JPS5939508Y2 - steam cleaning equipment - Google Patents

Description

[Detailed description of the invention] The present invention relates to a steam cleaning device for cleaning objects that can perform not only steam cleaning but also drying work using a simple device. Conventionally, there were various steam cleaning devices. However, there is no device that can perform both steam cleaning and drying operations with a simple structure, and the devices that can perform both operations are extremely complicated and expensive.

The present invention eliminates the above-mentioned drawbacks, and one embodiment of the invention will be described below with reference to the drawings. 1 is a steam generator that stores a cleaning liquid 2 and generates cleaning steam by a heating heater 3; One end of a steam introduction pipe 4 is connected to the upper end.

5 opens the other end of this steam introduction pipe 4 to the side wall 6 toward the bottom.
-1 In the connected steam washing chambers, the cooling pipe 7 is wound around the upper inner surface from the center in the vertical direction to form a cooling phase, and the cylindrical body 9 is slightly inserted into the center of the lower bottom wall 8 to start up. , the elliptical flow rate [-1110 is opened.

Reference numeral 12 denotes a cooling chamber with an opening at the upper end of the flow rate [110].A cooling pipe 13 is wound around the inner peripheral surface of the chamber to maintain the cooling state, and the condensed and liquefied cleaning liquid is transferred to the lower end of the cooling chamber. A drain 14 is connected to lead to.

Reference numeral 15 denotes a cleaning liquid having a closing plate 16 fixed to the lower end to cover and close the flow amount [110] at the upper end of the cooling chamber 12.
A raised part is interposed between 7 and the closing plate 16 to maintain the position of the storage part 17 higher than the closing plate 16, and a handle 1 is provided at the upper end.
9 is formed.

The closing plate 16 has an elliptical flow rate [when it is formed into a rectangular shape sufficient to cover the blades O and is positioned perpendicularly to the elliptical flow opening 10 as shown in FIG. is formed to a width that allows the opening 21 to be formed at a flow rate of 110.

In addition, the flow opening 10 does not necessarily have to be formed in an elliptical shape, and can be of any shape such as large, square, or triangular. Alternatively, the flow opening 10 may be opened by placing the closing plate 16 on the f-bottom wall 8 on the square side of the flow opening 10f.

22 is an opening formed at the upper end of the steam cleaning chamber 5; 23 is a drain passage connecting the lower inner surface of the steam cleaning chamber 5 and the steam generator 1; The liquid produced by condensation due to contact with the steam generator 1 is guided to the steam generator 1.

To carry out steam cleaning work on a tank with a bottom as described above, the cleaning liquid 15 containing the objects to be cleaned is inserted into the steam cleaning chamber 5, and the flow opening 10 is closed with a closing plate 16.

If steam for cleaning is introduced from the steam introduction pipe 4 in this state, it will be retained in the steam cleaning chamber 5 because the flow opening 10 is closed, and the steam will adhere to and condense on the items to be cleaned, performing steam cleaning and discharging the items. Wash clothes at a high temperature.

After the steam cleaning is completed due to this high temperature, hold the handle 19 of the pre-washing 15 and lift it up.
By changing the closed state to the open state as shown by the two-dotted chain line in FIG. It is reduced to 1.

The steam that continues to flow in from the steam introduction pipe 4 also has a flow rate [11
Steam flows into the cooling chamber 12 from 0, and there is no contact between the steam and the objects to be washed in the cleaning capacity 15, and the objects to be washed are in the low temperature range, so the heated objects to be washed adhere and condense. Steam evaporates under incandescent heat and becomes dry.

Further, as the steam flows into the cooling chamber 12, a flow is generated in the steam cleaning chamber 5, and the cooled outside air flows in the steam cleaning chamber 5, and the cooled outside air flows into the steam cleaning chamber 5. Since it flows in from J22, the drying of the heated material to be washed is further accelerated.

As mentioned above, the present invention is capable of steam cleaning and completion of steam cleaning by simply moving the front of the cleaning chamber containing the cleaning object and closing or opening the flow opening with a closing plate, as described in L. The object to be washed can be dried, the washing work and the drying work can be performed by simple operation of a simple device, and the washing and drying can be done quickly and inexpensively.

[Brief explanation of drawings]

The drawings show one embodiment of the present invention, and Fig. 1 is a cross-sectional view, and Fig. 2 is a front view showing the relationship between the flow rate "I" and the closing plate. 4... Steam introduction pipe , 5... Steam cleaning chamber, 10... Distribution opening, 12... Cooling room, 15... Before washing, 16... Closed. Board.

Claims (1)

[Scope of utility model registration request] A steam inlet pipe with one end connected to the steam generator is connected to the bottom, and a flow opening is provided at the bottom to communicate with the cooling chamber that maintains the cooling state.The top end is connected to the outside air. The steam is obtained from a steam cleaning chamber and a cleaning liquid that is provided with a closing plate at the lower end that can close or open the flow port of the steam cleaning chamber and is placed in and out of the steam cleaning chamber so that the steam can flow therethrough. washing equipment.