KR20220110448A - pneumatic hydraulic two-way vacuum cleaner - Google Patents

Abstract

A pneumatic/hydraulic two-way cleaner according to one embodiment of the present invention is configured to generate pneumatic and hydraulic pressure by allowing a rotary force interlocked between a motor and wings of the motor to be generated using the battery power so as to be driven by a switch. The present invention makes it possible not only to remove foreign substances from a floor surface to be cleaned through an one-way suction function provided in the cleaner, but also to convert the one-way suction function into a discharge function in the opposite direction by moving a direction changing cylinder installed inside the wings of the cleaner, thereby increasing the removal efficiency of foreign matters from the floor surface to be cleaned.

Description

Pneumatic hydraulic two-way vacuum cleaner{omitted}

The present invention relates to a pneumatic hydraulic two-way vacuum cleaner

More specifically, the present invention is a pneumatic hydraulic two-way vacuum cleaner that sucks and removes foreign substances by suction force, which is air pressure, on the cleaning surface, and moves foreign substances by discharge force, which is air pressure, to improve cleaning speed and

Also, the cleaning surface can be sucked in with water pressure.

In addition, it sucks and discharges water from the outside to move foreign substances to improve the vacuum cleaner function.

Pneumatic and water pressure can be used interchangeably in both directions, so it is convenient

In addition, it is easy to use because it is possible to discharge foreign substances to the outside at any time without removing the water collecting tank due to the function of parts.

In addition, the separation bin, which is a function of parts, separates foreign substances from the outside and sends cattle to the sump to facilitate the communication function of the sump.

It is about the most powerful pneumatic hydraulic two-way vacuum cleaner

There is no appropriate background technology

The blade of the motor built into the existing vacuum cleaner is located in an open space, and the air communication moving inside is the blade, which is a radial rotational force.

In the present invention

The blades of the motor built into the vacuum cleaner are located in an enclosed space.

The communication of air and water moving inside acts as a linear rotational force to reduce pressure rise and leakage space. will be

An object of the present invention is to alternately use air and water and to alternately change the suction function and the discharge function so that the purpose of the vacuum cleaner can be efficiently utilized.

It is to provide the function of a water pump that changes in both directions while categorizing and discharging foreign substances from the inside of the vacuum cleaner to the outside at any time, configuring the vacuum cleaner function and the blower function.

A pneumatic and hydraulic two-way vacuum cleaner according to an embodiment of the present invention for achieving the above object

The first corrugated pipe located downwardly on the upper upper rod that can be separated and assembled is attached and detached, and the upper end handle is installed on the upper end of the upper rod. while combining with the connecting suction surface of one end of the central axis of the motor and the connecting protruding surface of the central axis of the motor,

The lower position is attached to the assembly plate

The lower lower bar and the upper upper bar constituting the detachable switch operate on the battery and power supply to start or stop the motor,

As the motor rotates the coupled mullet during operation to generate pneumatic water pressure

By installing a two-way change tank that changes the overall movement of the pneumatic water pressure movement moving in a certain direction, the cleaning surface absorbs foreign substances or

Or it is possible to dissipate the pneumatic pressure and water pressure capable of moving the foreign material.

Preferably, the vacuum cleaner centered on absorption efficiency,

Without changing the rotation of the vacuum cleaner motor or using the rotational force of the additionally installed motor, it is possible to configure the blower discharge function, which is a phenomenon in which suction movement and air pressure in one direction of the vacuum cleaner are reversed.

The lower bar at the bottom is

At one end, the external screw thread installed at the top of the water collecting pipe and the outside is equipped with an upper rod and detachable function.

As a water collecting tank is formed in the inside, a communication section is formed at the central location.

on the outer surface

The foreign material raised by the downward suction force is placed, and the suction force passes through the second corrugated hose and can be discharged to the outside.

The separation tube connected to the water collecting tube and the other end has a detachable function, so when it is detached, foreign substances inside can be moved to the outside. Thus, the suction power can penetrate the central communication section

It can be discharged to the outside after passing through the inside of the upper rod and the inside of the first corrugated hose by passing through the inside of the second corrugated hose.

In addition, when the suction force is changed in the reverse direction, the second corrugated pipe hose discharge force is changed and the suction force is generated in the bidirectional change container, and the foreign material falls into the separation container while penetrating the central communication section of the collecting container with pneumatic and water pressure discharge force. As it is discharged through the lower side of the lower bar, the discharge force goes out to the outside.

Preferably, the exhaust power constitutes a blower function

When the discharge power becomes water, the pump function is configured to form a function to spray water on the cleaning surface.

The pneumatic and hydraulic two-way vacuum cleaner according to an embodiment of the present invention generates pneumatic and hydraulic pressure by generating interlocking rotational force between the motor and the lug in the power of the battery and driving it by a switch to generate unidirectional suction power to remove foreign substances from the cleaning surface and

In addition, it is efficient to remove foreign substances from the cleaning surface as it can change the suction power function of the vacuum cleaner to the discharge power function in the reverse direction by moving the two-way change tank installed inside.

1 is a diagram illustrating a pneumatic hydraulic two-way vacuum cleaner according to an embodiment of the present invention.
2 is a diagram illustrating the structure and parts of a pneumatic hydraulic two-way vacuum cleaner according to an embodiment of the present invention.
3 is a diagram illustrating the internal structure and installation parts of a pneumatic hydraulic two-way vacuum cleaner according to an embodiment of the present invention;
Figure 4 is a view showing the pneumatic hydraulic pressure two-way vacuum cleaner parts in accordance with an embodiment of the present invention to explain the water collecting box and the water collecting tank installation parts
5 is a view illustrating the pneumatic hydraulic pressure two-way cleaner parts and the insertion groove pressure baring motor separator plate separator operating switches according to an embodiment of the present invention
6 is a circular diameter installed in the space between the semi-circular groove 125 of the external pressure plate 80 of the pneumatic hydraulic pressure two-way vacuum cleaner according to an embodiment of the present invention and the semi-circular groove 126 of the bi-directional changing cylinder 85. It is a diagram illustrating the function of blocking pressure leakage and movement while positioned in the space between the circular rubber barking 124.

Hereinafter, a preferred embodiment according to the present invention will be described in detail with reference to the accompanying drawings.

1 is a view illustrating a pneumatic hydraulic two-way vacuum cleaner according to an embodiment of the present invention;

Referring to Figure 1 and the drawings, the main body of the pneumatic hydraulic two-way vacuum cleaner 50 according to an embodiment of the present invention is an upper rod 51, a silver detachable lower rod 100 and

It includes a pneumatic water pressure generating unit (52, 54, 63, 64, 65), a water collection outer tube (102), a separation tube (108) and a corrugated tube hose (56, 57), a water tank (58).

The body is composed of an upper bar (51) and a lower bar (100),

The upper rod 51 is installed with the operating switch 52, the connecting wire 54, the battery 63, and the outer tube 65, and the assembly plate 93 is attached behind the connection part, and the internal screw thread 94 is formed. 102) Detachable with external thread (101)

The upper bar 50 is connected to the upper end of the lower bar and connected to the upper end of the lower bar to form and move pneumatic water pressure, and the user can operate or stop with the current of the battery in the operation of the other end of the switch to lead the flow of pneumatic water pressure inside. Removes foreign substances from the cleaning surface by collecting foreign substances while sucking the foreign substances on the cleaning surface into the sorting bin and the collecting bin.

In addition, by forming pneumatic pressure, the suction and discharge functions are crossed and the air pressure is discharged to move and add up foreign substances, and it can act as a blower function.

Alternatively, by forming water pressure, it can move and add up foreign substances by discharging water pressure while cross-using suction and discharge functions, and it can act as a water pump function.

Compared to general vacuum cleaners, reverse cleaning function and additional blower and water pump functions can be configured.

Mullae (65) is installed at one end of the upper bar (51) and configured with an external pressure plate (80) facing the inner pressure plate (79) to generate pneumatic and hydraulic pressure, and a pressure barring (77) and a pressure barring extension surface (91) and function-forming foreign substances

The other end is equipped with an operating switch and the battery is seated in the middle, and a connecting wire 54 is installed at the end to form a motor 64, moving foreign substances from the inner penetrating section to the lower bar 100, which is an extension section, while operating and stopping, and the lower bar is When it is attached and detached from the upper rod and operated with the suction power of the mullet 65, foreign substances are absorbed and moved to the lower through-hole of the lower rod, and the separation rod 110 of the separation plate 111 is caught and stored in the white separation tube, and the cow passes through the water collection tube ( While seated in 102), the pneumatic and water pressure passing through the catchment net is absorbed and discharged into the inside of the water collecting tank 105 and is discharged through the inside of the corrugated pipe hoses 56 and 57 to the outside.

In addition, when operating the Mullae (65) with the reverse discharge force

As the air or water penetrates the inside of the corrugated pipe hoses (56, 57) on one side of the upper rod, it is absorbed into the inside of the water and discharged.

It enters the lower rod collecting bin and passes through the sump trap, then pushes and ejects the foreign substances deposited on the outside. be able to do

The direction change tube (85) is

When the movement changing rod 84 installed between the outer pressure plate 80 and the inner pressure plate 79 of the mullae 65 moves in the movement through hole 75 and stops moving in the counterclockwise and clockwise directions, the butterfly nut 117 ) tightening and tightening the protruding nut 123 to the groove thread 122, a pneumatic and hydraulic two-way vacuum cleaner configured to change the through space of pneumatic and water pressure

50; pneumatic hydraulic two-way vacuum cleaner
51; upper bar
52; operation switch
53; handle
54; slur
55; blocking plate
56; corrugated hose
57; corrugated hose
58; bucket
59; wheel
60; bolt nut
61; moving frame
62; fixed plate
63; battery
64; motor
65; begging
66; central axis
67; connection protrusion
68; connection suction surface
69; to sit down
70; bearing
71; bearing
72; waterproof backing
73; waterproof backing
74; cover plate
75; moving through hole
76; center cover plate
77; pressure barring
78; fixed plate
79; pressure plate
80; external pressure plate
81; natural round inner plate
82; triangular sump
83; water partition
84; moving bar
85; two-way change bin
86; waterproof silicone backing
87; motor fixing plate
88; motor fixing plate
89; screw groove mounting plate
90; pressure barring
91; pressure barring extension
92; insertion groove
93; base plate
94; internal thread
100; lower bar
101; external thread
102; out of catchment
103; waterproof backing
104; seating plate
105; sump
106; support surface
107; support surface
108; Separator
109; waterproof backing
110; separator
111; separate compartment
112; internal thread
113; external thread
114; assembly cleaning surface
115; waterproof backing
116; metal barring
117; butterfly nut
118; semi-circular membrane
119; Crimp bolt (auxiliary)
120; separate outer cylinder
121; connection plate
122; groove thread
123; protruding butterfly nut
124; Diameter Circular Rubber Barking
125; semicircular groove
126; semicircular groove

Claims (2)

A pneumatic hydraulic two-way vacuum cleaner 50 according to an embodiment of the present invention, the main body of which is an upper bar 51, a silver detachable lower bar 100 and
It includes a pneumatic water pressure generating unit (52, 54, 63, 64, 65), a water collection outer tube (102), a separation tube (108) and a corrugated tube hose (56, 57), a water tank (58).
The body consists of an upper bar (51) and a lower bar (100).
The upper rod 51 is installed with the operating switch 52, the connecting wire 54, the battery 63, and the mullet 65, and the assembly plate 93 is attached behind the connection part, and the internal screw thread 94 is formed. 102) While detaching and attaching with the external thread (101)
The upper bar 50 is connected to the upper end of the lower bar and connected to the upper end of the lower bar to form and move pneumatic water pressure, and the operating switch at the other end that leads the flow of pneumatic water pressure inside is operated or stopped with the current of the battery while operating or stopping. The foreign substances are removed from the cleaning surface by collecting the foreign substances while sucking the foreign substances on the cleaning surface into the sorting bin and the collecting bin.
In addition, by forming pneumatic pressure, it is possible to move and add up foreign substances by discharging pneumatic pressure while using the suction and discharge functions, and it works as a blower function.
Alternatively, by forming water pressure, the suction and discharge functions are crossed and the water pressure is discharged to move and add up foreign substances, and it works as a water pump function.
Compared to general vacuum cleaners, it is a pneumatic and hydraulic two-way vacuum cleaner with a reverse cleaning function and additional blower and water pump functions. The method of claim 1
Mullae (65) is installed at one end of the upper bar (51) and configured with an external pressure plate (80) facing the inner pressure plate (79) to generate pneumatic and hydraulic pressure, and a pressure barring (77) and a pressure barring extension surface (91) and By moving functionally-forming foreign substances
The other end is equipped with an operating switch and the battery is seated in the middle, and the connecting wire 54 is installed at the end to form a motor 64, and the lower bar moves foreign substances from the inner penetrating section to the lower bar 100, which is the extension section, while operating and stopping. When it is attached and detached from the rod and operated with the suction power of the mullet (65), foreign substances are absorbed and moved to the lower through-hole of the lower rod, and the separation rod 110 of the separation plate 111 is caught and stored in the white separation tube, and the cow passes through the water collection tube (102). ), the pneumatic pressure and water pressure passing through the catcher mesh are absorbed and discharged into the inside of the water collecting tank 105 and are discharged through the inside of the corrugated pipe hoses 56 and 57 to the outside.
In addition, when operating the Mullae (65) with the reverse discharge force
Air or water passes through the inside of the corrugated pipe hose (56, 57) on one side of the upper bar.
As it is absorbed and discharged into the
After entering the lower rod collecting bin and passing through the sump trap, the foreign substances deposited on the outside are pushed and discharged. becomes
The direction change cylinder (85) is
When the movement change rod 84 installed between the outer pressure plate 80 and the inner pressure plate 79 of the mulnae 65 moves in the movement through hole 75 and stops moving in the counterclockwise and clockwise directions, the butterfly nut 117 ) tightening and fastening the protruding nut 123 to the groove thread 122, a pneumatic and hydraulic two-way vacuum cleaner configured to change the through space of pneumatic and water pressure

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