CN202132923U

CN202132923U - A steam generator for a steam mop

Info

Publication number: CN202132923U
Application number: CN201120222186U
Authority: CN
Inventors: 梁楚亮
Original assignee: Individual
Current assignee: Individual
Priority date: 2011-06-28
Filing date: 2011-06-28
Publication date: 2012-02-01
Anticipated expiration: 2021-06-28

Abstract

A steam generator for a steam mop comprises a top cover, a hollow shell, a heating core and a control device, wherein the heating core comprises an electric heating body and a heat transfer body; the top cover is provided with a lower opening barrel, a steam guide barrel positioned in the lower opening barrel and a steam outlet nozzle communicated with the steam guide barrel; the top cover is fixedly connected with the shell and is in liquid seal, and the lower end of the shell is fixedly connected with the bottom cover and is in liquid seal; the steam guide cylinder is inserted into the cylindrical seat, and a gap is formed between the steam guide cylinder and the inner wall of the cylindrical seat; the lower opening cylinder is inserted into the groove between the annular wall and the cylindrical seat, and a gap is reserved between the lower opening cylinder and the cylindrical seat as well as between the lower opening cylinder and the annular wall. By adopting the structure, after entering the shell, water is preheated in a space between the shell and the lower opening cylinder, enters the space between the lower opening cylinder and the cylindrical seat for heating and vaporization, enters the cylindrical seat for heating and vaporization, and is discharged through the steam guide pipe and the steam outlet nozzle. Water is preheated and heated, heat around the cylinder seat is fully utilized, and steam is generated by reheating, so that the steam-discharging steam.

Description

The steam generator that a kind of steam mop is used

Technical field

The utility model relates to a kind of steam generator, especially a kind of steam generator that can be used for steam mop and Garment Steamer Machine.

Background technology

Present prior art, the steam generator that a kind of steam mop is used comprises shell, heat generating core and the control device of top cover, hollow, said heat generating core comprises electric heating body and thermal conductor; Intake tunnel on the shell.Existing problems are: steam produces slow, and efficient is low, electricity wasting.

Summary of the invention

The purpose of the utility model is: the steam generator that provides a kind of steam mop to use, it is fast that it has the steam of generation, the characteristics that efficient is high, power and energy saving.

The utility model is achieved in that the steam generator that a kind of steam mop is used, and comprises shell, heat generating core and the control device of top cover, hollow, and said heat generating core comprises electric heating body and thermal conductor; Intake tunnel on the shell, its special character is: said thermal conductor by bottom, be positioned at the cylindrical seat at bottom center and around the annular wall of cylindrical seat, heater is arranged on the cylindrical seat;

The under shed tube is arranged on the said top cover, be positioned at the steam-guiding tube of under shed tube and be communicated with vapour lock with steam-guiding tube;

Top cover is fixedly connected with shell and liquid sealing, and the lower end of shell is fixedly connected with bottom and liquid sealing; Steam-guiding tube inserts in the cylindrical seat, and is gapped between the inwall of steam-guiding tube and cylindrical seat; In the groove, gapped between under shed tube and cylindrical seat and the annular wall between under shed tube insertion annular wall and the cylindrical seat.

The steam generator that described a kind of steam mop is used; Its special character is: said intake tunnel comprises some waterway, intake tunnel and the exhalant canals vertically that are positioned on the shell wall; Intake tunnel is connected with waterway and exhalant canal along clockwise direction, and intake tunnel is connected waterway and exhalant canal along contrary inserting needle direction; Waterway and waterway, intake tunnel is communicated with by the guiding gutter on the axial end that is positioned at shell with exhalant canal with waterway and waterway;

One radially tank exhalant canal is communicated with the inner chamber of shell;

Said top cover is provided with water inlet tap, and water inlet tap is communicated with intake tunnel.

The steam generator that described a kind of steam mop is used, its special character is: said electric heating body twist, electric heating body is arranged in the cylindrical seat wall body.

The steam generator that described a kind of steam mop is used, its special character is: said control device comprises fuse and temperature detect switch (TDS).

The steam generator that a kind of steam mop of the utility model is used; Owing to adopt such structure; After water got into shell, the interior preheating of at first between shell and under shed tube, having living space got into heating vaporization between under shed tube and the cylindrical seat then; Get into heating vaporization in the cylindrical seat again, through steam guiding tube with go out vapour lock and discharge.Water is through preheating and heating, makes full use of the heat around the cylindrical shell seat, and heating produces steam again, and it is fast to have the steam of going out, the characteristics of saves energy.

Description of drawings

Fig. 1 is the cutaway view of the utility model.

Fig. 2 is the vertical view of the utility model shell.

Fig. 3 is the upward view of the utility model shell.

The specific embodiment

Below in conjunction with accompanying drawing the utility model is further described.

As shown in Figure 1, the steam generator that a kind of steam mop is used comprises shell 2, heat generating core and the control device of top cover 1, hollow, and said heat generating core comprises electric heating body 3 and thermal conductor 4; Intake tunnel on the shell 2, said thermal conductor 4 by bottom 41, be positioned at the cylindrical seat 42 at bottom center and around the annular wall 43 of cylindrical seat, heater 3 is arranged on the cylindrical seat 41;

On the said top cover 1 under shed tube 11 is arranged, be positioned at the steam-guiding tube 12 of under shed tube and be communicated with vapour lock 13 with steam-guiding tube;

Top cover 1 is fixedly connected with shell 2 and liquid sealing, and the lower end of shell 1 is fixedly connected with bottom 41 and liquid sealing; Steam-guiding tube 12 inserts in the cylindrical seat 42, and is gapped between the inwall of steam-guiding tube 12 and cylindrical seat 42; In the groove, gapped between under shed tube 11 and cylindrical seat 42 and the annular wall 43 between under shed tube 11 insertion annular wall 43 and the cylindrical seat 42.

Like Fig. 2, shown in Figure 3; Said intake tunnel comprises some waterway 21, intake tunnel 22 and the exhalant canals 23 vertically that are positioned on shell 2 walls; Intake tunnel 22 is connected with waterway 21 and exhalant canal 23 along clockwise direction, and intake tunnel 22 is connected waterway 21 and exhalant canal 23 along contrary inserting needle direction; Waterway 21 and waterway 21, intake tunnel 22 is communicated with by the guiding gutter on the axial end that is positioned at shell 1 24 with exhalant canal 23 with waterway 21 and waterway 21; One radially tank 25 inner chamber of exhalant canal 23 with shell 1 is communicated with; Adopt such structure, can carry out preheating, make full use of heat, prevent thermal loss water.

Said top cover 1 is provided with water inlet tap 5, and water inlet tap 5 is communicated with intake tunnel 22.

Said electric heating body 3 twist, electric heating body 3 is arranged in cylindrical seat 42 wall bodies.

Said control device comprises fuse 6 and temperature detect switch (TDS) 7.

Above-described only is the preferential embodiment of the utility model.Should be pointed out that for the person of ordinary skill of the art under the situation that does not break away from the utility model principle, can also make some improvement and modification, this also is regarded as the protection domain of the utility model.

Claims

1. a kind of steam generator that steam mop is used, comprises top cover, hollow shell, heating core and control device, and described heating core comprises electric heating element and heat transfer body; Water inlet channel on the shell, is characterized in that: all The heat transfer body consists of a bottom cover, a cylindrical seat located in the center of the bottom cover and an annular wall surrounding the cylindrical seat, and the heating element is arranged on the cylindrical seat;

There is a lower open tube on the top cover, a steam guide tube located in the lower open tube and a steam outlet nozzle connected with the steam guide tube;

The top cover is fixedly connected with the shell and is liquid-tight, and the lower end of the shell is fixedly connected with the bottom cover and is liquid-tight; the steam guide tube is inserted into the cylindrical seat, and there is a gap between the steam guide tube and the inner wall of the cylindrical seat; the lower open tube is inserted into the annular wall and In the groove between the cylindrical seats, there is a gap between the lower open cylinder, the cylindrical seat and the annular wall.

2. The steam generator for a steam mop according to claim 1, wherein the water inlet channel includes several axial water channels, water inlet channels and water outlet channels on the shell wall, The water channel is connected in series with the water channel and the water outlet channel in the clockwise direction, and the water inlet channel is connected in series with the water channel and the water outlet channel in the counterclockwise direction; the water channel and the water channel, the water inlet channel and the water channel, and the water channel and the water outlet channel are located The water guide groove on the axial end surface of the casing is connected;

A radial water groove communicates the water outlet channel with the inner cavity of the shell;

The top cover is provided with a water inlet, and the water inlet communicates with the water inlet channel.

3. A steam generator for a steam mop according to claim 1 or 2, characterized in that: the electric heating element is in a spiral shape, and the electric heating element is arranged in the wall of the cylindrical seat.

4. The steam generator for a steam mop according to claim 2, wherein the control device includes a fuse and a temperature control switch.