CN206007656U

CN206007656U - Atomization device

Info

Publication number: CN206007656U
Application number: CN201620566954.3U
Authority: CN
Inventors: 蔡升伦
Original assignee: Jing Si Pureland Co Ltd
Current assignee: Jing Si Pureland Co Ltd
Priority date: 2016-04-27
Filing date: 2016-06-14
Publication date: 2017-03-15
Anticipated expiration: 2026-06-14
Also published as: TWM530186U

Abstract

An atomization device comprises a shell seat, a fog guide unit and an atomization generator. The shell seat comprises at least one first outlet and at least one second outlet, the fog guide unit comprises a mounting seat, an introduction chamber, at least one first flow channel capable of being communicated between the introduction chamber and the first outlet, at least one second flow channel capable of being communicated between the introduction chamber and the second outlet, and at least one switching piece arranged between the first flow channel and the second flow channel, one of the first flow channel and the second flow channel can be mutually communicated with the introduction chamber by operating the switching piece, the other of the first flow channel and the second flow channel is blocked from the introduction chamber, and the atomization generator can generate fog and comprises an air outlet communicated with the introduction chamber. Therefore, the switching piece can be used for switching the fog to flow out along the first flow channel or the second flow channel, and the purpose of changing use can be achieved.

Description

Atomising device

Technical field

The utility model is related to a kind of stacte atomizer, more particularly to a kind of atomising device.

Background technology

Typically, in the place for needing to find a place for body and mind, stacte atomizer can be furnished mostly, is disengaged through stacte atomizer Mist, the situation that indoor generation can be made quiet.

Existing a kind of atomizer (TaiWan, China certificate number I520787 Patent Cases), is disclosed and is filled using vibrations Put and high-frequency vibration can be produced to the liquid that held in a reservoir, can disengage fog.

Although this atomization function reaches expected application target, the runner for exporting fog is mostly only single Individual, it is impossible to according to need situation and in time adjust, change.

Furthermore, to coordinate with orndments, then whether the storing of orndments to be for atomizer, the unlatching, pass generally with atomizer Close onrelevant.

Content of the invention

The purpose of this utility model is to provide a kind of atomization that can adjust, change mist outlet according to situation in good time Device.

The utility model atomising device, comprising a shell block, a fog guide unit and an atomization generator, the shell Seat includes a shell wall that can define a receiving space, the shell wall have a top surface located at top, at least one the One outlet and at least one second outlet, the fog guide unit is installed in the receiving space, and including a mounting seat, one The individual introducing room being arranged inside the mounting seat, at least one are arranged inside the mounting seat and can be communicated in the introducing room and be somebody's turn to do First flow between first outlet, at least one are arranged inside the mounting seat and can be communicated in the introducing room and this second goes out Second flow channel and at least one between mouthful is arranged at the switch piece between the first flow and the second flow channel, operates the switching Part can be such that the first flow interconnects with the introducing room with the second flow channel one of which, and make the first flow with this second Runner another one is installed in the receiving space with the introducing room blocking, the atomization generator, can produce fog, and including one It is communicated in the gas outlet of the introducing room.

The utility model atomising device, also includes a detecting unit for being installed on the shell block, and the detecting unit detecting should When top surface is placed with article, can send a control signal that fog is produced in order to control the atomization generator.

The utility model atomising device, the shell wall of the shell block have at least one transparent window for being arranged at the top surface, should Detecting unit adopts far infrared wire type, and is arranged at below the transparent window, and it is fixed to be installed on this including a positioning seat, one Far infrared transmitting part inside the seat of position, one be electrically connected to the encoding transmitting circuit of far infrared transmitting part, an installation Far infrared receiving element and a decoding comparison circuit for being electrically connected to the far infrared receiving element inside the positioning seat.

The utility model atomising device, also includes a LED for being installed on the shell block and sending light from the top surface upwards Lamp.

The utility model atomising device, the switch piece of the fog guide unit can be rotated and be located in the mounting seat, and There is a cylinder portion and a scallop for being connected to the portion side, the portion is in hollow tube-shape, and there is an endoporus, should There is scallop an alcove for being communicated in the endoporus, the switch piece can enter between a primary importance and a second place Row switching, when the switch piece is located at primary importance, the scallop is blocked in the second flow channel, and makes the first flow and the introducing Room interconnects, and the endoporus collectively forms the first flow with the alcove, and when the switch piece is located at the second place, the scallop is certainly The second flow channel is removed, and the second flow channel is interconnected with the introducing room.

The utility model atomising device, the fog guide unit also include at least one be arranged at the introducing room with this first Switching chamber between runner, second flow channel, first via being arranged between the introducing room and the switching chamber and two The second via being arranged between the switching chamber and the second flow channel.

The utility model atomising device, the shape of the second via of the fog guide unit is in sector, and profile It is less than the scallop.

The utility model atomising device, the cylinder portion of the switch piece of the fog guide unit there is one to be stretched at this first go out The top of supply line of mouth and an operating position for being arranged at the top of supply line, operate the operating position make the switch piece in first Switch between position and the second place.

The utility model atomising device, the operating position of the switch piece of the fog guide unit is in groove-like.

The utility model atomising device, also comprising one be installed on the shell block and with the atomization generator, the detecting unit and The LED produces the control unit of electrical connection, operates the control unit make the atomization generator, the detecting unit and the LED Lamp produces running.

The beneficial effects of the utility model are：Using the setting of the switch piece of the fog guide unit, and the switching Part and the first flow, the cooperation of the second flow channel, when the switch piece is operated, can make the first flow or the second flow channel with The introducing room interconnects, and reaches according to situation and adjust, change the purpose of mist outlet in good time.

Description of the drawings

Fig. 1 is a top view of the utility model atomising device one embodiment；

Fig. 2 is the sectional view taken by the straight line II-II in Fig. 1；

Fig. 3 is the sectional view taken by the straight line III-III in Fig. 2；

Fig. 4 is the sectional view taken by the straight line IV-IV in Fig. 1；

Fig. 5 is another top view of the embodiment, illustrates to operate a pair of switch pieces；

Fig. 6 is the sectional view taken by the straight line VI-VI in Fig. 5；

Fig. 7 is the sectional view taken by the straight line VII-VII in Fig. 6.

Specific embodiment

Below in conjunction with the accompanying drawings and embodiment is described in detail to the utility model.

Fig. 1 and Fig. 2 is referred to, one embodiment of the utility model atomising device is led comprising 10, fog of a shell block Draw the 40, detecting unit 50 of the LED of atomization generator 30, of unit 20, and a control unit 60.

The shell block 10 includes that a shell wall 11 that can define a receiving space 12, the shell wall 11 have one located at top 112, second outlet in circular arc long groove shape of 111, two interval settings of top surface in portion and the first outlet in circular hole 113rd, two transparent windows 114 for being arranged at the top surface 111.The first outlet 112 and the second outlet 113 are all by the appearance Receiving space 12 is communicated to outside the top surface 111.

Ginseng Fig. 3, the fog guide unit 20 is coordinated to be installed in the receiving space 12, and including a mounting seat 21, The individual introducing room being arranged inside the mounting seat 21 22, two is arranged inside the mounting seat 21 and can be communicated in the introducing room 22 It is arranged inside the mounting seat 21 and the introducing room 22 can be communicated in the first flow 23, between the first outlet 112 It is arranged between the first flow 23 and the second flow channel 24 with the second flow channel 24, two between the second outlet 113 Switch piece 25, two is arranged at the 26, setting in the introducing room 22 and the switching chamber between the first flow 23, second flow channel 24 The first via 27 between the introducing room 22 and the switching chamber 26 and two are arranged at the switching chamber 26 and the second flow channel The second via 28 between 24, the mounting seat 21 have two axis holes 211 and two for corresponding respectively to the first outlet 112 The individual axle pivot portion 212 for being respectively arranged at 211 bottom of the axis hole.The introducing room 22 is arranged at below the axle pivot portion 212.Described Switch piece 25 can be rotated and is located in the axle pivot portion 212 of the mounting seat 21, and be arranged in the axis hole 211, and respectively have One cylinder portion 251 and a scallop 252 for being connected to 251 side of portion, the portion 251 are in class's hollow tube-shape, and have Have 253, bottom part 254 for being sheathed on the axle pivot portion 212 of a top of supply line for being stretched at the first outlet 112, One the endoporus 255 of the bottom part 254 is extended to by the top of supply line 253 and one be arranged at the top of supply line 253 and be in The operating position 256 of groove-like, the scallop 252 have an alcove 257 for being communicated in the endoporus 255, each endoporus 255 A first flow 23 is collectively formed with corresponding alcove 257.The shape of second via 28 is also in sector, and profile Scope is less than the scallop 252.

The atomization generator 30 is installed in the receiving space 12, can be produced fog, and is communicated in the introducing including one The gas outlet 31 of room 22.The atomization generator 30 of the present embodiment can adopt ultrasonic wave to produce fog, and atomization generator is existing Technology, thin portion structure and operating principle are no longer added to illustrate.

The LED 40 is installed on the shell block 10 and sends light upwards from the top surface 111.

Ginseng Fig. 4, the detecting unit 50 is coordinated to be installed on the shell block 10, the detecting unit 50 of the present embodiment adopts far infrared Formula, and being arranged at below the transparent window 114, and including a positioning seat 51, be installed on inside the positioning seat 51 remote Infrared emitting part 52, one is electrically connected to the encoding transmitting circuit 53, of far infrared transmitting part 52 and is installed on this calmly It is remote that the far infrared receiving element 54 being mutually isolated inside the seat 51 of position and with far infrared transmitting part 52 and one are electrically connected to this The decoding comparison circuit 55 of infrared receiver part 54.The detecting unit 50 is detected the top surface 111 and is placed with a 100 (example of article Such as the figure of buddha) when, can send a control signal that fog is produced in order to control the atomization generator 30.

The control unit 60 be installed on the shell block 10 and with the atomization generator 30, the detecting unit 50 and the LED 40 Electrical connection is produced, operates the control unit 60 that the atomization generator 30, the detecting unit 50 and the LED 40 can be made to produce fortune Make.

Again as shown in Figure 1, Figure 2 and shown in Fig. 3, when overall assembling completes, and operator opens the control unit 60 and opens electricity During source, the detecting unit 50 and the LED 40 will start to produce running, now, if the top surface 111 not yet places the article 100, then the detecting unit 50 far infrared transmitting part 52 encoded carrier signal is launched, that launched is red Outside line carrier wave through can printing opacity transparent window 114 because blocking without article 100, then the far infrared receiving element 54 is not The infra-red carrier can be received, the atomization generator 30 will not also start and produce fog.

If the article 100 is positioned over the top surface 111, the far infrared transmitting part 52 of the detecting unit 50 will be passed through The carrier signal of coding is launched, and transparent window 114 of the infra-red carrier that launches through energy printing opacity, by the article 100 refraction, then the far infrared receiving element 54 receive the infra-red carrier, the infra-red carrier for receiving is more electric by the decoding Row decoding is entered on road 55, and is compared with coding, if the just the same atomization generator 30 of two groups of code streams starts immediately and produces Fog gas.

Therefore, using the setting of the detecting unit 50, can be reached using the article 100 is placed and be produced while starting the atomization The purpose of raw device 30, using quite facilitating.

Again as shown in Figures 1 and 2, operator, can be first with instrument before using the utility model supersonic atomizer The operating position 256 is inserted, and the switch piece 25 can be operated in a primary importance, now, 252 envelope of the scallop Second via 28 closed between the second flow channel 24 and the switching chamber 26, and block the second flow channel 24 and the introducing Room 22 interconnects, then, after the fog that the atomization generator 30 is produced is directed into the introducing room 22, can flow through first via 27th, the switching chamber 26, the alcove 257, and can flee along the first flow 23, finally flowed out by the first outlet 112. And as shown in figure 3, when the switch piece 25 is operated to primary importance, be resisted against using the wherein side of the scallop 252 The mounting seat 21 wherein side wall, can make the switch piece 25 produce positioning relative to the mounting seat 21.

For another example shown in Fig. 5, Fig. 6 and Fig. 7, when operator operates the switch piece 25 to be located at a second place, the fan Shape portion 252 is removed from second via 28 between the second flow channel 24 and the switching chamber 26, can just make the second flow channel 24 are interconnected with the switching chamber 26, the introducing room 22, now, are blocked, then between the first flow 23 and the introducing room 22 After the fog that the atomization generator 30 is produced is directed into the introducing room 22, first via 27, the switching chamber 26, institute can be flowed through The second via 28 is stated, and can be fled along the second flow channel 24, finally flowed out by the second outlet 113.And as shown in fig. 7, institute When stating switch piece 25 and being operated to the second place, the another of the mounting seat 21 is resisted against using 252 another side of the scallop Side wall, can also make the switch piece 25 produce positioning relative to the mounting seat 21.

Therefore, before placing articles 100, through the switch piece 25 for operating the fog guide unit 20, and described cutting is made Part 25 is changed in primary importance or the second place, can just change the position of fog outflow.

In sum, atomising device of the present utility model, can just change fog outflow using the switch piece 25 is operated Position, can according to need situation and in time adjust, change fog flow out position.Furthermore, the top is positioned over using by the article 100 On face 111, the article 100 can be detected using the detecting unit 50 and be positioned, and the generation fog of atomization generator 30 can be controlled, The purpose of this utility model can be reached really.

Claims

1. a kind of atomising device, comprising a shell block, a fog guide unit and an atomization generator, the atomising device It is characterised by：

The shell block, including a shell wall that can define a receiving space, the shell wall has a top surface located at top, extremely A few first outlet and at least one second outlet；

The fog guide unit, is installed in the receiving space, and is arranged inside the mounting seat including a mounting seat, one Introduce room, at least one be arranged inside the mounting seat and can be communicated in first-class between the introducing room and the first outlet Road, at least one second flow channel for being arranged inside the mounting seat and being communicated between the introducing room and the second outlet and extremely A few switch piece being arranged between the first flow and the second flow channel, operates the switch piece make the first flow and be somebody's turn to do Second flow channel one of which is interconnected with the introducing room, and makes the first flow with the second flow channel another one and the introducing room Blocking；

The atomization generator, is installed in the receiving space, can produce fog, and including outlet that one is communicated in the introducing room Mouthful.

2. atomising device according to claim 1, it is characterised in that：The atomising device is also installed on the shell block comprising one Detecting unit, when the detecting unit is detected the top surface and is placed with article, one can be sent and produced in order to control the atomization generator The control signal of fog gas.

3. atomising device according to claim 2, it is characterised in that：The shell wall of the shell block has at least one to be arranged at this The transparent window of top surface, the detecting unit adopt far infrared wire type, and are arranged at below the transparent window, and position including one Seat, the far infrared transmitting part being installed on inside the positioning seat, the coding for being electrically connected to far infrared transmitting part Radiating circuit, a far infrared receiving element being installed on inside the positioning seat and one are electrically connected to the far infrared receiving element Decoding comparison circuit.

4. the atomising device according to any claim in claim 2 to 3, it is characterised in that：The atomising device is also wrapped Contain a LED for being installed on the shell block and sending light from the top surface upwards.

5. atomising device according to claim 1, it is characterised in that：The switch piece of the fog guide unit can be rotated and axle In the mounting seat, and with a cylinder portion and a scallop for being connected to the portion side, the portion is in hollow tube-shape, And have an endoporus, the scallop have an alcove for being communicated in the endoporus, the switch piece can in a primary importance with Switch between one second place, when the switch piece is located at primary importance, the scallop is blocked in the second flow channel, and is made The first flow is interconnected with the introducing room, and the endoporus and the alcove collectively form the first flow, and the switch piece is located at the During two positions, the scallop is removed from the second flow channel, and the second flow channel is interconnected with the introducing room.

6. atomising device according to claim 5, it is characterised in that：The fog guide unit also includes at least one setting Switching chamber in the introducing room and between the first flow, second flow channel, one be arranged between the introducing room and the switching chamber The first via and two the second vias being arranged between the switching chamber and the second flow channel.

7. atomising device according to claim 6, it is characterised in that：The shape of the second via of the fog guide unit In sector, and profile is less than the scallop.

8. atomising device according to claim 5, it is characterised in that：The cylinder portion of the switch piece of the fog guide unit has One top of supply line for being stretched at the first outlet and an operating position for being arranged at the top of supply line, operate the operating position The switch piece can be made to switch between primary importance and the second place.

9. atomising device according to claim 8, it is characterised in that：The operating position of the switch piece of the fog guide unit It is in groove-like.

10. atomising device according to claim 4, it is characterised in that：The atomising device is also installed on the shell block comprising one And the control unit for electrically connecting is produced with the atomization generator, the detecting unit and the LED, operate the control unit make this Atomization generator, the detecting unit and the LED produce running.