KR20120135848A - Static roller woolen belt vacuum - Google Patents

Abstract

PURPOSE: A vacuum with a roller type of a woolen fabric belt using static is provided to remove fine dust using a magnet in a roller and a copper wire coiled in the woolen fabric belt and roller. CONSTITUTION: A vacuum with a roller type of a woolen fabric belt using static comprises a fabric belt(5), a copper wire, a rubber mat, a magnetic case, a bar, a device(1) for adjusting the length of a handle, a groove(3), a rotary plate, and a belt cover(4). The handle is attached or detached to the groove. The rotary plate is for users to easily control the vacuum. The belt cover warps the fabric belt.

Description

Static roller wool belt cleaner using static electricity {static roller woolen belt vacuum}

The present invention relates to a cleaner that can be rotated by covering a plurality of rollers with a wool belt and to generate static electricity to remove fine dust. More specifically, the conductive metal roller is coated with a coil to generate static electricity, thereby generating fine static dust. The present invention relates to a device for removing static electricity or collecting dust from a wool belt into a dust container through a rubber mat combining the rubber and conductive fiber to remove the static electricity.

Generally, a vacuum cleaner is used to suck foreign substances into a suction device using a motor, and is used as a cleaning tool in all spaces where electricity can be used.

Accordingly, the present inventors provide a technique for cleaning the foreign matter finer than the foreign matter with respect to the suction device for suctioning the foreign matter, to further complement and improve it.

The conductive material is mixed with an upper layer mat composed of an antistatic agent and a small particle coated with a conductive material on its surface in a composition composed of natural or synthetic rubber alone or mixed, and a mixture of natural or synthetic rubber alone or mixed. The lower mat is formed by pressing in the up and down direction, the present invention of such a configuration, the mat for producing an upper and lower mat by mixing an antistatic agent and a conductive material in a mixture of natural rubber and synthetic rubber alone or mixed A fabrication step, and a coating separation step of thinly separating the upper and lower surfaces of the upper mat so that conductive carbon may be exposed to the outside of the small particle surface mixed with the upper mat of the mat manufactured through the mat manufacturing system. The upper and lower mats produced through the process are passed through a high-temperature rolling roller at a temperature of 180 to 220 ° C., and then bonded to each other (hardness 80). A) it characterized in that the production.

In general, an object of the present invention is to include an antistatic agent and a conductive material in a rubber mat for shock absorption or alleviation to impart conductivity to dissipate static electricity generated on the surface of the mat.

A grounded pedestal with side frames spaced apart from each other, an endless belt with the outer surface as the main pedestrian surface of the pedestrian, and a side frame installed to allow the upper side of the endless belt to slide and contact An endless belt which is provided in the vicinity of the driving plate, a driving roller which is installed at one side of the endless belt and circulates and moves it, a slide member which guides the other side of the endless belt, a driving mechanism which rotationally drives the driving roller, and a driving roller A pressing body or the like (sliding body or the like) for pressing the upper side of the lower side toward the lower side to make the gap between the upper side and the lower side smaller than the diameter of the driving roller.

Farwell's law, the third equation of Maxwell, shakes a magnet and changes its magnetic field, which creates an electric field that causes electricity to flow through the wire. The strength of the induced current is determined by the moving speed of the magnet, the strength of the magnet, and the number of turns of the coil.

Roller type wool belt cleaner using the static electricity of the present invention is to clean the fine dust using the static electricity.

Roller-type wool belt cleaner using the static electricity of the present invention is to remove the suction device and the motor of the existing vacuum cleaner, to adjust the length of the handle and to create a handle mounting groove on the outside of the cleaner, to reduce the volume of the cleaner to be used anywhere to be.

Roller type wool belt cleaner using static electricity of the present invention is to remove the static electricity generated inside the cleaner to collect the dust from the wool belt to collect in the dust bin.

The present invention is a wool belt surrounding a plurality of rollers, a copper conductor for winding on the roller, a rubber mat attached to a conductive fiber on a rubber plate, the rubber mat is installed in the contact portion between the roller and the wool belt, the magnet inside the roller A magnet barrel for inserting the rod, installing a rod connecting the magnet barrel with the roller, a handle length adjusting device for adjusting the length of the handle, a handle detachable groove for detaching the handle at the upper back of the main body, and the handle at the upper center of the main body; Rotating plate to easily change the direction, made of a belt cover for covering the wool belt on the front surface of the main body.

According to the roller-type woolen belt using the static electricity of the present invention and the copper wire wound around the roller and the magnet inside the roller, a very useful effect that can remove finer dust than a conventional cleaner through the formed static electricity is exerted.

According to the rubber mat to which the conductive fiber is attached to the rubber sheet of the present invention, a very useful effect can be obtained by effectively removing the static electricity formed on the wool belt and collecting the dust on the wool belt in the dust bucket.

According to the handle length adjusting device of the present invention and the handle length adjusting device on the top of the body, the handle detachable groove on the back of the main body, the handle rotating plate in the center of the main body to adjust the volume of the handle according to the situation of the user's convenience or cleaner Very useful effect for storage.

1 is a side view of a roller type wool belt cleaner using static electricity to which the present invention is applied.
Figure 2 is a roller-type wool belt cleaner internal structure using static electricity to which the present invention is applied.
Figure 3 is an internal structure of the roller of the roller-type wool belt cleaner using the static electricity to which the present invention is applied.
Figure 4 is a rubber mat structure of the roller-type wool belt cleaner using the static electricity to which the present invention is applied.

A preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings.

1 is a side view of a roller type wool belt cleaner using static electricity to which the present invention is applied, FIG. 2 is an internal structure diagram of a roller type wool belt cleaner using static electricity to which the present invention is applied, and FIG. 3 is a roller type using static electricity to which the present invention is applied. 4 is a cross-sectional view of a rubber mat of a roller-type wool belt cleaner using static electricity to which the present invention is applied.

Roller-type wool belt cleaner using the static electricity of the present invention, as shown in Figure 1, the handle length adjusting device (①) in the upper body, the handle rotating plate (②) in the center of the upper body, the handle detachable groove (③) in the upper back of the body , Belt cover (④), a wool belt (⑤), the cleaner wheel (⑥) for covering the wool belt on the upper front of the body.

The handle length adjusting device (①) is formed to be connected to the center of the handle rotating plate (②) to the center of the upper body. And the handle length adjustment device (①) is configured to be mounted in the handle detachable groove (③) on the back of the main body when the length is minimized.

The fine dust removal is started with the wool belt ⑤. As shown in FIGS. 2 and 3 to remove the fine dust, when the device (⑦) wound around the copper wire rotates, a magnet (⑨) inside the magnet barrel and a rod connecting the roller and the magnet barrel ( Static electricity is formed in the wool belt (⑤) by the induced current generated by the up and down vibration of ⑩).

Such a static electricity is formed, the wool belt (⑤) is attached to the fine dust bumps with the rubber mat (8) attached to the conductive fiber (⑪) on the upper and lower portions of the rubber plate as shown in Figs. As the static electricity is lost, fine dust falls from the woolen belt (⑤).

As described above, the present invention has been described with reference to the embodiments illustrated in the drawings, but this is merely exemplary and will be understood by those skilled in the art that various modifications and equivalent other embodiments are possible. will be. Accordingly, the true scope of the present invention should be determined by the technical idea of the appended claims.

It is a small vacuum cleaner used for clothing stores, warehouses, beauty salons, etc., where a lot of fine dust is accumulated.

You can remove fine dust from your carpet or sofa in your home.

It is easy to store because the volume of the vacuum cleaner is small and the handle length can be adjusted.

①: handle length adjusting device
②: handle rotating plate
③: handle removal groove
④: Belt cover
⑤: wool belt
⑥: cleaner wheel
⑦: solenoid
⑧: Rubber Mat
⑨: magnet passing magnet
⑩: Roller and magnet barrel connecting rod
⑪: conductive fiber
⑫: Rubber plate

Claims (4)

Wool belts surrounding several rollers, copper conductors for winding the rollers, rubber mats with conductive fibers attached to the rubber plates, and the rubber mats installed at the contact portion between the rollers and the wool belts, and magnets placed inside the rollers. The rod, the rod connecting the magnet barrel and the roller is installed, the handle length adjusting device for adjusting the length of the handle, the handle detachment groove for detaching the handle on the upper back of the main body, the direction change through the handle in the center of the upper body Roller-type wool belt cleaner using a static electricity consisting of a rotating cover, the belt cover for covering the wool belt on the front surface of the main body.
The method of claim 1, wherein when the roller rotates, the magnet is vibrated up and down by a rod connecting the roller and the magnet cylinder, and when the magnetic field is changed, an electric field is generated, through which electric power is induced to lead the wire to static electricity in the wool belt. Roller type wool belt cleaner using static electricity, characterized in that generated.
According to claim 1, wherein the rubber mat with the conductive fiber attached to the rubber plate is installed in the contact portion between the roller and the wool belt to remove the static electricity of the wool belt through the rubber mat fine dust adhered to the wool belt Roller-type wool belt cleaner using static electricity, characterized in that to remove the.
The roller-type wool belt cleaner using static electricity of claim 1, wherein the rotating plate is installed on the cleaner body to be combined with the knob adjusting device to be easily cleaned at multiple angles.

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