KR200410166Y1 - Rotation Type Brush Cleaner - Google Patents

Abstract

The present invention relates to a rotary brush cleaner, to form a brush 112 having a brush rotating shaft 115 to perform the cleaning, and to form a brush coupling gear 113 having a gear to rotate the brush rotating shaft 115, The brush unit 110 supports the brush rotating shaft 115 with the support bearing 114 to form the brush base 111 incorporating the brush coupling gear 113, and the brush coupling gear of the brush unit 110 ( Transmission gear 124 is formed so as to interlock with the coupling 113, and the transmission base installed therein to support the transmission shaft 122, which transmits power to one side of the transmission gear 124 with the transmission bearing 123 ( The power transmission unit 120 and 121, the angle transmission connector 132 is formed to be connected to interlock while adjusting the angle to the side connected to the transmission shaft 122 of the power transmission unit 120, the transmission base Angle to the side connected to the outside of the 121 The angle adjusting unit 130 formed to couple the joint 131 and the driving shaft 144 are connected to each other to be interlocked with the angle adjusting connector 132 of the angle adjusting unit 130, and the outer side of the driving shaft 144. A shaft base 143 to the outside connected to the angle adjusting joint 131, and the power supply unit formed in the driving base 141 provided therein by the driving motor 142 coupled to drive the driving shaft 144. It comprises 140.

 Brush, Anti-contact Cushion, Spiral Brush, Soft Cleaning Tool, Orthogonal Brush

Description

Rotation Type Brush Cleaner

1 is a perspective view of a rotary brush cleaner according to the present invention.

2 is a cross-sectional view of the rotary brush cleaner according to the present invention.

Figure 3 is a partial cutaway cross-sectional view of the brush portion of the main portion of the rotary brush cleaner according to the present invention.

Figure 4 is an enlarged partial cutaway cross-sectional view of the installation state of the spiral brush cleaner another embodiment of a rotary brush cleaner according to the present invention.

Figure 5 is an enlarged partial cutaway cross-sectional view showing a state in which the soft cleaning tool is another embodiment of a rotary brush cleaner according to the present invention.

Figure 6 is an enlarged partial cutaway cross-sectional view showing a state in which the orthogonal brush is another embodiment of a rotary brush cleaner according to the present invention.

* Description of the symbols for the main parts of the drawings *

100: cleaner 110: brush part

111: Brush Base 112: Brush

113: brush coupling gear 114: support bearing

115: brush rotating shaft 116: contact prevention cushion

117: spiral brush 118: soft cleaning ball

119: Ortho Brush 119a: Orthogonal Gear

120: power transmission unit 121: transmission base

122: transmission shaft 123: transmission bearing

124: transmission gear 130: angle adjustment unit

131: angle adjustment joint 132: angle adjustment connector

133: transmission support bearing 134: drive support bearing

140: power supply 141: driving base

142: drive motor 143: shaft base

144: drive shaft 145: power supply

146 knob

The present invention relates to a rotary brush cleaner, and more particularly, to form a brush that is variously displaced according to the cleaning type so as to be interlocked while adjusting the angle with the drive motor to efficiently and efficiently displace the brush in accordance with the displacement in the cleaning environment. Provide a rotary brush cleaner to clean.

In general, cleaning refers to keeping the inside and outside of the house clean and living in a sanitary and efficient manner. To clean out the dirty parts of the house and to wipe away the dirty parts of the entire building, it is the life of the house itself. It also keeps you long.

This general cleaning method is a method of cleaning that has been performed previously by removing dust with a whisk and sweeping it with rain and wiping with a mop. However, when the house is dried with new building materials and construction methods as of late, it is difficult to preserve the building beautifully only by the cleaning method so far. Dividing the cleaning method into two categories can be divided into dusty cleaning, writing cleaning, polishing cleaning and wiping cleaning. There are many convenient cleaning tools on the market, but not all of them can be cleaned. Generally, cleaning tools to be equipped include a gun, a rain, a dustpan, a mop, a mob, a bucket, a brush, a vacuum cleaner, a manual cleaner, and various kinds of polishes, detergents, and chemicals. External cleaning tools include a chopstick, a rake, a shovel, and a dustpan.

 Among the cleaning tools described above, a vacuum cleaner, which is a cleaning device that conventionally uses electricity to absorb dust and the like by using absorption power of a low pressure part, is used.

These vacuum cleaners are also called electric cleaners. The dust on the carpeted living room is absorbed and cleaned by air absorption. It is convenient to clean every corner of the room, and when cleaning a large living room, plug the cord into a wall outlet and push it around to absorb dust. It's convenient to plug in the cord that's not too long. After cleaning, turn off the switch, unplug the cord, open the lid of the dust box and shake off any accumulated dust.

The vacuum cleaner has a structure such as a suction port, a motor, a rotor blade, a filter, a dust collector case, and an exhaust port, and an operation process thereof is as follows. A commutator motor rotates the rotor blade more than 10,000 times to vacuum the inside and sucks in dust or debris through the inlet. Sucked dust and debris is filtered out of the filter and air is exhausted through the exhaust vent. It also has a function of winding the power cord automatically. Also, a gear is operated when the power cord is unplugged or wound to automatically shake off the dust attached to the filter. The suction port is also designed to be easy to use depending on the place of use.

However, the vacuum cleaner continuously rotates the rotor blades to maintain the suction force, and creates a vacuum state to draw dust and foreign substances into the cleaning section. The vacuum cleaner uses suction force to remove stains or old stains caused by soil contamination. When the reinforcement has to be rotated at a high speed with a large motor with a large capacity, there is a problem in that noise is generated and the production cost increases as the motor and the rotary blade are enlarged.

In addition, the vacuum cleaner of the prior art absorbs dust in a low pressure environment with a filter inside, so if the moisture is absorbed, the internal filter is wet and cannot be properly filtered. By penetrating the breakage occurs, there was a problem that can not be used in a wet toilet.

 In addition, the vacuum cleaner of the prior art has to be removed first by hand using another tool to clean the contaminated place that has been deposited for a certain period of time. The greater the degree of contamination, the more difficult it is to remove. There was a problem of cost.

In addition, the vacuum cleaner of the prior art is used while replacing various types of cleaners to clean a large space, a narrow space, a passageway space, a grooved space, etc., the contamination formed in the groove or narrow space is severe or long-term deposition Difficult to clean the contaminated portion was left unattended or there is a problem that the efficiency of cleaning is reduced by expanding the space.

The main purpose of the present invention devised to solve the above problems is to form a brush that is variously displaced according to the cleaning type so as to be interlocked while adjusting the angle with the driving motor. It is to improve hygiene and cleanliness by cleaning efficiently.

As such, the rotary brush cleaner of the present invention devised to achieve the object is to form a brush that is rotated by the rotation of the brush rotating shaft provided on one side to perform the cleaning, the brush is coupled to the other end of the brush rotating shaft to form a brush coupling The gear unit forms a brush base that supports the brush rotation shaft with the support bearing inward, and forms a brush base incorporating the brush coupling gear, and protrudes the transmission gear so as to interlock with the brush coupling gear of the brush unit. A power transmission part having a transmission base installed therein to support the transmission shaft through which power is transmitted to one side of the transmission shaft, and an angle adjustment connector connected to interwork while adjusting an angle to a side connected to the transmission shaft of the power transmission unit. Forming and angle to the side connected to the outside of the transmission base The angle adjusting unit is formed by combining the angle adjusting joint to adjust the angle while rotating the transmission shaft of the power transmission unit, and the driving shaft is connected to be interlocked with the angle adjusting connector of the angle adjusting unit, and the angle adjusting joint is formed outside the driving shaft. A power supply unit forming a shaft base to the outside to be connected, the drive motor coupled to drive the drive shaft is formed in the drive base having a handle on the top, and the power supply for applying power to the upper portion of the handle It is characterized by including the configuration.

In addition, the brush portion is characterized in that the brush to form a contact preventing cushion to prevent contact with the floor at the end of the brush is rotated to prevent rotation interference and breakage caused by the contact with the floor.

The brush unit is configured to combine the transmission gear of the power transmission unit and the brush coupling gear to form a spiral brush in a spiral brush shape to be rotated to be inserted into the narrow area for cleaning.

In addition, the brush unit combines the transmission gear of the power transmission unit and the brush coupling gear to form a soft rod-like soft cleaning sphere on the rotating shaft of the brush, the soft cleaning sphere is inserted into a narrow gap to rotate to clean the contaminants therein. Characterized in that configured to.

In addition, the brush unit forms an orthogonal gear interlocked with a position perpendicular to the transmission gear of the power transmission unit to form an orthogonal brush formed at the lower portion orthogonal to the power transmission unit to form a brush rotation shaft supported by the support bearing. When rotated is characterized in that configured to rotate the orthogonal brush.

In addition, the angle adjusting portion forms a transmission support bearing on the transmission shaft connected to the angle adjustment connector, and the driving shaft to form a driving support bearing to rotate while adjusting the angle while supporting the transmission shaft and the drive shaft to prevent flow and accurate It is characterized in that the configuration to maintain the angle.

Thus, looking at the preferred embodiment of the rotary brush cleaner of the present invention configured with reference to the drawings as follows.

1 is a perspective view of a rotary brush cleaner according to the present invention, Figure 2 is a cross-sectional view of the rotary brush cleaner according to the present invention, Figure 3 is a partial cutaway cross-sectional view of the enlarged brush portion of the rotary brush cleaner according to the present invention. 4 is a partial cutaway cross-sectional view of an enlarged state of installing a spiral brush according to another embodiment of the rotary brush cleaner according to the present invention, and FIG. 5 is a state of installing the soft cleaning device according to another embodiment of the rotary brush cleaner according to the present invention. 6 is an enlarged partial cutaway sectional view, and FIG. 6 is an enlarged partial cutaway sectional view of an installed orthogonal brush which is another embodiment of a rotary brush cleaner according to the present invention.

As shown in Figures 1 to 6, the rotary brush cleaner of the present invention is a brush unit 110 that is rotated to perform the cleaning while rotating the brush 112, and a power for transmitting power to the brush unit 110 And connected to the transmission unit 120, the angle adjustment connector 132 to adjust the angle of the power transmission unit 120 coupled to the brush unit 110 and the angle control unit 130 to adjust the angle while rotating in conjunction with It is characterized in that it comprises a power supply unit 140 for supplying the power generated from the drive motor 142 by connecting to the power transmission unit 120 and the angle adjustment connector 130.

The brush unit 110 forms a brush 112 that is rotated by the rotation of the brush rotating shaft 115 provided on one side to perform the cleaning, the brush is coupled to the other end of the brush rotating shaft 115 to form a brush to rotate The gear 113 is formed, and the brush rotation shaft 115 is supported inwardly by the support bearing 114 to form the brush base 111 having the brush coupling gear 113 therein.

The power transmission unit 120 is projected to form a transmission gear 124 to be coupled to the brush coupling gear 113 of the brush unit 110, the transmission shaft that transmits power to one side of the transmission gear (124) ( It is configured to form a transmission base 121 installed therein so as to support the 122 with the transmission bearing 123.

Here, the brush unit 110 is formed by the contact preventing cushion 116 to prevent the contact with the floor at the end of the brush 112 is rotated to rotate the brush 112 is generated in contact with the floor Configure to prevent interference and breakage.

In addition, the brush unit 110 is a spiral brush 117 to form a spiral brush shape on the brush rotating shaft 115 is rotated by coupling the transmission gear 124 and the brush coupling gear 113 of the power transmission unit 120. It is configured to insert and clean inside to form a narrow area.

In addition, the brush unit 110 is a soft rod-like soft cleaning sphere 118 to the brush rotating shaft 115 is rotated by coupling the transmission gear 124 and the brush coupling gear 113 of the power transmission unit 120. Form a soft cleaning sphere 118 is inserted into the narrow gap is configured to clean the contaminants by rotating.

In addition, the brush unit 110 forms an orthogonal gear 119a interlocked at a position orthogonal to the transmission gear 124 of the power transmission unit 120 to support the brush rotating shaft 115 supported by the support bearing 114. The formed orthogonal brush 119 is formed on the lower portion orthogonal to the power transmission unit 120 to rotate the orthogonal orthogonal brush 119 when the transmission gear 125 of the power transmission unit 120 rotates.

The angle adjusting unit 130 forms an angle adjusting connector 132 connected to interlock while adjusting the angle to the side connected to the transmission shaft 122 of the power transmission unit 120, the outer side of the transmission base 121 Combining the angle adjusting joint 131 to adjust the angle to the side to be connected is configured to adjust the angle while rotating the transmission shaft 122 of the power transmission unit 120.

Here, the angle adjusting unit 130 forms a transmission support bearing 133 on the transmission shaft 123 connected to the angle adjustment connector 132, and forms a driving support bearing 134 on the drive shaft 144, and transmits it. Rotate while adjusting the angle while supporting the shaft 122 and the drive shaft 144 is configured to prevent flow and maintain the correct angle.

The power supply unit 140 forms a connection to the drive shaft 144 so as to interlock with the angle adjustment connector 132 of the angle adjustment unit 130, the outer side connected to the angle adjustment joint 131 to the outside of the drive shaft 144. To form the shaft base 143, the drive motor 142 coupled to drive the drive shaft 144 is formed therein is formed on the drive base 141 having a handle 146 on the top, the handle 146 It is configured to form a power supply unit 145 for applying power to the top of the).

Thus, look at the action of the rotary brush cleaner of the present invention configured as follows.

First, in order to clean a large area by selecting the brush 112 according to the environment to be cleaned, select the brush 112 that rotates in a cylindrical shape to avoid the contact of the brush 112 and the cleaning surface to the rotating side to prevent damage Forming a contact preventing cushion 116, a brush rotating shaft 115 having a brush coupling gear 113 in the rotating portion of the brush 112, and the brush rotating shaft 115 as a support bearing 114 therein; While supporting, the brush base 111 having the brush coupling gear 113 installed therein is formed.

At this time, the brush unit 110 is a spiral brush 117 to form a spiral brush shape on the brush rotating shaft 115 is rotated by combining the transmission gear 124 and the brush coupling gear 113 of the power transmission unit 120. Form and insert it into a narrow area to clean it.

In addition, the brush unit 110 is a soft rod 118 of the soft rod-shaped to the brush rotating shaft 115 is rotated by coupling the transmission gear 124 and the brush coupling gear 113 of the power transmission unit 120. Form a soft cleaning sphere 118 is inserted into the narrow gap to rotate to clean the contaminants inside.

In addition, the brush unit 110 forms an orthogonal gear 119a interlocked at a position orthogonal to the transmission gear 124 of the power transmission unit 120 to support the brush rotating shaft 115 supported by the support bearing 114. The formed orthogonal brush 119 is formed on the lower portion orthogonal to the power transmission unit 120, so that when the transmission gear 124 of the power transmission unit 120 rotates, the orthogonal brush 119 is rotated so as to be used by the user. In accordance with the orthogonal brush (119) to keep the cleaning position comfortable.

In this way, the transmission gear supported on the transmission bearing 123 to be coupled to the transmission shaft 122 at the end of the transmission base 121 formed at the end of the brush coupling gear 113 is coupled to the brush 112 is interlocked. 124 of the angle adjustment connector 132 is coupled to the gear and coupled to adjust the angle in the state supported by the transmission support bearing 133 to the coupling portion of the transmission shaft 122 of the power transmission unit 120. It is coupled to one side, and combines the drive shaft 144 supported by the drive support bearing 134 to the other side of the angle adjustment connector 132.

At this time, the transmission base 121 formed on the outer side of the transmission shaft 122 and the shaft base 143 formed on the outer shaft on the drive shaft 144 is an angle adjustment joint 131 diffracted according to the adjustment angle of the angle adjustment connector 132 Connected to the base to install the transmission base 121 and the shaft base 143 to match the angle of the angle adjustment connector (132).

As described above, adjusting the angle and the transmission shaft 122 formed by rotating the brush unit 110 having the brush 112 suitable for the cleaning environment to the transmission gear 124 of the power transmission unit 120 to rotate. The drive shaft 144 connected by the angle adjustment connector 132 is installed to be rotated by the drive of the drive motor 142 formed therein in the drive base 141, and the power supply unit for applying power to the upper portion of the handle 146 ( 145 is formed, and a handle 146 gripped by the user is installed at the upper portion of the shaft base 143.

Thus, the brush formed to be interlocked with the brush rotating shaft 115 to the other side by selecting the brush 112 according to the cleaning environment by transporting the handle 146 to the place to be cleaned in order to use the cleaner 100 formed. With the coupling gear 113 coupled to the transmission gear 124 of the power transmission unit 120 so that the brush 112 is positioned at the cleaning part, the brush 112 is positioned at the angle adjusting unit 130 with the angle adjusting joint 131. When the diffraction 112 is clean and cleaned at an angle, the angle is adjusted so as to drive the transmission shaft 122 and the drive shaft 144 without power loss in the angle adjustment connector 132 therein.

As described above, when the power supply unit 145 is operated while the rotation angle is adjusted, the driving motor 142 rotates the driving shaft 144 while driving, and the driving shaft 144 and the angle adjusting connector 132 are rotated. When the connected transmission shaft 122 rotates, the transmission gear 124 formed at the end of the transmission shaft 122 is rotated to rotate the gear coupling gear 113 coupled to the gear, the brush coupling gear 113 and the brush rotation shaft ( The brush 112, which is coupled to the upper and lower surfaces, is rotated to clean the contaminated area.

At this time, the rotating brush 112 is lowered below a certain height to form a contact preventing cushion 116 on one side or both sides to prevent contact with the floor to prevent rotation overload and damage.

Therefore, the brush 112 of various shapes according to the cleaning environment is damaged by the contact with the contact room cushion 116 while the user adjusts the rotational force supplied from the drive motor 142 at the angle adjusting unit 130 at a convenient angle. Rotate to prevent foreign substances.

Thus, the rotary brush cleaner of the present invention is configured by forming a brush equipped with a brush that removes contaminated material by repetitive friction in various forms suitable for the cleaning environment, and is rotated by gear coupling to a gear driven by a driving motor. By changing and using various types of brushes according to the type of cleaning environment, it provides the effect of increasing the generality of cleaning and improving the efficiency of cleaning.

In addition, the rotary brush cleaner of the present invention is inserted into the transmission gear to the transmission gear to rotate the brush is connected to the drive motor in a large space to easily rotate the brush, the spiral shape inserted into the interior in a narrow area The spiral brush is inserted into the transmission gear to clean it, and the internal groove has a orthogonal orthogonal gear to ease the user's posture. The orthogonal brush to be combined is variously combined as desired by the user according to the type of cleaning to increase the efficiency of cleaning, and by applying to various types of cleaning with a single cleaner, it provides the effect of expanding the versatility.

In addition, the rotary brush cleaner of the present invention has a coupling gear of a brush formed and rotated at one end of the transmission base so that the transmission gear supported by the transmission bearing is connected to the end of the transmission shaft connected to transmit the rotational force generated by the driving motor. Detachable from the outside and coupled to, by forming a variety of brushes to easily rotate by gear combination, thereby providing an effect of improving the ease of use of the user by simply detaching and replacing the brush.

In addition, the rotary brush cleaner of the present invention is to rotate the contact prevention cushion to prevent contact with the cleaning floor to one side of the brush to perform the cleaning by rotating while removing various brushes by transmitting the rotational force of the drive motor from the power transmission unit. It is formed to a height that the brush does not contact to prevent the contact of the rotating brush and the floor to prevent damage caused by brush contact to provide an effect of increasing the life.

In addition, the rotary brush cleaner of the present invention is connected to the angle adjusting connector so that the angle is adjusted to the connection portion formed to transmit the power generated by the drive motor to the power transmission unit, the shaft base and the power transmission unit of the drive shaft coupled to the outside By connecting the base with an angled adjustable joint, the work angle of the brush that rotates according to the cleaning area is adjusted in advance on the power transmission side, thereby improving the efficiency of cleaning by controlling the contact angle between the brush and the floor, and loss of power. By rotating the brush at a constant angle without using it, it saves energy by preventing power loss.

In addition, the rotary brush cleaner according to the present invention forms a driving support bearing on the drive shaft connected to adjust the angle, and forms a transmission support bearing connected to the drive shaft and the angle adjustment connector to be linked to the drive shaft when the angle is adjusted. By supporting the shaft and rotating smoothly without rotation interference during rotation after the angle adjustment, it provides an effect of improving the rotational efficiency according to the angle adjustment.

Claims (6)

To form a brush 112 to be rotated by the rotation of the brush rotating shaft 115 provided on one side to perform the cleaning, to form a brush coupling gear 113 with gears to be coupled to the other end to rotate on the brush rotating shaft 115 The brush unit 110 supports the brush rotating shaft 115 with the support bearing 114 therein and forms the brush base 111 incorporating the brush coupling gear 113. The transmission gear 124 is protruded to be coupled to the brush coupling gear 113 of the brush unit 110 and interlocked, and a transmission shaft 123 in which power is transmitted to one side of the transmission gear 124. A power transmission unit 120 having a transmission base 121 installed therein so as to be supported by Forming an angle adjustment connector 132 connected to interlock while adjusting the angle to the side connected to the transmission shaft 122 of the power transmission unit 120, and to adjust the angle to the side connected to the outside of the transmission base 121 The angle adjusting unit 130 is formed by combining the angle adjusting joint 131 to adjust the angle while rotating the transmission shaft 122 of the power transmission unit 120, The drive shaft 144 is formed to be connected to the angle adjusting connector 132 of the angle adjusting unit 130, and the shaft base 143 to the outside connected to the angle adjusting joint 131 to the outside of the drive shaft 144. And a drive motor 142 coupled to drive the drive shaft 144 is formed therein and formed on the drive base 141 having the handle 146 thereon, and apply power to the upper portion of the handle 146. Rotary brush cleaner, characterized in that it comprises a power supply unit 140 to form a power supply unit 145 to. The method of claim 1, The brush unit 110 forms a contact preventing cushion 116 at the end where the brush 112 is rotated to prevent contact with the floor, and the rotational interference generated by the brush 112 of the rotating body is in contact with the floor. Rotary brush cleaner, characterized in that configured to prevent breakage. The method of claim 1, The brush unit 110 forms a spiral brush 117 in which a spiral brush shape is formed on the brush rotating shaft 115 which is rotated by coupling the transmission gear 124 and the brush coupling gear 113 of the power transmission unit 120. Rotary brush cleaner, characterized in that configured to clean by inserting inside the narrow area. The method of claim 1, The brush unit 110 forms a soft rod 118 in the form of a soft rod on the brush rotating shaft 115 that rotates by coupling the transmission gear 124 and the brush coupling gear 113 of the power transmission unit 120. Rotational brush cleaner, characterized in that the soft cleaning port 118 is inserted into a narrow gap to rotate to clean the contaminants therein. The method of claim 1, The brush unit 110 forms an orthogonal gear 119a interlocked with a position orthogonal to the transmission gear 124 of the power transmission unit 120 to form a brush rotation shaft 115 supported by the support bearing 114. The orthogonal brush 119 is formed in the lower portion orthogonal to the power transmission unit 120, so that when the transmission gear 124 of the power transmission unit 120 is rotated orthogonal orthogonal brush 119, characterized in that configured to rotate Rotary brush cleaner. The method of claim 1, The angle adjusting unit 130 forms a transmission support bearing 133 on the transmission shaft 122 connected to the angle adjustment connector 132, and a driving support bearing 134 is formed on the driving shaft 144 to the transmission shaft ( Rotating brush cleaner, characterized in that configured to prevent the flow by maintaining the correct angle by rotating while adjusting the angle while supporting the 123 and the drive shaft (144).

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