KR200488423Y1 - Air-driven water supply instrument - Google Patents

Abstract

The air driven humidifier proposed by the present invention includes a water tank, an air pump, and a connecting member for connecting the water tank and the air pump, wherein a passage is provided in the connecting member, and the passage is connected to the water tank and the air pump ; Wherein the air driven humidifier includes a first conical surface on an outer surface of the injection port at one end and a second conical surface inserted into the passage so as to separate the water passage into an air passage through which water flows and an air passage through which air flows, A hollow nozzle in which the water flow passage is in an intermediate position; And a second conical surface is provided at a position corresponding to the first conical surface of the inner surface so that the air pressure at the jetting port portion flows into the nozzle at the inlet of the nozzle And a nozzle sleeve for generating atomization of the water. The air pressure generated by the air driven humidifier of the present invention can reach a proper standard in which the water at the nozzle of the nozzle is atomized.

Description

{AIR-DRIVEN WATER SUPPLY INSTRUMENT}

The present invention relates to the field of cosmetic beauty products, and more particularly to an air-driven moisturizer.

As the level of material life has improved, the field of cosmetic beauty products technology has already become universal in people's lives. The humidifier in the prior art is sprayed on the face of the human body after the water is atomized through the apparatus. However, the humidifier is relatively complicated in operation and structure, and its use effect is also not ideal.

In the prior art, there is a method of atomizing the water sprayed from the nozzle by using the air pressure, but it is difficult to control the size of the air pressure and it is difficult to obtain the effect of completely atomizing the water.

In order to solve the above problem, the present invention provides an air-driven humidifier for solving the problem that water is not completely atomized due to the uncontrolled size of the air pressure.

The air driven humidifier proposed by the present invention includes a water tank, an air pump, and a connecting member for connecting the water tank and the air pump, wherein a passage is provided in the connecting member, and the passage is connected to the water tank and the air pump ;

Wherein the air driven humidifier includes a first conical surface on an outer surface of the injection port at one end and a second conical surface inserted into the passage so as to separate the water passage into an air passage through which water flows and an air passage through which air flows, A hollow nozzle in which the water flow passage is in an intermediate position;

And a second conical surface is provided at a position corresponding to the first conical surface of the inner surface so that the air pressure at the jetting port portion flows into the nozzle at the inlet of the nozzle And a nozzle sleeve for generating atomization of the water.

The air-driven humidifier may further include an opening / closing device and a driving device, wherein the opening / closing device includes an opening / closing member and a trigger member, the opening / closing member being installed in the nozzle to seal the nozzle, Wherein when the trigger member is pushed, the trigger member triggers the opening / closing member to open the nozzle, and the air pressure is generated by triggering the driving device to drive the air pump, The water at the nozzle inlet portion flows to generate atomization of the water.

Further, the opening and closing member may include a cylindrical shape and a conical part in the shape of a needle, the cylindrical part and the conical part being integrally connected, and the nozzle includes a narrow passage and a wide passage communicating with the narrow passage, Wherein the conical portion extends from the outside of the nozzle through the narrow passage to the wide passage to seal the nozzle and push the circular portion to move the conical portion from the narrow passage to the wide passage, Open the nozzle.

Further, the trigger member includes a push member, a lever, and a driving member, and the lever includes a support shaft, a push portion, and a driving portion, and the push portion and the driving portion are fixedly connected to the support shaft, And the other end of the driving member is fixedly connected to the opening and closing member, the pushing member pushes the pushing portion to rotate the driving portion, and the driving portion moves the driving member The conical portion of the opening and closing member is moved from the narrow passage to the wide passage to open the nozzle.

The connecting member may further include a needle outlet, the needle outlet communicates with the water flow passage, the cylindrical portion of the opening and closing member extends from a wide passage of the nozzle to the needle outlet portion and is connected to the driving member, The cylindrical portion seals the needle outlet to prevent water from flowing toward the needle outlet.

In addition, the driving member may include a cylindrical column, a fixing portion may be provided in the cylindrical column, the fixing portion may extend from the first end to the second end of the cylindrical column, Wherein the cylindrical portion is covered with a needle outlet portion of the connecting member, the fixing portion is inserted into the receiving groove, and the cylindrical portion is inserted into the receiving groove of the connecting member, The center hole is fitted in the cylindrical portion of the opening and closing member.

Further, the driving member further includes two sliding blocks and two positioning columns, two sliding blocks are provided symmetrically to the second end of the column, each positioning column is provided with one sliding block Two sliding grooves are provided at positions corresponding to the two sliding blocks of the connecting member, the sliding grooves include a position restricting surface, and the sliding block is positioned on the position restricting surface And sliding in the sliding groove; The positioning column contacts the driving unit of the lever, and the driving unit moves the positioning column while rotating the driving unit, thereby moving the opening and closing member.

The air driven humidifier further includes a button and a control panel, one end of the push member is connected to the button, the other end of the push member is connected to the driving device, and the driving device is electrically connected to the control panel The control panel is connected to the air pump. When the button is pressed, the pushing member triggers the driving device to drive the air pump to generate air pressure.

The air-driven humidifier may include a case body, an upper cover, and a separating member, wherein the upper cover is installed on the upper portion of the case body, a through hole is provided on a side surface of the upper cover, And the other end of the separating member is inserted into the through hole to be exposed to the outside of the upper cover, and the other end of the separating member is connected to the other end of the separating member, One end of the separating member is separated from the through-hole to separate the upper cover from the case body.

The beneficial effects of this design are as follows.

1. In the present invention, the design of the first conical surface of the nozzle and the second conical surface of the nozzle sleeve allows the air pressure generated by the air pump to reach a proper standard for atomizing the water at the injection port of the nozzle.

2. The present invention allows the opening / closing device to simultaneously control the opening of the nozzle and the generation of the air pressure through the design of the opening / closing device, and the air driven humidifier of the present invention is simple in operation and simple in structure; At the same time, water and air pressure reach the nozzles of the nozzle in a synchronized manner, so that the jetted water can be atomized by the air pressure immediately, and the use of the air-driven humidifier of the present invention is more excellent.

1 is a cross-sectional view of the air driven humidifier of the present invention.
Fig. 2 is a diagram for explaining the connection relationship between the nozzle, the nozzle sleeve, the connecting member, the opening and closing member, and the driving member in Fig. 1;
3 is a structural view of the connecting member in Fig.
4 is a structural view of the driving member in Fig.
5 is a structural view of the lever in Fig.
6 is a structural view of the push member in Fig.
7 is a cross-sectional view of the air-driven humidifier of the present invention as viewed from another angle.

BRIEF DESCRIPTION OF THE DRAWINGS In order to more clearly and completely describe the technical solution of the present invention, the present invention will be described in more detail with reference to the accompanying drawings.

1, an embodiment of the present invention proposes an air-driven humidifier, which comprises a water bottle 16, an air pump 21 and a connecting member 18 for connecting between the water bottle 16 and the air pump 21 3, a passage 182 is provided inside the connecting member 18 and the passage 182 is connected to the water bottle 16 and the air pump 21 .

2, the air-driven humidifier may further include a hollow nozzle 20. One end of the nozzle 20 may be an injection port 204, The other end of the nozzle 20 is inserted into the passage 182 so that the water passage 184 through which the water flows and the air passage 185 through which the air flows, And the water flow passage 184 is located at an intermediate position of the nozzle 20. [

2, the air-driven humidifier further includes a nozzle sleeve 24, which covers the outside of the nozzle 20 to cover the air passage 185, A second conical surface 243 is provided at a position corresponding to the first conical surface 203 of the inner surface of the nozzle sleeve 24 so that the passage 185 is extended to the injection port 204, The air pressure in the injection port 204 causes the water in the injection port 204 to flow, thereby generating water mist.

The air driven humidifier of the present invention is configured such that the air pressure generated by the air pump 21 flows in the gap between the first conical surface 203 and the second conical surface 243 from the air passage 185, And is ejected through the sleeve 24. The air pressure generated by the air pump 21 is between 80 kPa and 140 kPa, so that the air pressure can flow water at the injection port 204 of the nozzle 20 to generate atomization of water.

The present design is based on the design of the first conical surface 203 of the nozzle 20 and the second conical surface 243 of the nozzle sleeve 24 so that the air pressure generated by the air pump 21 is applied to the nozzle 20 It is possible to reach a proper standard for atomizing the water at the injection port 204 portion.

1, the air-driven humidifier further includes an opening / closing device 3 and a driving device 7. The opening / closing device 3 seals the nozzle 20, and at the same time, And the opening and closing device 3 triggers the driving device 7 to generate the air pressure by driving the air pump 10 and the air pressure is applied to the nozzle 20 at the portion of the injection port 204 The water flows to generate the water mist.

The air-operated humidifier of the present invention operates when the opening and closing device 3 is first driven by the opening and closing device 3 to open the nozzle 20 and the water flows out of the water box 16 to move the connecting member 18 To the injection port 204 of the nozzle 20; At the same time, the opening / closing device 3 triggers the driving device 7 to drive the air pump 10 to generate air pressure, and the air pressure is supplied from the air pump 10 to the air passage 185 The air is merged with the water at the injection port 204 of the nozzle 20 so that the air pressure sprays the water and generates water mist and is sprayed onto the face of the human body.

As can be seen from the above description, the present invention allows the opening / closing device 3 to simultaneously control the opening of the nozzle 20 and the generation of the air pressure through the design of the opening / closing device 3, This is simple, and the structure is simple. At the same time, water and air pressure reach the nozzle 204 of the nozzle 20 in a synchronous manner, so that the jetted water can be immediately atomized by the air pressure, and the air-driven humidifier of the present invention is more effective Do.

1, the opening / closing device 3 includes an opening / closing member 4 and a trigger member 5. As shown in FIG. The opening and closing member 4 is installed in the nozzle 20 to seal the nozzle 20 and the trigger member 5 is fixedly connected to the opening and closing member 4. [ The trigger member 5 drives the opening and closing member 4 to open the nozzle 20 and triggers the driving device 7 to open the air pump 10 are driven to generate air pressure.

1 to 3, the opening and closing member 4 has a needle shape and includes a cylindrical portion 42 and a conical portion 41, and the cylindrical portion 42 is connected to the conical portion And the nozzle 20 includes a narrow passage 201 and a wide passage 202 communicating with the narrow passage 201. The narrow passage 201 and the narrow passage 201 are formed integrally with each other. The cylindrical portion 42 is installed in the wide passage 202 and the conical portion 41 extends from the outside of the nozzle 20 through the narrow passage 201 to the wide passage 202 So that the nozzle 20 is sealed. In use, when the cylindrical portion 42 is pushed, the conical portion 41 moves from the narrow passage 201 toward the wide passage 202 to open the nozzle 20.

1, the trigger member 5 includes a push member 50, a lever 60, and a driving member 30, and with reference to FIG. 5, A pushing portion 62, and a driving portion 63. The support portion 61 includes a support portion 61, a push portion 62, The push portion 62 and the drive portion 63 are fixed to the support shaft 61 and the push portion 62 is connected to the push member 50, One end thereof is connected to the driving part 63 and the other end is fixedly connected to the opening and closing member 4. [ The pushing member pushes the pushing part 62 to rotate the driving part 63 and the driving part 63 moves the driving part 30 to move the conical part 41 of the opening and closing member 4 Is moved from the narrow passage 201 to the wide passage 202 and the nozzle 20 is opened.

3, the connecting member 18 includes a water inlet 181 and a needle outlet 183, the needle outlet 183 is installed in a first direction, and the water inlet 181 Are installed in the second direction. The bucket portion 41 of the opening and closing member 4 extends straight from the outside of the nozzle 20 to the wide passage 202, The cylindrical portion 42 of the opening and closing member 4 extends from the wide passage 202 of the nozzle 20 to the needle outlet 183 and is connected to the driving member 30, ) Seals the needle outlet 183 to prevent water from flowing to the needle outlet 183. When the driving member 30 pushes the cylindrical portion 42 of the opening and closing member 4 to move the conical portion 41 out of the narrow passage 201 of the nozzle 20, The water 20 flows into the connecting member 18 through the water passage 16 and flows into the nozzle 20 through the water passage 184 to be sprayed.

In the present embodiment, the first direction is the horizontal direction, the second direction is the vertical direction, and the water bottle 16 is mounted just above the water supply port 181 of the connecting member 18, Flows into the water flow passage 184 in the connecting member 18 from the water bottle 16 and is ejected through the nozzle 20. [

4, the driving member 30 includes a cylinder 31, and the cylinder 31 has a first end 311 and a second end 311 facing the first end 311, And a second end 312 of the cylindrical body 311. The fixed cylinder 313 is installed inside the cylindrical cylinder and the fixed cylinder 313 extends from the first end 311 to the second end 311 of the cylinder 31, A center hole 314 is provided in the fixing portion 313 and a receiving groove 186 is provided in a position corresponding to the fixing portion 313 of the connecting member 18 , The cylindrical barrel 31 is put on the needle outlet 183 of the connecting member 18 and the fixing portion 313 is inserted into the receiving groove 186, (42) of the opening and closing member (4).

4, the driving member 30 further includes two sliding blocks 32 and two positioning pillars 33. The sliding block 32 includes two sliding blocks 32 and two positioning pins 33. As shown in FIG. The two sliding members 32 are provided symmetrically to the second end 312 of the cylinder 31 and are provided at positions corresponding to the two sliding blocks 32 of the connecting member 18 And the sliding block includes a position limiting surface, the sliding block 32 is limited in position on the position limiting surface and can slide in the sliding groove, and each of the positioning columns 33 Extend vertically from the outside of one sliding block 32, respectively. The positioning column 33 is brought into contact with the driving part 63 of the lever 60 and the positioning part 33 is moved while the driving part 63 is rotated so that the fixing part 313 So that the opening and closing member 4 is moved.

5, the push portion 62 of the lever 60 is an elongated plate, and the push portion 62 is fixedly connected to the support shaft 61 in the axial direction, The drive unit 63 includes two drive plates, and the two drive plates are fitted to the support shaft 61 and fixedly connected to both ends of the push portion 62, respectively. The two drive plates are respectively in point-contact contact with the two positioning columns 33, and the drive plate rotates to move the positioning columns 33.

5 and 6, a push block 622 is provided in the push portion 62 and a sliding groove 51 (see FIG. 6) is provided at a position corresponding to the push block 622 of the push member 50 ) Is installed. The push block 622 is installed inside the sliding groove 51 but is not in contact with the inner wall of the sliding groove 51. In use, when the push member 50 is pushed, the inner wall of the sliding groove 51 pushes the push block 622 downward and rotates.

In the present embodiment, referring to Fig. 1, the air-driven humidifier further includes a button 2 and a control panel 8. Fig. One end of the push member 50 is connected to the button 2 while the other end of the push member 50 is connected to the driving device 7 and the driving device 7 is connected to the control panel 8, and the control panel 8 is connected to the air pump 10. In use, when the button (2) is pressed, the pushing member triggers the drive unit (7) to drive the air pump (10) to generate air pressure.

1, the air-driven humidifier further includes a battery 11, a charging plate 13, and a USB port 12. The battery 11 and the USB port 12 Respectively, and the charging plate 13 is electrically connected to the control plate 8. [0035] The USB port 12 is connected to an external power source to charge the battery 11. The battery 11 supplies electricity to the control panel 8 and the air pump 10. [

7, the air-driven humidifier includes a case body 9, an upper cover 23 and a separating member 22 so that the upper cover 23 covers the cover body 9, A through hole is formed in a side surface of the upper cover 23 and a through hole 91 is formed in an upper portion of the case body 9 and a fastener is provided at one end of the separating member 22 And the other end of the separating member 22 is inserted into the through hole to be exposed to the outside of the upper cover 23 and the other end of the separating member 22 is inserted into the through- One end of the separating member 22 is separated from the through hole 91 and the upper cover 23 is separated from the case body 9.

Specifically, a supporting portion 92 is further provided at a position adjacent to the through-hole 91 at the upper portion of the case body 9, and at a position corresponding to the supporting portion 92 of the separating member 22, The support surface 221 is supported by the support portion 92 when the upper cover 23 is integral with the case body 9 and the upper cover 23 is supported by the supporting portion 92, When the case body 9 is separated from the case body 9, the support surface 221 is separated from the support portion 92.

More specifically, in order to ensure that the nozzle 20 is not influenced by the outside, the air-operated humidifier further includes a protective cover 1, which is provided on the outer side of the upper cover 23 Respectively. The air-driven humidifier further includes a lower cover (14), which is installed at the bottom of the case body (9).

1, in order to ensure the airtightness of the water passage 184 and the air passage 185, the air-driven humidifier includes a sealing shaft 21, a silicone sleeve 17, And the water supply port 181 of the connecting member 18 is hermetically connected through the silicone sleeve 17 and the connecting member 18 and the nozzle 20 are sealed, The air pump 10 and the connecting member 18 are hermetically connected through the sealing shaft 21. The air pump 10 and the connecting member 18 are hermetically connected through a sealing sleeve 19,

1, the air-driven humidifier further includes a water bottle cap 15, and the water bottle cap 15 is connected to the upper portion of the water tank 16, Is installed in the cover (23) and is installed in the water bottle (16).

Of course, the present invention may have many other various implementations, and based on the present embodiment, other implementations obtained under the assumption that the ordinary technician in the field does not make any creative efforts are all within the scope of the present invention Belongs.

3: Switchgear
4:
5:
7: Driving device
9: Case body
16: Bucket
18:
20: Nozzle
21: Air pump
22: separating member
23: upper cover
24: Nozzle Sleeve
30:
182: passage
184:
185: air passage
203: first conical surface
243: second conical surface

Claims (9)

An air driven humidifier including a water tank, an air pump, and a connecting member for connecting the water tank and the air pump, wherein a passage is provided in the connecting member, and the passage is connected to the water tank and the air pump,
The air-
A first conical surface is provided on the outer surface of the jetting port at one end and the other end is inserted into the passage to separate the water passage into an air passage through which water flows and an air passage through which the air flows, A hollow nozzle; And
A second conical surface is provided at a position corresponding to the first conical surface of the inner surface so that the air pressure at the jetting port portion is greater than the air pressure at the nozzle inlet Nozzle sleeves for generating atomization of water
Further comprising:
Wherein the air-driven humidifier further comprises an opening / closing device and a driving device,
Wherein the opening and closing device includes an opening and closing member and a trigger member, the opening and closing member is installed in the nozzle to seal the nozzle, the trigger member is fixedly connected to the opening and closing member, and when the trigger member is pushed, Air pressure is generated by triggering the opening and closing member by opening the nozzle and by driving the air pump to trigger the driving device, the air pressure causes water in the nozzle inlet portion to flow,
Wherein the trigger member includes a push member, a lever, and a drive member, the lever including a support shaft, a push portion, and a drive portion, the push portion and the drive portion being fixedly connected to the support shaft, And the other end of the driving member is fixedly connected to the opening and closing member, the push member pushes the push portion to rotate the driving portion, and the driving portion rotates the driving member, And the conical portion of the opening and closing member is moved from a narrow passage to a wide passage to open the nozzle,
Air driven humidifier. The method according to claim 1,
Wherein the opening and closing member has a cylindrical shape including a cylindrical portion and a conical portion, the cylindrical portion and the conical portion being integrally connected, and the nozzle includes a narrow passage and a wide passage communicating with the narrow passage, Wherein the conical portion extends from the outside of the nozzle through the narrow passage to the wide passage to seal the nozzle and push the cylindrical portion to move the conical portion from the narrow passage to the wide passage, Open, air-driven humidifier. The method according to claim 1,
Wherein the connecting member further comprises a needle outlet,
Wherein the needle outlet communicates with the water flow passage and the cylindrical portion of the opening and closing member extends from the wide passage of the nozzle to the needle outlet portion and is connected to the driving member, the cylindrical portion sealing the needle outlet, Air-driven humidifier that prevents flowing. The method according to claim 1,
Wherein the driving member includes a cylindrical column, a fixing portion is provided in the cylindrical column, the fixing portion extends from the first end of the column to the second end, And the cylindrical column is covered on the needle outlet portion of the connecting member, the fixing portion is inserted into the receiving groove, and the center hole Is fitted in the cylindrical portion of the opening and closing member. 5. The method of claim 4,
Wherein the driving member further comprises two sliding blocks and two positioning columns, wherein the two sliding blocks are installed symmetrically to the second end of the column, each of the positioning columns comprises a sliding block Two sliding grooves are provided at positions corresponding to the two sliding blocks of the connecting member, the sliding grooves include a position restricting surface, and the sliding block is positioned on the position restricting surface And sliding in the sliding groove; Wherein the positioning column is in contact with a driving portion of the lever, and the driving member moves the positioning column while the driving portion rotates so that the driving member moves the opening and closing member. The method according to claim 1,
The air-operated humidifier further includes a button and a control panel, one end of the push member is connected to the button, the other end of the push member is connected to the driving device, the driving device is electrically connected to the control panel, Wherein the air pump is connected to the air pump, and when the button is pushed, the pushing member triggers the driving device to drive the air pump to generate air pressure. The method according to claim 1,
The air-driven humidifier includes a case body, an upper cover, and a separating member. The upper cover is installed on an upper portion of the case body. A through hole is provided on a side surface of the upper cover. And the other end of the separating member is inserted into the through hole to be exposed to the outside of the upper cover, and the other end of the separating member is pressed And one end of the separating member is separated from the through-hole to separate the upper cover from the case body. delete delete

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