KR20190123175A - Smart Diffuser - Google Patents

Abstract

Disclosed is a diffuser emitting fragrance. The diffuser of the present invention comprises: a docking station which has an inserting port in an upper side thereof and a first accommodating space communicated with the inserting port therein; a portable device which is inserted into and withdrawn from the first accommodating space, and has an emitting port in an upper side thereof and a second accommodating space communicated with the emitting port therein; and a cartridge which is inserted into and withdrawn from the second accommodating space, has a fluid having scent accommodated therein and emits the fluid by using an ultrasonic wave oscillator. The ultrasonic wave oscillator receives power from the portable device, and through the portable device, receives power from the docking station. According to the present invention, the diffuser can be fixed and portable, is excellent in terms of expression and light transfer from the docking station to the portable device, and can be used variously. The diffuser is easy to couple and separate the docking station, the portable device and the cartridge, and can be stably operated and used.

Description

Smart Diffuser

The present invention relates to a diffuser, and more particularly, to a diffuser configured to disperse a liquid such as an aromatic oil using an ultrasonic vibrator to provide a fragrance.

Aroma diffusers with sticks on the market are limited to indoor use and are not suitable for moving and use. These products have a problem that the odor falls over time, it is difficult to smell by using a quantitative.

Recently, a device for smelling aroma oil by using an ultrasonic vibrator has been introduced, and a device that can be used by adding a function such as lighting has been introduced.

However, there is still a need for development of a new device suitable for both a specific place and a portable use, and which can provide various conveniences in operation and use.

(0001) Republic of Korea Patent No. 10-1689842 (Registration Date: 2016.12.20) (0002) Korea Registration Utility Model No. 20-0473634 (Registration Date: 2014.07.09)

It is an object of the present invention, a portable device suitable for carrying a fragrance through the cartridge using an ultrasonic vibrator while providing a fragrance and light therapy by further utilizing a docking station in a particular room, the unintended fragrance when carrying It is possible to provide a diffuser that can be prevented and can be easily and reliably coupled, separated, and operated.

The object of the present invention is a docking station having an insertion hole provided at an upper side thereof and having a first accommodation space communicating with the insertion hole therein; A portable device inserted into and drawn out of the first accommodating space, and having a diverging opening at an upper side thereof and having a second receiving space communicating with the diverging opening therein; And a cartridge inserted into and withdrawn from the second accommodation space, the cartridge having a scented fluid contained therein and dissipating the fluid using an ultrasonic vibrator, wherein the ultrasonic vibrator can receive power from the portable device. And it is also achieved by the diffuser characterized in that it is made to receive power from the docking station through the portable device.

In the diffuser according to the invention, the portable device is provided with a rechargeable battery therein, the rechargeable battery is supplied with power from the docking station or through the docking station when the portable device is inserted into the first receiving space. It may be made to be charged.

In the diffuser according to the present invention, the docking station, the dock including a lower body, an upper body protruding upward in the form of a smaller diameter from the upper upper body, and a first magnet provided in the lower body or the upper body main body; And a lower side surrounding the upper body, the insertion hole and the first receiving space having a shape penetrating in the vertical direction, and having a second magnet acting on the attraction force with the first magnet. It may be made including a body cover detachably coupled to.

In the diffuser according to the present invention, the dock main body is coupled to the center of the upper main body to move in the vertical direction in a predetermined range, the lifting portion provided with a seating surface on which the portable device is seated; And a movable part provided inside the lower body and the upper body to move the lifting part moved downward, and when the lifting part is lowered, the ultrasonic vibrator can be operated through the dock body, and the lifting part is raised. When the ultrasonic vibrator through the dock body may not be performed.

In the diffuser according to the present invention, the dock main body includes an LED chip provided along the rim inside the lower main body, and the main body cover is made of an outer wall and is made translucent or opaque, and the upper side of the inner side is Outer case inclined inward; And a reflection case disposed on an inner side and spaced apart from the outer case, and having a reflective surface on the outside thereof, and having an upper side of the outer surface inclined outwardly, and the light emitted from the LED chip flows between the outer case and the reflective case. May be made.

In the diffuser according to the present invention, the portable device is provided with an inner frame constituting the second receiving space, the portable device body is provided with a third magnet on the upper side; And a portable device cap detachably coupled to an upper end of the portable device main body and having a fourth magnet having a diverging hole and a third magnet acting on the third magnet. The second receiving space and the diverging hole are provided in pairs. Can be.

In the diffuser according to the present invention, the portable device main body includes: a first frame terminal coupled to the inner frame between a pair of the second receiving spaces and contacting each first cartridge terminal of the pair of cartridges; And a pair of second frame terminals spaced apart from the first frame terminal and coupled to the inner frame and respectively contacting the second cartridge terminals of the pair of cartridges, wherein any one of the cartridge and the inner frame is provided. The guide protrusion is formed and the other guide guide groove is formed to be inserted and moved to fit in the vertical direction.

In the diffuser according to the present invention, the portable device comprises: a portable device body forming an outer surface; A control unit provided inside the portable device body and controlling the operation of the ultrasonic vibrator; At least a portion of the portable device body exposed to the outside, and at least a portion of the operation button is made of a plated or conductor so that electricity flows; An internal button provided in the portable device main body and in contact with the operation button and connected to the control unit and transferring a compressed signal to the control unit during compression; And an elastic body provided inside the main body of the portable device and contacting the operation button, the conductor including a conductor and transmitting a movement signal according to the movement of electric charge to the controller, wherein the controller receives the compressed signal and the movement signal. In this case it can be made to operate the ultrasonic vibrator.

In the diffuser according to the present invention, the inner button is composed of a pair is provided on the left and right sides around the elastic body, the operation button, the inner button and the elastic body may be made in a symmetrical form.

In the diffuser according to the present invention, the cartridge includes a receiving container for receiving the fluid; At least a portion of the fiber stick inserted into the container and absorbing the fluid and transferring the fluid upwardly; An inner cap coupled to an upper side of the receiving container and provided with a plurality of contact ribs contacting the fiber stick along a circumferential direction, and a plurality of air vents provided between the contact ribs; A packing coupled to the inside of the inner cap, the fiber stick passing through the center, and sealing the space between the receiving container and the inner cap; The ultrasonic vibrator in contact with the upper end of the fiber stick from the upper inner cap and having fine holes penetrated vertically in the center; A vibrator packing having a hole penetrated up and down in the center and being in close contact with the upper side of the inner cap and supporting the edge of the ultrasonic vibrator; A cartridge cap having a hole vertically penetrated therein and coupled to the inner cap while accommodating the ultrasonic vibrator and the vibrator packing; Each of the ultrasonic vibrators may be electrically connected to each other, and a part of each may include a first cartridge terminal and a second cartridge terminal exposed to the outside of the cartridge cap.

According to the present invention, it is possible to provide a diffuser that can be easily and effectively used for fixing and portable, excellent in light transmission and expression from the docking station to the portable device, and can be utilized in various ways. It is possible to provide a diffuser that is easy to engage and disengage between cartridges and to allow stable operation and use.

1 is a perspective view showing a state in which the diffuser and each configuration is separated according to an embodiment of the present invention,
2 is an exploded perspective view showing the docking station shown in FIG.
3 is a view for explaining the operation of the dock body shown in FIG.
4 is a cross-sectional view of the docking station shown in FIG.
5 and 6 are views illustrating the combination of the portable device and the cartridge of the present invention;
7 is a view for explaining the structure and operation of the portable device,
8 is a cross-sectional view and an exploded perspective view of the cartridge shown in FIG.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. However, in describing the present invention, descriptions of already known functions or configurations will be omitted to clarify the gist of the present invention.

1 is a perspective view showing a state in which the diffuser 1 and each configuration is separated according to an embodiment of the present invention, Figure 2 is an exploded perspective view showing the docking station 100 shown in Figure 1, Figure 3 2 is a view for explaining the operation of the dock body 110 shown in Figure 2, Figure 4 is a longitudinal cross-sectional view of the docking station 100 shown in Figure 1, Figure 5 and Figure 6 is a portable device of the present invention A diagram illustrating the combination of the 200 and the cartridge 300, FIG. 7 is a diagram illustrating the structure and operation of the portable device 200, Figure 8 is a cross-sectional view showing the cartridge 300 shown in FIG. And an exploded perspective view.

The smart diffuser according to the present invention (hereinafter, 'diffuser 1') is made to disperse a liquid such as aroma oil using the ultrasonic vibrator 350 to provide aroma (fragrance), at a specific place and location Not only can be used (fixed), but also can be used (portable) when carrying around. To this end, the diffuser 1 according to the present invention includes a docking station 100, a portable device 200, and a cartridge 300.

Figure 1 (a) shows the overall appearance of the portable device 200 and the cartridge 300 is coupled to the docking station 100, Figure 1 (b) is a portable device 200 in the docking station 100 Figure 1 (c) shows the docking station 100, the portable device 200 and the cartridge 300 is shown separated.

First, in the present invention, the ultrasonic vibrator 350 is configured to cause vibration of an ultrasonic frequency band (about 20 kHz or more) when electrical energy is applied, and includes a piezoelectric device for converting electrical energy into mechanical energy. Can be done.

The docking station 100 is mainly used when the diffuser 1 according to the present invention is used in a fixed position.

The docking station 100 is provided with an insertion opening 121 opened at an upper side thereof, and a first receiving space 122 communicating with the insertion opening 121 therein. Preferably, the first accommodation space 122 is configured such that the width of the left and right directions X and the width of the front and rear directions Y are different from each other. For example, the width of the first accommodation space 122 in the left and right directions X may be the front and rear directions ( Y) can be made larger than the width.

The first accommodating space 122 may be formed in left and right symmetry and front and rear symmetry, or may be formed in a rotationally symmetrical form based on the center axis of the up and down direction Z.

The cartridge 300 includes an ultrasonic vibrator 350 that receives a fluid having a scent (fragrance) therein (eg, a liquid such as an aromatic oil) and emits the fluid. The fluid may be a conventional perfume or may consist of aroma oils or the like.

The portable device 200 may be used for fixing in combination with the docking station 100 and may be separated from the docking station 100 and used for portable use.

The portable device 200 is provided with a diverging opening 231 opened in the upper side, the second receiving space 222 communicated with the diverging opening 231 therein.

The cartridge 300 is inserted into the second receiving space 222 of the portable device 200 and coupled to the portable device 200, the docking station 100 in the state in which the cartridge 300 and the portable device 200 is coupled It is inserted into the first receiving space 122 of the. The portable device 200 accommodating the cartridge 300 may be inserted into the first accommodation space 122 of the docking station 100 through the insertion hole 121, and is inserted into the first accommodation space 122. It is preferable to be supported in the first accommodation space 122 so as not to be spaced apart in the direction other than the vertical direction Z and not rotated about the axis of the vertical direction Z.

The portable device 200 may be inserted into the first accommodation space 122 so that the portable device 200 is oriented in the docking station 100. To this end, the portable device 200 is preferably formed such that the width of the left and right directions (X) and the width of the front and rear directions (Y) are different from each other. For example, the width of the portable device 200 may be in the front and rear directions (Y). It can be made larger than the width.

In addition, the portable device 200 may be formed in the form of left and right symmetry and front and rear symmetry, or may be made in a rotationally symmetrical form based on the center axis in the vertical direction Z.

The fluid (fluid particles) emanating from the cartridge 300 is delivered to the outside through the emanation port 231 and the insertion port 121.

In the present invention, the docking station 100 may be divided into a dock body 110 and a body cover 120.

In addition, the dock body 110 includes a first magnet 113, the lower body 111 and the upper body 112.

In addition, the dock body 110 may include the lifting unit 114 and the movable unit 116.

In the present invention, the docking station 100 may be electrically connected to the portable device 200, or the portable device 200 and the cartridge 300, and may be electrically connected to an external device or a power source. Also in this connection a wired or wireless connection may be used.

In addition, the docking station 100 may include various configurations for electrical operation and control, and for example, PCBs (printed circuit boards) 101 and 102 for operation control and various elements 103 coupled to the PCBs. ), A wired / wireless communication unit, a battery, and the like. In the docking station 100 according to the present invention, most or all of the components for electrical operation and control are preferably formed on the dock body 110, and the main body cover 120 is detachably attached to the dock body 110. It is preferable to combine.

In addition, the docking station 100 may be operated by itself, and may be connected to a separate device (eg, a mobile phone) with a wired or wireless connection (eg, a Bluetooth connection), and connected to the docking station 100. Illumination function and diffuser function to be described later may be controlled by a mobile phone.

When the docking station 100 and the portable device 200 are separated, the docking station 100 may be used only with a lighting function by a mobile phone or the like connected to the docking station 100.

The lower body 111 is a part forming the bottom of the docking station 100, the bottom surface is made flat so that the diffuser 1 according to the present invention can be stably placed on a specific surface, to prevent slipping The bottom surface of the lower body 111 may be provided with a non-slip pad 118 and the like.

The upper body 112 is integrally coupled to the upper side of the lower body 111 and made smaller in outer diameter than the lower body 111 and protrudes upward. The outer surface of the upper body 112 may be made to have a constant cross section along the vertical direction (Z), or may have a form in which the cross section (section according to the outer diameter) slightly decreases toward the upper side.

The first magnet 113 may be made of a normal permanent magnet (such as a neodymium magnet) or a magnetic body, and may be fixedly coupled to the lower body 111 or the upper body 112. The first magnet 113 may be formed in such a manner that its upper surface is exposed to the surface of the lower body 111 or the upper body 112, or the first magnet 113 may be the lower body 111 or the upper body ( 112) It may be made in the form provided inside. That is, in the latter case, the first magnet 113 may be formed in the dock main body 110 so as not to be exposed from the outside.

In a specific embodiment of the present invention, the first magnet 113 is fixedly coupled to the upper body 112 (see FIG. 2), and is stable with the main body cover 120 while avoiding interference with the LED chip 117 which will be described later. Allow coupling and separation to take place.

Lifting unit 114 is inserted into the center of the upper body 112 is made to move in the vertical direction (Z) in a predetermined range.

It is preferable that the seating surface 114a, which is the upper end surface of the elevating unit 114, is generally flat, and the lower end of the portable device 200 is seated on the seating surface 114a.

The first connection terminal 115 is provided on the seating surface 114a, and the second connection terminal 225 connected to the first connection terminal 115 is provided on the lower surface of the portable device 200.

The first connection terminal 115 and the second connection terminal 225 can be connected to each other made of a six-pin shape, and the power supply and the electrical signal transfer between the docking station 100 and the portable device 200 is the first connection terminal It may be made through the 115 and the second connection terminal 225. At this time, the first connection terminal 115 and the second connection terminal 225 is preferably formed in a rotationally symmetrical form with respect to the axis in the vertical direction (Z). That is, the docking station 100 and the portable device 200 are coupled to any one state, and from this state only the portable device 200 is rotated by 180 ° with respect to the axis of the up-down direction Z in the second connection terminal. It is preferable that the arrangement of 225 be made identical to each other. More specifically, when the first connection terminal 115 and the second connection terminal 225 are each formed in the form of six pins, the six pins are made in the order of SIG, GND, VDD, SIG, GND, and VDD pins along the clockwise direction. It is preferred that the rotation is symmetrical.

When the lifting unit 114 ascends as much as possible with respect to the upper body 112, the seating surface 114a, which is the upper surface thereof, has the same height as the upper surface of the upper body 112, and has been lowered as much as possible with respect to the upper body 112. When the seating surface (114a) is preferably made lower than the top surface of the upper body (112).

The movable part 116 is provided inside the lower body 111 and the upper body 112, and the lifting unit 114 when the lifting unit 114 moves downward against the lower body 111 and the upper body 112. The lifting unit 114 is operated so that it can rise again.

The movable part 116 may include an electric motor, a gear, a rack, and the like. In this case, the rack may be lifted and lifted by the rotational force of the electric motor, and the lifter 114 may be lifted in conjunction with the rack being lifted.

Alternatively, the movable part 116 may have a structure of a so-called push open mechanism (which may be referred to as a push open latch or a push open system). In other words, once pressed, it is fixed in a pressed state and once again, it may be made of a structure that pops out to rebound.

When the movable portion 116 has a push-open mechanism structure, the movable portion 116 is positioned to be coupled to the lower side of the elevating portion 114, and the elevating portion 114 is pressed when the elevating portion 114 is pressed downward. It moves downward and stays (refer FIG. 3 (b)), and once again presses the elevator 114 downward, the movable portion 114 is moved upward by the movable portion 116 to return to its original position. (See Figure 3 (a))

In the diffuser 1 and the docking station 100 according to the preferred embodiment of the present invention, the movable unit 116 preferably has such a push-open mechanism structure, thereby separating the portable device 200 from the docking station 100. If desired, easy gripping of the portable device 200 is possible and easy separation can be made.

And in the diffuser 1 and the docking station 100 according to the present invention, when the lifting unit 114 is lowered relative to the other part of the docking station 100, the operation of the ultrasonic vibrator 350 through the dock body 110 This is possible, and when the lifting unit 114 is raised again against the other part of the docking station 100, the operation of the ultrasonic vibrator 350 through the dock body 110 may not be made.

That is, the user does not immediately dissipate the fragrance in the state where the user simply inserts the portable device 200 and the cartridge 300 into the first accommodating space 122, but the portable device 200 and the lifting unit 114 Pressing downwards, the portable device 200 may be made to be in a state where the fragrance of the fragrance is possible to move further down.

In addition, when the portable device 200 and the cartridge 300 are to be separated from the docking station 100, the user presses the portable device 200 again and the portable device 200 is operated by the movable unit 116 formed of a push-open mechanism. And the lifting unit 114 is raised again, at this time, the operation of the ultrasonic vibrator 350 and the emission of the fragrance can be stopped.

The body cover 120 forms an upper portion and an outer portion of the docking station 100 and is coupled to the dock body 110.

The main body cover 120 is formed in a shape that is generally penetrated in the vertical direction (Z), the lower portion surrounds the upper main body 112 of the dock main body 110 and the lower end of the lower main body 111 of the dock main body 110 It is coupled to the dock body 110 while seated in.

In the present invention, the main body cover 120 is separated from the dock body 110 to facilitate maintenance, such as washing the docking station 100, it is possible to easily remove the portable device 200.

The lower portion of the main body cover 120, that is, the portion surrounding the upper body 112 of the dock body 110 and coupled to each other, may be made such that its inner circumferential surface corresponds to the shape and size of the outer circumferential surface of the upper body 112, or Except for the vertical direction (Z) can be made to fit each other so that there is no play between the body cover 120 and the upper body (112).

The insertion hole 121 and the first accommodation space 122 are provided on the body cover 120 penetrated in the vertical direction (Z).

The main body cover 120 is provided with a second magnet 123, the second magnet 123 is made of a permanent magnet or a magnetic material and is made to work with the first magnet 113 and the attraction force. The second magnet 123 is coupled to the main body cover 120 such that the dock main body 110 and the main body cover 120 are placed in close contact with or close to the first magnet 113 when the dock main body 110 and the main body cover 120 are coupled to each other. At least one of the first magnet 113 and the second magnet 123 is made of a permanent magnet.

In the present invention, the first magnet 113 and the second magnet 123 is provided, the stable coupling and easy separation between the dock body 110 and the main body cover 120 is made.

In the docking station 100 of the diffuser 1 according to the present invention, the dock body 110 includes an LED chip 117, the main body cover 120 includes an outer case 124 and a reflective case 125 Can be done.

The LED chip 117 is made of a light emitting diode (LED), may be provided in plurality and may be repeatedly arranged along the circumferential edge inside the lower body 111. The LED chip 117 is located directly below the upper surface of the lower body 111, and made to irradiate light toward the upper side. Each LED chip 117 may be made to represent a single color or to represent a variety of colors, so that the docking station 100, such as low-power lighting of warm white, mood lights of various colors (4069 color) Can function.

The outer case 124 may be formed in the shape of a pipe, such as a circle, oval, polygon, etc. as a whole, and forms an outer wall surface of the main body cover 120, and is made translucent or opaque so that light may be transmitted through the entire surface. For the translucent or opaque treatment, the outer case 124 may be etched, and at this time, chemical corrosion treatment or physical corrosion treatment may be performed. This corrosion treatment is preferably made on the inner surface of the outer case (124).

In addition to the opaque or translucent treatment of the outer case 124, various films and the like can be combined, light diffusion sheet (diffusing film) and the like can be combined.

The outer case 124 may be formed such that the upper side of the inner side thereof is inclined inward. However, the degree of inclination is not large, and may be inclined within 1 ° in the vertical direction on the longitudinal section, and may preferably be inclined at 0.3 °.

The outer case 124 may be made of a combination of two or more layers.

The reflective case 125 may be formed in a pipe shape such as a circle, an ellipse, or a polygon as a whole, and may be spaced apart from the outer case 124 and positioned inside the outer case 124. Therefore, the reflective case 125 is made smaller in diameter than the outer case 124 as a whole.

The outer surface of the reflective case 125 is provided with a reflecting surface 125a, and the reflecting surface 125a is reflected by the reflecting surface 125a rather than light passing through the reflecting case 125 so that the reflectance is relatively high (at least). Surface treatment or high reflectance material or material may be coated or combined so that the amount or energy of light is high.

The reflective case 125 may be formed such that an upper side of the outer surface thereof is inclined outward. However, the degree of inclination is generally not large, can be inclined within 2 degrees in the vertical direction on the longitudinal section, it may be made to be inclined 1 ° preferably. The inclination degree of the reflective case 125 is preferably greater than the inclination degree of the outer case 124.

In the diffuser 1 according to the present invention, the light irradiated from the LED chip 117 flows into the space A between the outer case 124 and the reflective case 125, and for this purpose, directly above the LED chip 117. The upper surface of the lower body 111 is located in the light transmissive, transparent or semi-transparent, and the lower surface of the body cover 120 in close contact with the upper surface of the lower body 111 is also light transmissive. It may be made of, transparent or translucent.

The light irradiated upward from the LED chip 117 of the dock body 110 flows into the space A between the outer case 124 and the reflection case 125 and then reflects the reflection surface 125a of the reflection case 125. Reflected and refracted by the light source to be directed outwardly, the light reflected variously between the outer case 124 and the reflective case 125 may spread through the entire surface of the outer case 124 and exhibit a soft lighting effect. .

The portable device 200 allows the operation of the cartridge 300 coupled to the inside of the portable device 200, and may be electrically connected to the docking station 100 by wire or wirelessly, and may be configured to perform wired or wireless communication with an external separate device. Can be.

To this end, the portable device 200 may include printed circuit boards (PCBs) for operation control, various elements coupled to the PCBs, a wired / wireless communication unit, a battery, and the like, and particularly, a rechargeable battery 210 (eg, Li). -Po battery).

The rechargeable battery 210 of the portable device 200 supplies power from the docking station 100 when the portable device 200 is inserted into the first accommodation space 122 to be electrically connected to the docking station 100. It may be supplied and charged, or may be charged while receiving electrical energy from an external power source through the docking station 100. Charging of the portable device 200 may be made by wired charging or wireless charging.

When the portable device 200 is coupled to the docking station 100 and charged, the above-described LED chip 117 (or a part of the LED chip 117) may be changed in color, for example, from white to red. Can be.

In the diffuser 1 according to the present invention, the second accommodating space 222 inside the portable device 200 may be provided as a pair, and thus, the pair of cartridges 300 may be provided in one portable device 200. It can be inserted into and used together or alternatively. At this time, each fluid accommodated in the pair of cartridge 300 may be made different from each other or may be made the same.

Hereinafter, a description will be given based on a case in which a pair (two) of second receiving spaces 222 are provided in the portable apparatus 200 and two cartridges 300 are coupled to one portable apparatus 200. (See Figure 5)

The portable device 200 may include a portable device body 220 and a portable device cap 230.

The portable device body 220 includes an inner frame 221 constituting the second receiving space 222 therein, and a third magnet 224 on the upper side thereof.

In addition, the portable device body 220 includes a first frame terminal 240 and a second frame terminal 250 for power supply and control of the cartridge 300 (ultrasound vibrator 350). At this time, the first frame terminal 240 is provided in one and the second frame terminal 250 is provided in two. When the first frame terminal 240 is a (+) terminal, the second frame terminal 250 is a (-) terminal.

The first frame terminal 240 is coupled to the inner frame 221 between the pair of second receiving spaces 222 and in contact with the first cartridge terminal 380 of the cartridge 300. That is, the first cartridge terminal 380 of one cartridge 300 is in contact with the first frame terminal 240, and the first cartridge terminal 380 of the other cartridge 300 is also the first frame. In contact with the terminal 240.

The second frame terminal 250 is coupled to the inner frame 221 spaced apart from the first frame terminal 240 and contacts the second cartridge terminal 390 of the cartridge 300. One of the second frame terminals 250 may be formed in a symmetrical form with respect to the other second frame terminal 250 and the first frame terminal 240.

Guide groove 372 is formed in any one of the cartridge 300 and the inner frame 221 in the present invention and the guide projection 372 is inserted into the other in the vertical direction (Z) so as to move properly ( 223 may be formed.

In a specific embodiment of the present invention, the guide protrusion 372 is formed in the cartridge 300, the guide groove 223 is formed in the inner frame 221 is shown.

In this way, the cartridge 300 is coupled to the inner frame 221 of the portable device 200 by the guide protrusion 372 and the guide groove 223 can be coupled in the correct position, the first frame terminal ( It may be connected to the portable device 200 while sharing the 240, it is possible to easily control the pair of cartridges 300 through the portable device (200).

The third magnet 224 may be made of a conventional permanent magnet or magnetic material, and may be fixedly coupled to the portable device body 220, particularly the inner frame 221. The third magnet 224 may be formed in such a manner that the surface thereof is exposed to the surface of the inner frame 221, or may be formed in the inner frame 221.

The portable device cap 230 is detachably coupled to an upper end of the portable device body 220. For this purpose, the portable device cap 230 has a fourth magnet 224 and a fourth magnet configured to act on attraction force. 232). The fourth magnet 232 may also be made of a conventional permanent magnet or magnetic material, and the portable device cap 230 is placed in close contact with or close to the third magnet 224 when the portable device cap 230 is in close contact with the portable device main body 220. Is coupled on the cap 230. At least one of the third magnet 224 and the fourth magnet 232 is made of a permanent magnet.

The portable device cap 230 is provided with a diverging port 231, when the second receiving space 222 is provided in a pair of diverging holes 231 is also provided as a pair of course.

Furthermore, the portable device 200 according to the present invention may include a control unit 260, an operation button 270, an internal button 280, and an elastic body 290.

The controller 260 may include a PCB and an element coupled thereto, and may be provided inside the portable device body 220 to control the overall operation of the portable device 200 and the operation of the ultrasonic vibrator 350. .

The operation button 270 is at least partially exposed to the outside of the portable device body 220, and coupled to the portable device body 220 in a reciprocating direction in and outward direction (front and rear direction (Y)). More specifically, when the operation button 270 is pressed by the external force is pressed in the direction of the portable device main body 220, the external force is made to be able to protrude out of the portable device main body 220 again.

In addition, the operation button 270 is at least partially plated or made of a conductor so that electricity flows.

The internal button 280 is provided inside the portable device body 220 to contact the operation button 270, is connected to the control unit 260 and is configured to transmit a compressed signal to the control unit 260 during compression.

The inner button 280 is made to be compressed and restored again in and out of the portable device body 220, for this purpose, a spring may be provided inside the inner button 280.

Accordingly, when the operation button 270 is pressed, the inner button 280 is also pressed, and when the external force of pressing the operation button 270 is removed, the operation button 270 and the inner button 280 are the portable device body 220. As it protrudes outward, it is restored to its original state.

The internal button 280 transmits a compressed signal, which is an electrical signal according to the compression, to the controller 260. For example, the internal button 280 may be short-circuited with the control unit 260 in an uncompressed state, and may be electrically connected to the control unit 260 in a compressed state. Signal by physical operation) may be transmitted to the controller 260.

The elastic body 290 is provided inside the portable device body 220 to contact the operation button 270, and made of a conductor to transmit a movement signal, which is a signal according to the movement of charge, to the controller 260.

In the diffuser 1 according to the present invention, the elastic body 290 may be formed in the form of a coil spring.

The elastic body 290 made of a conductor maintains an electrically connected state with the operation button 270 and the control unit 260, and mediates an electrical connection between the operation button 270 and the control unit 260.

Therefore, when the user contacts the operation button 270 through the body part, the movement of the charge is made on the operation button 270 and the elastic body 290, the movement signal which is information according to the movement of the charge on the elastic body 290 (Signal by electrostatic operation) can be transmitted to the control unit 260.

In the diffuser 1 and the portable device 200 according to the present invention, the controller 260 is configured to operate the ultrasonic vibrator 350 when both the compressed signal and the moving signal are received, and among the compressed signal and the moving signal. When only one is received, the ultrasonic vibrator 350 is not operated.

Therefore, if the user's body or external conductor is in simple contact with the operation button 270, the movement signal through the elastic body 290 is transmitted to the control unit 260, but the compressed signal through the inner button 280 is the control unit It is not delivered to 260. And the operation of the ultrasonic vibrator 350 is not made at this time.

In addition, if the operation button 270 is pressed and pressed by an object outside the non-conductor, the movement signal through the elastic body 290 is not transmitted to the control unit 260 and only the compression signal through the inner button 280 is controlled by the control unit ( 260). And the operation of the ultrasonic vibrator 350 is not made at this time.

On the other hand, in the portable device 200 according to the present invention, the inner button 280 is formed in a pair, and may be provided on both sides of the elastic body 290. And, at this time, the operation button 270, the inner button 280 and the elastic body 290 is a combined form of the left and right symmetrical form.

Therefore, the portable device 200 according to the present invention can effectively prevent the unintended operation of the user, the operation of the operation button 270 and the operation of the ultrasonic vibrator 350 can be made stable.

Cartridge 300 according to the present invention, the container 310, the fiber stick 320, the inner cap 330, the packing 340, the ultrasonic vibrator 350, the vibrator packing 360, the cartridge cap 370 The first cartridge terminal 380 and the second cartridge terminal 390 may be included.

Receiving vessel 310 is made to receive a fluid, such as aroma oil, it may be made in the form of a container such as a cylinder, a polygonal cylinder opened upwards. The container 310 is preferably made of a material having excellent chemical resistance in relation to the fluid made of aroma oil, etc., for example, may be made of glass, HDPE and the like.

Fiber stick 320 is made long in the vertical direction (Z), at least a part is inserted into the receiving container 310 and made to absorb the fluid in the receiving container 310 to be delivered to the upper side. The fiber stick 320 is preferably made long enough so that the lower end thereof contacts the bottom surface of the receiving container 310 and the upper end thereof protrudes above the receiving container 310.

The fiber stick 320 is composed of a combination of a plurality of fine fibers, absorbs the fluid through the fine gaps (paths) between the fibers, and delivers the absorbed fluid upwards.

The inner cap 330 is formed in the form of a container (particularly, a circular container) that is generally opened downward, and has a hole 331 to which the fiber stick 320 is coupled at the center. And the inner cap 330 is coupled to surround the upper portion of the receiving container 310, the fiber stick 320 is coupled in the form of penetrating in the vertical direction (Z) in the center.

It is preferable that the inner cap 330 is screwed to the accommodation container 310 for stable and easy coupling of the accommodation container 310 and the inner cap 330.

On the inner cap 330 center hole 331, a plurality of contact ribs 332 contacting the fiber stick 320 along the circumferential direction are repeatedly formed, and a plurality of penetrating vertically penetrates between the contact ribs 332. Air vents 333 are provided. By providing the contact ribs 332 and the air vent 333, it is possible to stably support the fiber stick 320 and to smoothly flow the fluid through the fiber stick 320.

The packing 340 may be formed in a circular ring shape and is coupled to the inside of the inner cap 330, and the fiber stick 320 is formed to penetrate the center, and seals between the receiving container 310 and the inner cap 330. . The packing 340 may be made of elastic rubber to prevent leakage of the fragrance solution (fluid), and preferably made of fluoro rubbers for chemical resistance.

The ultrasonic vibrator 350 is in contact with the upper end of the fiber stick 320 from the inner cap 330, it is made to quantitatively spray the fluid inside the receiving container (310).

The ultrasonic vibrator 350 is provided with a fine hole 351 penetrated vertically in the center. Therefore, the fluid particles are diverged while the fluid particles move upward through the micro holes 351 when the ultrasonic vibrator 350 is powered.

The vibrator packing 360 is provided with a hole 361 penetrated vertically in the center and is in close contact with the upper side of the inner cap 330. As the vibrator packing 360 and the inner cap 330 are in close contact with each other, the ultrasonic vibrator 350 is positioned inside the space formed by the inner cap 330 and the vibrator packing 360.

The vibrator packing 360 accommodates and supports the edge portion 352 of the ultrasonic vibrator 350, and for this purpose, a groove-shaped support portion 362 into which the edge 352 of the ultrasonic vibrator 350 is inserted is circumferentially formed on the inner circumferential surface thereof. It is provided along.

The cartridge cap 370 is generally formed in the form of a container (especially, a circular container) opened downward, and has a hole 371 penetrated up and down in the center thereof, and includes an ultrasonic vibrator 350 and a vibrator packing 360. The inner cap 330 is coupled to the outside while receiving therein. The cartridge cap 370 may be coupled in a form that is caught by the inner cap 330 using a hook or the like.

On an outer circumferential surface of the cartridge cap 370, a terminal exposing portion 373 is provided to expose end portions of each of the first cartridge terminal 380 and the second cartridge terminal 390.

The first cartridge terminal 380 is electrically connected to the ultrasonic vibrator 350, and connects the ultrasonic vibrator 350 with a power source or an external power source of the portable device 200, and a part of the cartridge cap 370. It is exposed to the outside through the terminal exposing portion 373.

The second cartridge terminal 390 is also electrically connected to the ultrasonic vibrator 350, and connects the ultrasonic vibrator 350 with a power source or an external power source of the portable device 200, and a part of the cartridge cap 370. It is exposed to the outside through the terminal exposing portion 373.

If the first cartridge terminal 380 is a (+) terminal, the second cartridge terminal 390 is composed of a (-) terminal.

Since the cartridge 300 according to the present invention is made as described above, stable and easy assembly of the cartridge 300 can be achieved, and the first cartridge terminal 380 and the second cartridge terminal 390 are subjected to harmful soldering. It can be stably connected to the ultrasonic vibrator (350).

When power is supplied to the ultrasonic vibrator 350 through the first cartridge terminal 380 and the second cartridge terminal 390 in the cartridge 300 according to the present invention, the fluid at the time of vibration of the ultrasonic vibrator 350 supplied with the power Particles move upward through the fine holes 351 and diverge upward through the central hole 361 of the vibrator packing 360 and the central hole 371 of the cartridge cap 370.

As described above, according to the present invention, a diffuser (1) can be easily and effectively used for fixing and portable, and excellent in light transmission and expression from the docking station (100) to the portable device (200). It is possible to provide a diffuser (1) that can be easily coupled and separated between the docking station 100, the portable device 200 and the cartridge 300, and stable operation and use.

While specific embodiments of the invention have been described and illustrated above, it is to be understood that the invention is not limited to the described embodiments, and that various modifications and changes can be made without departing from the spirit and scope of the invention. It is self-evident to those who have. Therefore, such modifications or variations are not to be understood individually from the technical spirit or point of view of the present invention, the modified embodiments will belong to the claims of the present invention.

1: Diffuser 100: Docking Station
110: dock body 111: lower body
112: upper body 113: first magnet
114: lifting portion 114a: seating surface
115: first connecting terminal 116: movable part
117: LED chip 120: main body cover
121: insertion hole 122: first receiving space
123: second magnet 124: outer case
125: reflection case 125a: reflection surface
200: portable device 210: rechargeable battery
220: portable device body 221: internal frame
222: second accommodation space 223: guide groove
224: third magnet 225: second connection terminal
230: portable device cap 231: divergent
232: fourth magnet 240: first frame terminal
250: second frame terminal 260: control unit
270: operation button 280: internal button
290: elastomer 300: cartridge
310: container 320: fiber stick
330: inner cap 340: packing
350: ultrasonic vibrator 360: vibrator packing
362: support portion 370: cartridge cap
380: first cartridge terminal 390: second cartridge terminal

Claims (10)

A docking station having an insertion hole provided at an upper side thereof and having a first accommodation space communicating with the insertion hole therein;
A portable device inserted into and drawn out of the first accommodating space, and having a diverging opening at an upper side thereof and having a second receiving space communicating with the diverging opening therein; And
And a cartridge inserted into and drawn out of the second accommodation space, the fluid having fragrance therein, and configured to diverge the fluid using an ultrasonic vibrator,
The ultrasonic vibrator may be supplied with power from the portable device, and further configured to receive power from the docking station through the portable device. The method of claim 1,
The portable device is provided with a rechargeable battery therein,
The rechargeable battery is a diffuser characterized in that the portable device is supplied with power from the docking station or through the docking station when being inserted into the first receiving space. The method of claim 1,
The docking station,
A dock main body including a lower main body, an upper main body protruding upward in the form of a smaller diameter from the lower main body, and a first magnet provided in the lower main body or the upper main body; And
The lower side surrounds the upper body, the insertion hole and the first receiving space are formed, and the second magnet is provided with a attraction force to the first magnet. A diffuser comprising a main body cover detachably coupled. The method of claim 3,
The dock body,
A lift unit coupled to the center of the upper body to move upward and downward in a predetermined range, and having a seating surface on which the portable device is seated; And
It is provided inside the lower body and the upper body, and includes a movable portion for raising the lifting portion moved to the lower side,
The operation of the ultrasonic vibrator through the dock body when the lifting unit is lowered, the diffuser characterized in that the operation of the ultrasonic vibrator through the dock body is not made when the lifting unit is raised. The method of claim 3,
The dock body,
It includes an LED chip provided along the rim inside the lower body,
The main body cover,
An outer case which forms an outer wall and is translucent or opaque, and the upper side of the inner side is inclined inward; And
Located inside the spaced apart from the outer case, provided with a reflective surface on the outside, the upper side of the outer surface includes a reflective case inclined outward,
The light emitted from the LED chip is diffuser, characterized in that flowing between the outer case and the reflection case. The method according to any one of claims 1 to 5,
The portable device,
A portable device body having an inner frame constituting the second receiving space and having a third magnet on the upper side thereof; And
And a portable device cap detachably coupled to an upper end of the portable device body and having a fourth magnet for attracting the diverging hole and the third magnet.
The second accommodation space and the diffuser is provided in a pair of diffusers. The method of claim 6,
The portable device body,
A first frame terminal coupled to the inner frame between the pair of second receiving spaces and in contact with each first cartridge terminal of the pair of cartridges; And
A pair of second frame terminals spaced apart from the first frame terminal and coupled to the inner frame, respectively contacting the second cartridge terminals of the pair of cartridges,
A guide protrusion is formed on any one of the cartridge and the inner frame, and a guide groove is formed on the other of the cartridge and the guide protrusion is formed to move in a vertical direction. The method according to any one of claims 1 to 5,
The portable device,
A portable device body forming an outer surface;
A control unit provided inside the portable device body and controlling the operation of the ultrasonic vibrator;
At least a portion of the portable device body exposed to the outside, and at least a portion of the operation button is made of a plated or conductor so that electricity flows;
An internal button provided in the portable device main body and in contact with the operation button and connected to the control unit and transferring a compressed signal to the control unit during compression; And
An elastic body provided inside the portable device main body and in contact with the operation button, the conductor including a conductor to transfer a movement signal according to the movement of charge to the controller;
The control unit is configured to operate the ultrasonic vibrator when the compressed signal and the movement signal are received. The method of claim 8,
The inner button is composed of a pair is provided on the left and right sides around the elastic body,
The operation button, the inner button and the elastic body is a diffuser, characterized in that the symmetrical form. The method according to any one of claims 1 to 5,
The cartridge,
An accommodation container for receiving the fluid;
At least a portion of the fiber stick inserted into the container and absorbing the fluid and transferring the fluid upwardly;
An inner cap coupled to an upper side of the receiving container and provided with a plurality of contact ribs contacting the fiber stick along a circumferential direction, and a plurality of air vents provided between the contact ribs;
A packing coupled to the inside of the inner cap, the fiber stick passing through the center, and sealing the space between the receiving container and the inner cap;
The ultrasonic vibrator in contact with the upper end of the fiber stick from the upper inner cap and having fine holes penetrated vertically in the center;
A vibrator packing having a hole penetrated up and down in the center and being in close contact with the upper side of the inner cap and supporting the edge of the ultrasonic vibrator;
A cartridge cap having a hole vertically penetrated therein and coupled to the inner cap while accommodating the ultrasonic vibrator and the vibrator packing;
And a first cartridge terminal and a second cartridge terminal, each of which is electrically connected to the ultrasonic vibrator, a part of which is exposed to the outside of the cartridge cap.

Images