JP3208209U - Water removal type vacuum cleaner - Google Patents

Abstract

[PROBLEMS] To collect garbage while removing water by applying a vacuum cleaner to a water-immersed floor, so that it is possible to prevent a failure caused by the water of the vacuum cleaner, and since this is a relatively inexpensive device, it is resistant to ordinary households. A water-removable vacuum cleaner that will be used without any problems. A discharge pipe 15 to which a suction main hose 5 of a vacuum cleaner 3 is detachably connected to an upper wall of an airtight tank 1 and an intake pipe 13 to which a cleaning destination hose with a dust suction port 26 is connected. Are installed in the airtight tank 1, and the household vacuum cleaner 3 is subordinate to the airtight tank 1, and both the pipes are in the airtight tank 1 so that the discharge pipe 15 can exert a suction force on the intake pipe 13. Opened, the interior space above the opening of the intake pipe 13 to the opening of the discharge pipe 15 is set as an internal space for the garbage to fly in the upper inner space of the airtight tank 1, and separated from the garbage during the flight at the lower end of the tank. There is a water reservoir. [Selection] Figure 1

Description

  The present invention relates to a dewatering type vacuum cleaner that can cope well when a floor is soaked or drenched and dirt is mixed with water and dirty widely.

  As an example of a case where the floor is submerged and the dirt is contaminated with water, water may be accidentally spilled. If a vacuum cleaner is used in this state, dust is sucked together with water, so that the vacuum cleaner may cause a failure due to water accumulated inside.

  In order to avoid this, it was covered with a rag, but there were many inconvenient aspects, such as the fact that dust adhered to the rag and it was difficult to remove it. It is considered desirable to be able to use a vacuum cleaner.

  However, when a vacuum cleaner was developed and manufactured as a device equipped with a water removal device, the cost was significantly increased, and it was difficult to disseminate it in general households.

  In view of the above situation, the present invention can collect waste while removing water by applying a vacuum cleaner to a water-immersed floor, so that it is possible to prevent a failure caused by the water of the cleaner, and this is relatively inexpensive. Therefore, an object of the present invention is to provide a water removal type vacuum cleaner that can be used without resistance in ordinary households.

  In order to solve the above-mentioned problems, the present invention is connected to the upper wall of the airtight tank with a discharge pipe to which the suction main hose of the vacuum cleaner is detachably connected and a cleaning hose with a dust suction port. An intake pipe is provided on each of the upper and lower protrusions, the household vacuum cleaner is subordinate to the airtight tank, and both the pipes are placed in the airtight tank so that the discharge pipe can exert a suction force on the intake pipe. Opened, the interior space of the upper part of the airtight tank is set up as an internal space for garbage to fly from the opening of the intake pipe to the opening of the discharge pipe. Provided is a water removal type vacuum cleaner characterized by comprising a portion.

  Since the water-removable vacuum cleaner is configured as described above, when using it, the home vacuum cleaner is assembled and used. Remove the suction tip of the vacuum cleaner, and this hose with a handle Connect to the discharge pipe. And when it is activated by the switch 8 attached to the handle, it reaches from the discharge pipe to the suction port of the cleaning hose through the intake pipe. By moving the cleaning hose on the dirty floor, dust and water are mixed. Since the water can separate and fall from the dust in the internal space from the intake pipe opening to the discharge pipe opening, and the water can be evaporated in the air, Dry garbage enters from the main hose of the vacuum cleaner and is finally caught by the filter of the vacuum cleaner body.

  As explained above, according to the dewatering type vacuum cleaner of the present invention, it is possible to collect and clean the garbage while removing water by applying a vacuum cleaner to the submerged floor. Moreover, since a household vacuum cleaner is used, there is an excellent effect that it can be provided at a low cost.

It is a perspective view which shows the dewatering type vacuum cleaner of this invention. It is the expanded sectional view seen from the front which shows the use condition of the water removal type vacuum cleaner. It is sectional drawing seen from the front which shows another Example in use condition. It is sectional drawing which looked at the airtight tank of the Example from the plane.

  In this device, the vacuum cleaner is also used for home use, but the type is not particularly limited, such as a filter type or a cyclone type.

  FIG. 1 and FIG. 2 show an embodiment, and the dewatering type vacuum cleaner P is composed of an airtight tank 1 having a built-in water removal device and a household vacuum cleaner 3. The vacuum cleaner 3 has a functional part removed from the hose to be operated, and is used with the base hose 5 alone provided on the handle 6.

  The airtight tank 1 is composed of a container-like body 9 and a lid 11 sealed so as to cover the upper end thereof, a discharge pipe 15 to which the main hose 5 is connected to the lid 11 so that suction can be performed, and then suction. An intake pipe 13 extending vertically is attached, and the space between the pipes 13 and 15 is widened as much as possible to form an internal space 19 for removing water in which the dust 17 flies in the airtight tank 1. ing.

  The lower part of the airtight tank 1 is formed as a water storage part 21, in which a water container 23 for storing water separated from the garbage 17 is provided, and a filtration net 24 for receiving the garbage separated from the flight is stretched above it. .

  The dust 17 applied to the filter net 24 is subjected to air convection and again participates in the flight, and is finally absorbed by the cleaner 3 through the discharge pipe 15.

  The discharge pipe 15 has a structure in which a portion protruding upward is normally exposed as a connection port with the vacuum cleaner 3 and the hose 5 of the vacuum cleaner 3 is detachably connected. A cleaning hose 25 is always attached to the intake pipe 13. The cleaning hose 25 is made of synthetic rubber so that it can be operated flexibly, and the tip is merely a suction port 26 with an oblique cut, but a special suction port component may be attached.

  FIG. 2 shows the internal state of the airtight tank 1 in use. Since the main hose 5 of the vacuum cleaner 3 is connected to the discharge pipe 15, when the switch 8 of the handle 6 is activated, the vacuum cleaner Since the suction force 3 is inside the airtight tank 1 from the discharge pipe 15 and the inside becomes a negative pressure, the suction force and the dust are sucked into the suction port 26 of the cleaning hose 25 together with water. However, when it is sucked and ejected from the mouth of the intake pipe 13 into the internal space 19, water is separated and dropped into the internal space 19 at the same time as it is dispersed, and the dust 17 from which water has been removed is sucked into the discharge pipe 15. Eventually, the removed water will be collected in the filter of the electric vacuum cleaner 3.

  3 and 4 show another embodiment. The dewatering type vacuum cleaner P has a conical shape in which the lid 11 is formed in a conical shape among the body 9 and the lid 11 of the airtight tank 1. A discharge pipe 15 is provided at the upper end, and an intake pipe 13 is provided at the lower end portion so as to open laterally in the circumferential direction.

  In the case of this embodiment, when air is sucked in the discharge pipe 15, it is the same that water is sucked together with dust from the intake pipe 13, but along the circumference of the airtight tank 1. Since it is sucked and reaches the discharge pipe 15 while spirally rising along the inner periphery of the cone, the residence time in the internal space 19 is long and the high speed of the vortex can be expected, so that the water removal efficiency is improved. Reference numeral 27 denotes a cock for discharging water accumulated in the water storage section 21.

P Dewatering vacuum cleaner 1 Airtight tank 3 Vacuum cleaner 5 Hose 13 Intake pipe 15 Discharge pipe 19 Internal space 21 Water storage part 24 Net 25 Cleaning destination hose 26 Suction port

Claims (3)

  On the upper wall of the airtight tank, a discharge pipe to which the suction main hose of the vacuum cleaner is detachably connected and an intake pipe to which a cleaning destination hose with a dust suction port is connected are provided in the upper and lower protrusions, respectively. The vacuum cleaner for household use is subordinated to the tank, and both pipes are opened together in the airtight tank so that the discharge pipe can exert a suction force on the intake pipe. The dewatering type is characterized in that the space from the opening of the pipe to the opening of the discharge pipe is set as an internal space for the garbage to fly, and the water storage part separated from the garbage during the flight is provided at the lower end of the tank. Vacuum cleaner.   The upper part of the airtight tank is formed in a conical shape, a discharge pipe is provided at the upper end of the conical shape, and an intake pipe is provided laterally at the lower end so that a spiral flow is generated in the internal space within the conical shape. The dewatering type vacuum cleaner according to claim 1, wherein the vacuum cleaner is opened in a circumferential direction. The dewatering type vacuum cleaner according to claim 1 or 2, wherein a net for receiving debris deviated from flight is stretched above the water reservoir.

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