WO2016076536A1

WO2016076536A1 - Cosmetics dispenser

Info

Publication number: WO2016076536A1
Application number: PCT/KR2015/010475
Authority: WO
Inventors: 이순탁
Original assignee: 이순탁
Priority date: 2014-11-16
Filing date: 2015-10-04
Publication date: 2016-05-19

Abstract

The aim of the present invention is to provide a cosmetics dispenser which can accommodate a plurality of cosmetics in a compact manner, can block cosmetics from light, and can guide such that a skin care substance is discharged from a cosmetics container without direct contact with the cosmetics container. The cosmetics dispenser according to the present invention comprises: a main body (100) comprising a cosmetics container accommodating part (110) having a lower outlet that penetrates in the vertical direction from the bottom thereof and a door (120) that opens and closes the cosmetics container accommodating part (110); a moving support part (150) which is moveably installed inside the lower part of the cosmetics container accommodating part (110); a plurality of mounting units (200) which are supported by the moving support part (150) and which have a discharge guide means that can guide such that a skin care substance is discharged downward from the cosmetics container; and a drive unit which drives the moving support part (150).

Description

Cosmetic dispenser

The present invention relates to a cosmetic dispenser.

Cosmetics consist of skin care substances and cosmetic containers containing them. Cosmetics are sold in various types such as moisturizers, serums and night creams for special functions such as moisturizing, nourishing, whitening and / or improving wrinkles. The user purchases a plurality of cosmetics and places them in an open dressing table, and each cosmetic container is picked and used by hand every time the cosmetics are used.

According to the above-mentioned cosmetic use environment, a dressing table in which a plurality of cosmetics are freely provided is relatively dirty, and cosmetics are exposed to light, and their original functionality becomes weaker with time, and due to the direct contact with the cosmetic containers. There is a high possibility of contamination such as microbial propagation of skin care substances.

An object of the present invention is to provide a cosmetic dispenser that can accommodate a plurality of cosmetics compact, can block the cosmetics from light, can induce the skin care substance to be discharged from the cosmetics containers without direct contact with the cosmetics containers. .

Cosmetic dispenser equipped with a cosmetic container containing a skin care material according to the present invention is a cosmetic container receiving portion having a lower outlet penetrated along the vertical direction from the bottom and a main body having a door for opening and closing the cosmetic container receiving portion, and the cosmetic container It is supported by the movable support having a movable support which is installed to be movable from the inner lower portion of the receiving portion, a frame on which the cosmetic container is mounted, and a discharge guide means for inducing the skin care substance to be discharged downward from the cosmetic container. And a plurality of mounting units that can be switched between a coaxial position coaxially disposed with the lower outlet and a standby position deviating from the coaxial position according to the movement of the movable supporter, and a driving unit for driving the movable supporter.

Here, the cosmetic dispenser is a sensor for detecting whether there is an object within a predetermined distance from the lower outlet, and when receiving a detection signal from the sensor is a first mounting unit of the plurality of mounting units in the preset coaxial position The control unit may further include a control unit for controlling the first mounting unit to discharge the skin care material from the first mounting unit after controlling the driving unit to be disposed.

When the control unit receives a subsequent detection signal within a predetermined time from the received detection signal, the control unit controls the driving unit such that a second predetermined mounting unit of the plurality of mounting units is disposed at the coaxial position, and then the second mounting unit is mounted. Controlling the second mounting unit such that the skin care substance is discharged from the unit can further improve the ease of use.

On the other hand, the movable support portion is a disk type that can be rotated about a vertical axis, the drive portion is a relatively simple structure to drive the disk rotation so that the plurality of mounting units are sequentially switched between the coaxial position and the standby position can do.

In addition, the cosmetic container has a discharge unit including a discharge member that can be switched between the discharge position of the skin care substance discharged and the blocking position of the discharge of the skin care substance is blocked, the frame is an upper portion of the discharge unit is inserted And a discharge passage penetrating downward from the opening and the upper opening, wherein the discharge inducing means moves the discharge member to the discharge position to induce the skin care material to be discharged downward along the discharge passage. The skin care substance may be induced to be discharged from the cosmetic container.

Here, the discharge member comprises a metal, wherein the discharge inducing means is a coil that is concentrically wound around the frame and forms a magnetic field by the supply of a current in a relatively simple configuration and structure of the skin care material from the cosmetic container Can be induced to be discharged.

On the other hand, the mounting unit is detachably coupled to the discharge member and comprises a tubular lifting member made of at least a portion of the metal movable in the vertical direction in the discharge passage, the discharge guide means is concentric with the frame A coil wound and forming a magnetic field by supplying a current may induce the skin care substance to be discharged from the cosmetic container even when no metal is included in the discharge member.

The main body may include an opening and closing part for opening and closing the lower outlet to protect the inner space of the main body from an external environment.

The cosmetic dispenser may further include a temperature control unit for adjusting the internal temperature of the body to store the skin care material at an appropriate temperature.

The mounting unit may include a sterilization light emitting unit that emits light to sterilize the discharge passage to block contact of air microorganisms with the discharge member.

Cosmetic dispenser according to the present invention can accommodate a plurality of cosmetics compact, can block the cosmetics from light, can induce the skin care substance to be discharged from the cosmetic container without direct contact with the cosmetics, a plurality of at a certain position It is convenient because it can be supplied continuously with skin care substances.

1 is a perspective view showing a cosmetic dispenser according to the present invention,

Figure 2 is a perspective view showing a cosmetic dispenser with the door open,

3 is a perspective view showing the disassembled moving support and the mounting unit according to the invention,

4 is a cross-sectional view taken along line IV-IV shown in FIG. 3,

5 is a cross-sectional view showing a state in which the lifting member is inserted into the frame in FIG.

Figure 6 is a perspective view showing a state before the cosmetic container is mounted on the mounting unit according to the present invention,

7 is a cross-sectional view taken along the line VII-VII shown in FIG. 6,

8 and 9 are cross-sectional views showing the discharge mechanism of the skin care substance from the cosmetic container by the mounting unit according to the present invention,

10 is a perspective view showing the moving support in FIG. 2 omitted;

11 (A) and (B) are plan views showing the closed and open states of the lower discharge port, respectively;

12 is a control block diagram of a cosmetic dispenser according to the present invention,

13 is a perspective view showing a cosmetic dispenser according to another embodiment of the present invention,

14 is a plan view showing a moving support according to another embodiment of the present invention,

15 is a perspective view showing a cosmetic dispenser according to another embodiment of the present invention,

16 is a cross-sectional view showing a mounting unit according to another embodiment of the present invention,

17 is a cross-sectional view showing a mounting unit according to another embodiment of the present invention,

18 is a cross-sectional view showing a mounting unit according to another embodiment of the present invention;

19 is a perspective view showing a mounting unit having a sterilizing light emitting unit;

20 (A) and (B) are perspective views showing the opening and closing part according to another embodiment of the present invention.

1 is a perspective view showing a cosmetic dispenser according to the present invention. As shown in FIG. 1, the cosmetic dispenser according to the present invention includes a main body 100 including a cosmetic container accommodating part 110 that forms an inner accommodating space and a door 120 that opens and closes the cosmetic container accommodating part 110. Has Here, the cosmetic container receiving unit 110 has a lower outlet 115 penetrated in the vertical direction in a portion of the lower portion.

The cosmetic dispenser according to the present invention includes a sensing sensor 105 installed in an adjacent area of the lower outlet 115 to detect whether an object exists within a predetermined distance from the lower outlet 115. The sensing sensor 105 is preferably an infrared sensor, and may employ a sensor using another physical quantity such as temperature or light. The detection sensor 105 is connected to the control unit 10. On the other hand, the sensor 105 can be changed to a touch button.

2 is a perspective view of the cosmetic dispenser with the door 120 opened. As can be seen in Figure 2, the cosmetic dispenser according to the present invention includes a movable support 150 is installed to be movable from the inner lower portion of the cosmetic container receiving portion (110). Here, the movable support 150 is a disk type that can rotate about a vertical axis. A plurality of mounting units 200 are installed on the moving support part 150 at predetermined circumferential intervals. Each mounting unit 200 may be switched between a coaxial position disposed coaxially with the lower outlet 115 and a standby position deviating from the coaxial position according to the rotation of the movable support 150. The number of mounting units 200 may vary according to design.

3 is a perspective view showing a state in which the moving support 150 and the mounting unit 200 according to the present invention is disassembled. As can be seen in Figure 3, the movable support 150 is a disk-shaped base portion 151, a plurality of mounting units 200 is installed, and a plurality of mounting units 200 on the base portion 151 It has a cover portion 155 for receiving. Here, the base portion 151 has a rotating shaft hole 153 coupled to the rotating shaft 450 (see FIG. 10), the cover portion 155 has an insertion hole 157 into which the upper end of each mounting unit 200 is inserted. Have

4 is a cross-sectional view taken along line IV-IV shown in FIG. 3. Referring to FIG. 4 with reference to FIG. 3, the mounting unit 200 includes a frame 210 having an upper opening 213 and a discharge passage 214 penetrating downward from the upper opening 213, and a frame as discharge guide means. It has a coil 211 which is concentrically wound around 210. The frame 210 has a coil winding 212 whose outer diameter is reduced radially inward by a predetermined height interval in the lower region. The coil 211 is wound around the coil winding unit 212 along the height direction. The mounting unit 200 includes a lifting member 230 inserted into the discharge passage 214 of the frame 210 and movable along the height direction.

The frame 210 has at least one lifting guide groove 215 extending downward from the upper end of the inner diameter surface. The lifting guide groove 215 is inserted with a protrusion 235 protruding radially outward from the outer diameter of the lifting member 230. The protrusion 235 is inserted into the elevating guide groove 215 to allow the elevating member 230 to move along the height direction and to prevent rotation about the frame 210.

The frame 210 has at least one discharge guide member engaging groove 216 formed on the inner diameter surface of the position spaced apart from the lifting guide groove 215 along the circumferential direction. The discharge guide member locking groove 216 is a vertical groove 217 extending downward a predetermined distance from the upper end of the frame 210, and a circumferential groove 218 extending in the circumferential direction from the bottom of the vertical groove 217 Is done. The discharge guide member engaging groove 216 is inserted into the discharge guide member engaging projection (315, see Figure 6) to prevent the lifting of the frame 210 of the discharge guide member 310.

The frame 210 has a spring support 219 extending radially inward from the bottom. The spring 220 is supported by the spring support 219 to elastically support the lifting member 230.

The elevating member 230 is a tubular body in which the inner through hole 233 is formed, and the metal 231 is included in at least a portion thereof. The lifting member 230 may be entirely made of metal. The elevating member 230 has a discharge member engaging groove 236 formed on the inner diameter surface. Discharge member locking groove 236 is a vertical groove 237 extending a predetermined distance downward from the upper end of the elevating member 230, and a circumferential groove 238 extending in the circumferential direction from the bottom of the vertical groove 237 Is done. Here, the circumferential groove 238 of the elevating member 230 is formed along the same circumferential direction as the circumferential groove 218 of the frame 210. The discharge member locking groove 236 is inserted into the discharge member locking projections (355, see Figure 6) so that the discharge member 350 is raised and lowered with respect to the frame 210 together with the lifting member 230.

5 is a cross-sectional view illustrating a state in which the elevating member 230 of FIG. 4 is inserted into the frame 210. As can be seen in FIG. 5, the elevating member 230 is inserted concentrically to the frame 210 and is elastically supported relative to the frame 210 by the spring 220. At this time, the protrusion 235 of the elevating member 230 is inserted into the elevating guide groove 215 of the frame 210. After the elevating member 230 is inserted into the frame 210, a separate blocking member is inserted into the upper end of the elevating guide groove 215 to allow the elevating member 230 to move a predetermined distance along the height direction. 210 may be prevented from falling off. The spring support 219 may be replaced with a partial region of the base 151.

6 is a perspective view showing a state before the cosmetic container (C) is mounted on the mounting unit 200 according to the present invention, Figure 7 is a cross-sectional view taken along the line VII-VII shown in FIG. As can be seen in these figures, the cosmetic container (C) having the discharge unit 300 can be mounted to the mounting unit 200.

The discharge unit 300 is slidable with respect to the discharge guide member 310 and the discharge guide member 310 to move the position between the discharge position where the skin care substance is discharged and the blocking position where the discharge of the skin care substance is blocked. It is supported by the 350 and the discharge guide member 310 has a spring 330 to provide an elastic force to the discharge member 350 toward the blocking position. Here, the discharge member 350 has an opening and closing opening 353 that is open when in the discharge position and closed when in the blocking position. The opening and closing opening 353 serves as an outlet of the cosmetic container (C). The O-ring 360 is installed in the radially spaced space in which the discharge guide member 310 and the discharge member 350 slide with each other to block the skin care material from contacting external air.

The discharge guide member 310 has a discharge guide member locking projection 315 is inserted into the discharge guide member locking groove 216 of the frame 210. Discharge member 350 has a discharge member locking projection 355 is inserted into the discharge member locking groove 236 of the elevating member 230. Each of the discharge guide member locking protrusion 315 and the discharge member locking protrusion 355 is inserted into each of the

circumferential locking grooves

218 and 238 via the

vertical grooves

217 and 237. Accordingly, the discharge guide member 310 is prevented from being lifted with respect to the frame 210, and the discharge member 350 may be moved in the height direction with respect to the frame 210 together with the lift member 230.

8 and 9 are cross-sectional views showing the discharge mechanism of the skin care material from the cosmetic container (C) by the mounting unit 200 according to the present invention. 8 and 9 show that the discharge guide member locking projection 315 and the discharge member locking projection 355 are inserted into the circumferential groove 218 of the frame 210 and the circumferential groove 238 of the elevating member 230, respectively. It shows the state. As can be seen in these figures, the mounting unit 200 can induce the skin care material to be discharged from the cosmetic container (C).

That is, as shown in FIG. 8, if no current is supplied to the coil 211, the magnetic field is not formed, and thus the elevating member 230 and the discharge member 350 do not descend, and as shown in FIG. 9, the coil 211 does not fall. When a current is supplied, a magnetic field is formed, and the elevating member 230 including the metal 231 and the discharge member 350 connected thereto move downward to the discharge position where the skin care material is discharged. When the discharge member 350 is moved to the discharge position, the skin care material is discharged through the open opening 353. At this time, the elevating member 230 is elastically supported by the spring 220 disposed on the spring support 219, the discharge member 350 is elastically supported by the spring 330 supported by the discharge guide member 310 do. When the supply of current to the coil 211 is cut off, the magnetic field is released so that the lifting member 230 and the discharge member 350 is blocked by the discharge of the skin care material by the elastic force of each spring (220, 330) To go up.

FIG. 10 is a perspective view in which the moving support part 150 of FIG. 2 is omitted, and FIGS. 11A and 11B are plan views showing a state in which the lower outlet 115 is closed and opened, respectively. As can be seen in these figures, the cosmetic dispenser according to the present invention includes a driving unit 400 for rotating the moving support 150, and opening and closing unit 500 for opening and closing the lower outlet (115).

The driving unit 400 includes a drive motor 410, a worm gear 420 rotated by the drive motor 410, a relay gear 430 meshing with the worm gear 420, and a main gear meshing with the relay gear 430. 440. The main gear 440 rotates integrally with the rotation shaft 450. The relay gear 430 is interposed between the worm gear 420 and the main gear 440 to transfer the driving force of the driving motor 410 to the main gear 440. Accordingly, the moving support part 150 is rotatable about the rotation shaft 450 by the driving of the driving motor 410. The driving unit 400 is installed in the driving unit accommodating groove 160 formed in the lower portion of the cosmetic container receiving unit 110. Cosmetic container receiving unit 110 preferably includes a bearing for supporting the outer diameter and / or lower portion of the movable support 150.

The opening and closing part 500 is a solenoid 510, a metallic rod 530 linearly movable by the solenoid 510, and a closed position coupled to an end of the rod 530 to close the lower outlet 115; It includes a plate-shaped opening and closing member 540 and the solenoid 510 to move the position between the open position to open the lower outlet 115 and a spring 520 to provide an elastic force to the opening and closing member 540 toward the closed position do. The opening and closing part 500 is installed in the opening and closing portion receiving groove 170 formed sedimented in the lower portion of the cosmetic container receiving portion 110. Here, the opening and closing portion receiving groove 170 serves to guide the sliding movement of the opening and closing member 540. Accordingly, the opening and closing part 500 may open or close the lower outlet 115 according to whether the current is supplied to the solenoid 510. That is, when no current is supplied to the solenoid 510, the lower outlet 115 remains closed as shown in FIG. 11A, and when the current is supplied to the solenoid 510, the lower outlet 115 is shown in FIG. Open as in 11 (B).

12 is a control block diagram of a cosmetic dispenser according to the present invention. Embodiments of using the cosmetic dispenser according to the present invention are as follows. First, when the user reaches out to the bottom of the main body 100 to receive the first skin care material, the sensor 105 generates the first detection signal and transmits it to the control unit 10. The controller 10 includes a timing information storage unit 11 in which time information of a detection signal is stored. When the control unit 10 receives the first detection signal from the detection sensor 105, the control unit 10 stores time information of the detection signal in the timing information storage unit 11, and at any one of the plurality of mounting units 200. The driving unit 400 is controlled such that the corresponding first mounting unit moves to a coaxial position coaxially disposed with the lower outlet 115. The controller 10 controls the opening and closing unit 500 to open the lower outlet 115, and then controls the first mounting unit to discharge the skin care substance from the cosmetic container C mounted on the first mounting unit. The control unit 10 controls the opening and closing unit 500 to close the lower outlet 115 when the skin care material is discharged from the first mounting unit.

When the user reaches out to the lower part of the main body 100 to receive the second skin care material, the sensor 105 generates a second detection signal and transmits it to the controller 10. When the control unit 10 receives the second detection signal from the detection sensor 105, the control unit 10 stores the time information of the detection signal in the timing information storage unit 11 and is finally stored in the timing information storage unit 11. Compute a time interval with the first detection signal. As a result of the calculation, when the time interval between the first detection signal and the second detection signal is within a predetermined time, the second mounting unit corresponding to the other preset one of the plurality of mounting units 200 is connected to the lower outlet 115. The driving unit 400 is controlled to move to the coaxial position arranged coaxially. The controller 10 controls the opening and closing unit 500 to open the lower outlet 115, and then controls the second mounting unit to discharge the skin care substance from the cosmetic container C mounted on the second mounting unit. The controller 10 controls the opening and closing part 500 to close the lower outlet 115 when the skin care material is discharged from the second mounting unit.

On the other hand, the control unit 10 in order to prepare for the discharge of the second skin care material after the first skin care material is discharged, the drive unit 400 so that the second mounting unit is located in the coaxial position before receiving the second detection signal in advance. Can be controlled.

If the second detection signal exceeds a predetermined time from the first detection signal, the controller 10 does not judge the second detection signal as a series of detection signals associated with the first detection signal, and as a separate new detection signal. The driving unit 400, the opening and closing unit 500 and the first mounting unit is controlled to discharge the first skin care material.

13 is a perspective view showing a cosmetic dispenser according to another embodiment of the present invention. 13 is a perspective view illustrating a state in which the door 120a is opened. As can be seen in Figure 13, the cosmetic dispenser has a main body (100a) including a cosmetic container receiving portion (110a) for forming an inner receiving space and a door (120a) for opening and closing the cosmetic container receiving portion (110a). . Here, the cosmetic container receiving portion (110a) has a lower outlet penetrating in the vertical direction in a portion of the lower portion.

The cosmetic dispenser is installed on the upper portion of the main body (100a) includes a temperature control unit 130a for adjusting the internal temperature of the main body (100a). The temperature control part 130a may be installed at the side wall part, the rear part, or the bottom part of the main body 100a. As the cooler, the temperature controller 130a may adopt a thermoelectric cooling method using an endothermic action of the Peltier effect or an evaporative cooling method using a gas refrigerant. Cooling method using heat pipe can be adopted. In addition to the temperature control unit 130a can be modified in a variety of cooling methods, it is possible to mix several cooling methods.

The cosmetic dispenser according to the present invention includes a movable support part 150a installed to be movable in the lower side of the cosmetic container accommodating part 110a. Here, the moving support portion 150a is a disk type that can rotate about a vertical axis. The plurality of mounting units 200a are installed at the moving support part 150a at predetermined circumferential intervals. Each mounting unit 200a may be switched between a coaxial position disposed coaxially with the lower outlet and a standby position deviating from the coaxial position according to the rotation of the movable support part 150a. The number of mounting units 200a may vary according to design.

The moving support part 150a has a partition wall 159a extending in the vertical direction. The partition wall 159a divides the inner space of the main body 100 so that a separate space is formed for each mounting unit 200a. In this case, the temperature controller 130a may allow each of the plurality of compartments corresponding to each mounting unit 200a to be maintained at a different temperature. To this end, the temperature controller 130a may include a configuration capable of adjusting the size of the cold air inlet communicating with each compartment and / or a plurality of coolers individually installed in each compartment. The cosmetic dispenser may include a plurality of temperature measuring sensors installed in each compartment to measure the temperature of the compartment corresponding to each mounting unit 200a, and a temperature input unit for setting the temperature of each compartment.

14 is a plan view showing a moving support according to another embodiment of the present invention. As can be seen in Figure 14, the moving support portion includes a ring-shaped rail portion 155b installed on the inner lower portion of the cosmetic container accommodating portion 110b, and a plurality of carts 151b movable on the rail portion 155b. do. The mounting unit 200 is installed in each trolley | bogie 151b. The rail part 151b consists of an inner rail 156b and an outer rail 157b. The rail unit 151b may be formed of one rail. The mutually adjacent trolley | bogies 151b are mutually connected by the connection member 153b. Each of the trolleys 151b preferably has a roller that allows the vehicle body to be supported by the rail portion 155b to allow traveling. Here, the driving unit provides a driving force so that at least one of the plurality of trucks 151b travels with respect to the rail unit 155b. On the other hand, the moving support may be changed to the conveyor belt type.

15 is a perspective view showing a cosmetic dispenser according to another embodiment of the present invention. As shown in FIG. 15, the cosmetic dispenser has a main body 100c including a cosmetic container accommodating part 110c forming an inner accommodating space and a door 120c for opening and closing the cosmetic container accommodating part 110c. Here, the cosmetic container receiving portion (110c) has a lower outlet port 115c penetrated in the vertical direction in a portion of the lower portion.

The cosmetic dispenser includes a plurality of contact buttons 105c installed in an adjacent area of the lower outlet 115c and connected in a one-to-one correspondence with a plurality of mounting units installed in the cosmetic container accommodating part 110c. Here, the plurality of buttons 105c correspond one-to-one with the plurality of mounting units via the control unit. When the control unit receives an input signal from any one of the plurality of buttons 105c, the control unit controls the driving unit so that the mounting unit corresponding to the button is disposed coaxially with the lower outlet 115c, and then cosmetics mounted on the mounting unit. The mounting unit is controlled to release the skin care substance from the container. Meanwhile, the cosmetic dispenser includes a touch screen, and the plurality of buttons 105c may be changed into a plurality of graphic forms displayed on the touch screen. The cosmetic dispenser includes voice recognition means, and the plurality of buttons 105c can be changed into a plurality of voice types input to the voice recognition means.

16 is a cross-sectional view showing a mounting unit 200d according to another embodiment of the present invention. As can be seen in FIG. 16, the mounting unit 200d includes a frame 210d having an upper opening portion 213d and a discharge passage 214d downwardly penetrated from the upper opening portion 213d, and a frame 210d as the discharge guide means. ) Has a coil 211d wound concentrically. The frame 210d has a coil winding part 212d whose outer diameter is reduced radially inward by a predetermined height interval in the lower region. The coil 211d is wound around the coil winding part 212d along the height direction. Frame 210d has a discharge guide member engaging groove formed on the inner diameter surface. The discharge guide member locking groove includes a vertical groove extending downward from the upper end by a predetermined distance and a circumferential groove 218d extending in the circumferential direction from the bottom of the vertical groove.

The discharge unit of the cosmetic container (C) is the discharge guide member 310d, and at least a portion of the metal (357d) and the sliding position with respect to the discharge guide member 310d, the discharge position and skin care material discharged skin care material It has a spring (330d) is supported by the discharge member 350d and the discharge guide member (310d) capable of moving the position between the blocking positions to block the discharge of the discharge member 350d to provide an elastic force toward the blocking position. Here, the discharge member 350d has an opening and closing opening 353d that is open when in the discharge position and closed when in the shutoff position. The O-ring 360d is installed between the discharge guide member 310d and the radially spaced space in which the discharge member 350d slides to block the skin care material from contacting external air. The discharge guide member 310d has a discharge guide member locking protrusion 315d inserted into the discharge guide member locking groove of the frame 210d.

With this structure, when a current is supplied to the coil 211d wound on the frame 210d to form a magnetic field, the discharge member 350d including the metal 357 is discharged to the discharge position where the skin care substance is discharged. It is moved down. When the discharge member 350d moves to the discharge position, the skin care material is discharged through the opening / closing opening 353d. On the other hand, when the supply of current to the coil 211d is cut off, the magnetic field is released and the discharge member 350d moves up to the blocking position at which the discharge of the skin care substance is blocked by the spring 330d.

17 is a cross-sectional view showing a mounting unit 200e according to another embodiment of the present invention. As shown in Fig. 17, the mounting unit 200e is concentric with the frame 210e having the upper opening 213e and the discharge passage 214e which is laterally penetrated from the upper opening 213e, and concentric with the frame 210e as the discharge guide means. It has a coil 211e wound by an enemy. The frame 210e has a coil winding part 212e whose outer diameter is reduced radially inward by a predetermined height interval in the upper region. The coil 211e is wound around the coil winding part 212e along the height direction.

Frame 210e has a discharge guide member engaging groove formed on the inner diameter surface. The discharge guide member locking groove includes a vertical groove extending downward a predetermined distance from the upper end and a circumferential groove 218e extending in the circumferential direction from the bottom of the vertical groove. The frame 210e has an elevating member supporter 219e extending radially inward with the discharge passage 214e at the bottom. The elevating member 230e is supported by the elevating member support 219e.

The elevating member 230e is a tubular body having an inner through hole 233e formed therein, and at least a portion thereof includes a metal 231e. The lifting member 230e may be entirely made of metal. The elevating member 230e has a discharge member engaging groove formed on the inner diameter surface. The discharge member locking groove includes a vertical groove extending downward a predetermined distance from an upper end of the elevating member 230e and a circumferential groove 238e extending in the circumferential direction from the bottom of the vertical groove. Here, the circumferential groove 238e of the elevating member 230e is formed along the same circumferential direction as the circumferential groove 218e of the frame 210e.

The discharge unit of the cosmetic container (C) is the discharge guide member (310e) and the discharge member (350e) when the opening and closing opening (353e) is opened when raised relative to the discharge guide member (310e) and the opening and closing opening (353e) is closed when descending And a spring 330e that is supported by the discharge guide member 310e and provides an elastic force so that the discharge member 350e faces the closed position. The discharge guide member 310e has a discharge guide member locking protrusion 315e inserted into the discharge guide member locking groove of the frame 210e. The discharge member 350e has a discharge member locking projection 355e inserted into the discharge member locking groove of the elevating member 230e.

With this structure, when a current is supplied to the coil 211e wound on the frame 210e, a magnetic field is formed to discharge the skin care material together with the elevating member 230e and the discharge member 350e having the metal 231e. Moves up to the discharge position. When the discharge member 350e moves to the discharge position, the opening and closing opening 353e is opened to discharge the skin care material. When the supply of current to the coil 211e is cut off, the magnetic field is released and the lifting member 230e and the discharge member 350e move downward to the blocking position at which the discharge of the skin care substance is blocked. When the discharge member 350e includes a metal, the mounting unit 200e may not include the lifting member 230e.

18 is a cross-sectional view showing a mounting unit 200f according to another embodiment of the present invention. As can be seen in FIG. 18, the mounting unit 200f has a frame 210f having an upper opening 213f and a discharge passage 214f downwardly penetrated from the upper opening 213f. The frame 210f has a discharge guide member engaging groove formed on the inner diameter surface. The discharge guide member locking groove includes a vertical groove extending downward a predetermined distance from the upper end and a circumferential groove 218f extending in the circumferential direction from the bottom of the vertical groove.

The frame 210f includes an actuator support portion 219f extending radially inwardly with the discharge passage 214f at the bottom thereof, and an actuator receiving portion 212f whose inner diameter extends radially outwardly by a predetermined height distance from the actuator support portion 219f. Has The actuator accommodating part 212f is provided with the linear actuator 260f which is discharge guide | induction means. The linear actuator 260f has an output rod 261f that is linearly movable along the height direction, and is installed at the actuator support 219f. The linear actuator 260f is preferably any one of various kinds of actuators such as a motorized linear actuator, a pneumatic or hydraulic linear actuator, a piezo linear actuator, and the like.

The output rod 261f is connected to the elevating member 230f disposed in the discharge passage 214f. The elevating member 230f is a tubular body having an inner through hole 233f formed therein and has a fastening protrusion 232f protruding radially outward from the outer diameter. The fastening protrusion 232f is coupled to the output rod 261f. As a result, the elevating member 230f is passively raised and lowered by the height direction movement of the output rod 232f.

The lifting member 230f has a discharge member engaging groove formed on the inner diameter surface. The discharge member locking groove includes a vertical groove extending downward a predetermined distance from the upper end of the elevating member 230f, and a circumferential groove 238f extending in the circumferential direction from the bottom of the vertical groove. Here, the circumferential groove 238f of the elevating member 230f is formed along the same circumferential direction as the circumferential groove 218f of the frame 210f. The discharge member engaging groove 355f is inserted into the discharge member locking groove so that the discharge member 350f is elevated with respect to the frame 210f together with the lifting member 230f.

The discharge unit of the cosmetic container (C) is slidable with respect to the discharge guide member 310f and the discharge guide member 310f to move the position between the discharge position where the skin care substance is discharged and the blocking position where the discharge of the skin care substance is blocked. It has a spring 330f which is supported by the possible discharge member 350f and the discharge guide member 310f to provide an elastic force so that the discharge member 350f faces the blocking position. Here, the discharge member 350f has an opening and closing opening 353f that is open when in the discharge position and closed when in the shutoff position. O-ring 360f is installed between the discharge guide member 310f and the radially spaced space in which the discharge member 350f slides to block the skin care material from contacting the outside air. The discharge guide member 310f has a discharge guide member locking protrusion 315f inserted into the discharge guide member locking groove of the frame 210f. The discharge member 350f has a discharge member locking protrusion 355f inserted into the discharge member locking groove of the elevating member 230f.

With this structure, when the output rod 261f is lowered by the driving of the linear actuator 260f, the discharge member 350f along with the lifting member 230f is moved downward to the discharge position where the skin care substance is discharged. When the discharge member 350f moves to the discharge position, the skin care material is discharged through the opening / closing opening 353f. On the other hand, when the output rod 261f is raised by the driving of the linear actuator 260f, the discharge member 350f is moved upward to the blocking position where the discharge of the skin care substance is blocked together with the lifting member 230f.

19 is a perspective view showing a mounting unit 200g having a sterilizing light emitting unit 250g. As shown in Fig. 19, the mounting unit 200g has a frame 210g having an upper opening portion 213g and a discharge passage penetrated from the upper opening portion 213g, and wound concentrically on the frame 210g as discharge guide means. It has a coil 211g. The frame 210g has a coil winding 212g whose outer diameter is reduced radially inward by a predetermined height interval in the lower region. The coil 211g is wound around the coil winding part 212g along the height direction.

The frame 210g has a discharge guide member engaging groove 216g formed on the inner diameter surface. The discharge guide member locking groove 216g includes a vertical groove 217g extending downwardly from the upper end by a predetermined distance and a circumferential groove 218g extending circumferentially from the bottom of the vertical groove 217g. Frame 210g has a spring support 219g that extends radially inward with a discharge passage at the bottom. The spring and the lifting member 230g are sequentially inserted through the upper opening 213g to be supported on the spring support 219g.

The lifting member 230g is a tubular body in which an inner through hole 233g is formed along the height direction, and at least a portion of the lifting member 230g includes metal. The lifting member 230g may be entirely made of metal. The lifting member 230g has a discharge member engaging groove 236g formed on the inner diameter surface. The discharge member locking groove 236g includes a vertical groove 237g extending downward a predetermined distance from the upper end of the elevating member 230g, and a circumferential groove 238g extending circumferentially from the bottom of the vertical groove 237g. Is done.

The mounting unit 200g includes at least one sterilization light emitting unit 250g installed in the spring support 219g to emit light for sterilization of the discharge passage. The sterilizing light emitting unit 250g is provided with an ultraviolet LED or an ultraviolet lamp emitting a wavelength in the range of 150 to 400 nm, more preferably 200 to 300 nm. The sterilization light emitting unit 250g may be set to direct the light for sterilization toward the upper opening 213g or along the horizontal direction. The sterilization light emitting unit 250g sterilizes the air microorganisms present in the discharge passage. Meanwhile, the sterilization light emitting unit 250g may be provided as an infrared lamp or a heating element to sterilize air microorganisms in the discharge passage at a high temperature. The sterilizing light emitting unit 250g may be installed on the inner diameter surface of the elevating member 230g or on the moving support part.

20A and 20B are perspective views showing the opening and closing part 500h according to another embodiment of the present invention. As can be seen in FIG. 20, the opening and closing portion 500h is connected to the stepping motor 510h, the base portion 530h having the opening 535h, and the stepping motor 510h to open the opening 535h. And a lower opening and closing member 550h and an upper opening and closing member 570h that are movable between a position and a closed position for closing the opening 535h. Here, the opening 535h is provided at a position corresponding to the lower opening of the cosmetic container receiving portion.

The stepping motor 510h has a rotating shaft and a rotating rod 515h extending laterally with respect to the rotating shaft and coupled to the rotating shaft. Both ends of the rotating rod 515h are connected to the lower opening and closing member 550h and the upper opening and closing member 570h, respectively. The lower opening and closing member 550h and the upper opening and closing member 570h each have a plate shape and have semicircular arcs facing each other. According to this structure, the opening and closing part 500h may drive the stepping motor 510h to open the opening 535h as shown in FIG. 20A or close the opening 535h as shown in FIG. 20B.

Mounting unit 200 may have a discharge passage opening and closing portion for opening and closing the discharge passage.

The mounting unit 200 may be manufactured separately and installed on the moving support part 150, or may be manufactured integrally with the moving support part 150.

Discharge guide means according to the invention may be composed of a motor and a screw to rotate by the drive of the motor. In this case, the discharge inducing means sucks the inside of the cosmetic container C to induce the skin care substance to be discharged to the outside.

The cosmetic dispenser preferably includes a position detecting sensor for checking the position of each of the plurality of mounting units 200 installed on the moving support part 150. Here, the position sensor may be formed of a moving member installed on the moving support 150 and a detection unit installed on the cosmetic container accommodating part 110 to check the position of the moving member.

The main body 100 may have a silver nano coating part coated on an inner surface thereof.

The discharge unit of the cosmetic container (C) can be modified so that the skin care substance is discharged as it is rotated about an axis. In this case, the mounting unit 200 may include a discharge inducing means for rotating the discharge unit to induce the skin care substance to be discharged from the cosmetic container (C).

The mounting unit 200 according to the present invention may be modified in the fastening structure corresponding to the structure of the discharge unit to be detachably fastened to the discharge unit of the cosmetic container (C).

Cosmetic container (C) has a flexible body portion, the discharge inducing means can be induced to discharge the skin care material by pressing the body portion of the cosmetic container (C).

The discharge guide member may have a diameter corresponding to the upper opening and may be inserted into the upper opening.

The user may directly control the driving unit 400 to control the position of the mounting unit 200.

Cosmetic dispenser according to the present invention may have a spray injection unit that can be sprayed in a spray form by sucking the liquid from the cosmetic container containing a liquid skin care material.

The mounting unit 200 may include a weight sensor for sensing the weight of the cosmetic to be mounted. In this case, the cosmetic dispenser has a notification unit for guiding predetermined information to the user. The control unit controls the notification unit to guide the weight of the cosmetics recognized based on the weight detection signal from the weight sensor.

Claims

In the cosmetic dispenser equipped with a cosmetic container containing a skin care substance,

A main body having a cosmetic container receiving part having a lower discharge hole penetrated along a vertical direction at a lower part thereof, and a door opening and closing the cosmetic container receiving part;

A movable support part movably installed at an inner lower side of the cosmetic container accommodating part;

It is supported on the movable support with a frame on which the cosmetic container is mounted and a discharge guide means for inducing the skin care substance to be discharged downward from the cosmetic container, and coaxially with the lower outlet according to the movement of the movable support. A plurality of mounting units switchable between the coaxial position arranged and the standby position deviating from the coaxial position;

Cosmetic dispenser comprising a drive for driving the moving support.
The method of claim 1,

A sensor for detecting whether an object exists within a predetermined distance from the lower outlet;

When receiving the detection signal from the sensor, the control unit to control the drive unit to be arranged in the coaxial position of the first mounting unit of the plurality of mounting units, and the skin care material is discharged from the first mounting unit Cosmetic dispenser, characterized in that further comprising a control unit for controlling the first mounting unit.
The method of claim 2,

When the control unit receives a subsequent detection signal within a predetermined time from the received detection signal, the control unit controls the driving unit so that a second predetermined mounting unit of the plurality of mounting units is disposed at the coaxial position, and then the second mounting unit. Cosmetic dispenser, characterized in that for controlling the second mounting unit to discharge the skin care substance from.
The method of claim 1,

The movable support is a disk type that can rotate about a vertical axis,

The drive unit is a cosmetic dispenser, characterized in that for rotating the disk.
The method of claim 1,

The cosmetic container has a discharge unit including a discharge member that can be switched between the discharge position from which the skin care substance is discharged and the blocking position from which the discharge of the skin care substance is blocked,

The frame includes an upper opening through which the discharge unit is inserted and a discharge passage penetrating downward from the upper opening.

The discharge guide means is a cosmetic dispenser, characterized in that to guide the skin care material is discharged downward along the discharge passage by moving the discharge member to the discharge position.
The method of claim 5,

The discharge member includes a metal,

The discharge inducing means is a cosmetic dispenser, characterized in that the coil is wound concentrically to the frame to form a magnetic field by the supply of current.
The method of claim 5,

The mounting unit is detachably coupled to the discharge member and includes a tubular lifting member made of at least a portion of the metal movable in the vertical direction in the discharge passage made of metal,

The discharge inducing means is a cosmetic dispenser, characterized in that the coil is wound concentrically to the frame to form a magnetic field by the supply of current.
The method according to any one of claims 1 to 7,

The main body is a cosmetic dispenser, characterized in that it comprises an opening and closing portion for opening and closing the lower outlet.
The method of claim 8,

Cosmetic dispenser characterized in that it further comprises a temperature control unit for adjusting the internal temperature of the body.
The method of claim 8,

The mounting unit is a cosmetic dispenser, characterized in that it comprises a sterilization light emitting unit for emitting light for sterilization to the discharge passage.