JP2013078656A - Vacuum cleaner with speaker vibration dirt removing function - Google Patents

Abstract

PROBLEM TO BE SOLVED: To solve the following problems: in a conventional manual vacuum cleaner, because a backward body for dirt storage is towed by hand when a user walks, when the body gets a little heavier, the user has to do heavy work, and the collected dirt of the cloth device of a vacuum cleaner causes the increase in useless electric use expense amount of the entire vacuum cleaner.SOLUTION: A world first manual vacuum cleaner with a vibration function is characterized as follows. A setting full automatic recognition confirmation acknowledgment rail motor sensor with vacuum cleaner suction is installed in a cleaner body, thereby obtaining a structure to easily treat the manual vacuum cleaner. Then, a dirt storage device of the vacuum cleaner is configured to be a two-step storage device. When the attraction force of dirt gets weak, a vibration switch is turned on so that the vacuum cleaner is in a state where dirts are all removed, and thus the vacuum cleaner can clean the dirts with suction force at lower electric energy.

Description

The present invention is a hand-held device that can be operated harmlessly and without oiling, with a built-in fully automatic motor moving device of the vacuum cleaner body that uses a speaker vibration device to remove clogging of dust from a general household vacuum cleaner with a speaker vibration device and a room map. Explanation on manual vacuum cleaners and explanation on measures to prevent illegal sales of unauthorized products that have been approved without permission due to the use of plagiarism.

Conventional vacuum cleaners have only rechargeable and fully automatic rechargeable and corded vacuum cleaners.

Hereinafter, the difference from the conventional hand-held vacuum cleaner structure and the same point will be described with reference to FIGS.
In Fig. 1, (1) is a running tire device in which lightweight anti-slip rubber is attached to lightweight plastic, and the motor device in (3) uses a rail motor with a built-in magnetic pole switching inverter. As a result, the motor that consumes the least amount of electricity in the world is used as a motor for air suction in (9), and a rail motor that can recognize and recognize the motor rotation position of the vacuum cleaner motor sensor in (16). It is also a feature. (See, for example, Patent Document 1.) (See, for example, Patent Document 2.) (See, for example, Patent Document 3.)

Continuing to Fig. 1, (2) is a vacuum cleaner blower main body suction port, which is the same as before, and the camera device (4) has a constant distance between the vacuum cleaner dust suction port and the vacuum cleaner main body. It is a (4) vacuum cleaner camera device for keeping it, and while the vacuum cleaner is stopped, it is used as a security camera device as a fully automatic telephone contact camera for crime prevention.
Furthermore, (5) is a handheld handle for moving the vacuum cleaner, and the waste disposal box (6) is a plastic dish that receives small garbage that has fallen by the speaker vibration device (14) mounted on the vacuum cleaner. It is the vibration debris removal device of 7), and the light device used in the event of a power failure (8).

In Fig. 2, (9) is an air suction motor (magnetic pole switching type inverter using rail motor), (10) is the world's first double pendulum type mechanical generator, and (11) is It is a vacuum cleaner switch, and there are more than 4 types of composite switches such as vibration motor switch, vacuum cleaner switch, vacuum cleaner light switch and vacuum cleaner camera switch in (14). It is a suction part. (13) It is a fully automatic communication antenna device in the direction of manual rotation.
(See, for example, Patent Document 1.) (See, for example, Patent Document 2.) (See, for example, Patent Document 3.)

In FIG. 3, the vibration motor of (14) is a vibration-only speaker device whose position shape is changed so that no sound is emitted from the position of the speaker of the ultra-small metal speaker device, and the speaker of (15). The vibration part uses a vibration-oriented metal speaker with no half-sounding sound.

In FIG. 4, (16) is a vacuum cleaner motor sensor, and the motor of the main body of the vacuum cleaner is detected by a motor that can fully recognize and fully recognize the rail motor rotation position in (magnetic pole switching inverter control). 4) is a fully automatic control motor that can assist in maintaining the camera at a fixed distance, (17) is a vacuum cleaner suction direction sensor tire, and (16) the motor hand rotation position device of the vacuum cleaner motor sensor. (18) is an ultra-thin light hydrogen-containing dynamo device with a built-in piezoelectric element, and (19) is a partial device description of the vacuum cleaner suction port external brush device. (See, for example, Patent Document 1.) (See, for example, Patent Document 2.) (See, for example, Patent Document 3.)

Japanese Patent Application No. 2006-140535 (magnetic pole switching inverter control motor technology and double pendulum mechanical generator technology)

JP 2003-328925 PR (Automatic battery technology in claims of water generator technology)

JP 2004-304992 PR (Piezoelectric Element 4 Electron Magnetic Divider Technology)

Registered utility model No. 3168403 High output power 7-connection motor (reference technology)

In the conventional vacuum cleaner described above, wasteful consumption of household electricity due to (14) filter clogging was conspicuous.

The present invention is intended to solve the problems of such a conventional configuration, and by attaching a vibration, the suction force of the vacuum cleaner is maintained, and the double pendulum mechanical power generation It is intended to realize a vacuum cleaner that can operate with semi-permanent oil-free electric energy with the continuous electric energy of the world's first harmless, oil-free fully automatic dynamo continuous power generation by installing the machine. Yes.

In order to achieve the above object, the present invention has a dynamo structure for a single pendulum type mechanical generator with a dynamo structure incorporating a light hydrogen-containing piezoelectric element, thereby increasing power generation as a high output dynamo. In addition, in order to eliminate the spring breakage of the large spring device used in mechanical generators, measures to change to a spring device with a built-in two wires in the mainspring plate to prevent breakage of the mainspring plate, This is the world's first new double-pendulum mechanical generator technology that uses light hydrogen nickel battery technology that surpasses the charging speed of hydrogen nickel battery by removing the amount of hydrogen deuterium.

In addition, the second problem-solving means adopts the world's first invention technology that further removes the electrical resistance of electricity generated by the piezoelectric element 4 electromagnetism splitting device by the electricity generated by the double pendulum mechanical generator. With the world's fastest charging speed technology, the world's first battery charging technology has been designed to increase power generation.

The third problem-solving means is the world's smallest motor electric consumption of a vacuum cleaner by using a motor invention with the lowest electric consumption in the world, and the magnetic pole switching inverter control using a piezoelectric element magnet body. By incorporating a possible rail motor, the world's lowest motor electric consumption technology can be obtained, and with the two inventions of the piezoelectric element 4 electron magnetic splitting device, the world's lowest electric consumption motor technology can be obtained. It was.

In addition, the fourth problem-solving means is a device for moving the manual cleaner lightly as a device for moving the rear vacuum cleaner lightly and fully automatically by reciprocating up and down the suction port of the vacuum cleaner. , Incorporating a rail motor that can control the magnetic pole switching inverter in the vacuum cleaner body, a built-in camera system that can recognize the shape of the subject and recognize the shape and color of the subject in the vacuum cleaner body, and the camera subject distance of the vacuum cleaner suction port The distance between the vacuum cleaner body and the suction port of the vacuum cleaner will be adjusted automatically by installing a fully automatic holding device of the camera focal length interval that can adjust the interval fully automatically. This is an explanation for maintaining the distance between the suction port of the machine body and the vacuum cleaner.

In addition, the camera device in the fourth problem solving means is the first in the world to be used as a device for confirming the light of a camera, as a device for converting the light intensity of a light hydrogen-containing diode device into an electric signal. It is.
January 12, 2009 PM 22:18:14 So far today, Nerima's Kankitiniyan sleeps with a pen.
January 13, 2009 Nerima Kankitiniyan Hagino starts writing again at 20:16:34 PM.

In addition, the light of the fifth problem solving means can be obtained as the emergency light at the time of power failure, the electric energy of the semi-permanent continuous generator of the double pendulum type mechanical generator of harmless and oil-free fully automatic dynamo generator A vacuum cleaner that can secure light in the house as an emergency light in the event of an emergency power failure.

In addition, the double garbage disposal apparatus of the sixth means for solving the problem is a conventional cloth bag which is attached with a steel material with wire to vibrate dust and other dust, and the bottom garbage storage type double box apparatus The dust storage method of the vacuum cleaner of the two-stage garbage classification method of storing the dust, the large garbage in the cloth bag.

As described above, the vacuum cleaner of the present invention is a double pendulum type mechanical type that moves the rear vacuum cleaner main body, moves the rear vacuum cleaner main body by a fully automatic recognition operation of the distance interval with the dust suction device. We can provide a manual vacuum cleaner with built-in generator and fully automatic motor.

Moreover, bell vibration type (bell phone vibration or speaker vibration) dust treatment device as a countermeasure against clogging of dust of cloth type garbage storage device by making garbage to be stored in two types of garbage storage methods, large dust and small dust By this, the effect of suppressing the electric consumption of the suction power reduction of the vacuum cleaner due to the clogging of dust is exhibited.

Internal view of a manual vacuum cleaner driven by a fully automatic auxiliary body that has been written twice. Overall view of a manual vacuum cleaner written twice. The vibration installation state figure of the manual vacuum cleaner cloth device part of the lost twice writing. Explanatory drawing of the manual vacuum cleaner suction part, which is written twice. Evidence drawing of the early publication invoice text submission of two patents to the Patent Office Application Invoice Section dated January 15, 2013.

Hereinafter, an embodiment of the present invention will be described with reference to FIGS.

In Fig. 1, (1) is a tire and is a lightweight non-slip tire with thin rubber affixed to a plastic tire, (2) is a blower body suction port, and (9) is a magnetic pole switching type of a suction motor. With the rail motor of (9), the motor surface propeller of (9) has a structure that enters into the protection of the puller with a rough filter and has a double fluiter.

The driving assist motor (3) in Fig. 1 is also characterized by the use of a built-in magnetic pole switching inverter control motor. It is a new technology that enables easy cleaning of the vacuum cleaner suction port by three tires, and easy cleaning by the motor-assisted movement of the vacuum cleaner body.

(4) in FIG. 1 is a camera, and a camera equipped with a device for confirming the light shape of a subject of a light hydrogen-containing diode panel is a camera equipped with a device capable of confirming and recognizing the light shape of the subject of a light hydrogen-containing diode. (4) A state-of-the-art camera focal length maintenance motor device that can secure a fully automatic rail motor between the object focal length of the machine suction port within the set distance.
January 13, 2009 (Tuesday) PM 22:11:50 Nerima Kankitchinan sleeps in a bath so far today. January 15, 2009 (Thursday) PM Nerima Kazuo Nyankankichi starts writing at 20:23:55 PM.

(8) in Fig. 1 is a light for use as an emergency light in the room at the time of a power failure, etc., and (10) is a double pendulum type mechanical generator capable of semi-permanent continuous operation power generation (10) It is a light to illuminate the room with the electric energy of a pendulum type mechanical generator, (5) is a hand-held handle, a handle used when moving the vacuum cleaner, (6) is a double bottom garbage It is a storage box, and it has a structure that allows you to take out the dust storage box after opening the top cover.By virtue of the vibration (bell vibration device and speaker vibration device) of (7), small dust etc. The vacuum cleaner switch of (11) is a place where a vibration switch and a light switch, and a composite switch panel such as a vacuum cleaner auxiliary travel device switch and a vacuum cleaner main body switch are attached.

(12) in Fig. 2 is the rotary part of the vacuum cleaner, and recognizes only the rotational position for the motor device that can fully recognize and confirm and recognize the rotational position where the dynamo tire is attached to the magnetic pole switching inverter control motor. In order to grasp it, the hand-held rotating body is a vacuum cleaner with an ultra-thin rail motor capable of dynamo power generation and a dynamo with an ultra-thin light hydrogen-containing piezoelectric element attached to the dynamo power generator. There is also a structure that can perform control drive assistance, and it is a structure that can be switched with the hand-held position switch (touch switch) etc., and the rear rotation by the fully automatic communication antenna device in the manual rotation direction of (13) The motor is a fully automatic device that can operate fully automatically with the set distance from the vacuum cleaner suction device fully automatic.

Fig. 3 (14) shows the vibration of the cloth dust suction and storage device of the vacuum cleaner, which can drop the dust trap by vibration (bell vibration device, speaker vibration device and rail motor vibration device of vibration device). Etc., and a device structure in which vibration is transmitted to the steel sheet with wire (15) by a deformed speaker.

As an explanation of the vacuum cleaner suction partial device in Fig. 4, (16) is a manual rotational position communication device using a magnetic motor switching inverter controlled rail motor rotational position recognition device, (17) is a vacuum cleaner suction direction sensing It is a tire device, (18) is a dynamo device with a built-in ultra-thin light hydrogen-containing piezoelectric element magnet body, and (19) is a vacuum suction port external brush part.

1 tire (plastic-laminated thin rubber tire)
2 Blower body suction port (rail motor suction port)
3 Driving assistance motor (main motor that reacts automatically in the tire rotation direction of the vacuum cleaner suction port)
4 Camera (24-hour contact camera for vacuum cleaner confirmation and crime prevention)
5 Hand-held handle
6 Garbage disposal box (Main body vibration garbage disposal installation cleaning box)
7 Vibration dust suction device (cloth)
8 Light (Emergency light)
9 Suction motor (rail motor)
10 Double pendulum type mechanical generator (harmless and oil-free fully automatic ultra-compact dynamo generator)
11 Vacuum cleaner switch
12 Vacuum cleaner rotating part
13 Hand-rotating direction Fully automatic contact antenna device (code) (map built-in retrofit)
14 Vibration motor (speaker vibration device)
15 Speaker vibration part (steel metal)
16 Vacuum cleaner motor sensor (rail motor rotation direction contact sensor)
17 Vacuum cleaner suction direction sensing tire device (plastic pasting rubber)
18 Ultra-thin dynamo (high-power dynamo with light hydrogen-containing piezoelectric element)
19 Vacuum cleaner suction port external brush (device for collecting dust around)

Claims (10)

The manual vacuum cleaner according to the present invention is a fully automatic operation motor that assists the manual operation of the vacuum cleaner by causing the motor of the vacuum cleaner body to operate fully automatically by instantaneously interlocking and reacting with the operation direction of the front, rear, left and right vacuum cleaner mouths. Hand-held manual vacuum cleaner with functions. The manual vacuum cleaner of the present invention is a hand-held manual vacuum cleaner capable of generating electric power loaded with a high-power dynamo with a built-in piezoelectric element magnet containing light hydrogen. The manual vacuum cleaner of the present invention is the world's first hand-held manual vacuum cleaner equipped with a harmless, oil-free continuous dynamo generator that does not require indoor electricity loaded with a double pendulum mechanical generator. The camera built in the manual cleaner body of the present invention is a fully automatic measurement of the vacuum cleaner dust suction port and the cleaner body camera focal length, and the distance between the cleaner mouth distance and the cleaner body distance is constant. A hand-held manual vacuum cleaner equipped with a camera subject focal length confirmation recognition device that can recognize and recognize the camera focal length fully automatically. The camera built in the manual vacuum cleaner main body of the present invention is a hand-held manual vacuum cleaner with a built-in camera that can be used for crime prevention when the vacuum cleaner is stopped. The light built in the manual vacuum cleaner main body of the present invention is a hand-held manual vacuum cleaner loaded with an emergency light at the time of a power failure or the like, or an emergency light for use in dark room cleaning. In order to prevent clogging of the dust filter, the manual vacuum cleaner of the present invention uses a separate switch on the vacuum cleaner body to remove the dust from the vacuum cleaner cloth filter and the dust attached to the vacuum cleaner filter cloth by the speaker vibration device. Hand-held manual vacuum cleaner that can be removed with a speaker vibration device. The manual vacuum cleaner of the present invention is a hand-held manual vacuum cleaner with a built-in double filter. The manual vacuum cleaner of the present invention is a hand-held manual vacuum cleaner equipped with a double dust disposal device. The manual cleaner of the present invention is a hand-held manual cleaner equipped with a device capable of removing only electrical resistance electricity from the electricity of the piezoelectric element 4 electromagnetism splitting device.