KR19990023984U - Humidifier with Spray Direction Control - Google Patents

Abstract

The present invention is intended so that the user does not need to change the discharge direction of the atomized water by holding the nozzle in hand.

Accordingly, the present invention has a main body (7) having a bucket (3) for storing water and supplying it intermittently, a humidifying tank (11) for fresh water supplied from the bucket (3), and the main body (7). Installed in the humidification tank (11) of the oscillator (19) for converting fresh water into fine humidifying particles, and the humidifying particles made by the vibrator (19) is connected to the atomizing pipe (25) of the main body (7) In the humidifier (1) consisting of a blower (17) forcibly blown to the outside through a nozzle (29) having a discharge port (27), a communication hole (45) is formed therein and the nozzle (29) on the upper surface The guide portion 30 and the inside of the main body 7 and the humidification tank 11 having the recessed recess 49 and a locking portion 47 formed on the upper outer circumferential surface thereof are inserted into the atomizing pipe 25. Insertion hole 50 penetrating vertically through the bottom surface of the), and through the insertion hole 50 through the lower end of the guide guide 30 By providing a humidifier having a spray direction control device, characterized in that consisting of the nozzle rotating means 31 installed in the main body 7 so that it can be connected to make it easier to change the direction of the atomized water discharged into the room. .

Description

Humidifier with control device of spraying direction

The present invention relates to a humidifier, and more particularly, a user can easily operate by selecting a spraying direction without having to select a discharge direction by directly operating a nozzle for discharging humidified water into a room in use of the humidifier. It relates to a humidifier having a spray direction control device.

In general, a humidifier is a heater humidifier that naturally sprays water generated by heating water stored in a water tank to a predetermined temperature when viewed as a source of moisture, and microscopic water by generating ultrasonic waves with a vibrator in the water stored in the water tank. It is often split into an ultrasonic humidifier that sprays the particles into the room.

First, since the heater humidifier humidifies the room through the steam generated by heating the water in the tank, it is difficult to control the amount of humidification arbitrarily, and since the heat of vaporization is required to change the water into steam, a lot of energy is consumed and the hot water of the humidifier There is a risk, and the ultrasonic humidifier can adjust the amount of ultrasonic waves generated by the vibration of the vibrator to properly adjust the amount of humidification, less energy is consumed and safe.

An example of a conventional ultrasonic humidifier is illustrated in FIG. 1, which is briefly described as follows.

As shown, the humidifier 100 includes a main body 107 including a bucket 103 for storing water and supplying water intermittently, a humidifying tank 111 for fresh water supplied from the bucket, and the main body ( Oscillator 119 installed in the humidification tank 111 of the 107 to convert the fresh water into fine humidifying particles, a blower for forcibly blowing the fine humidified particles to the outside through the atomizing pipe 125 of the main body 107 ( 117).

First, the water tank 103 containing water is equipped with an inlet valve 105 to one side of the bottom surface so that a predetermined amount of water can be supplied to the humidification tank 111 constantly. In addition, when the bucket 103 is seated, the inflow valve 105 is pressed by the protruding jaw 115 protruding from the upper surface of the drip tray 109 of the main body 107 to open.

The lower side of the main body 107 has a blower 117 is built in, the upper end of the sump 109 is placed on the bucket 103 and the humidifier tank equipped with a vibrator 119 at a position slightly lower than the drip 109 It consists of 111. In addition, the humidification tank 111 is equipped with a float switch 121 for detecting the water level, and one side of the humidification tank 111 is formed with a blower passage 113 through which air discharged from the blower 117 flows. .

And, the atomizing tube 125 is formed on the upper end of the humidification tank 111 and the humidifier particles made by the vibrator 119 of the humidifier 100 through the discharge port 127 with the air taken out from the air blower 113. A nozzle 129 is formed in which a lower side is opened so as to be discharged to the outside and a discharge port 127 is formed in the upper side.

The humidifier 100 configured as described above, first, water flowing into the drip tray 109 through the inlet valve 105 of the bucket 103 flows into the humidification tank 111 formed at a position lower than the drip tray 109. . Water soaked in the humidification tank 111 is changed to fine humidification particles by the ultrasonic vibration of the vibrator 119 mounted on the humidification tank bottom 123, which is located on the upper side by the wind blowing from the air blower 113. It is sprayed to the outside through the discharge port 127 through the atomization pipe 125 mounted.

In this way, when the user wants to change the direction of the atomized water sprayed through the discharge port formed in the nozzle through the atomization pipe as needed, the user holds the nozzle to which the atomized water is discharged by hand and rotates it in the desired direction. There is a cumbersome problem in using a humidifier because it must be.

Therefore, the present invention has been devised to solve the above problems, and the user can simply determine the direction of the nozzle through a control unit formed in the humidifier without having to change the discharge direction of the water by holding the nozzle by hand. By making it possible, the purpose is to be able to more easily change the direction of the atomized water discharged into the room.

1 is a side view showing a humidifier conventionally used;

Figure 2 is a side view showing a humidifier according to an embodiment of the present invention,

Figure 3 is a partial cross-sectional detail view showing a nozzle rotating means according to an embodiment of the present invention.

* Description of the symbols for the main parts of the drawings *

1: humidifier 3: bucket

7: body 11: humidifier

13: blower 17: blower

19: vibrator 25: atomization tube

27: discharge port 29: nozzle

30: guide guide 31: nozzle rotation means

33: motor 35: rotating shaft

37: rotating rod 39: waterproof cover

41: connection ring 43: rubber packing

45: communication hole 47: engaging portion

49: groove groove 50: insertion hole

55: insertion hole 57: female thread

The present invention for achieving the above object is the main body having a bucket for storing water and intermittently supplying water, and a humidification tank for desalination of water supplied from the bucket, and the fresh water installed in the humidification tank of the main body is fine. In the humidifier consisting of a vibrator for converting the humidification particles and a blower for forcibly blowing the humidification particles made by the vibrator to the atomizing pipe of the main body to the outside through a nozzle having a discharge port, the communication hole is formed inside the upper A guide portion inserted into the atomization tube having a recessed groove in which the nozzle is seated, and a locking portion formed at an upper circumferential surface thereof, an insertion hole penetrating vertically through the inside of the main body and the bottom surface of the humidifying tank, and the insertion hole Nozzle rotation speed is installed inside the main body so as to be connected to the lower end of the guide guide through And, the nozzle rotating means is fixed to one side of the lower end of the guide guide and the rotation rod and the center of the communication hole of the guide guide to form a B-shaped, the humidification of the main body to rotate in connection with the rotary rod A humidifier having a spraying direction adjusting device, comprising a rotating shaft passing through an insertion hole formed in the bottom of the tank, and a motor generating a rotating force so that the rotating shaft can rotate.

Hereinafter, an embodiment of the present invention will be described in detail with reference to the accompanying drawings.

Figure 2 is a side cross-sectional view showing a humidifier according to an embodiment of the present invention, Figure 3 is a detailed cross-sectional view showing a spray direction control apparatus according to an embodiment of the present invention, as shown the humidifier (1) The main body 7 is provided with a bucket 3 for storing water intermittently and supplying water intermittently, a humidification tank 11 for freshening the water supplied from the bucket 3, as in a conventional humidifier. Oscillator 19 installed in the humidification tank 11 to convert the fresh water into fine humidifying particles, and the humidifying particles made by the vibrator 19 through the atomizing pipe 25 of the main body 7. The blower 17 and the atomizing pipe 25 for blowing the air are formed at the upper end of the humidification tank 11, and the humidifying particles made by the vibrator 19 together with the wind from the air blower 13 of the humidifier 1 The lower side is opened so as to be discharged to the outside, and both the discharge ports 27 are formed at the upper side. An attached nozzle 29 is mounted.

The guide guide 30 is inserted into the atomizing pipe 25, and the guide guide 30 has a communication hole 45 formed therein to replace the role of the atomizing pipe 25, and a locking portion ( 47 is formed so that it can be seated in the mounting groove 48 that is recessed in the upper portion of the atomizing pipe 25 to rotate, the nozzle rotation means 31 is installed at the lower portion. In addition, the upper surface of the guide guide 30 is formed with a recess groove 49 so that the nozzle 29 can be seated.

The nozzle rotating means 31 is connected to the lower portion of the communication hole 45 of the guide guide 30, and the rotating rod 37 having a YB shape so as to be integrally formed with a central portion of the communication hole 45 is formed. Is installed, is connected to the lower end of the rotary rod 37, the rotary shaft 35 is installed to pass the bottom surface of the humidification tank 11, the lower end is located inside the main body 7, this rotary shaft 35 It is composed of a motor 33 is connected to the rotating shaft 35 by the current applied from the outside.

The lower outer circumferential surface of the rotating rod 37 and the upper outer circumferential surface of the rotating shaft 35 are formed with a threaded portion 59, and a connection ring 41 having a female threaded portion 57 formed therein so as to be coupled to the threaded portion 59. By the rotating rod 37 and the rotating shaft 35 is made integrally.

The upper end of the rotary shaft 35 is positioned higher than the height of the water accumulated in the humidification tank 11, and the lower end is covered with a waterproof cover 39 positioned inside the main body 7 through the bottom of the humidification tank 11.

An insertion hole 50 penetrating through the bottom of the humidifying tank 11 and an inner upper side surface of the main body 7 is formed so that the waterproof cover 39 covered by the rotating shaft 35 can be inserted therein. A plurality of holes 53 are formed at both sides of. In addition, the bottom of the humidification tank 11 and the inner upper surface of the main body 7 is provided with a rubber packing 43, which is formed with an insertion hole 55 matching the insertion hole 50, this rubber packing 43 A plurality of communication ports 51 are formed on both sides of the insertion hole 55 of the opening 53 so as to correspond to the holes 53, and the humidification tank 11 and the main body are formed by screws fitted into the communication holes 51 and the holes 53. The rubber packing 43 is fixed to 7.

Referring to the operating state of the humidifier (1) configured as described above are as follows.

In the humidifier 1, water intermittently supplied from the bucket 3 accumulates in the humidification tank 11, and the water collected in the humidification tank 11 is moved by the vibrator 19 mounted at the bottom of the humidification tank 11. The humidifying particles are changed into fine humidifying particles, which are generated in the blower 17 installed inside the main body 7, and blows the wind into the humidifying tank 11 through the air blower 13 of the main body 7. If so, it will move to the fig tube 25 by piggybacking in this wind.

At this time, along the communication groove of the guide guide (30) inserted into the atomizing pipe (25) to rise up with the wind, the humidifying particles, that is, the upwardly raised indentation groove formed in the upper portion of the guide guide (30) It is sprayed into the room through the discharge port 27 of the nozzle 29 seated on the (49).

As such, the atomized water is sprayed so that the discharge port 27 can be sprayed only in one direction, when the user wants to spray in the other direction, if the user rotates the motor 33 installed inside the main body (7) The direction of the discharge port 27 of the nozzle 29 is changed in the desired direction.

The atomization water discharge direction of the nozzle 29 that is changed according to the rotation of the motor 33 is such that when the motor 33 generates a rotational force by a predetermined amount, the rotating shaft 35 connected to and interlocked with the motor 33 is In the waterproof cover 39 is rotated, the rotary rod 37 connected by the rotary shaft 35 and the connection ring 41 in accordance with the rotation of the rotary shaft 35 is rotated, the rotary rod 37 The one side is connected to the inner surface of the communication groove of the guide guide 30 to rotate the guide guide 30 from the center of the guide guide 30.

Therefore, as the guide guide 30 rotates, the nozzle 29 seated on the upper portion of the guide guide 30 rotates, and the discharge port 27 of the nozzle 29 rotates. As the discharge port 27 is rotated in the direction desired by the user, the atomized water is discharged into the room in the direction desired by the user.

In this process of operation, the rubber packing 43 installed on the inner upper surface of the main body 7 and the bottom of the humidification tank 11 is in close contact with the waterproof cover 39 so that water that accumulates in the humidification tank 11 is accumulated. Water flows into the insertion hole 50 penetrating the bottom of the humidifying tank 11 so that water does not accumulate inside the main body 7. In addition, the waterproof cover 39 serves to prevent the rotary shaft 35 from contacting with water accumulated in the humidifier tank 11 to prevent rust.

When the user removes the bucket 3 to clean the humidifier 1 operating in this way, and separates the main body 7 from the side on which the atomizing pipe 25 is formed, it is installed on the main body 7 to provide a rotating shaft ( 35 and the connecting rod 41 connecting the rotating shaft 35 and the rotating rod 37 in the nozzle rotating means 31 connected to the rotating rod 37 and the guide guide 30 on the atomizing pipe 25 side. It is enough to clean after removing the rotating rod 37 connected to the guide guide 30 from the rotating shaft 35. In addition, the coupling rod 41 may be connected to the rotating rod 37 and the rotating shaft 35 by using the coupling ring 41.

In this way, the user can rotate the motor 33 installed in the main body 7 in the direction of the discharge port 27 of the nozzle 29 by a simple operation, so that the user can humidify it in the desired direction more conveniently.

As discussed above, the present invention enables the nozzle to be positioned in a desired direction from the guide guide of the atomizing pipe by using the nozzle rotating means, so that when the user wants to humidify the desired direction, the nozzle is discharged more easily. There is an advantage that can change.

Therefore, the user can freely set the direction of the atomized water discharged from the humidifier to the room.

Claims (6)

A main body (7) having a bucket (3) for storing water and intermittently supplying water, a humidifying tank (11) for fresh water supplied from the bucket (3), and a humidifying tank (1) of the main body (7). 11) and a vibrator 19 for converting fresh water into fine humidifying particles, and humidifying particles made by the vibrator 19 are connected to the atomizing pipe 25 of the main body 7 and having a discharge port 27. In the humidifier (1) consisting of a blower (17) forcibly blown to the outside through a nozzle (29) having a groove, a communication hole 45 is formed therein and the inlet groove in which the nozzle 29 is seated on the upper surface A guide portion 30 having a 49 and an engaging portion 47 formed on an upper outer circumferential surface thereof and inserted into the atomizing pipe 25, an inner portion of the main body 7, and a bottom surface of the humidifying tank 11. The insertion hole 50 penetrates vertically, and passes through the insertion hole 50 to be connected to the lower end of the guide guide 30. Body humidifier having a spraying direction adjustment device, characterized in that the rotating means consisting of a nozzle 31, which is installed in the (7). According to claim 1, wherein the nozzle rotating means 31 is fixed to one side of the lower end of the guide guide 30 and coincides with the center of the communication hole 45 of the guide guide 30 to form a shape A rotating shaft 35 passing through the rotating rod 37 and an insertion hole 50 formed at the bottom of the humidification tank 11 of the main body 7 so as to rotate in connection with the rotating rod 37. A humidifier having a spray direction adjusting device, characterized in that it is composed of a motor (33) for generating a rotational force so that the (35) can rotate. According to claim 2, wherein the lower end of the rotary rod 37 and the outer peripheral surface of the upper end of the rotary shaft 35 is formed with a screw portion 59, the connection ring 41 having a female screw portion therein to be engaged with the screw portion 59 Humidifier having a spray direction control device, characterized in that the installation. According to claim 2, wherein the waterproof cover 39 which is covered on the rotating shaft 35, the insertion hole 55 coincides with the insertion hole 50 of the humidification tank 11 into which the waterproof cover 39 is inserted Is formed is a humidifier having a spray direction control device, characterized in that the rubber packing 43 is installed on the bottom and the other side of the humidification tank (11). 5. The rubber packing 43 has a plurality of communication holes 51 formed at both sides of the insertion hole 55, and bottom surfaces of both sides of the insertion hole 50 of the humidification tank 11. A humidifier having a spraying direction adjusting device, characterized in that a through hole (53) is formed and is fixed by a screw fitted into the hole (53). The humidifier having a spray direction control device, characterized in that the seating groove 48 is formed on the upper part of the atomizing pipe 25 so that the protrusion of the guide guide 30 can be inserted and seated. .