RU181084U1 - WIRELESS ULTRASONIC AIR HUMIDIFIER - Google Patents

Abstract

The proposed utility model relates to the field of household appliances, namely to the design of an ultrasonic climatic device used to increase indoor air humidity. The ultrasonic humidifier contains a wireless housing and a stand that are detachable from each other, between which an electrically movable connection is formed. The housing contains a removable cover with an inclined nozzle for the exit of fine particles of liquid, and the said connection is made in the form of a concentric connector located in the bottom wall of the housing that is mated with a mating connector mounted on a stand. It provides increased safety when using a wireless humidifier, accompanied by improved ergonomics of its operation and management. 2 s.p. f-ly, 1 ill.

Description

Technical field

The proposed utility model relates to the field of household appliances, namely to the design of an ultrasonic climatic device used to increase indoor air humidity.

State of the art

The prior art compact electronic lighting device with the functions of ultrasonic humidification and sound reproduction (see CN 204100468, CL F21V 33/00, publ. 2015 [1]).

The known device contains a wireless, mounted on a stand connected to the mains, with the possibility of separating from it a housing equipped with an outlet for fine particles of liquid.

According to the known technical solution [1], the stand is equipped with an LED emitter, and a music reproduction, control and monitoring module is installed in the device’s case, which can be carried out using an external mobile wireless communication device.

Among the disadvantages of this device, it is possible to note the low operational capabilities of one of its functions, which is to humidify the air, since the internal space of the housing does not allow the volume of liquid necessary for effective humidification of the air to be placed, due to the fact that inside the housing there are components that implement additional functions, and the internal volume of the housing, respectively, will lead to an increase in the dimensions of the electronic device and, therefore, will deprive it of relative compactness.

Due to the fact that ultrasonic humidifiers are characterized by increased fluid flow, this disadvantage of the known electronic device [1] is very significant.

In addition, the location of various electronic components in the walls and inside the enclosure containing a container with continuously replenished water, after a lapse of time, will adversely affect their functional performance and subsequently lead to their premature damage and, as a result, to failure of all systems of the device.

The prior art ultrasonic humidifier (see KR 20140001625, CL F24F 11/02, publ. 2014 [2]).

Known humidifier contains electrically in contact with the stand and detachable from her wireless body, with an outlet for the resulting fine particles of liquid.

The known device is a portable (pocket) design in which there is no water tank, however, there is a water suction hole interacting with the ultrasonic vibrations generating device, performing its dispersion treatment, after which the liquid particles exit the outlet and moisten the surrounding area .

To start the operation of the device, it is enough to prepare virtually any container, fill it with water, and put the air humidifier on the water surface, with the suction side down, as a result, the air humidifier will be partially immersed in water and actually passing water through its body through its through hole - humidifies the air.

The disadvantages of the known compact air humidifier include the constant need to recharge a battery that supports the operation of the device, which reduces the performance of the latter, as well as the forced selection of suitable water containers, which are not actually structurally designed for ultrasonic humidification, which actually impairs the quality of humidification and significantly increases the time to prepare the device for work.

The closest analogue of the proposed utility model is a wireless ultrasonic humidifier (see KR 101341545, class F24F 6/00, publ. 2013 [3]).

Known ultrasonic humidifier contains, detachable from each other, a wireless housing and stand, between which is formed an electrical movable connection.

This technical solution is structurally divided into the said stand and the body, made in the form of a water tank, inside which is installed the equipment for generating ultrasonic waves, containing at least an ultrasonic unit connected to at least one limiter with an ultrasonic one mounted on it generator.

During the operation of this humidifier [3], it does not seem possible to change the exit direction of the flow of fine particles of liquid, thereby limiting the functionality of the device.

An additional drawback can be considered the need for maintenance of the known device, namely, periodic cleaning, of all equipment for generating ultrasonic waves, since when operating an air humidifier, the mentioned equipment is constantly in contact with a liquid medium, thereby reducing the operational characteristics of the device.

Utility Model Disclosure

The proposed utility model solves the problem (technical problem) of creating a wireless air humidifier with high technical and operational performance.

The technical result of the proposed utility model that provides a solution to the indicated technical problem is to increase the degree of safety when using a wireless air humidifier, accompanied by improved ergonomics of its operation and control.

The specified technical result, which solves the specified technical problem, is achieved due to the fact that the ultrasonic humidifier contains a detachable wireless case and a stand, between which an electrically movable connection is formed, the case contains a removable cover with an inclined nozzle for the exit of fine particles of liquid, and the aforementioned the connection is made in the form of a concentric connector located in the bottom wall of the housing, which is mated with a mating connector mounted on a stand.

The case of the proposed humidifier wireless, allows you to easily and quickly remove it from the stand for safe maintenance (the device is de-energized), namely the periodic replenishment of the body space with water, there is no need to disconnect the device from the mains, as well as the need to remove a special capacity from the body for replenishment her water.

The movable connection formed between the body and the stand, made in the form of a concentric docking connector, reliably holds the body filled with water on the stand and allows for easy and quick rotation of the body around its axis, ensuring the exit of fine particles of liquid through the inclined nozzle of the lid, in the right direction, for example, in the opposite direction from the crib, ensuring the safety of the child and while moistening the neighboring space, or in the opposite direction from the wall, not Ortya covering it and moisturizing the air in the room. In addition, you can rotate the device in any desired direction, regardless of where the electrical outlet is located, and for convenience it is possible to position the device with the control panel facing the user also regardless of where the electrical outlet is located.

The implementation of the proposed device is ultrasonic, the action of which is based on the operation of the ultrasonic membrane, due to considerations of improving safety and ergonomics, since devices that disperse water through ultrasound use a reduced electric voltage (transformed by a transformer) in their work and are characterized by a fairly low energy consumption, while ensuring optimal performance indicators during long-term operation, and the temperature of the outgoing fine particles of liquid and (steam) does not exceed 40 ° C, whereas steam humidifier forms a hot capable burn pairs.

It is also important to pay attention to the fact that the inclined nozzle, made in the housing cover, forms a narrowly directed accentuated steam stream, which should not be dangerous for people, and therefore, it is constructive to use components exclusively for ultrasonic humidification, which additionally add (reinforce) high ergonomic characteristics of the device, consisting in the manifestation of optimal performance of the device during its operation and management.

Thus, as a result of the fact that the ultrasonic humidifier contains a detachable wireless casing and a stand, between which an electric movable connection is formed and as a result of the fact that the casing contains a removable cover with an inclined nozzle for the exit of fine particles of liquid, and the indicated electric movable connection made in the form of a concentric connector located in the bottom wall of the housing, docked with the connector mounted on the stand provides an increase in the degree of safety features when using a wireless humidifier, accompanied by improved ergonomics of its operation and control.

The indicated features of the proposed ultrasonic air humidifier form a set of essential signs necessary and sufficient to achieve technical results related by a causal relationship, which include increasing the degree of safety when using a wireless air humidifier, accompanied by improved ergonomics of its operation and control, which in turn solves the technical problem of creating a wireless humidifier with high technical and operational indicators.

Brief Description of the Drawings

In FIG. 1 shows an illustrative embodiment of the proposed ultrasonic humidifier.

Utility Model Implementation

The proposed utility model is illustrated by a specific implementation example, which, however, is not the only possible, but clearly demonstrates the achievement of a given set of essential features of a given technical result.

In FIG. 1 presents the following parts and elements of the proposed ultrasonic humidifier:

1 - wireless housing;

2 - stand;

3 - concentric connector located in the bottom wall of the housing;

4 - concentric connector mounted on a stand;

5 - removable housing cover;

6 - inclined nozzle;

7 - float water level sensor;

8 - control panel;

9 - generator;

10 - control unit;

11 - transformer;

12 - fan;

13 - ultrasonic membrane;

14 - float steam condenser;

15 - air pipe;

16 - power cord.

According to the concept of the proposed utility model, an ultrasonic air humidifier comprises a wireless housing 1 detachable from each other and a stand 2, between which an electric movable connection is formed, which is made in the form of a concentric connector 3, located in the bottom wall of the wireless housing 1, which is joined with the response concentric connector 4, mounted on stand 2.

The wireless housing 1 includes a removable cover 5 with an inclined nozzle 6 exit fine particles of liquid.

The possibility of the proposed humidifier is confirmed by the following methods of its use.

Before starting the operation of the air humidifier, it is necessary to connect it to the electric network using the power cord 16. After that, the control panel 8 should display information about the amount of water in the device, measured by the float sensor 7 of the water level. If you need to replenish the device with water, it is necessary to separate the wireless casing 1 from the stand 2 on which it is installed and is in electrical communication with it.

The wireless housing 1 is easily and quickly removed from the stand 2, then the interior of the housing is filled with water from a water tap, this action is absolutely safe, since the device is de-energized and there is no chance of electric shock or a short circuit in the network.

After that, the wireless case 1 is returned to its original position, namely, it is installed back on the stand 2, while the concentric connector 3 is joined with the mating concentric connector 4, ensuring their electrical and movable connection, as a result of which the device is ready for operation.

An alternating electrical signal is supplied to the ultrasonic membrane 13, as a result of which waves of reduced and increased pressure alternately appear in the water column, while in the layers of reduced pressure the liquid begins to boil without rising above room temperature, as a result of which fine particles of liquid rise into the air, pass through the float condenser, the steam 14 and then through the inclined nozzle 6 go out in the form of a narrowly focused accentuated steam stream.

The proposed humidifier can be equipped with a hygrostat (not shown in Fig. 1).

Using the electronic control panel 8, it is possible to control the operating modes of the device, for example, power and humidification time, the time the device is turned on or off, etc.

The proposed ultrasonic humidifier does not require constant monitoring from the owner, the device operates in automatic mode and is absolutely safe.

During operation of the air humidifier, the aforementioned movable electrical connection formed between the wireless body 1 and the stand 2 reliably holds the water-filled body 1 on the stand 2 and allows easy and quick rotation of the wireless body 1 around its axis, providing the exit of fine particles of liquid through an inclined nozzle 6 of the removable cover 5, in the necessary direction, for example, in the opposite direction from the crib, ensuring the safety of the child and while moistening the adjacent space, or in the opposite direction from the wall, without spoiling its coating and humidifying the air in the room.

In addition, during operation, the device can be turned in any desired direction, regardless of where the electrical outlet is located, and for convenience, it is possible to position the device with the control panel 8 facing the user also regardless of where the electrical outlet is located.

The implementation of the proposed ultrasonic air humidifier, the action of which is based on the operation of the ultrasonic membrane 13, is due to considerations of improving safety and ergonomics, since devices that disperse water through ultrasound use a reduced electric voltage (transformed by a transformer) in their work and are characterized by a fairly low power consumption, providing at this is the optimal performance and control during long-term operation, and the temperature of the outgoing small code spersnyh liquid particles (steam) does not exceed 40 ° C, whereas steam humidifier forms a hot capable burn pairs.

During operation of the device, the inclined nozzle 6, made in the lid of the housing 5, forms a narrowly focused accentuated steam flow, which does not pose a danger to people, since, structurally, the proposed device uses the components of ultrasonic humidification, which, in addition to the above, in the proposed design of the device, reinforce general ergonomic characteristics of the device, consisting in the manifestation of optimal performance of the device during its operation and management.

Thus, the desired technical result is achieved thanks to the formulated set of essential features, clearly presented below:

- ultrasonic humidifier contains detachable wireless housing 1 and stand 2, between which is formed an electrical movable connection;

- the wireless housing 1 contains a removable cover 5 with an inclined nozzle 6 exit fine particles of liquid;

- electrical movable connection is made in the form of a concentric connector 3, located in the bottom wall of the housing, which is mated with a mating concentric connector 4 mounted on a stand 2.

The proposed ultrasonic humidifier can be widely used in the field of household appliances used to increase indoor humidity.

Claims (3)

1. An ultrasonic humidifier containing detachable wireless casing and a stand, between which an electric movable connection is formed, characterized in that the casing contains a removable cover with an inclined nozzle for the exit of fine particles of liquid, and said connection is made in the form of a concentric connector located in the bottom wall of the housing that is mating with a mating connector mounted on a stand. 2. The ultrasonic humidifier according to claim 1, characterized in that it contains a hygrostat. 3. The ultrasonic humidifier according to claim 1, characterized in that the wireless housing is equipped with an electronic control panel for operating modes of the device.

Images