ion outlet 114 is formed radially, and the connecting hole 116 is formed at the top facing the string 118 through the connecting hole 116 The end of the string 118 is tied and then hanged in a room mirror or a suitable place of the vehicle to obtain the effect of negative ions and far infrared rays that the housing 110 emits itself. Here, the number of the anion outlet 114 is not limited, and various modifications can be made according to the amount of anion release.

Here, the housing 110 is ocher, charcoal, tourmaline (Tourmalin), cobalt (cobalt), germanium, elvan, jade, titanium dioxide (titanium dioxide), silicon dioxide (silver, manganese, salt stone, etc.) Each of its constituents has a property of emitting anion and far infrared rays by itself, and the properties of the anion and the far infrared ray are positioned in accordance with the anion and far infrared ray emission properties when placed in a proper place after solidifying the known properties. Far-infrared rays are emitted, and each of the components is mixed and then applied to the surface of the housing 110 having a suitable shape and shape so as to have a proper size and shape and dried. Meanwhile,

On the other hand, since the components of the housing 110 may emit negative ions and far infrared rays by themselves, the content of each component is not limited.

In addition, the upper end of the housing 110 is provided with a socket base 112 so as to connect to the external socket 140 of the ceiling to be connected to the external applied power, so that it can be fastened to a conventional external socket 140 It is prepared to have an appropriate standard.

The ion generator 120 is driven by an applied power source, and generates and outputs a high voltage by an internal circuit to charge the generated ions.

As shown in FIG. 3, the ion decomposing chip 124 includes a plurality of anion discharge pins 124a, 124b, and 124c to decompose and release anions by high pressure discharge among ions generated by the ion generator 120. The anion discharge pins 124a, 124b, and 124c are formed of nano-metal wires 124a, carbon fibers 124b, and silver nanowires 124c or more, each of which is bundled, and then coated at the ends thereof. 122).

In addition, a protective film is formed on each of the anion discharge pins 124a, 124b, and 124c provided on one side of the ion decomposition chip 124 with an anion emitting composition, thereby amplifying anion generation.

Here, the anion discharge pins (124a, 124b, 124c) are each provided with an ultra-thin nano or more in the form of a brush to maximize the reduction in charge rate, applied voltage and increase in anion generation.

That is, the nano-metallic wire 124a of the anion discharge pins 124a, 124b, and 124c is a conductor having an oxidizing power, and when the negative ions in the remaining two carbon fibers 124b and silver nanowires 124c decrease and lose emission performance, In preparation, the carbon fiber 124b heats the asphalt pitch and forms a nanofiber-like fiber by using a binder so that anion is present without energy, and ion release is performed by carbon having conductive properties. In addition, the silver nanowire 124c itself has physical properties that block bacterial growth and viruses, and finely divides the silver nanowire 124c to maximize the release of negative ions. In addition, the anion discharge pins 124a, 124b, and 124c positioned therein are individually coated with components having anion properties on the surfaces of each of the nano-metal wires 124a, the carbon fibers 124b, and the silver nanowires 124c. To prevent contamination and maximize the release of negative ions.

The auxiliary socket 130 is provided at the upper end of the housing 110, provided with a heat insulating member 126 to block the heat generated from the ion generator 120 and is attached to the bottom surface of the heat insulating member 126, The coupling terminal 132 and the bottom of the shape corresponding to the socket base provided in the bulb 150 or the small blower so that the power of the socket base 112 can be transmitted when the various bulbs 150 or the small blower are inserted and fastened. The center contact piece 134 is provided in the center surface.

In addition, the coupling terminal portion 132 of the auxiliary socket 130 is electrically connected to the socket base 112, the center contact piece 134 is electrically connected to the upper center portion of the socket base 112, the external socket Also in the 140, the outer socket coupling terminal portion 142, which is a conductor having a shape corresponding to the socket base 112, intervenes in the inner circumferential surface, and the outer socket central contact piece 144 is also included in the center of the ceiling of the outer socket 140. It is provided.

Here, the applied power is provided to the outer socket coupling terminal portion 142 and the outer socket central contact piece 144 of the outer socket 140.

Although not shown in the drawing, the small blower fastened to the auxiliary socket 130 is provided with a drive motor driven by an applied power source in the lower end thereof, and a propeller is provided on the drive shaft of the drive motor, and the power supply of the drive motor is provided at the top. A socket base such as bulb 150 is provided to be delivered to increase wind provision and anion and far infrared emissions.

There are various kinds of light bulbs 150 fastened to the auxiliary sockets 130, and small bulbs, automotive bulbs, PL bulbs, three-wavelength bulbs, halogen bulbs, infrared heat bulbs, and the like are used. Various light bulbs can be grafted by changing the size, and when the light bulb 150 is turned on, convection occurs to diffuse heat into the convection phenomenon, and amplifies anions and far infrared rays according to the heat. In addition, since the socket bases are different for each of the bulbs 150, an assisting tool may be further provided to be inserted into the auxiliary socket 130 so as to electrically connect various bulbs 150.

That is, the bulb 150 spreads the release of negative ions and far infrared rays from the housing 110 by applying heat to the inner circumferential surface of the housing 110, and promotes convection to condense the accumulation of negative ions that are heavier than the positive ions in the floor. Anion in the enclosed space is activated to purify air pollution in the space in a short time.

Here, a current interrupter (not shown) is provided in the middle of the wire 122 connected to each of the ion decomposition chips 124 connected in series by the ion generator 120, and the ion generator 120 is provided. The currents are sequentially interrupted by the ion decomposing chips 124 provided by the predetermined number through the current interrupter to sequentially operate the ion decomposing chips 124 provided in the respective wires 122. 124 to prevent damage caused by the temperature rise.

In addition, the current interrupter is controlled to sequentially operate the ion decomposition chip 124 provided for each wire 122 by repeatedly connecting or disconnecting current for each of the ion decomposition chips 124 connected to each other in the vertical direction. This prevents overheating of the ion decomposition chip 124 and facilitates control of the operating speed.

Here, the current interrupter may be implemented in various circuit configurations so that those skilled in the art can be carried out according to the situation. For example, the current interrupter may include an SCR for interrupting (ON / OFF) a current by a pulse signal output from an oscillator ( Silicon Controlled Rectifier) or a relay may be provided as a triac circuit.

On the other hand, by operating the ion decomposition chip 124 to have a sequential rotational speed by the current interrupter and to increase the speed, the operation is uniform when the ion decomposition chip 124 is installed and operated at two opposite sides at the same time Otherwise, when either side is active and anions and far infrared rays are not evenly emitted in the proper space, the ion dissociation chips are sequentially separated one by one so as to have rotational properties to prevent the disproportionate emission in the proper space. By operating 124, anion and far-infrared rays are evenly radiated to fill the space with anions and far-infrared rays in a short time.

In addition, a hole is formed in the circumferential surface of the housing 110 and is provided with an LED lamp (not shown in the drawing) to protrude by an appropriate position through the hole. Electrically connected to each of the 122) it is possible to visually confirm the operating state of the ion decomposition chip 124 by the lighting of the LED lamp, the LED lamp also by the current interruption of the current interrupter the ion decomposition chip 124 In the same way, sequential lighting is performed.

In addition, by providing a sensor for detecting the amount of negative ions in the surroundings in the current interrupter circuit of the socket connector 100 to detect the amount of negative ions contained in the surrounding air, if the amount of detected negative ions is less than the set amount by connecting the power supply It releases negative ions and, if so, shuts off the power supply.

In addition, a voice recognition unit for recognizing voice may be provided in a current interrupter circuit to operate by voice, and a variable resistor for adjusting a frequency at which voltage and current are outputted may be adjusted to adjust the amount of negative ions.

Therefore, the operating state of the negative ion generating socket connection port according to the present invention operates the ion generating unit 120 by the applied power source as shown in Figure 2 and the ion generating unit 120 and the ion electrically connected to the wire 122 Negative ions and far infrared rays may be generated through the anion discharge pins 124a, 124b, and 124c of the decomposition chip 124, and ceramics or synthetic resins coated with such anion releasing compositions may be formed into a composition in which negative ions and far infrared rays are released by self-chucking. Anion and far-infrared rays are emitted by the housing 110 of the ash so that the effect of anion and far-infrared rays can be obtained regardless of whether an applied power source is provided, and a current is coupled to the outer socket 140 of the ceiling to allow the current to reach the socket base 112. When applied to the ion generating unit 120 through the ion generating unit 120 generates ions at a high voltage and a plurality of ion decomposition provided in the vertical direction in the housing 110 An electric current flows through the wire 122 to the 124, and the anion discharge pins 124a and 124b provided with the nano-metal wire 124a, the carbon fiber 124b, and the silver nanowire 124c on the ion decomposition chip 124. , 124c, charges the ions of the ion generator 120 to a high voltage so that the negative ions in the air are discharged to the outside through the negative ion outlet 114 of the housing 110.

In this case, the auxiliary socket 130 is provided inside the housing 110, and the bulb 130 is fastened to the bulb socket 150 by fastening various bulbs 150 or a small blower to the auxiliary socket 130. It amplifies the negative ions and far infrared rays emitted by the heating of, and when the compact blower is fastened it is possible to control the speed of the negative ions and far infrared emissions.

Here, the ion decomposition chip in which current flows sequentially while having a rotational property by a current interrupter so as to interrupt current for each of the wires 122 provided with a plurality of ion decomposition chips 124 in the ion generator 120. By operating the (124) to prevent the temperature rise of the ion decomposition chip 124 according to the subsequent sequential operation, the housing 110 to visually determine whether the operation of the ion decomposition chip 124 It is made possible by the provided LED lamp, the LED lamp is electrically connected to the wire 122, the LED lamp is also sequentially output as the ion decomposition chip 124 according to the current interruption from the current interrupter .

In addition, as shown in FIGS. 3A and 3B to expand the use of the socket connector 100, a plug is plugged at one end so as to be operated by inserting an externally applied power supply into a wall outlet (not shown) to be connected. Is formed and the other end of the socket base 112 of the socket connection port 100 is inserted into the socket portion is formed to be fastened and electrically connected, the inside of the socket portion is provided with a connector coupling terminal portion 202 is formed with a corrugated bottom A plug central contact piece 204 is provided at the center of the surface to provide a connection plug 200 that is electrically connected to the vehicle, and is coupled to a cigar jack connection port (not shown in the drawing) in the vehicle to emit negative ions and far infrared rays inside the sealed vehicle. Cigar jack connection port is formed at one end so that the socket base 112 of the socket connection port 100 is inserted into the other end can be fastened and electrically connected The socket part is formed, and the inside of the socket part is provided with a connecting port coupling terminal part 302 formed with a pleat, and a plug central contact piece 304 is provided at the bottom center thereof to provide a cigar jack 300 to be electrically connected.

 Such anion generating socket connector of the present invention is provided with a housing of a synthetic resin material coated with a ceramic or anion-releasing composition formed of a composition that emits anion and far infrared rays by itself, and a socket base is provided to be electrically connected to the upper end of the housing. In addition to emitting negative ions and far infrared rays by an applied power source, the negative ions and far infrared rays can be selectively released by themselves even when the power is not supplied. An ion generating unit operated by an applied power supply and an ion decomposing chip provided by a plurality of wires in the ion generating unit are connected to each other, and a current interrupter is provided to interrupt an electric current in the middle of the electric wire connecting the ion generating unit and the ion decomposing chip. By a predetermined number By operating the ion decomposition chip provided radially in order to prevent damage due to the temperature rise, by connecting various bulbs or small blowers inside the housing can increase the speed of anion and far-infrared emission amplification and anion and far-infrared emission amount In addition, the LED lamp is provided for each of the wires to which the ion decomposition chip is connected, which is not only beautiful but also visually determines whether the ion decomposition chip is operated by the LED lamp.

In addition, the socket connection port is provided with a separate connection plug and a cigar jack capable of releasing negative ions and far infrared rays by inserting the socket connection port into a wall outlet and a cigar jack connection port of a vehicle, thereby providing negative and far infrared effects.

Claims (14)

A housing in which a plurality of negative ion outlets are radially penetrated in the circumferential surface of the tubular shape of which the lower end is opened, and the socket base is provided to be fastened to the outer socket at the upper end; An ion generator provided inside the socket base and operated by a high voltage applied power provided through the socket base to ionize; An ion decomposing chip disposed on an inner wall of the anion outlet of the housing, the ion decomposing chip electrically connected to the ion generating unit to emit decomposed anions and far infrared rays to the outside; And an auxiliary socket electrically connected to the ion generator. The housing is an anion generating socket connector characterized in that it comprises an anion release composition that can emit anion and far infrared rays by itself. The method of claim 1, wherein the housing, Anion generating socket connection port characterized in that it is a pottery. The method of claim 1, wherein the housing, Anion generating socket connector characterized in that the surface is formed of a synthetic resin coated with an anion-releasing composition. The method of claim 2 or 3, wherein the anion generating composition, Ozone, charcoal, tourmalin, cobalt, germanium, elvan, jade, titanium dioxide, silicon dioxide, silver, manganese, and saltstone Socket connector. The method of claim 4, wherein the negative ion outlet, Anion generating socket connection port characterized in that formed at least two radially in the vertical direction. The method of claim 5, Anion generating socket connector characterized in that the connecting hole for inserting a string on the upper end of the housing is formed opposite. The method of claim 6, wherein the ion decomposition chip, A plurality of anion discharge pin is provided on one side, the anion discharge pin is an anion generating socket connector, characterized in that the nano-metal wire, carbon fiber, silver nanowire. The method of claim 7, wherein Anion generating socket connector characterized in that the anion emitting composition is coated on top of the anion discharge pin of the ion decomposition chip. The method of claim 8, Anion generating socket connector characterized in that the various sockets are fastened to the auxiliary socket to amplify negative ions. The method of claim 8, And a small blower is coupled to the auxiliary socket to amplify the discharge of negative ions. The method according to claim 9 or 10, And a current interrupter provided in the middle of the wire connecting the ion generating unit and the ion decomposing chip to control the current from the ion generating unit to each ion decomposing chip. The method of claim 11, It is provided on the outer circumferential surface of the housing, the negative ion generating socket connector characterized in that a plurality of LED lamps which are flashing by the applied power is further provided. The method of claim 12, The socket base is fastened and electrically connected, the negative ion generating socket connector characterized in that the connection plug is further provided to receive power by inserting into a wall outlet. The method of claim 12, The socket base is fastened and electrically connected, the negative ion generating socket connector characterized in that the cigar jack is provided with a power supply is inserted into the cigar jack connector provided in the vehicle is further provided.

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