JP3217135U - Improvement of the fully automatic machinery system of the final means of Japan's full debt repayment, using the profits of partnership business with China and Korea as the final means of promise to repay the national debt . - Google Patents

Abstract

[PROBLEMS] To prevent accidents such as full-automatic unmanned system driving and full-automatic vacuum cleaners of automobiles, and to enable full-automatic response after an accident. Fully automatic positions of automobiles not set on a road map after an accident. Provided is a GPS that enables measurement confirmation recognition behavior operation. For a normal GPS of a fully automatic unmanned vehicle, four front and back and left and right sides of the vehicle have four different frequencies, one on each side of the front side and one side on the left and right sides of the rear side. A GPS capable of transmitting and receiving a GPS wave is mounted on one car, and the position of the car can be identified and recognized from any position on the road map. [Selection] Figure 2

Description

This paper proposes a fully automatic machine-care device to stop the gap between real-world aristocratic assets and low-wage social life, where there is no funding in Japan and funds in prefectures, municipalities, and prefectures, and tax increases are the main. A fully automatic machine system.

The fully automatic machine system of this proposal is based on the futuristic electric vehicle disclosed in Japanese Patent Application Laid-Open No. 2011-105307, the power-up hybrid vehicle disclosed in Japanese Patent Application Laid-Open No. 2012-056558, and the total debt repayment and capital of the country disclosed in Japanese Patent Application Laid-Open No. 2013-102688. The original copyright of multifunctional electric tractor for repayment of the full amount of debts in municipalities in prefectures With the prevention work alone, eternal machine fixing position safety could not be expected.
This is because the machine position considered as a problem, especially in the car navigation system where the left / right deviation of the subtle position cannot be calculated, especially at one position where the car navigation system is installed, the fully automatic vehicle driving technology is the object of the final technology. Because it must be calculated accurately using the subject distance technology of the camera, a multi-function input fully automatic robot for the full debt repayment of the country of JP2012-210703 and the full debt repayment of the prefecture municipalities If there is no fully-automatic subject shape recognition device and full-automatic subject distance recognition device described in the original document, the position recognition on the road of the car, the camera subject shape recognition for rubbing, and the shape position recognition device As for the answer, the present inventor already needs to be a public technology as a copyright patent technology.

Recognizing the shape of the camera subject in the fully automatic machine system of this paper is a technique for dealing with stormy snow and when the front of the stormy snow cannot be seen. It will be the technical description described in the original copyright of the X-ray camera radiation scattering prevention panel device which does not require any fossil fuel of intellectual property for the full repayment of the ward.

After the full debt repayment of patent publication 2015-167470 and the full debt repayment of prefectures municipalities, self-sufficiency agriculture and fishery and forestry and SMEs are A futuristic agriculture, fishery and forestry integrated small and medium enterprise system that uses intellectual property for a fully self-sufficient logistics system.

An agricultural geothermal heating panel disclosed in Japanese Patent Application Laid-Open No. 2014-008062. Not published due to violation of public order and morals.

Copyright documents for less than 5000 copyrights and copyright editor's works for full debt repayment in countries and municipalities that must be read and decided on measures for debt repayment. The original title. (Corporate and country and prefecture municipalities make copyright editing machine copyright original products by submitting patents of companies that are not patent rights and raise corporate profits, and even in the national institutions, profits of technology embedding of intellectual property are also gained , It will be the conspiracy of embezzlement of the one who gets.) For the purpose of repayment of 100% of national interest and 100% profit of prefectures, municipalities, and prefectures .

The original copyright of the slimming care system accompanying the crystal diamond glass building that will not break forever, aiming for a world heritage that can be made in another Biei district of the future of JP 2013-234571.

The original copyright of the material description of the blast furnace and the heat-resistant air clothes used for the baking of the pottery and the glass of the pottery glass of JP 2013-209792 after the age of 65.

A fully automatic Internet management society color heterogeneous bar code barcode system that is affixed to the foundation products of each Japanese vulnerable after the establishment of the foundation of each Japanese vulnerable in Japanese Patent Laid-Open No. 2013-178853.

Cooling yarn using solid nitrogen thread and fruit powder color of nylon stalk of intellectual property for repayment of the full amount of debt in the country of Japanese Patent Laid-Open No. 2013-127145 and repayment of the full amount of debt in municipalities . (Corporate and country and prefectures and municipalities make a cooling yarn product using solid nitrogen thread and fruit powder color of nylon stalk of rice stalk and stem by raising the patent of company which is not patent right, and increase corporate profit, Even in a national institution, it becomes the conspiracy of embezzlement of those who obtain the benefits of technology embezzlement of intellectual property.) The 100% national interest and 100% municipality profit will be the copyright of the intellectual property of the prior copyrighted technical document claim for the full repayment of the debt of the target country and prefecture municipality.

The original copyright of the multifunctional electric tractor for the full debt repayment in the country of Japanese Patent Laid-Open No. 2013-102688 and the full debt repayment in the municipalities of the prefectures.

The original copyrighted invention of the entire world's fastest superconducting linear motor car system for full debt repayment in the country of Japanese Patent Laid-Open No. 2013-094057 and full debt repayment in municipalities in prefectures. (Company, country and prefecture municipalities make the technology of intellectual property of the world's fastest superconducting linear motor car system by submitting patents of companies that are not patent rights. It becomes the conspiracy of embezzlement of those who obtain the profit of technology embezzlement of property.) The original copyright of the intellectual property that claims 100% of national interest and 100% of prefecture's municipalities, and claims the prior copyright technical document for the purpose of repayment of all debts of the country and prefecture's municipalities.

High output high-definition power generation video TV system (TV video internet crime prevention with tritium electronic gas with light hydrogen) for copyright repayment in the country of Japanese Patent Laid-Open No. 2013-093896 and full debt repayment in prefectures in municipalities For the video and audio system of the company, the country has no technical patent rights with the country, prefectures, cities, towns and villages. Prefectural municipalities are also punished by copyright plagiarism.)

Japanese Patent Application Laid-Open No. 2013-091570 Fully Debt Repayment and Fully Debt Repayment of Prefectural Municipalities Elevator Magnetic pole Switching Inverter Control Rail Motor Device Operated by Emergency Stop Emergency Control by Mobile Phone and Portable Wireless Device of Intellectual Property Original copyright.

An original counterfeit banknote coin of intellectual property for the full debt repayment of the country of Japanese Patent Laid-Open No. 2013-091323 and the full debt repayment of the municipality of the prefecture. (Corporate and country and prefectures and municipalities make non-counterfeit banknote coin products by making non-patented patents, and increase corporate profits, and even institutional institutions in the country gain profits from technology embezzlement of intellectual property. It becomes a conspiracy crime of embezzlement. The 100% national interest and 100% municipality profit will be the copyright of the intellectual property of the prior copyrighted technical document claim for the full repayment of the debt of the target country and prefecture municipality.

Japanese Patent Application Laid-Open No. 2013-090948 Technical improvement of local medical facilities, repayment of full debts in the country and repayment of full debts in municipalities in the prefectures Rehabilitation device copyright original. (Hokkaido governor's copyright mail receipt receipt included)

To increase the profits of local power sales in JP2013-083268, and to repay all debts in countries and prefectures of overseas power sales contracts for increased power generation technology of high-power dynamo for overseas hydropower, thermal power and nuclear power generation A semi-permanent water circulation amplification power generation system with a high power dynamo loading of a generally known semi-permanent hydro dam to make up for the critical power shortage.

Copyright original mountain helicopter for intellectual property for the full debt repayment of the country of Japanese Patent Laid-Open No. 2013-082448 and the full repayment of the municipality of the prefecture. (The company, the country and the prefectural municipalities make a mountain helicopter by submitting patents of companies that are not patent rights, and raise the corporate profits, and if the governmental institution also gains the profits of technological embedding of intellectual property, It becomes a conspiracy crime.) The original copyright of the intellectual property that claims 100% of national interest and 100% of prefecture's municipalities, and claims the prior copyright technical document for the purpose of repayment of all debts of the country and prefecture's municipalities.

The original copyright of the vacuum cleaner with a speaker vibration and dust removal function, which is a non-intellectual property for the repayment of the entire debt of the country-owned factory of Japanese Patent Laid-Open No. 2013-078656 and the repayment of the debt of the municipality.

The original copyright of the battery revival charge battery device of intellectual property for the full debt repayment of the country of Japanese Patent Laid-Open No. 2013-077756 and the full debt repayment of the prefecture municipality. (Corporate and national governments and prefectures and municipalities have made patents for non-patented companies and made rechargeable battery products. , It will be the conspiracy of embezzlement of the one who gets.) The 100% national interest and 100% municipality profit will be the copyright of the intellectual property of the prior copyrighted technical document claim for the full repayment of the debt of the target country and prefecture municipality.

Copyright original and additional original of the world's fastest ultra super computer device for full debt repayment in the country of Japanese Patent Laid-Open No. 2013-070618 and full debt repayment in municipalities in prefectures. (Corporate and country and prefectures and municipalities make the world's fastest ultra super computer product by submitting patents of companies that are not patent rights. , It will be the conspiracy of embezzlement of the one who gets.) The 100% national interest and 100% municipality profit will be the copyright of the intellectual property that is claimed by the prior copyrighted technology claim for the full repayment of the debt of the target country and the municipality.

A cooling fund cream with fruit fragrance for summer and a fruit fragrance heating fruit cream for winter only with intellectual property for repayment of all debts in the country of Japanese Patent Laid-Open No. 2013-067654 The original copyright. (Corporate, country and prefectural municipalities submit original patent products for non-patented company patents for cooling fund cream with fruit scent for summer and heating fund cream with fruit scent for winter only. If you raise it, it will be the conspiracy of embezzlement for those who get the benefits of technology embezzlement of intellectual property even in national institutions.) The 100% national interest and 100% municipality profit will be the copyright of the intellectual property property insisting on the copyright technical document figure for the repayment of the debt of the target country and the municipality.

Multifunctional electric tourist ship copyright original of intellectual property for repayment of full debt in the country of Japanese Patent Laid-Open No. 2012-236606 and repayment of full debt in municipalities.

An original multi-function electric motor propeller airplane with intellectual property for repayment of all debts in the country of Japanese Patent Application Laid-Open No. 2012-236605 and repayment of all debts in municipalities.

Copyright original of multi-function input fully automatic robot for full debt repayment in the country of JP 2012-210703 and full debt repayment in municipalities in prefectures.

Japan's national government's eyes, experts, and university professors in JP2012-187001 will be released for measures against the power shortage crisis that may require re-checking and prototyping of the national electric energy crisis. New double pendulum mechanical harmless oilless breakless generator for full debt repayment in crisis. (Semi-permanent continuous operation generator.)

Copyrighted original piezoelectric element-assisted quick charge mobile phone copyright for intellectual property for the full debt repayment of the country of Japanese Patent Application Laid-Open No. 2012-170063 and municipalities in the prefectures.

Copyrighted original garbage dumping machine powder processing vehicle copyright of intellectual property for the full debt repayment of the country of JP 2012-166951 and the full debt repayment of the municipality of the prefecture.

Original carbon solid Freon copyright for the full debt repayment of the country of Japanese Patent Laid-Open No. 2012-140584 and the full debt repayment of the municipalities of the prefectures.

Multi-function electric vehicle copyright original for full debt repayment in the country of Japanese Patent Laid-Open No. 2012-120440 and full debt repayment in municipalities in prefectures.

The copyright original of the fastest screw water electric firefighting device of intellectual property for the full debt repayment of the country of Japanese Patent Laid-Open No. 2012-116727 and the full debt repayment of the municipality of the prefecture.

X-ray camera radiation scattering prevention panel device original copyright that does not require any fossil fuel of intellectual property for the full debt repayment of the country of Japanese Patent Laid-Open No. 2012-108140 and the full debt repayment of the municipality of the prefecture.

One-touch full-automatic air float copyright original of intellectual property for full debt repayment in the country of JP 2012-101790 and full debt repayment in municipalities in prefectures.

Incorporates five types of semi-permanent power generators for intellectual property for full debt repayment in Japan, including competition between fuel cell generators and total power generation in JP 2012-099506, and in municipalities in prefectures Copyrighted original fuel cell generator (also known as high-power water generator).

A high-speed instantaneous vaporization processing snowplow copyright original that does not require any fossil fuel of intellectual property for the full debt repayment of the country of Japanese Patent Laid-Open No. 2012-097559 and the full repayment of prefectures municipalities.

Original solid nitrogen plastic glass fiber panel copyright original intellectual property for repayment of full debt in the country of Japanese Patent Laid-Open No. 2012-097558 and repayment of full debt in municipalities.

The original copyright of Hikari Fiber Brown's television copyright for intellectual property for the full debt repayment of the country of JP 2012-094548 and the full repayment of the municipality of the prefecture.

Comment on the original copyright of sludge processing vehicle equipment for intellectual property for the repayment of the entire debt of the country of JP 2012-077607 and the repayment of the debt of the municipality of the prefecture, August 24, 2008 PM 20:22:33 Mima beef Kankichi starts drawing again after finishing drawing the second sludge treatment truck.

A power-up hybrid vehicle disclosed in Japanese Patent Application Laid-Open No. 2012-056558.

An electric stove copyright original that does not require any fossil fuel of intellectual property for repayment of the full amount of debt in the country of Japanese Patent Laid-Open No. 2012-052788 and repayment of the full amount of debt in municipalities.

Full-automatic fastest electric washer-dryer copyright original for full debt repayment in the country of Japanese Patent Laid-Open No. 2012-011211 and full debt repayment in prefectures.

Multifunctional video copyright original of Japanese Patent Laid-Open No. 2011-233228.

Japanese Patent Application Laid-Open No. 2011-215148 Electronic thermonuclear fuel ore fusion power generation and radioactive waste treatment method.

The original multi-purpose car navigation copyright of JP 2011-209290, the original civilian copyright from 2001 for the purpose of aiming for the full repayment of debts and the weak self-supporting society in the prefectures and municipalities.

Multifunctional information air conditioning non-break generator of JP 2011-205895 (for nuclear accidents and earthquake accidents). (Harmless, oil-free, semi-permanent fully automatic generator type with no break.)

Original multifunctional mobile phone device disclosed in Japanese Patent Application Laid-Open No. 2011-205675.

The original copyright of a detached earthquake isolation device disclosed in Japanese Patent Laid-Open No. 2011-202498 and civilian property copyright from 2001 on the copyright technical explanation of full debt repayment of the country, full debt repayment of prefectures, municipalities, prefectures, independence and relief.

Japanese Patent Application Laid-Open No. 2011-155267, an ultralight high-power generation artificial satellite.

A futuristic electric vehicle disclosed in JP 2011-105307 A.

Japanese earthquake relief type multifunctional power generation house system of Japanese people of the weak in Japanese Unexamined Patent Publication No. 2011-066400.

A power generation touch personal computer disclosed in Japanese Patent Application Laid-Open No. 2011-060294.

Multifunctional new technology mobile phone disclosed in Japanese Patent Application Laid-Open No. 2010-171943.

The world's latest public works countermeasure device for repayment of all debts exceeding 900 trillion yen in the country of JP 2010-165355.

An electric vehicle using an all-rail motor controlled harmless oilless generator disclosed in Japanese Patent Application Laid-Open No. 2006-254697.

Japanese Patent Application Laid-Open No. 2004-304993 can have a plurality of electric wirings and a plurality of electric coils at a time, and a motor that is powerful without burning.

Japanese Patent Application Laid-Open No. 2004-304992 discloses an electric device that can be used for a long time by reducing heat resistance electricity from the electricity of the piezoelectric element 3 electromagnetism dividing apparatus (also known as piezoelectric element 4 electromagnetism division). apparatus.).

An automatic rechargeable battery disclosed in Japanese Patent Application Laid-Open No. 2004-135480.

A water-only generator using a vacuum device and a mechanical generator disclosed in JP-A-2003-328925.

Registered utility model No. 3168043 High output power 7 linked or more motor.

Registered utility model No. 3145963 energy-saving water vaporization water generator (aka water generator).

Registered utility model No. 3114491 No. 2 or more motors.

As a measure without the governor's answer to the full debt repayment of the registered utility model No. 3203106 country and the full debt repayment of the prefectures, municipalities, etc. High priority copper tube coil wiring and metal-free double that can make electricity flow at the same speed as electric speed, with Biei town giving priority to copyright utilization of intellectual property and pre-copying technology claims to protect Pre-copyright public disclosure technology to prevent theft of intellectual property for wiring.

For patents that are sold in Japan for full debt repayment of registered utility model No. 3203105 country and full debt repayment of prefectures, municipalities, etc. Obligation of patent right number in foreign countries and number of request for overseas examination are not clearly stated in the product itself, but the product patent patent number description manual, internet patent number description obligation and examination request description obligation for full product sales As an obligation to clearly state the number of intellectual property in relation to the obligation to describe the patent right number in one of the flyers of the newspaper and the patent right data summary management document of the intellectual property right of the television station propaganda department Unless it is the disclosure of a free patent right number to prevent the fraudulent product price of personal assets from being deceived by increasing the collection of tax countries, the Japanese tax will be 100 times the fine of the Unfair Competition Prevention Law. The first copyright holder of a low-priced television for a new panel of television images that uses national tax as the main source of national tax collection for technology embezzlement by deciding as national tax and ordinary personal compensation in the Diet as the shortfall Product making explanation starting from the copyright contract of new technology patent right against the patent right expired. High output to make the world's best bank of merger of agriculture, fisheries and forestry SMEs on the self-sufficiency society of agricultural and forestry forestry SMEs and corporate assets that have continued since the Communist Party era Hexagonal piezoelectric element-connected power generation circuit type coilless light rail motor system device

In the conventional fully automatic system described above, since the position confirmation with respect to the machine and the machine is one point, the direction of the machine and the direction of the machine are limited only to the initial setting direction. In the case of machine rotation and machine accidents, full-automatic processing becomes impossible, and in full-automatic vehicle driving, it becomes a factor of major car accidents. It is one of the problems of the fully automatic market ahead of the low price era that future fully automatic machines and products using safety devices such as robots will occupy the global market.

Even if two high-power dynamos are loaded on a conventional double-pendulum mechanical generator, the present invention can be applied to a total generator The reason for the lack of volume is to rub human words, movement of mouths of microphones and cameras, electronic camera data comparative recognition technology of human skin and role recognition of indoor objects, and sudden visitor entertainment In the future social era where huge data collection is forced to go away, we try to increase the total power generation by increasing the number of pendulums of the high power double pendulum mechanical generator, and the copyright holder utility model of the latest technology The registered high-output power generation circuit is used as a fully automatic machine and fully automatic robot loaded.

Furthermore, in the fully automatic system of the present invention, since the motor is used and rubbed a lot, the total consumption of electricity further increases, so a further improvement of the high output rail motor is the high output coil-free rail of the inventor's work. This is a description of the name of the structure for the electricity consumption of home appliances that use motors and fully automatic systems.

And, in the era when common households become common sense for the repayment of debt exceeding 1,000 trillion yen in Japan, the fully automatic home appliance system is a washing machine and refrigerator in the Showa era. And the fully automatic machine home appliances will cover all the housework work that can be the return of the selling age of the first TV era.

Means for solving the idea

In order to achieve the above object, the present invention requires a re-check and trial production of the national electric energy crisis together with the eyes of TV stations, experts' eyes and university professors in JP 2012-187001. A new double pendulum type mechanical harmless oilless breakless generator for repayment of the entire debt of the national crisis that will be disclosed to the public in order to respond to a power shortage crisis. Based on the pendulum of the (semi-permanent continuous operation generator), a titanium alloy plate and a bamboo plastic ash-containing nitrogen plastic cover, the titanium alloy plate is thinned and made into a plurality of perforated parts, Uses an ultralight pendulum device coated with a nitrogen plastic cover containing bamboo ash. For dynamo, it is an improved version of the normal dynamo, and an improved version of the dynamo initial type with a piezoelectric element magnet. A car that changes to a dynamo containing element magnet body particles, and finally enters a high-power hexagonal piezoelectric element-coupled dynamo device built-in dynamo device using a high-power dynamo power generator that is an improved power generation change structure Also, the data input method and data of machinery and electrical products are fully automatic operation data based on fully automatic map writing etc. Self-created automobiles and machinery and electrical products, etc. , Consisting GPS position square four-point or fully automatic check recognition actuator.

Furthermore, to make the world's best bank of merger of agriculture, fishery and forestry SMEs on top of corporate assets that have continued from the Communist Party era and the self-sufficiency society of agriculture, fishery and forestry SMEs, rubbing repayment of all debts of registered utility model No. 3206065 High power hexagonal piezoelectric element connected generator circuit type coilless light rail motor system device registered, world first, motor without coil, motorless coilless motor or utility model registered trademark that solved electricity shortage has been published It consists of automobiles, machines, electrical products, etc. loaded with non-rotating coils.

And, the biggest feature is that the GPS position confirmation device for automobiles, machines, and electrical products, etc. for a fully automatic system has one GPS position confirmation device for current automobiles, machines, and electric products, that is, one position confirmation device. On the other hand, for a single product such as an automobile, a machine, and an electrical product, a four-point four-point single GPS position confirmation transmission / reception device is used as a GPS location confirmation device at four or more squares. Inaccurate location confirmation on roads due to accidents such as automobiles by rubbing a single automatic transmission / reception device of at least 4 squares with a fully automatic system equipped with 4 or more squares for one product such as a product. By rubbing the difference to zero error, it solves the safety problems of automobiles, machines and electrical products against fully automatic systems.

As described above, the GPS position confirmation device for a single product called a fully automatic home appliance of the present invention is a fully automatic system in which four or more single GPS position confirmation devices of four or more locations are loaded on a square of a single home appliance device. GPS position confirmation and recognition, independent of a fully automatic GPS position confirmation recognition single device for each home appliance square, aiming at a map position error of zero for full automatic position confirmation of travel map position of home appliances, etc. By placing the fully automatic zero error correction device of the operating device as a zero error of the indoor map moving position of the home appliance device, it is useful and the safety of the moving home appliance that changes the room pattern of ordinary households is the first. GPS indoor map position error zero confirmation recognition with a fully automatic GPS position confirmation recognition single device with four or more squares of fully automatic home appliances as a loading device equipped with a total of four units, one on each home appliance device square Actuator Made.

According to the present invention, the GPS indoor map position error zero confirmation recognition actuating device, which is a loading device provided with a total of four one home appliance device square, one home appliance device for one GPS position confirmation device. In the present invention, a fully automatic GPS transmission / reception device, which is a single device of the intended device, has a map position zero error in the position of the indoor map. It is a map position fully automatic confirmation recognition actuating device loaded one by one.
Therefore, a fully automatic vehicle usually has a GPS car navigation system loaded with a single GPS transmitter / receiver, but for a fully automatic GPS map position check on the road in the event of a car accident. Because it is obvious that the map position error is inaccurate when fully moving the crossroads left and right, it is obvious that it is impossible to perform fully automatic processing for car accidents. , GPS indoor map position error zero confirmation recognition actuating device, which is equipped with a total of four home appliances, one for each square, fully automatic technology copyright and fully automatic safe driving accident handling compatibility, automobile The GPS position confirmation device for one individual product called a fully automatic home appliance of the present invention for rubbing accidents in a small amount is four or more single GPS position confirmation devices at four or more in the square of one home appliance device. Loaded, Made to the running map position fully automatic localization recognition operation device such as an automatic home appliances.
In addition, (Patent Document 51) Japanese Unexamined Patent Publication No. 2006-254697 all-rail motor controlled harmless oil-free generator, (Patent Document 46) Japanese Unexamined Patent Publication No. 2011-105307 futuristic electric vehicle, (Patent Document 41) Multipurpose car navigation copyright original of Japanese Patent Application Laid-Open No. 2011-209290, a civilian copyright original from 2001 for the purpose of repayment of the full amount of debts in the prefectures, municipalities, and the nation, and the weak self-supporting society. (Patent Document 27) Multi-function electric vehicle copyright original for the full debt repayment of the country of Japanese Patent Laid-Open No. 2012-120440 and the full debt repayment of the municipalities of the prefectures, and (Patent Document 36) Japanese Patent Laid-Open No. 2012-056558. Power-up hybrid vehicles and (Patent Document 8) JP 2013-102688 country full debt repayment and prefecture, municipality, etc. As a safety device indispensable for full-automatic driving, the white line on the road where the visibility cannot be confirmed with the eyes of snowy public roads and roads around the world, based on the side multifunctional gamma-ray radiation radiation prevention panel camera, Snow white line, white line confirmation during rain, white line confirmation with zero visibility during yellow sand, and full automatic confirmation device of road white line of road inability due to large amount of smoke And the distance from the automobile, motorcycle, bicycle, person, animal, etc. as a fully automatic objective when the field of view is zero, left, right, top, bottom, top, and bottom of the vehicle with zero field of view. The objective distance to the vehicle is fully automatically measured, and the stop and road driving, and the inter-vehicle distance, the fully-automatic overtaking system of the taken car, the fully-automatic GPS position confirmation character communication, the wireless making setting voice communication, etc. In the fully automatic movement processing technology on the road for safe fully automatic overtaking, etc., it corresponds to the fully automatic driving technology of automobiles including radio wave sensor and GPS car navigation technology of fully automatic driving operation of other companies. , GPS indoor map position error zero confirmation recognition work that is equipped with a total of four home appliances squares, one of each fully automatic driving technology The device is a GPS road map position error zero confirmation recognition actuating device, which is a loading device with a total of four cars loaded on each application car square, becoming a fully automatic map position confirmation device on a double road. A road that depends on the fully automatic transmission / reception device for the reflected and bounced radio wave of the objective distance of the screw radio wave, which is different from that of other companies, and the fully automatic communication device for the reception distance of the screw radio wave and the screw radio wave, which is required to be fully loaded on the moving object in the future. The screw radio wave receiving distance position fully automatic communication device, etc., as the third fully automatic travel device in the future, the safety device, who is not related to the fully automatic travel, The position confirmation device for loading and rubbing a person is a device for fully measuring and rubbing the distance to a person existing on the road according to the position automatic confirmation reply device for screw radio waves.
However, if all autonomous driving can be carried out perfectly, (Patent Document 1) self-sufficient agriculture and fishery after the full debt repayment of the patent publication No. 2015-167470 and the full debt repayment of the municipalities of the prefectures Forestry and small and medium-sized enterprises with integrated intellectual property for a fully self-sufficient logistics system to become a world-class Japanese yen banking organization and the world's best banking organization. In towns that do not rebuild the entire city, such as corporate systems, fully automated electric vehicles are effective, but as a fully automated vehicle technology (industrial applicability), auxiliary autonomous driving As an automobile accident eradication movement, this copyright holder uses a low-priced electric car that rubs with its purpose, and uses one of the ideas of the present invention to explain the technique for eradicating the automobile accident. Made fully automatic drive-assisting device described in the case of loading the GPS indoor map position error zero check recognition actuating device for a total of four including the loading device one loading.

As the second of (industrial applicability), (Patent Document 8) Copyright of Multi-function Electric Tractor for Repayment of Full Debt in Country of JP2013-102688 and Repayment of Full Debt in Prefectural Municipalities In the original, fully automatic traveling work, the agricultural land map for the fully automatic work of the agricultural machine, the crop seed fully automatic planting work and the seedling planting fully automatic work, without damaging the plant planted at all, Fully automatic crop planting management, disinfection management, and harvesting management are all carried out in the fully automatic crop harvesting management based on one button and crop cultivation position data. The GPS indoor map position error zero confirmation recognition actuating device, which is equipped with a total of four loading devices, is a fully automatic protection technology for the cultivation of cultivated land plants of fully automatic tractors. The GPS indoor map position error is confirmed to be zero with a total of four home appliances squares, one on each of the home appliances squares of the present invention, which are overlooked to harvest and harvest farm crops without damaging them. It becomes a recognition actuating device, and it is absolutely necessary to be fully disregarded in the fully automatic vehicle technology, the position map of the fully automatic machine of the farmland accompanying the fully automatic confirmation of the plant vegetation technology of the same fully automatic camera This is an application technique for explaining the fully automatic seed planting, growing and harvesting technique for crops on the slopes of farmland.

As the third (industrial applicability), (Patent Document 20) Multifunctionality of intellectual property for repayment of full debt in the country of Japanese Patent Laid-Open No. 2012-236606 and repayment of full debt in municipalities As a submarine map for the original copyright of an electric sightseeing ship, a multi-function input fully automated robot for the full debt repayment of the country of Japanese Patent Laid-Open No. 2012-210703 and the full debt repayment of prefectures, municipalities, etc. Using the fully automatic underwater robot of the original copyright, create a seabed photograph map, and (Patent Document 15) JP2013-082448 country full debt repayment and prefectures municipalities full debt repayment Copyright original mountain helicopter for intellectual property. (The company, the country and the prefectural municipalities make a mountain helicopter by submitting patents of companies that are not patent rights, and raise the corporate profits, and if the governmental institution also gains the profits of technological embedding of intellectual property, It becomes a conspiracy crime.) 100% of national interest and 100% of municipalities in the prefecture are used as the original helicopter for the copyright of the original copyrighted property document claiming for the full repayment of the debt of the target country and the municipality of the prefecture. Using a camera with a panel with X-ray radiation scattering prevention gamma particles, create a seafloor geological map, etc. after creating a seafloor sea world map, and then create a seamap GPS to ensure the safety of ships on the sea. At the same time, in order to place the highest priority on ship safety, the GPS position confirmation device for one individual product called a fully automatic home appliance of the present invention has four independent GPS position confirmation devices in four or more locations in the square of one home appliance device. Four or more maritime GPSs loaded above are used to repay the full amount of debt in the country of (Patent Document 20) JP 2012-236606 and repay the full amount of debt in municipalities in prefectures. Intellectual property By rub stacked in the multi-function electric tour boat or the like of the property, the ship operated ensure the safety.

As the fourth (industrial applicability), (Patent Document 21) Multi-functionality of intellectual property for repayment of full debt in the country of JP2012-236605 and repayment of full debt in municipalities in prefectures In order to completely eliminate accidents such as near misses from the original airplane GPS of the electric motor propeller airplane, the GPS of the present invention is also equipped with a total of four loading devices, one for each home appliance square. The indoor map position error zero confirmation recognition actuating device is a single home appliance device, compared with one GPS position confirmation device, the present invention is a single device devised for map position zero error of the position of the indoor map. Fully automatic GPS transmitter / receiver is used as a plane GPS, with a map position fully automatic confirmation recognition operation device that loads one individual GPS on each square of one home appliance, one on each square. , (Patent Document 29) Copyrights of the X-ray Camera Radiation Scattering Prevention Panel Device which does not require any fossil fuel of intellectual property for the full debt repayment of the country of Japanese Patent Laid-Open No. 2012-108140 and the full repayment of municipalities in the prefectures The original is loaded on multiple telephoto cameras, and it becomes a safety device to protect the operation of an empty airplane by using the X-ray panel gamma radiation scattering prevention camera.

As the fifth (industrial applicability), (Patent Document 22) Multifunctional input fully automatic robot for full debt repayment of the country of Japanese Patent Laid-Open No. 2012-210703 and full debt repayment of prefectures municipalities On the other hand, the GPS indoor map position error zero confirmation recognition operation device of the present invention, which is a loading device provided with a total of four one in each home appliance device square, has one GPS device in the GPS position confirmation device. On the other hand, the present invention provides a fully automatic GPS transmission / reception device, which is a single device of the intended device, with a map position zero error of the position of the indoor map, and a single GPS for each square of one household appliance. The map position fully automatic confirmation and recognition device, which is loaded one by one in each square, has four functions, one for each limb of the multi-function input fully automatic robot, one for the robot head and one for the waist, a total of six Sending alone Multi-function input that has received the radio wave wavelength value All the movements of the full-automatic robot can be recorded Fully automatic robot that can record GPS full-automatic robot map writing function, based on at least two ultra-small mountain helicopters Multi-function input full-automatic robot that can move freely by remote control the mountain helicopter fully automatic position in the room.

The number of underwater steps for fully automatically communicating and rubbing the underwater robot position in the millimeter range of the operation position of the fully automatic underwater robot in the reference explanation diagram for the fully automatic system of the present invention. FIG. 4 is a reference diagram for explaining the positional relationship between a plurality of underwater stage number sonar transmission / reception underwater position communication devices and marine sonar transmission / reception underwater position communication devices with respect to a sonar transmission / reception underwater position communication device, maritime sonar transmission / reception underwater position communication device and satellite position communication system. This is a reference diagram of the latest technology of a fully automatic vehicle, which is an improvement of the futuristic electric vehicle of Japanese Patent Application Laid-Open No. 2011-105307 with respect to the fully automatic system of the present invention, and the GPS position of the fully automatic vehicle here is At least four square car fixing positions are required, and in the event of failure, at least five car and electric car fixing positions and GPS radio relay towers and high-rises built on high mountains High power hexagonal piezo-electric element-connected power generation circuit sheet built-in solar panel satellite and multiple satellites for specific rubbing of GPS position with respect to five positions of GPS radio relay tower and automobile fixed in the building High-power hexagonal piezoelectric element-coupled generator circuit sheet with radio wave receiving generator built-in device radio wave reception W power generation type simple solar panel auxiliary power generation type solar panel artificial satellite Double satellites required for full-automated driving as two satellites and the position of the triangular point of the radio relay tower for rubbing the position of the fully-automated driving vehicle with double safety measures A specific description of the triple safe location. This is a description of eight to ten fully automatic specific GPS positions of the fully automatic system trailer for the fully automatic system of the present invention, and includes a high-power hexagonal piezoelectric element-coupled generator circuit sheet built-in solar panel artificial satellite and GPS all Automatic screw radio relay playback Fully automatic system trailer with plastic vinyl rubber core tower and high power solar panel artificial satellite B It becomes the full automatic specific GPS position of 8 to 10 places, fully automatic curve curve car body position of trailer A reference diagram of a fully automatic system that explains how to find the triangular point positions of eight specific fixed positions for measuring and rubbing. It is a device that explains how to find the seven GPS positions of a fully automatic construction machine for the fully automatic system of the present invention, and is a seven-point GPS that uses a high-power artificial satellite and a high-power mountain helicopter GPS wave relay device. Basic GPS position for construction of civil engineering work based on multiple construction machine models of the fully automatic construction machine with the card tooth input button setting work process for the corner point of the city according to the description of the location of the triangle point Reference drawing explaining how to put out a specific fixed position. The fully automatic system of the present invention is a multi-color line contact fully automatic position confirmation recognition camera device for full-automatic position confirmation and check confirmation of the subject color color shape, in particular, front, back, left, right, top and bottom real-shot positions, A high-power hexagonal piezoelectric element connected with a built-in camera lens that can automatically check the surrounding scenery at once on the projecting lens subject part with an integrated lens structure with a convex lens integrated in the center of the fisheye lens with an upper and lower part of the built-in acrylic panel type Type generator circuit High-power hexagonal piezoelectric element-coupled generator circuit Bar-shaped rail motor specific camera subject position fully automatic confirmation of subject distance using non-other company's motor . The five-change high-power speaker for the fully automatic system of the present invention is a simple structure description of the five-change high-power speaker for accurately reproducing and rubbing various sounds. Reference explanation diagram of a high-pitched copper-iron alloy speaker using a multi-needle hole-shaped stainless steel panel magnet plate of a piezoelectric element magnet body, a high-pitched silk netted paper speaker, and a plastic vinyl speaker for producing medium sound. In order to delay the characteristics of the silicon switch piezoelectric element switch with high power weak alpha ray particle particles for the fully automatic system of the present invention, which tends to harden as the silicon switch becomes old, the alpha heat absorbing radiation of the radiation The effect of delaying the low-temperature solidification change and the silicon solidification work due to the piezoelectric element magnet particles are delayed, and the speed changeover switch of the silicon diode piezoelectric element switch containing high-power weak alpha-particle particles due to the built-in light hydrogen effect The schematic explanation reference figure of the switch of the reference substance position of the switch of the fully automatic device using GPS for the purpose. This is a description of the high-power weak gamma-ray single-particle silicon diode piezoelectric element switch for the fully automatic system of the present invention. Therefore, the effect of delaying the silicon solidification change and the silicon solidification work due to the piezoelectric element magnet particles are delayed, and further, the speed changeover switch of the silicon diode piezoelectric element switch with high output weak gamma ray single particle particles based on the built-in light hydrogen effect The schematic explanatory reference figure of the switch of the reference substance position of the switch of the fully automatic device which used GPS. The motor explanatory reference figure which can turn both sides MD of the map data with respect to the high output hexagon-shaped piezoelectric element connection power generation circuit type rail motor apparatus with respect to the fully automatic system of this invention. Electric resistance zero wiring plus electric wiring explanation reference diagram for the fully automatic system of the present invention. Electric resistance zero wiring minus electric wiring explanation reference diagram for the fully automatic system of the present invention. The reference explanatory drawing of the high output hexagon-shaped piezoelectric element power generation circuit with respect to the fully automatic system of this invention. Description of a fully automatic system camera lens combining a plastic panel with infrared gas, a plastic panel with ultraviolet gas, a plastic panel with weak alpha rays, and a plastic panel with weak gamma rays as a quadrant lens for the fully automatic system of the present invention. Figure. FIG. 3 is a reference diagram for explaining a color color line camera fully automatic position recognition confirmation communication device for the fully automatic system of the present invention. Two GPS reception triangulation positioning means using a radio transmission / reception satellite and a radio transmission / reception type mountain helicopter for a fully automatic system of the present invention, a first GPS and a second GPS of a fully automatic vehicle, The explanatory reference figure of positioning using 3rd GPS, 4th GPS, and 5th GPS. FIG. 3 is a reference diagram for explaining the positioning of a fully automatic system using a high-power generation circuit built-in artificial satellite of a fully automatic vehicle and a GPS screw radio radio distance measuring relay tower for the fully automatic system of the present invention. FIG. 2 is a reference diagram for explaining the positioning of a fully automatic system using a high-power lightweight mechanical generator-mounted artificial satellite and a lightweight panel-mounted mountain helicopter for a fully-automatic system of the present invention. The vehicle center line light and the road position determination GPS for reconfirmation of the position of the fully automatic vehicle for roads other than the center line and both side lines of the road of the fully automatic vehicle for the fully automatic system of the present invention. Explanation reference diagram of radio central line. The fact that the copyright date of the intellectual property property patent for the fully-automatic system of the present invention was devised and the final confirmation means was written for repayment of the full amount of debt in Japan. A copy of the certificate's personal information disclosure issued by the Hokkaido Government Office. Fully automatic home appliance Nyanwan fully automatic vacuum cleaner ceiling-installed indoor fixed position fully automatic confirmation recognition communication device, indoor setting input stereoscopic image map, multiple color light line device and fully automatic subject shape for fully automatic system of the present invention An explanatory reference diagram of the Nyan Wan fully automatic vacuum cleaner with built-in recognition camera focal length data map writing system. FIG. 4 is a schematic diagram for explaining the structure of a fully automatic household Nyan Wan fully automatic vacuum cleaner for the fully automatic system of the present invention. FIG. 4 is a reference diagram for explaining a schematic structure of a camera CCD for a fully automatic system according to the present invention. FIG. 3 is a structural reference diagram of a high-power solar panel rechargeable hexagonal piezoelectric element power generation circuit type rail motor robot drill for the fully automatic system of the present invention. Fully automatic using the 7-point full-automatic confirmation device of the backhoe described for positioning using a high-power hexagonal piezoelectric element-coupled power generation circuit type solar panel artificial satellite and high-power mountain helicopter for the full-automatic system of the present invention Reference diagram for explaining the system. Fully automatic triangulation position distance data transmission system that acquires data obtained by calculating the linear distance between two artificial satellites using the first artificial satellite and the second artificial satellite At least four aerial satellites and vehicles, etc., using the 24-hour fully automatic calculation system between the first satellite and the car, and the 24-hour fully automatic calculation system between the second satellite and the car, etc. On the other hand, a schematic structural explanation reference diagram of a fully automatic 24-hour measurement system for the four-point distance of the position of an automobile between satellites. Fully automatic 24 hour measurement system and region of the four-point distance of the position of the vehicle between the satellites with respect to the four-point position of the two or more aerial satellites of the fully-automatic vehicle and the vehicle for the fully-automatic system of the present invention The first screw radio wave transmission / reception three-dimensional map location identification device and the second screw radio wave transmission / reception solid of the fully automatic car using the full-automatic measurement of the four-point distance of the radio relay tower built on the highest mountain in Japan An explanatory reference diagram using the map position determination specifying device, the third screw radio wave transmission / reception three-dimensional map position determination specifying device and the fourth screw radio wave transmission / reception three-dimensional map position determination specifying device. In the satellite for exclusive use of the foundation of the fully automatic vehicle system for the fully automatic system of the present invention, the radio distance full-automatic measurement GPS position reconfirmation transmission / reception device and other vehicle from other vehicles on the same lane of vehicles such as automobiles and other vehicles A schematic structure explanation reference diagram using a GPS distance transmission / reception full automatic device and a position-specific wave. FIG. 28 is a reference explanatory diagram for specifically identifying the date of writing the invention of FIG. 27 for the fully automatic system of the present invention. FIG. 28 is a reference explanatory diagram that specifically identifies the date of description of the remaining works in FIG. 27 for the fully automatic system of the present invention. The first weak radio wave transmission / reception apparatus, the second weak radio wave transmission / reception apparatus, the third weak radio wave transmission / reception apparatus, and the fourth weak radio wave transmission / reception using the full automatic handkerchief and the piezoelectric element 4 electromagnetism splitting device for the full automatic system of the present invention. Weft high output power generation yarn and silicon diode piezoelectric element magnet body particle built-in power generation yarn, argon gas built-in vinyl nylon light yarn containing calcium hydrogen fluoride particles, voice circuit double layer earth IC chip sheet and high output Schematic structure explanatory reference diagram using elliptically connected piezoelectric element light hydrogen vinyl nylon power generation circuit yarn. The first high-power hexagonal piezoelectric element-connected power generation circuit built-in silicon solar panel first antenna speaker and second high-power for the position sound generation fixed position emergency position recognition ultra-small panel system of the fully automatic system of the present invention Silicon solar panel second antenna speaker with built-in hexagonal piezoelectric element-coupled generator circuit and third high-power hexagonal piezoelectric element-coupled generator circuit with built-in silicon solar panel third antenna speaker and fourth high-power hexagonal piezoelectric element-coupled generator circuit Built-in silicon solar panel 4th antenna Speaker built-in high power low frequency reception recognition device, high power block wave reception recognition device, high power pattern wave reception recognition device and high power medium wave reception recognition device built in bamboo ash-containing plastic aluminum insulation Position sound using body sheet panel and high-power piezoelectric element magnet body containing light hydrogen Voice structure fixed reference emergency position recognition reference diagram for schematic structure explanation of micro panel system. A high-power copper cylinder operating coil, a refracting plate, a first high-power condenser lens, and a second high-power condenser lens for a high-power electronic camera for a fully automatic system of the present invention plus a piezoelectric element 4 electron For a zero electric resistance electron gun using a magnetic dividing device and a negative piezoelectric element 4 electron magnetic dividing device, for an anode electric resistance zero anode, a high output copper cylinder operating coil, a magnification control, an amplification circuit, light and an object Reference diagram for explaining the schematic structure of a high-power electronic camera that can view images using the operation generator circuit. A high-power copper tube operating coil and a refracting plate, a first high-power condenser lens, and a second high-power condenser lens plus another piezoelectric for another high-power electronic camera for the fully automatic system of the present invention In contrast to the zero electric resistance electron gun using the element 4 electron magnetic dividing device and the minus piezoelectric element 4 electron magnetic dividing device, the anode electric resistance zero anode, the high output copper cylinder operating coil, the magnification control, the amplification circuit, the light, the objective Fig. 2 is a reference diagram for explaining the schematic structure of a high-power electronic camera capable of viewing an image using an operation generation circuit. A plus high output hexagonal piezoelectric element coupled generator circuit A, a minus high output hexagonal piezoelectric element coupled generator circuit A and a plus piezoelectric for a high output three-color color light line device for a fully automatic system of the present invention. Double emission light panel type and normal plus electricity for element 4 electromagnetism splitting device A, minus piezoelectric element 4 electromagnetism splitting device A, glass fiber light panel with argon gas and calcium fluoride light panel with light hydrogen And the general structure reference diagram of high-output three-color light line device using normal minus electricity, red blue yellow three-color light, three-color light divider, red glass, blue glass, yellow glass and light diaphragm. In contrast to a trinocular camera object shape recognition device for a fully automatic system according to the present invention, a glass sheet with lead water containing weak alpha radiation and a weak gamma using each plus / minus piezoelectric element 4 electronic magnetic dividing device. Radial plastic sheet built-in crystal glass panel with lead water, CCD panel with high output light hydrogen, convex lens, high output hexagonal piezoelectric element coupled power generation circuit moving switch structure structure description reference system Figure. Piezoelectric device chip filter, light hydrogen-containing antenna radio wave detector, piezoelectric element particle-containing diode BPF (SAW filter) and mixer of high-power GPS receiver for fully automatic system of the present invention (Frequency converter), prescaler, voltage control transmitter, phase comparison, GPS synchronous reference signal generator with clock function, unnecessary frequency band mixed cut-off device, first intermediate frequency piezoelectric element diode filter and second intermediate frequency Frequency converter using a piezoelectric element diode filter, (PLL circuit) phase noise elimination device, TCXO temperature compensation crystal oscillator, position data, and schematic structure explanation reference diagram of high-power GPS receiver with clock baseband multilayer card box circuit structure . FIG. 35 is a reference explanatory diagram for specific identification of the date of writing the invention of FIG. 34 for the fully automatic system of the present invention. FIG. 36 is a reference explanatory diagram for specifically identifying the date of writing of the device of FIG. 35 for the fully automatic system of the present invention. FIG. 36 is a reference explanatory diagram for specifically identifying the date of writing the invention of FIG. 36 for the fully automatic system of the present invention. 36 is a reference explanatory diagram for identifying the remaining date of description of the invention in FIG. 36 for the fully automatic system of the present invention. For the GPS reception block diagram for the fully automatic system of the present invention, a GPS module using an antenna, a SAW radio wave filter, an LC radio wave filter, a SAW filter unnecessary radio wave removing device, a piezoelectric element 4 and an electronic magnetic dividing device B and an IC Reference diagram of schematic structure explanation of GPS reception block diagram using multilayer tag, baseband double-layer IC, positioning result and control command. Compared to the internal block diagram of the baseband IC for the fully automatic system of the present invention, the RF block, CLOCK satellite mountain helicopter time, DATA piezoelectric element radio wave recording data, radio wave data correlator, PLL circuit phase noise removing device, and CPU ARM7 Data accelerator, UART full-duplex position measuring device, multilayer memory interface, path bridge, data input / output (PC and microcomputer), flash memory, external multilayer memory piezoelectric element card box, mask ROM piezoelectric element magnetic storage device and RAM piezoelectric element Reference diagram for explaining the schematic structure of an internal block diagram of a baseband IC using a magnetic storage device, a real time clock (RTC) satellite time display device, and electricity. Mountain helicopter of GPS mountain helicopter wave receiver, radio wave, antenna, high-speed screw high-frequency amplifier, mixer frequency converter, AD converter, local oscillator, code correlator C / A demodulation for fully automatic system of the present invention CPU processing unit Demodulation of navigation data Reference diagram of schematic structure of GPS mountain helicopter wave receiver using satellite mountain helicopter orbit calculation position calculation etc. and real data output (position / speed / time data call agreement code). In contrast to the new technology capacitors for the fully automatic system of the present invention, against the corporate personal property plagiarism of ordinary capacitors, avoidance and bamboo cover containing ceramic cover type carbon lime hydrogen particles containing copper cylinder capacitors and circuit board feet Plug type, spring part, carbon lime part, cover, iron core pin with lead core, wood ash-containing ceramic particles with vinyl black soil phosphorus compound particles, vinyl black soil phosphorus compound particles, and iron lead aluminum alloy with high power piezoelectric element particles Reference diagram for explaining the schematic structure of a new technology capacitor using pin feet. High-power hexagonal piezoelectric element-coupled power generation circuit, glass dust cover type with raw ash, hexagonal piezoelectric element line particles, blue clay sulfur-containing argon gas Nylon particle capacitor and wood ash ceramic insulator cover type and bamboo ash ceramic cover type hexagonal piezoelectric element line particle white clay calcium fluoride hydrogen capacitor and bamboo ash ceramic cover type and round type power generation capacitor and square type power generation capacitor Reference diagram for explaining the schematic structure of a power generation capacitor having a hexagonal power generation capacitor structure. FIG. 45 is a reference explanatory diagram that specifically identifies the date of writing the invention of FIG. 44 for the fully automatic system of the present invention. FIG. 45 is a reference explanatory diagram that specifically identifies the date of writing of the remaining works in FIG. 44 for the fully automatic system of the present invention. FIG. 46 is a reference explanatory diagram that specifically identifies the date of writing the invention of FIG. 45 for the fully automatic system of the present invention. FIG. 46 is a reference explanatory diagram that specifically identifies the date of description of the remaining works in FIG. 45 for the fully automatic system of the present invention. A block box brain collecting circuit for a fully automatic robot home appliance for a fully automatic system according to the present invention is usually an integrated circuit, a multilayer piezoelectric information element, a multilayer piezoelectric information element mouth speaker voice block, and a multilayer piezoelectric information element mouth microphone ear block. Multi-layer piezoelectric information device mouth-hand motor operation block, multi-layer piezoelectric information device mouth-foot motor operation block, instruction block, multi-wave oscillator circuit and spin receiver Schematic structure reference diagram. Fully-automatic vehicle interior room panel light structure for the fully automatic system of the present invention is a minus screwdriver mouth cover, a minus screwdriver insertion rotating part, a double light emitting light ball, a screw part, a plus driver mouth cover and a plus screwdriver insertion. Schematic structural explanation reference diagram of the structure of the inner compartment panel light of a fully automatic vehicle using a rotating part, a screw-fitting type capacitor, a round screw type capacitor, a hexagonal screw type capacitor and a square screw type capacitor. The position-based position communication device for the fully automatic system of the present invention includes a fixed ceiling position communication device, a fully automatic home appliance position communication transmitting / receiving device, a position communication transmission / reception type placed on a TV, and a fully automatic robot home appliance transmission / reception system structure for wall hanging. FIG. The space submarine transmission / reception network system for the fully automatic system of the present invention includes a voice switch, a designated model, a message box, a scheduled item menu time, a room designation, a delivery area industrial menu, a speed control area time release, and a full automatic designation of a sight. Car navigation guidance system, point fund participation, robot care city mark, municipality free automatic screening system center, World Foundation member news, circuit camera sign, and schematic structure explanation reference diagram. The hydrogen electronic semiconductor (lithium hydrogen electronic semiconductor) for the fully automatic system of the present invention includes AST arsenic tritium-containing silicon, SIT tritium-containing silicon, tritium N-type semiconductor, light hydrogen electronic semiconductor (protium electronic semiconductor) and BH. FIG. 3 is a schematic structural explanation reference diagram of hydrogen-containing boron, SIH light-hydrogen-containing silicon, and a high-power P-type semiconductor structure hydrogen electronic semiconductor (lithium hydrogen electronic semiconductor). The light hydrogen electronic semiconductor (protium electronic semiconductor) for the fully automatic system of the present invention is an outline of a light hydrogen electronic semiconductor (protium electronic semiconductor) using SIH light hydrogen-containing silicon, ASH arsenic light hydrogen, and a high-power N-type semiconductor. Structure explanation reference diagram. The NPN transistor of the high output transistor for the fully automatic system of the present invention uses a collector current, a collector (C), an emitter current, a base (B), a high output N type silicon semiconductor, and a high output P type silicon semiconductor. Reference diagram for explaining the schematic structure of an NPN transistor of a high output transistor. A high power hexagonal piezoelectric element coupled generator circuit gamma radiation single particle NPN transistor for a fully automatic system of the present invention includes a collector current, a collector (C), an emitter current, a base (B), and a high output single particle. Piezoelectric element containing gamma radiation particles Arsenic light hydrogen silicon N-type semiconductor and high-power single-grain gamma radiation particles Piezoelectric element boron light-hydrogen silicon P-type semiconductor and high-power hexagonal piezoelectric using gamma single-particle weak radiation Element connection type power generation circuit Gamma radiation Single reference particle containing NPN type transistor schematic structure explanation reference diagram. The high-power hexagonal piezoelectric element coupled generator circuit built-in type NPN transistor for the fully automatic system of the present invention includes a collector current, a collector (C), an emitter current, a base (B), an emitter (E), and a high-output piezoelectric element. Schematic structure reference drawing using arsenic light hydrogen silicon N-type semiconductor with element particles and boron light hydrogen silicon P-type semiconductor with high-power piezoelectric element particles. High power hexagonal piezoelectric element coupled generator circuit type NPN transistor with one alpha radiation particle, collector current, collector (C), emitter current, base (B) and high output power for the fully automatic system of the present invention High power hexagonal piezoelectric element-coupled power generation with built-in piezoelectric element arsenic hydrogen silicon N-type semiconductor with alpha-radiation particles, piezoelectric element boron hydrogen silicon P-type semiconductor with high-power single alpha radiation particles and alpha single-grain radiation particles Reference diagram for explaining the schematic structure of an NPN transistor with a built-in circuit. N channel MOS type FET with high output single alpha radiation particle for fully automatic system of the present invention is an alpha single grain weak radiation particle, drain, source, gate, high output point connection type power generation circuit and high output silicon N type. Semiconductor and high-power silicon P-type semiconductor structure high-power single-particle alpha radiation particle-containing N-channel MOS FET device description, high-power single-particle alpha radiation particle-containing P-channel MOS FET, alpha single-grain weak radiation particle, drain and source FIG. 2 is a reference diagram for explaining the schematic structure of a gate, a high-power connection circuit, a high-power silicon N-type semiconductor, and a high-power silicon P-type semiconductor. As a new power generation circuit description for the fully automatic system of the present invention, an oxygen silicon sheet, a nitrogen oxide oxygen silicon sheet and a light hydrogen silicon sheet or a light hydrogen mercury mercury sheet and a light hydrogen-containing piezoelectric element silicon sheet or a power generation circuit type and oxygen FIG. 4 is a schematic structural explanation reference diagram of a new power generation circuit having a silicon sheet, a light hydrogen-containing piezoelectric element power generation circuit type silicon sheet, an oxygen silicon sheet, a nitrogen oxygen silicon plus rechargeable battery element chip, and a nitrogen oxygen silicon minus rechargeable battery element chip structure. The high-power single-grain gamma radiation particle-containing thyristor for the fully automatic system of the present invention is a high-power single-grain gamma radiation particle-containing piezoelectric element arsenic light hydrogen silicon N-type semiconductor and a high-power single-grain gamma radiation particle-containing piezoelectric element boron light. Schematic structural explanation reference diagram of a high-power single-grain gamma radiation particle thyristor having a hydrogen silicon P-type semiconductor and a gamma single-grain particle weak radiation alias (reduced radiation) cathode (K) and anode (A) structure. The thyristor with high-power single-particle alpha radiation particles for the fully automatic system of the present invention includes a cathode (K) and an anode (A) piezoelectric element arsenic hydrogen silicon N-type semiconductor with high-power single-particle alpha radiation particles and high-power single particle. FIG. 2 is a schematic structural explanation reference diagram of a thyristor containing alpha radiation particles including a piezoelectric element boron hydrogen silicon P-type semiconductor containing alpha radiation particles and a high output single alpha radiation particle structure of alpha one weak radiation particle structure. The high-power thyristor for the fully automatic system of the present invention includes an arsenic light hydrogen silicon N-type semiconductor containing high-power piezoelectric element particles, a boron light hydrogen silicon P-type semiconductor containing high-power piezoelectric element particles, a gate and a cathode (K). FIG. 2 is a reference diagram for explaining a schematic structure of a high-power thyristor having an anode (A) structure. The thyristor with built-in high-power hexagonal piezoelectric element-coupled power generation circuit sheet for the fully automatic system of the present invention is an arsenic light hydrogen silicon power generation circuit-type N-type semiconductor containing high-power piezoelectric element particles and boron-light containing high-power piezoelectric element particles. Hydrogen silicon power generation circuit type P type semiconductor, gate, cathode (K), anode (A), high output point connection type power generation circuit, high output piezoelectric element particle-containing arsenic light hydrogen silicon power generation circuit type N type semiconductor and high output piezoelectric element Schematic structural explanation reference diagram of particle-type boron light hydrogen silicon power generation circuit type P-type semiconductor structure. The high-power hexagonal piezoelectric element-coupled power generation circuit built-in type for the full-automatic system of the present invention includes a high-power N-type silicon semiconductor, a high-power P-type silicon semiconductor, and a gamma single particle weak radiation or (reduced radiation). , High output point connection type power generation circuit, high output hexagonal piezoelectric element connection type power generation circuit sheet built-in thyristor, high output impurity silicon N type semiconductor, high output N type alpha single particle silicon semiconductor and high output N type gamma particle High-power hexagonal piezoelectric element coupled power generation circuit built-in fort diode with high-power N-type alpha single grain silicon impurity semiconductor, high-power N-type gamma silicon semiconductor and high-power P-type gamma silicon semiconductor Reference Figure. FIG. 3 is a schematic structural explanation reference diagram of the structure of a magnet bolt and nut rotating lock device used for rubbing the cover and frame device for the fully automatic system of the present invention. The high output light weight piezoelectric element radio wave correction circuit element foot portion for the fully automatic system of the present invention includes a light piezoelectric element correction radio wave circuit element containing light hydrogen and a small amount of neon argon gas, a piezoelectric element radio wave correction circuit element containing light hydrogen argon gas, and bamboo. Schematic explanation reference diagram of the foot portion of the high-power lightweight piezoelectric element radio wave correction circuit element with ash-lime-containing glass fiber structure. The high-power integrated circuit for the fully automatic system of the present invention includes a collector (C), a base (B), an emitter (E) inside a high-power IC, a high-power light hydrogen-containing diode, SIO ', and a high-power P-type silicon substrate. Schematic structure explanation reference diagram of the structure high-power integrated circuit. The P-type liquid crystal semiconductor with built-in piezoelectric element particles containing high-power lithium hydrogen gas for the fully automatic system of the present invention has an N-type liquid crystal semiconductor with built-in piezoelectric element particles containing high-power lithium hydrogen gas and a piezoelectric element particle containing high-power lithium hydrogen gas. Brief description of PN junction liquid crystal semiconductor, P-type magnesium silicon semiconductor with built-in piezoelectric element particles containing high-power lithium hydrogen gas, N-type magnesium silicon semiconductor with built-in piezoelectric element particles containing high-power lithium-hydrogen gas, and piezoelectric element particles containing high-power lithium-hydrogen gas Outline of PN junction magnesium silicon semiconductor and diode semiconductor structure with P-type barium silicon titanate particles with high-power lithium hydrogen gas-containing piezoelectric element particles Diode structure with N-type barium silicon titanate particles with high-power lithium-hydrogen gas-containing piezoelectric element particles High power lithium water Schematic structure reference diagram of a diode semiconductor containing a PN junction barium silicon titanate particle with a built-in piezoelectric element particle containing raw gas. The silicon P-type semiconductor with built-in high-power protium light hydrogen gas-containing piezoelectric element particles gamma for the fully automatic system of the present invention is a silicon N-type semiconductor with built-in high-power protium light hydrogen gas-containing piezoelectric element particles gamma and single particles. High-power protium light hydrogen gas-containing piezoelectric element particle γ-junction PN junction silicon semiconductor, high-power protium light hydrogen gas-containing piezoelectric element particle gamma single-particle particle-containing vinyl P-type semiconductor and high-power protium light hydrogen gas-containing piezoelectric element particle Gamma single particle built-in vinyl N-type semiconductor is piezoelectric element particle containing high power protium light hydrogen gas PN junction vinyl semiconductor built-in reference structure device and high power protium light hydrogen gas containing piezoelectric element particle gamma single particle particle built-in diode P-type semiconductor and piezoelectric element particle gamma containing high-power protium light hydrogen gas Reference diagram for explaining the schematic structure of a PN junction diode semiconductor with built-in single grain particles of piezoelectric element particle gamma containing high-power protium light hydrogen gas having an N-type semiconductor structure with single grain particles. High-power lithium hydrogen gas-containing silicon P-type semiconductor P-type barium silicon titanate diode-containing diode semiconductor for the fully automatic system of the present invention is a high-power lithium hydrogen gas-containing piezoelectric element particle-containing silicon N-type semiconductor N. Type diode semiconductor with barium silicon titanate particles and high power lithium hydrogen gas containing PN junction silicon semiconductor with built-in piezoelectric element particles. High power lithium hydrogen gas containing piezoelectric element particles with built-in vinyl P-type semiconductor is high power lithium hydrogen gas containing piezoelectric element. This is a reference explanation of a vinyl N-type semiconductor with a built-in particle and a PN junction vinyl semiconductor structure with a built-in piezoelectric element particle containing high-power lithium hydrogen gas, and a diode-type semiconductor with a built-in piezoelectric element particle containing high-power lithium hydrogen gas and a piezoelectric containing high-power lithium hydrogen gas. Element particle built-in diode N-type semiconductor Schematic structure explanatory reference diagram of a PN junction diode semiconductor with piezoelectric element particles containing high-power lithium hydrogen gas having a body structure. High-power Protium Light Hydrogen Gas-Containing Piezoelectric Particle Alpha Single-Particle Liquid Crystal P-type Semiconductor for Fully Automatic System of the Present Invention is a High-power Protium Light Hydrogen Gas-Containing Piezoelectric Particle Alpha Single-Particle Liquid Crystal N-type Semiconductor Structure High-power protium light hydrogen gas containing PN junction liquid crystal semiconductor with built-in alpha single particle piezoelectric particles, and high-power protium light hydrogen gas-containing piezoelectric silicon particle alpha single particle built-in magnesium silicon P-type semiconductor is a high-power protium light hydrogen gas Piezoelectric element particle alpha containing magnesium silicon N-type semiconductor with built-in alpha particle and high-power protium light hydrogen gas containing piezoelectric element alpha alpha particle containing PN junction magnesium silicon semiconductor Particle-containing P-type barium silicon titanate particles The diode semiconductor is a PN-junction titanate containing a high-power protium light hydrogen gas-containing piezoelectric element particle alpha particle containing a high-power protium light hydrogen gas-containing diode semiconductor alpha-particle-containing diode semiconductor structure containing a barium silicon titanate particle. Reference diagram for explaining the schematic structure of a diode semiconductor containing barium silicon particles. The high-power piezoelectric element triple metal silicon PN junction light hydrogen-containing silicon semiconductor for the fully automatic system of the present invention includes an N-type magnesium silicon semiconductor, two kinds of PN junction synthetic silicon semiconductor sheets, a P-type piezoelectric element-containing silicon semiconductor, and N -Type light hydrogen lead water silicon semiconductor, two kinds of PN junction two-piece semiconductor sheet, P-type piezoelectric element particle-containing silicon semiconductor, N-type light hydrogen copper-water silicon semiconductor, three kinds of PN junction three-piece semiconductor sheet and P-type piezoelectric element High power piezoelectric element with a silicon semiconductor structure with particles Triple metal silicon PN junction Reference diagram for explaining the schematic structure of a silicon semiconductor with light hydrogen. FIG. 75 is a reference explanatory diagram for specifically identifying the date of writing the invention of FIG. 74 for the fully automatic system of the present invention. N-type lithium hydrogen gas-containing semiconductor sheet, hydrogen-containing silicon sheet, P-type lithium hydrogen gas-containing semiconductor sheet and N-type for high-power piezoelectric element PN junction hydrogen gas-containing silicon semiconductor structure for the fully automatic system of the present invention Outline of High Power Piezoelectric Element PN Junction Hydrogen Gas-Incorporated Silicon Semiconductor Structure with Semiconductor Sheet with Lithium Hydrogen Gas, Hydrogen Two-Sided Sheet, P-Type Lithium Hydrogen Gas Piezoelectric Element Particle-Containing Semiconductor Sheet, and Three-Sided Hydrogen-Containing Sheet Structure explanation reference diagram. The high-power piezoelectric element PN junction light hydrogen-containing silicon semiconductor structure for the fully automatic system of the present invention includes a hydrogen-containing silicon sheet, a semiconductor sheet containing N-type lithium hydrogen gas, a semiconductor sheet containing P-type lithium hydrogen gas piezoelectric element particles, and hydrogen. Schematic structure reference diagram of high-power piezoelectric element PN junction light hydrogen-containing silicon semiconductor structure of N-type light hydrogen-containing silicon semiconductor and P-type light hydrogen-containing silicon semiconductor, temperature heating adhesion, and double-sheeted sheet structure . BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic structural explanation reference diagram of a 16-segment silicon wafer structure of a magnesium silicon semiconductor structure with a built-in piezoelectric element magnet body particle containing light hydrogen protium gas for a fully automatic system of the present invention. The ultra-fast switching silicon PN junction diode semiconductor structure for the fully automatic system of the present invention includes an anode (A), cathode (K), light hydrogen gas-containing piezoelectric element magnet particle built-in diode N-type semiconductor, P-type silicon, N Type silicon, light hydrogen-containing micro silicon film, light hydrogen gas-containing piezoelectric element Magnet body particle-containing diode P-type semiconductor Reference diagram of schematic structure explanation of ultrafast switching silicon PN junction diode semiconductor of these structures. High power PIN junction diode semiconductors for fully automatic systems of the present invention are P-type ⁺ and I-type & N-type ⁺ and high-power protium light hydrogen gas-impurity-rich N ⁺ type diodes Semiconductor and high-power protium light hydrogen gas-containing impurity concentration high P ⁺ type diode, dotted piezoelectric element square magnetic line, resistance and forward current A. Reference schematic diagram of high-structure PIN junction diode semiconductor of these structures. The high output junction FET for the fully automatic system of the present invention includes a drain, a gate (G), a battery, a piezoelectric element magnet body containing light hydrogen gas, an N-type silicon magnetic body containing particle lines, and a piezoelectric element magnet body containing light hydrogen gas. FIG. 2 is a reference diagram for explaining a schematic structure of a high-power junction FET mainly composed of a P-type silicon magnetic body containing a particle line and a P-type silicon film. MOSFET metal oxide transistor semiconductor for use in a fully automatic machine for a fully automatic system of the present invention is a drain, a source, a battery, an oxide film, an alloy, a high output multi-layer N channel layer, a high output light hydrogen-containing P-type FIG. 2 is a schematic structural explanation reference diagram of a MOSFET metal oxide transistor semiconductor mainly composed of a silicon substrate, a plurality of perforated normal N-type silicon sheets, and a light hydrogen-containing N-type silicon sheet structure. High power trench gate MOSFET metal oxide transistor semiconductor for fully automatic system of the present invention includes drain, source, gate (G), battery, oxide film, copper lead alloy, high power hydrogen-containing ebonite particulate impurity N-type silicon, FIG. 4 is a schematic structural explanation reference diagram of a high-power trench gate MOSFET metal oxide transistor semiconductor having a normal P-type silicon and a high-power light hydrogen-containing N-type silicon semiconductor structure. High power planar gate MOSFET metal oxide transistor semiconductor for use in a fully automated machine for a fully automated system of the present invention is a drain (G), source, gate (G), battery, copper lead alloy, and usually P-type FIG. 4 is a schematic structural explanation reference diagram of silicon, a high-power light hydrogen-containing N-type silicon semiconductor, a high-power trench gate MOSFET metal oxide transistor semiconductor, a cooling solid material, and nitrogen. 79 is a reference explanatory diagram for specific rubbing of the date of writing of the invention in FIG. 79 for use in a fully automatic machine for the fully automatic system of the present invention. The structure description of the Schottky barrier high output diode for use in a fully automatic machine for the fully automatic system of the present invention is as follows: anode (A), cathode (K), metal, high output N-type semiconductor, high output protium light Hydrogen gas-containing piezoelectric element Magnetic diode Ion flow, drift current, light hydrogen gas-containing piezoelectric element Magnet body built-in diode N-type semiconductor, R, resistance, copper-lead rare earth alloy, battery and mounting structure for forward current Schematic structure explanation reference diagram for explanation of Schottky barrier high output diode. FIG. 81 is a reference explanatory diagram for specific rubbing of the date of writing of the invention in FIG. 80 for use in a fully automatic machine for the fully automatic system of the present invention. 79 is a reference explanatory diagram for specific rubbing of the date of writing of the invention in FIG. 79 for use in a fully automatic machine for the fully automatic system of the present invention. 81 is a reference explanatory diagram for specific rubbing of the date of writing of the invention in FIG. 81 for use in a fully automatic machine for the fully automatic system of the present invention. 81 is a reference explanatory diagram for specific rubbing of the date of writing of the remaining works in FIG. 81 for use in a fully automatic machine for the fully automatic system of the present invention. 84 is a reference explanatory diagram for specific rubbing of the date of writing of the invention in FIG. 84 for use in a fully automatic machine for the fully automatic system of the present invention. 82 is a reference explanatory diagram for specific rubbing of the date of writing of the invention in FIG. 82 for use in a fully automatic machine for the fully automatic system of the present invention. 82 is a reference explanatory diagram for specific rubbing of the date of description of the remaining work in FIG. 82 for use in a fully automatic machine for the fully automatic system of the present invention. The gate (G), the anode (A), the cathode (K), the battery, the resistance, the high, and the structure of the high output thyristor and the high output triac for rubbing the fully automatic machine for the fully automatic system of the present invention. P-type silicon semiconductor with built-in piezoelectric element particles containing output protium light hydrogen gas and N-type silicon semiconductor with built-in piezoelectric element particles containing high-power protium light hydrogen gas, and high-power thyristor with positive magnetic ion and negative magnetic ion structure. Gate (G), P-type silicon semiconductor with piezoelectric element particles containing high-power protium light hydrogen gas, N-type silicon semiconductor with piezoelectric element particles containing high-power protium light hydrogen gas, and terminal 1 (T1) and terminal 2 (T2) structures Reference diagram for explaining the schematic structure of a high-power triac. The silicon containing light hydrogen containing light hydrogen for use in a fully automatic machine for the fully automatic system of the present invention includes a high power N-type semiconductor and a high power protium light hydrogen gas containing P-type silicon semiconductor with built-in piezoelectric element particles. Reference diagram for explaining the schematic structure of the output point-like piezoelectric element-connected power generation circuit and the silicon structure containing light hydrogen containing light-weight piezoelectric elements and the silicon structure containing light-weight piezoelectric elements containing hydrogen. The high output high voltage and high current thyristor GTO for the fully automatic system of the present invention is a high output light hydrogen N-type silicon semiconductor, gate (G), anode (A), cathode (K), battery, resistance, high Reference diagram for explaining the schematic structure of a high-output high-voltage and high-current thyristor GTO mainly composed of a P-type silicon semiconductor structure containing piezoelectric element particles containing output protium light hydrogen gas. FIG. 95 is a reference explanatory diagram for specific rubbing of the date of writing the invention in FIG. 94 for use in a fully automatic machine for the fully automatic system of the present invention. FIG. 95 is a reference explanatory diagram for specifically rubbing the date of description of the remaining works in FIG. 94 for use in a fully automatic machine for the fully automatic system of the present invention. FIG. 96 is a reference explanatory diagram for specific rubbing of the date of writing of the invention in FIG. 95 for use in a fully automatic machine for the fully automatic system of the present invention. 96 is a reference explanatory diagram for specific rubbing of the date of writing of the invention in FIG. 96 for use in a fully automatic machine for the fully automatic system of the present invention. 96 is a reference explanatory diagram for specific rubbing of the date of description of the remaining works in FIG. 96 for use in a fully automatic machine for the fully automatic system of the present invention. It is a description of a fully automatic home appliance design light system for rubbing use on a fully automatic machine for a fully automatic system of the present invention, a fully automatic home appliance light system for a refrigerator, Schematic structure reference reference diagram of a fully automatic home appliance design light system with an oblique front light light partition light panel consisting of an upper portion of a front projection of an automatic home appliance, a lower portion of a front projection of a fully automatic home appliance refrigerator, and a front projection portion. It is a description of a fully automatic mobile home appliance for use and rubbing with a fully automatic machine for the fully automatic system of the present invention, and the first floor second floor joint use fully automatic mobile refrigerator first floor ceiling part and second floor ceiling part can move high output Hexagonal piezoelectric element connected generator circuit type coilless rail motor and high output hexagonal piezoelectric element connected generator circuit type coilless rail motor gate valve device, high output microphone, image panel, door handle and cushion three colors vinyl plastic three layer rubber And schematic structure explanation reference diagram of fully automatic mobile refrigerator on the first floor and second floor joint use of fully automatic mobile home appliances with high output speakers. This is a description of a fully automatic assembly home appliance position authentication confirmation confirmation device A for use and rubbing against a fully automatic machine for the fully automatic system of the present invention, a piezoelectric element black triangular protrusion part, a lead paper part and a piezoelectric element yellow circular protrusion part FIG. 2 is a reference diagram for explaining a schematic structure of a fully automatic assembly home appliance position authentication confirmation confirmation device A having a structure in which an aluminum paper part, a piezoelectric element blue hexagonal protrusion part, a copper paper part, a piezoelectric element red square protrusion part, and an iron paper part enter. It is a description of the fully automatic assembly home appliance position authentication confirmation confirmation device B for the fully automatic system of the present invention, and includes a lead paper line portion, a double light emitting light portion, an aluminum paper line portion, a piezoelectric element magnetic force line hole portion, and a copper paper line. FIG. 4 is a schematic structural explanation reference diagram of a fully automatic assembly home appliance position authentication confirmation confirmation device A of a part and an iron paper line partial structure. 102 is a reference explanatory diagram for identifying the date of writing a device for use in the fully automatic machine of FIG. 102 for the fully automatic system of the present invention. 102 is a reference explanatory diagram for identifying the remaining writing date of the invention for use in the fully automatic machine of FIG. 102 for the fully automatic system of the present invention. FIG. 104 is a reference explanatory diagram for specific rubbing of the date of writing a device for use in the fully automatic machine of FIG. 103 for the fully automatic system of the present invention. FIG. 105 is a reference explanatory diagram for identifying the date of writing a device for use in the fully automatic machine of FIG. 104 for the fully automatic system of the present invention. 105 is a reference explanatory diagram for identifying the date of writing a device for use in the fully automatic machine of FIG. 105 for the fully automatic system of the present invention. This is a description of various indoor wall mounted type radio wave position receiving devices for use in a fully automatic machine with respect to the fully automatic system of the present invention, and a ceiling triangular point position fully automatic confirmation communication device and an indoor radio hose position confirmation system. Schematic structure reference diagram. FIG. 111 is a reference explanatory view for specific rubbing of the date of writing a devise for use in the fully automatic machine of FIG. 111 for the fully automatic system of the present invention. FIG. 111 is a reference explanatory diagram for identifying the remaining writing date for use in the fully automatic machine of FIG. 111 for the fully automatic system of the present invention. Nyanwan full-automatic vacuum cleaner for use in a fully automatic machine for the fully automatic system of the present invention, and a front / rear / left / right suction cleaner structure of a front / rear / left / right suction cleaner such as a building. And right side suction device, suction fan, high power electromagnetic dust double box extrusion device, motor cup fully automatic dust throwing device, screw dust raising blower, W suction device and cleaning that can suck the dust of the carpet with screw wind and powerful suction Front door, indoor position left, indoor position right, front / rear left / right light camera, four locations indoor position confirmation device, fully automatic position high output rope type motor officer, minus hot air cold wind magnetic field line, plus hot air cold wind magnetic field line and dust double box And the schematic structure explanation reference diagram of the W front and rear left and right suction cleaners such as Nyanwan fully automatic vacuum cleaners and other buildings equipped with a motor ladder dust disposal fully automatic device. FIG. 116 is a reference diagram for explaining the structure of a lightweight glass substrate of glass containing bamboo ash used for rubbing the fully automatic machine of FIG. 115 for the fully automatic system of the present invention. 116 is a reference diagram for explaining the installation position of the ninth GPS position confirmation / recognition apparatus of the fully automatic robot used for rubbing the fully automatic machine of FIG. 116 with respect to the fully automatic system of the present invention. FIG. 118 is a reference explanatory diagram for identifying the date of writing a device for use in the fully automatic machine of FIG. 117 for the fully automatic system of the present invention. 118 is a reference diagram for explaining part 1 of the fully automatic system position distance relation of FIG. 118 for the fully automatic system of the present invention. 119 is a reference diagram for explaining part 2 of the fully automatic system position distance relation of FIG. 119 for the fully automatic system of the present invention. 120 is a reference diagram for explaining the fully automatic maritime sonar mountain radio wave transmitting / receiving apparatus of FIG. 120 for the fully automatic system of the present invention. 121 is a reference diagram for explaining the fully automatic step number sonar mountain radio wave transmitting / receiving apparatus of FIG. 121 for the fully automatic system of the present invention. 122 is a reference diagram for explaining the fully automatic side sonar mountain radio wave transmitting / receiving apparatus of FIG. 122 for the fully automatic system of the present invention. 123 is a reference diagram for explaining the underwater antenna transmission / reception device for use in the fully automatic machine of FIG. 123 for the fully automatic system of the present invention. FIG. 125 is a reference explanatory diagram for specific rubbing of the date of writing the device for use in the fully automatic machine of FIG. 124 for the fully automatic system of the present invention. 125 is a reference diagram for explaining a high-power piezoelectric element coupled coilless rail motor screw device used for rubbing the fully automatic machine of FIG. 125 for the fully automatic system of the present invention. 126 for the fully automatic system of the present invention The light emitting pearl was cut out for a double jewel in which a small sphere of gemstone such as ruby stone was put in the light emitting pearl for rubbing used in the fully automatic machine of FIG. Reference explanatory drawing of a cosmetic part of a fully automatic machine with a cut diamond fitted in the part. FIG. 128 is an explanatory reference diagram of a back soil fixing device used when installing a slope block for rubbing the fully automatic machine of FIG. 127 for the fully automatic system of the present invention. The reference explanatory drawing of the dial design of the timepiece used for the fully automatic machine of FIG. 128 with respect to the fully automatic system of this invention. 129 is a reference explanatory view of a color paint and a varnish material of a fully automatic machine used for rubbing the fully automatic machine of FIG. 129 for the fully automatic system of the present invention. 130 is a reference diagram for explaining an impurity-free normal lens due to the use of a thermal centrifuge for a normal lens different from the high-definition lens for use in the fully-automatic machine of FIG. 130 for the fully-automatic system of the present invention. 131 is a reference diagram for improving the variety of crops for use in the fully automatic machine of FIG. 131 for the fully automatic system of the present invention. 132 is a reference explanatory view of a panel material using old coins of a fully automatic machine used for rubbing the fully automatic machine of FIG. 132 for the fully automatic system of the present invention. The reference explanatory drawing for carrying out the protection rubbing of the stamp for use rubbing to the fully automatic machine of FIG. 133 with respect to the fully automatic system of this invention. FIG. 135 is a reference explanatory view of an old coin space display design used for rubbing the fully automatic machine of FIG. 134 for the fully automatic system of the present invention. The reference explanatory drawing of the fixed position communication transmitter / receiver of the roadside used for the semiautomatic etc. used for the fully automatic machine of FIG. 135 with respect to the fully automatic system of this invention.

Hereinafter, embodiments of the present invention will be described with reference to FIGS.
The fully automatic unmanned driving system normally only loads one GPS, so it is possible to deal with an oncoming vehicle accident on the road, an accident with a car on both sides at the crossroads, and an accident with an overtaking car, that is, an oncoming car. If a fully automatic unmanned traveling system vehicle is forced to change direction on the road due to a contact accident with the road, with one GPS loaded on the fully automatic unmanned traveling system vehicle, the road Since the direction position cannot be specified, the fully automatic unmanned traveling system vehicle is immediately stopped and stopped, and the road map position measurement is currently possible without an error of 1 mm of the road position of the fully automated unmanned traveling system vehicle of the opposing vehicle. The fully automated unmanned traveling system reported by the mass media organization, which is the company's main body, is one GPS, that is, disclosed by the inventor (Japanese Patent Laid-Open No. 2013-102688). Triangle point W between two or more ceiling positions as a way to determine the position of the tractor written in the original copyright of the multifunctional electric tractor for the full debt repayment of the country and the full debt repayment of the prefecture municipality The exact position of the road map can be determined by just the triangulation method with two or more artificial satellites described in the power-up hybrid vehicle described in Japanese Patent Application Laid-Open No. 2012-056558. Although it has been improved considerably by using the triangular point positioning technology using two satellites, a fully automatic unmanned traveling system car lay sideways on the road due to an unexpected failure or puncture on the road map. If the road running road that is not written on the road map, the car navigation technology reconfirms the direction of the car and immediately responds to an accident, That can not, there is at disadvantage, there was also a blind spot.
However, for example, on fully automatic unmanned driving system vehicles on roads and road maps, any slips and accidents are immediately safe on road maps and car navigation maps and on fully automatic unmanned driving system vehicle road maps. Fully automatic unmanned driving system vehicle road map that can be re-run after confirmation is a total of four places on the full automatic unmanned driving system car, one at the left and right at the front part of at least four and one at the left and right at the rear part GPS location confirmation transmission / reception devices with different frequencies are required.
Therefore, not only the fully automatic unmanned traveling system, but also the technology of rubbing so that the room of the fully automatic vacuum cleaner is not left behind, as a means to prevent tiger mowing tiger mowing cleaning, the ceiling position of the room instead of artificial satellite confirmation GPS location of four different frequencies in total, one on the left and right on the front of the fully automatic vacuum cleaner and one on the left and right on the rear so that you can explain the location of the device and the front, left, and right room maps of the automatic vacuum cleaner Confirmation of the position of the structure that can be left, such as a fully automatic vacuum cleaner equipped with a confirmation transmission / reception device, that is, the position confirmation device of the train on the track and the position check of the linear motor car Separately, ship GPS and airplane GPS, robot GPS and space robot rocket GPS and other objects, fully automatic input or ultra-small ultra -The positions of the front, back, left, right, top and bottom objects of the computer-loaded working object device are indicated on the road map, on the underwater map on the ocean, on the aerial map, on the room map in the room, on the human body map, and on the space map. Used to identify and correct the directional position, etc. One moving object that rubs One free moving object, a GPS that can be operated in a smooth and effortlessly interlocked manner, a simple explanation from one installation, four pieces when rubbed The technical explanation of the different GPS positioning methods that can be used to measure the location of four fully automatic unmanned travel system vehicles at once and smoothly operate on the road.

In the following, explanation will be given for the case of implementation based on the reference drawing. 1 in FIG. 1 is a fully-automatic system reference diagram A, where 10 fully-automatic underwater robots are located on the sea floor, where the underwater robots work in what style, and 2 In the case of remote control, it becomes an illustration for confirming in what state the 10 fully automatic underwater robots work and enter in the room of the ship on the ocean through the artificial satellite, and confirmation on the image panel on the ground. Underwater sonar of 20 underwater robots left in 10 fully automatic underwater robots through 2 artificial satellites to 3 high power offshore sonar A, 4 high power offshore sonar B and 5 high power offshore sonar C Depending on the wave map position, 6 high-power underwater sonar A, 7 high-power underwater sonar B and 8 high-power underwater sonar C and underwater sonar waves pass through these 3 high-power marine sonar A. 4 high power offshore -Sonar waves pass through B and 5 high-power maritime sonar C, 20 high-power maritime sonar A, 4 high-power maritime sonar B and 5 high-power maritime sonar C, 20 underwater sonar waves A fully automatic system that enables zero error operation using the underwater map of the underwater robot by converting it into a radio wave, sending it to two artificial satellites, and sending and receiving it as a radio wave to the remote control panel. Reference map A, with multiple GPSs loaded with multiple transmitters and receivers loaded with multiple different frequencies to rub underwater using a submarine map, that is, with a single satellite, multiple fully automatic seabeds Multiple GPS technology that makes work possible from impossible.

When the fully automatic vehicle and the fully automatic unmanned driving system of FIG. 2 of the present invention are referred to as a fully automatic vehicle, it is expected that the vehicle jumps up due to slip on the road and an obstacle on the road, and the road is damaged. An explanatory diagram to avoid rubbing immediately by steering operation, etc. for unreasonable full-automobile and full-automatic unmanned driving system car on the road map for unreasonable direction change and bad direction change on the road map The 16 fully-automatic vehicles consist of 13 GPS radio relay towers of 13 built-in multiple radio wave reception generator circuits, 12 high-power hexagonal piezoelectric element-connected power generation circuit sheet built-in solar panel artificial satellites, and 14 high-power hexagons. Piezoelectric element connected generator circuit sheet radio wave reception W power generation type simple solar panel auxiliary power generation type solar panel artificial satellite, two artificial satellites in the earth orbit of the sky, For example, when a 999-meter 11 GPS radio relay tower is built, it is attached to 16 fully-automated automobiles and enters the GPS front-rear two parts of the front and rear of the car and two rear-right and left GPS parts of the car. 11 GPS radio relay towers confirm GPS position confirmation waves of four different frequencies, and 14 high powers known for GPS radio transmission / reception position confirmation recognition actuators for car navigation systems that have been left out of general use. Hexagonal piezoelectric element connected generator circuit sheet Radio wave reception W power generation type simple solar panel Auxiliary power generation type solar panel artificial satellite confirms GPS position confirmation wave of four different frequencies and 12 high output hexagonal piezoelectric element connected generator circuit sheet The built-in solar panel satellite is attached to 16 fully-automated vehicles and enters the G on the left and right sides of the front part of the vehicle. Four different ways to explain the location on the front, back, left, and right road maps of 16 fully-automatic vehicles on the triple road, based on the GPS transmission at the S transmitter / receiver and the two left and right rear parts of the car. By confirming GPS positioning signals with four different frequencies loaded, the vehicle jumps up due to slipping on the road and obstacles on the road, the unexpected fully automatic vehicle due to road damage and Unnecessary driving direction change on road map and road change accident on bad road map of fully automatic unmanned driving system vehicle made it possible to avoid road driving to avoid rubbing by steering operation etc. immediately. Multiple GPS technology.

Flat farmland for 20 full-automatic system trailers and full-automatic tractor traction, with a view to setting when 16 full-automatic vehicles and full-automatic unmanned traveling system of the present invention travels on agricultural land A description will be given of the road position of the fully automatic system trailer 20 and the GPS position of multiple cultivated lands in FIG. 3 assuming that the farm work on the farmland on the slope is performed by the fully automatic system.
Therefore, in FIG. 1 and FIG. 2, as a fully automatic, a fully automatic robot that could have all of the human senses, when it first started up, from the age of 0-year-old intelligence to the age of 15 at a stretch, , It became a safe and conscious operation of robot operation, which made it possible from the impossible to the emergence of an ultra-compact ultra super computer, and the world map is divided into north latitude, south latitude and background, It is a fact that the map showing the longitude and latitude lines of the vertical line and horizontal line of the world map that the human eye sees does not exist in the current car navigation road map.
However, in the future, when the maximum number of artificial increase and the limit of food production are known, as a process, if all roads around the world are fully automated and processed, the current car navigation technology will be used. Even in the real image technology and stereoscopic image technology, fully automatic vehicles and fully automatic unmanned driving systems, fully automated vehicles and fully automatic unmanned driving systems promised to be fully automated, safe and fully compensated. The action behavior explanation of the moving object must be guaranteed under any condition.
Therefore, if a plurality of GPSs having different frequencies are not loaded, a fully automatic vehicle and a fully automatic unmanned traveling system that can cope with road driving conditions that are different from those of vehicles that are supposed to stop are necessary.
The 20 fully automatic system trailers shown in FIG. 3 are unmanned for driving on a crossroad, a three-way crossing, a back road, a road with no width that cannot be driven, and a road with a width of only 2 cm. This is an explanation for the case of fully automatic driving.
In FIG. 3 of the subject, 20 fully automatic system trailers are equipped with multiple GPSs having the different frequencies described in FIGS. 1 and 2, and absolute loading is essential for fully automatic vehicles and fully automatic robots. After understanding that, it becomes explanation after reconfirmation.
The 20 fully automatic system trailers shown in FIG. 3 have 12 high-power hexagonal piezoelectric element-coupled power generation circuit sheet built-in solar panel satellites (usually satellites). A total of 8 types of GPS radio waves, including four types of GPS radio waves with different frequencies at the left and right at the front front part of the trailer head portion and four types of GPS radio waves at different frequencies at the rear left and right, When transmitting / receiving to / from the solar panel artificial satellite with built-in high-power hexagonal piezoelectric element-coupled generator circuit sheet and performing full-automatic crossroads, three-way crossings, narrow roads and back-traveling of 20 fully automatic system trailers At a minimum, GPS transmission / reception radio waves having different frequencies of 8 frequencies are absolutely necessary.
Therefore, the 17 GPS fully automatic screw radio relay reproduction plastic vinyl rubber cored steel tower is a steel tower designed to prevent deterioration inside the steel tower cylinder and increase the strength, and here again, there are 8 GPS transmission / reception radio waves with different frequencies. Will be overlooked.
In addition, 18 high-power solar panel satellites B will be able to overlook the 8 GPS transmission / reception radio waves with different frequencies, and 12 high-power hexagonal piezoelectric element-connected power generation circuit sheet built-in solar panels. Artificial satellite, 17 GPS fully automatic screw radio wave relay reproduction plastic vinyl rubber cored steel tower, 18 high-power solar panel artificial satellite B These three kinds of GPS position fully automatic confirmation confirmation operation device is called fully automatic 20 GPS radio waves with different frequencies for full-automatic operation that can normally run fully automatically even if one of the GPS devices of the fully automatic system trailer and 10 fully automatic underwater robots and 16 fully automatic automobiles breaks The explanation of automobiles, robots and home appliances loaded with the device is equivalent to the equivalent explanation.

In the fully automatic construction machine 24 shown in FIG. 4, in the case of completely unmanned from the start of the construction work to the completion of the construction work, in addition to the 24 fully automatic construction machines, full automatic boundary position data transmission / reception is performed. Boundary piles with functions are often used, and multiple fully automatic humanoid robots acting as construction supervisors are required, and several mountain helicopters are required to be overlooked for monitoring satellites and the sky. In order to reduce the number of maintenance of construction machinery, measures for electrification and electromagnetic rotation around the pins, and for complete replacement of convex attachments, drastic protection facilities, and permanent use in buildings where the number of reductions is severe (buildings) In the steel-assembled crystal reinforced lightweight glass buildings and roads, linear roads and sidewalks are anti-gravity low-speed sidewalks and screw wind curtains that prevent wind, snow and snow. This is a description of 24 fully-automated construction machines to enter a fully unattended automation explanation to reduce the necessary expenses for the self-sufficiency society up to the underground vegetable garden park street and a multi-colored sunlight blocking device .
Therefore, as a description of the fully automatic construction machine 24 in FIG. 4, in order to reduce the hydraulic pressure burden of the fully automatic construction machine, the electric motor auxiliary of the hydraulic hoist, the electric motor auxiliary of the destructor beater, and the electric motor auxiliary traveling motor of the hydraulic swing motor The electric motor auxiliary and center joint valve electric motor auxiliary and hydraulic oil centrifuge are completely installed, so that the machine deterioration is delayed and the motor-assisted hydraulic operation of the generator-loaded motor auxiliary hydraulic operation is used.
We begin explanation based on these things.
The fully automatic construction machine 24 shown in FIG. 4 has different mounting portions of radio wave transmission / reception devices having different GPS frequencies depending on the respective models.
For example, in a middle-folded device of a bull, roller, and heavy dumper, four GPS radio waves with different frequencies at the front left and right two places and two rear left and right places and the middle front and rear left and right two In the case of 8 GPS radio waves loading type and normal bulls with different total frequency of 4 GPS radio waves loading, which are different in two different frequencies on the left and right side of the rear, different one by one on the left and right of the earth discharging plate As many as six GPS transmitters / receivers with different frequencies are required. In the backhoe, one side on the front side of the machine body, one on the left and right sides of the machine, one on each side of the bucket part, and both sides of the boom tip. A total of 10 GPS radio waves with different frequencies, one on each side and one on the left and right sides of the tip of the arm, are necessary, and the rest are radiographs with X-ray gamma radiation particle scattering prevention panels. La, improve the safety check, such as the natural ground.
Also here, there are 21 10 high-power satellites and 22 high-power mountain helicopter GPS wave relay devices, 23 10-ten GPS position transmission / reception waves, 21 high-power satellites and 22 high-power satellites, respectively. The output mountain helicopter GPS wave relay device has a total of 20 different types of radio waves flowing through each of 21 high-power satellites and 22 high-power mountain helicopter GPS wave relay devices. Only the position of the construction machine body can be secured.

The multi-color line contact full-automatic position confirmation and recognition camera device 25 in FIG. 5 is a multi-function electric device for the full debt repayment in the country of Japanese Patent Laid-Open No. 2012-120440 and the full debt repayment in the municipality of the prefecture. It becomes a technology in the patent claim text written in the original copyright of the automobile, and this book is for one normal GPS of a fully automatic unmanned vehicle in the claim text of the utility model registration of the present invention (Claim 1). The idea is that the front and rear left and right sides of the car have different frequencies for each of the front left and right sides of the front and the left and right sides of the rear side. A single car that can explain the location and recognition operation from any position on the road map with one car mounted with GPS that can transmit and receive four different frequencies on one car. Against Even if a special GPS for rubbing the location on the road map of a fully automatic unmanned vehicle characterized by installing GPS that can transmit and receive four different frequencies, it is extremely compact even if it does not work at all As a camera for automobiles, it becomes a lens different from other camera companies, a different CCD device and a different motor telephoto device, and the camera cover device has a structure using bamboo ash-containing chlorinated plastic material.
Therefore, as an explanation of the camera structure of the 25 multi-color line contact fully automatic position confirmation and recognition camera device, the front end portion of the camera has 33 protective compressed glass panel structures, and the central portion of 29 large lens portions is 26. It becomes a camera for checking the sideline of automobiles that are not used for applications that have an acrylic panel built-in, and a patent for the difference in the camera structure of NHK patents that is not used for high-definition cameras is used. Next, the convex lens also has an ordinary convex lens at the center different from the normal convex lens, a W lens structure with a fisheye lens structure on the outside, and 26 acrylic panel parts are built in the center of the W lens structure. It is a W lens structure with an acrylic panel for non-use use, and both convex and large lenses are lenses with an acrylic panel. However, it is impossible for a high-definition camera lens.
However, the acrylic glass lens with light hydrogen is completely different from the high-definition lens, and from the expiration of the patent right, the W convex lens with acrylic panel with light hydrogen is different from the camera lens with two lenses of acrylic panel and large lens. Certainly, although it can be a separate patent, 31 high-power light hydrogen tritium electronic gas-filled CCD panels are ordinary CCDs: silicon CCD and diode CCD, light hydrogen gas-containing acrylic vinyl CCD and light hydrogen gas-filled Vinyl CCD, light hydrogen-containing silicon CCD, and light hydrogen-containing diode CCD are both CCD technologies that have a fast photoreaction speed. When this light hydrogen gas-containing CCD is used, the image is bright enough to be mistaken for a high-definition image. There is no doubt that it becomes.
Finally, 32 nut parts are required for easy attachment to the car.

The five-change high-power speaker 34 shown in FIG. 6 is composed of a plurality of radio GPS transmitters / receivers having a plurality of frequencies for one GPS device necessary for the 16 fully-automatic vehicles of the present invention. The voice storage speaker of the safety device has 35 high-output high-pitched speaker parts, 36 high-output mid-high-pitched speaker parts, 37 high-output low-temperature speaker parts, 38 high-output low-temperature speaker parts, and 39 high-output recording parts. It has a structure in which five types of sound setting speaker part and 40 soundproof rubber cover speaker metal parts are combined into one.

7 is a silicon diode piezoelectric element switch with 41 high-weak alpha-ray particles, and 42 silicon diode switch parts and 43 weak-alpha alpha silicon particles with 41 high-weak alpha-ray particles. 41 high-alpha alpha-grain particles, followed by 44 piezoelectric element magnet bodies, followed by 45 light hydrogen-containing silicon diode switch portions and finally 46 lead-water-containing silicon diode switch portions. It becomes a silicon diode piezoelectric element switch, and depending on the fact that it is considered to correspond to a switch in outer space minus several hundred degrees minus several thousand degrees, the problem is the explanation of countermeasure technology that cannot solidify silicon diodes, 41 high and weak alpha-ray particles of silicon diode for confirming GPS position in space Comprising the piezoelectric element switch.

8 is a description of 42 different silicon diode switch parts, 47 weak gamma ray single-particle diode switch parts are the central part, followed by 45 light hydrogen-containing silicon diode switch parts and 44 piezoelectric element silicon. The lead guard-containing silicon diode switch part is the final guard band with respect to the magnet body part.

The high-power hexagonal piezoelectric element-coupled generator circuit type rail motor device shown in FIG. 9 is the name of the motor of this copyright holder, which is claimed by all Japanese electric manufacturers. Since it is a linear motor, there is no multiple company inventor in the patent right as an additional explanation here, so even if you claim the original invention of the copyright original and the explanation of the prior art many times in the patent text, it will be answered Therefore, it is necessary to change the motor itself to a different technical body, and it is necessary to change it to a technical motor that cannot be stolen, and the motor itself is originally an overseas technology. This is what I saw at the Japan Patent Office. At that time, I saw the Japanese TV industry and the style of building a new motor industry at the Japan Patent Office.
However, even in Unlucky's overseas countries, all Japanese electric companies cannot imitate motor technology because the high-power hexagonal piezoelectric element-coupled generator circuit device is rubbed from the motor to the motor without the motor coil. Even the internal structure of the motor will be changed.
For example, the worldwide sales profit of all motors without coils will be several thousand yen and several tens of yen above the trillions of trillions. It's a belief.
This is because the Japanese media do not speak even if foreign companies and Japanese companies own several thousand yen and several tens of yen stock capital profits and precious metal profit assets of several thousand trillion yen. It was a long winter season that could be said to be the current situation.
Therefore, in order to run one fully-automatic vehicle on public roads around the world, generator technology and battery technology can become poor in patent rights of coilless motors without patent rights, and fall to the bottom of the ground. It must be understood that it depends on the future copyright holder.
Accordingly, the 51 hexagonal motor shaft device has 53 high-power hexagonal piezoelectric element-coupled coil non-power generation in the outer fixed portion with respect to the 53-connected coilless high-power hexagonal piezoelectric element inner rotating body power generation circuit portion. It consists of circuit parts, followed by 49 high-power inverter magnetic pole switching devices and 50 high-power inverter magnetic pole switching devices or high-power relay devices. The normal inverter technology and normal relay technology are also like overseas technology. Yes, in the end, it goes without saying that this part must continue to be rewritten in the future.

The high-power hexagonal piezoelectric element-coupled power generation circuit type electrical wiring of 60 in FIG. 10 has a piezoelectric element-coupled power generation circuit as a central body with respect to 54 normal positive electricity, and 56 high-power hexagonal-shaped piezoelectric element coupling parts. Special plus electrical wiring that can obtain 59 plus amplified electricity by covering 55 connecting copper lead wiring parts, 58 connecting copper wiring parts and 57 bamboo ash-containing plastic rubber insulating skin parts.

In FIG. 11, 60 high-power hexagonal piezoelectric element-coupled generator circuit type electric wiring is connected to 56 high-power hexagonal-shaped piezoelectric element coupling parts, with the piezoelectric element-coupled generator circuit as a central body, for 61 normal negative electricity. Special minus electrical wiring which can obtain 62 minus amplified electricity by covering 55 connecting copper lead wiring parts, 58 connecting copper wiring parts and 57 bamboo ash-containing plastic rubber insulating skin parts.

In FIG. 12, a connected high-power hexagonal piezoelectric element-coupled power generation circuit device 63 adds 64 normal positive electricity B and 65 normal negative electricity B to 66 hexagonal light hydrogen tritium electron gas-filled lightweight piezoelectric element magnet bodies. A technology that enables positive and negative electrical wiring by rubbing against separate electrical wiring structures, electrical wiring and negative electrical wiring.

FIG. 13 illustrates a fully automatic camera lens panel scheduled to be loaded on a fully automatic vehicle.
Therefore, 67 quadrant lenses are composed of 68 infrared gas-filled plastic panels, 69 ultraviolet gas-filled plastic panels, 70 weak alpha ray-filled plastic panels, 71 weak gamma-ray plastic panels, 72 quarter-split weak radiation, etc. A special camera lens that combines a gas-filled camera lens panel as a single camera lens.

FIG. 14 is an explanatory diagram of the 73 color color line camera fully automatic position recognition confirmation communication device, which is fully automatic vehicle loading technology.
Therefore, 75 large lenses are followed by 76 projecting lenses, followed by 74 light reflecting tube portions, 77 light hydrogen tritium electron gas-filled CCD panel portions, 78 color glass portions, and 79 dual light emitting lights. The following 74 light reflecting cylinders are devices that enable the micro camera to confirm and recognize the ring-shaped light ring with a diameter of about 1 centimeter.

FIG. 15 is an explanatory view of fully automatic vehicle GPS positioning.
Therefore, for 90 automobiles, 80 radio wave transmission / reception artificial satellites for a system that creates a distance and a map position based on the transmission / reception of triangular points between 80 radio wave transmission / reception satellites and 81 radio wave transmission / reception mountain helicopters. The distance between the satellite and the 81 radio wave transmission / reception type mountain helicopter is 82 distance to A, and the distance between the 81 radio wave transmission / reception type mountain helicopter and the 90 car is 83 distance to B, and then 80 radio wave transmission / reception type. The distance between the artificial satellite and 90 automobiles is 84 distance to C, and the first GPS transmission / reception wave 85 and the second GPS transmission / reception wave 86 to the distance 84 to C of 80 radio wave transmission / reception artificial satellites and 87 The third GPS transmission / reception wave, 87 fourth GPS transmission / reception wave, and 89 fifth GPS transmission / reception wave are sent to 80 radio wave transmission / reception artificial satellites. Road map can be described as.
Further, the distance from the radio wave to the 81 radio wave transmission / reception type mountain helicopter is 83 distance to B for 90 cars, and the 85 first GPS transmission / reception wave, 86 second GPS transmission / reception wave, 87 third GPS transmission / reception wave, and 87 By sending four GPS transmission / reception waves and 89 fifth GPS transmission / reception waves to 81 radio transmission / reception type mountain helicopters, multiple GPS for fully-automatic traveling vehicles that can be described on the W road map as 90 vehicle positions with accurate millimeter unit position .

FIG. 16 is an explanatory diagram of another fully automatic vehicle GPS positioning.
Therefore, for 90 automobiles, 85 first GPS transmission / reception waves, 86 second GPS transmission / reception waves, 87 third GPS transmission / reception waves, 87 fourth GPS transmission / reception waves, and 89 fifth GPS transmission / reception waves are 91. Multi-frequency transmission / reception GPS that enables GPS positioning with zero error by transmitting / receiving the multi-frequency GPS transmission / reception wave of 93 to the high-output power generation circuit built-in satellite and 92 GPS screw radio radio distance measuring relay tower.
Further, 94 road position camera subject position communication information devices include 85 first GPS transmission / reception waves, 86 second GPS transmission / reception waves, 87 third GPS transmission / reception waves, 87 fourth GPS transmission / reception waves, and 89 fifth GPS. A multi-frequency transmission / reception GPS that enables transmission and reception of 93 multi-frequency GPS transmission / reception waves to enable GPS positioning with zero error.

FIG. 17 shows that, for 90 cars, 97 high-power lightweight mechanical generator-mounted satellites with 97 A different frequency GPS waves, 98 B different frequency GPS waves and 99 C different It can be used for automatic transmission / reception of GPS frequency, 100D different frequency GPS wave, 101E different frequency GPS wave and 102F different frequency GPS wave for 90 cars. A zero error position can be obtained.
Furthermore, 97 A different frequency GPS waves, 98 B different frequency GPS waves, 99 C different frequency GPS waves and 100 D different frequency GPS waves to 96 lightweight panel-mounted mountain helicopters. It is possible to provide GPS that can output an accurate zero error position for 90 cars with W by fully automatic transmission / reception of GPS waves with different frequencies of E and 101 and GPS waves with different frequencies of 102F. .
Then, the Mizobori-type central road lane 103 is a fully automatic distance car, based on the 106 full-automatic color light line camera device, the 104 Mizobori fully-automatic vehicle position confirmation line and the 105 Mizobori left-white line. A device that can fully recognize and recognize the position.

FIG. 18 shows a GPS position confirmation recognition activation device on another automobile road map and road for 90 automobiles.
Therefore, the 106 front fully automatic color light line camera device has the 103 grooved central road lane, the 104 grooved fully automatic vehicle position confirmation line, and the 105 grooved left white line 106 forward fully automatic color light line camera. Depending on the device, the device can be operated for confirmation and recognition.
Further, on the white line of the road and on the yellow line, 107 yellow light, 108 radio wave transmission device, 109 radio wave transmission position specifying device, and 110 light absorption light emitting light of central line 111 with partial reflector. Another automobile road for 90 cars on the road where 90 cars can be identified on the road map and on the road based on the radio wave reception distance of the center line etc. and the camera subject distance confirmation of the car camera It consists of a GPS location confirmation recognition device on the map and on the road.

FIG. 19 is a copy of a document that constitutes a procedure for publishing a patent utility model receipt of a document drawing work sent to the governor of Hokkaido to the patent utility model registration Internet.

In FIG. 20, the fully automatic home appliance 112 is different from the overseas automatic home appliances, and the ceiling installation type indoor fixed position fully automatic confirmation recognition communication device 113 is determined as a fixed position. The Nyan Wan fully automatic vacuum cleaner and other devices communicate the position of the room map. In addition to the 117 Nyan Wan fully automatic vacuum cleaner, there are 115 multiple color light line cameras, subject distance recognition device, and 116 fully automatic subject shape recognition cameras. 117 Nyanwan fully automatic vacuum cleaner equipped with a focal length data map writing system device, and other room vacuum cleaner positioning.

The Nyan Wan fully automatic vacuum cleaner 117 of FIG. 21 and other structural explanations include 121 carbon dioxide bromine-ammonia triple sensors and 122 of the high power dual pendulum type mechanical power generator. Fully automatic operation based on five-sound microphone with different coil windings, 126 tires, 124 dust suction port, 125 fully automatic motor waste disposal machine, 127 image panel and 119 indoor ceiling position fully automatic position confirmation device The 118 high-power CCD panels consisted of 120 built-in projection lenses, 128 glass projection lenses, 129 color filters, 130 square masks, 131 square light receiving elements, and 132 new technology light hydrogen. Incoming silicon diode light receiving element, 133 acrylic sheet, 134 silicon diode sheet, and 135 low pressure By attaching heat-reducing joint and 16 pixels of 136, that is, 16 x 2 wires and 137 transistor switch sheets, it becomes a description of double fully automatic indoor Nyan Wan robot cleaner, 123 built-in switch boards and 127 images Each of the 138 wirings is attached to the panel and the 118 high output CCD panel.

The camera CCD in FIG. 22 has 134 silicon diode sheets attached to 133 acrylic sheets, 132 new technology light hydrogen-containing silicon diode light receiving elements connected, and 141 light hydrogen-containing diode transistor switch sheets. This is a description of a camera CCD in which a plastic rubber insulating skin sheet portion with 57 bamboo ash is attached to the structure of 139 camera CCDs to which a superposed 32-foot wiring CCD is attached.

The 532 high power solar panel rechargeable hexagonal piezoelectric element power generation circuit type rail motor drill of FIG. 23 is a design electric drill motor description.
Therefore, the 533 lens is a 532 high power solar panel charging type, and the main body 532 high power solar panel charging type hexagonal piezoelectric element generator circuit type rail motor drill is a 534 high power hexagonal piezoelectric element coupled power generation. A circuit-type rail motor is mounted, and 538 plus rechargeable batteries and 539 minus rechargeable batteries are separated into plus and minus separate bodies. The main body is made of 543 bamboo ash fluorine-containing vinyl sheet and 544 sand iron particle fluorine-containing plastic glass sheet. 545 glass fiber sheets with coal ash fluorine, 546 glass fiber sheets with raw ash fluorine, 547 glass fiber sheets with clay fluorine, 548 glass fiber sheets with black clay fluorine, and 549 glass fiber sheets with Kanuma earth fluorine. And 550 lime fluorine plastic It consists of a motor drill body using a 535 plastic rubber auxiliary cover welding method and a 536 plastic rubber hand cover welding method in which a tic sheet and 551 bamboo ash fluorine-containing plastic sheets are stacked in a multilayer manner. A projection is inserted and a hinge device of 540 is put on, and a ring nut of 537 is fitted and fixed and rubbed.

24, the 555 high-power hexagonal piezoelectric element-connected power generation circuit type solar panel artificial satellite and the 553 high-power mountain helicopter within the triangular point distance of 555, all the seven positions of 555 A device that fully recognizes the fully automatic backhoe operation of 554 based on the automatic confirmation device, creates a plan drawing map position and inputs it to the fully automatic backhoe of 554, and then rubs the fully automatic work.
However, a fully automatic prop device that does not use any other person such as a fully automatic humanoid robot guard man, such as a GPS transmission / reception boundary pile, becomes necessary, and a backhoe hydraulic control valve and an oil component adjustment device, etc. are required to be overlooked. There is no doubt that

In the fully automatic 24-hour measurement system of the four-point distance of the vehicle position between the satellites with respect to the four-point positions of the two or more aerial satellites 147 and 147 in FIG. This results in a system in which a dual four-point frequency GPS device using 143 Indonesian second satellites must be sent to another four-point different frequency GPS device to another satellite.
Therefore, the data obtained by calculating the linear distance between the two artificial satellites 144 can be obtained and the full-automatic triangular point position distance data can be transmitted. Based on the full automatic calculation system for the 24-hour distance of the second artificial satellite and the automobile, etc., the full-automatic device can be fully operated for 24 hours.

The fully automatic 24-hour measurement system for the four-point distance of the vehicle position between the satellites with respect to the four-point position of the two or more aerial satellites 147 and 147 in FIG. 149 first screw radio wave transmission / reception 3D map location identification device and 150 second screw radio wave transmission / reception 3D map location identification specification 151, the third screw radio wave transmission / reception stereo map position identification device of 151 and the fourth screw radio wave transmission / reception stereo map position identification device of 152, these, screw radio wave transmission / reception stereo map position identification device of four different frequencies Will be needed.

In FIG. 27, the satellite for exclusive use of the foundation 153 is a radio wave distance full automatic measurement GPS position reconfirmation transmission / reception device from a plurality of other vehicles on the same lane of a vehicle such as a vehicle 154 to a vehicle other than 155 Based on the fully automatic GPS distance transmission / reception transfer device, it performs a fully automatic process such as overtaking.
Therefore, a system that can perform GPS road map car position management for vehicles on the same traveling lane and cars on the opposite lane with position specific waves of 156 on the road map lane is also overlooked.
Hereinafter, the description will be given as a reference explanatory diagram.

1 Fully automatic system reference chart A
2 Artificial satellite
3 High Power Marine Sonar A
4 High Power Marine Sonar B
5 High Power Marine Sonar C
⒍ High power underwater stage number sonar A
7 High-power underwater stage number sonar B
8 High power underwater stage number sonar C
9 High power screw underwater wireless sonar wave
10 Fully automatic underwater robot
11 GPS radio relay tower
12 Solar panel artificial satellite with built-in power generation circuit sheet with high output hexagonal piezoelectric element
13 Multiple radio wave receiving generator circuit built-in device
14 High output hexagonal piezoelectric element connected generator circuit sheet radio wave reception W power generation type simple solar panel auxiliary power generation type solar panel artificial satellite
15 High power screw radio satellite wave
16 Fully automatic vehicles
17 GPS fully automatic screw radio wave relay reproduction plastic vinyl rubber cored steel tower
18 High-power solar panel satellite B
19 8 Eight wave GPS position transmission / reception wave
20 Fully automatic system trailer
21 High power satellite
22 High-power mountain helicopter GPS wave relay device
23 10-wave GPS position transmission / reception wave
24 Fully automatic construction machinery
25 Fully automatic position confirmation and recognition camera device with multiple color line contacts
26 Acrylic panel part
27 Projection lens part
28 Fisheye lens
29 Large lens part
30 High output hexagonal piezoelectric element coupled generator circuit High output hexagonal piezoelectric element coupled generator circuit rod-shaped rail motor
31 High Power Light Hydrogen Tritium Electronic Gas CCD Panel
32 Nut part
33 Compressed glass panel for protection
34 Five change high output speakers
35 High output treble speaker
36 High output mid-high-frequency speaker
37 High output low temperature speaker
38 High output mid and low temperature speaker
39 High output recording sound setting speaker
40 Soundproof rubber cover Speaker metal part
41 Silicon Diode Piezoelectric Switch with High and Low Alpha Ray Particles
42 Silicon diode switch part
43 A weak alpha ray particle part
44 Piezoelectric Magnet Body
45 Silicon diode switch part with light hydrogen
46 Silicon diode switch part with lead water
47 Weak gamma ray single particle diode switch part
48 High-power hexagonal piezoelectric element-coupled generator circuit type rail motor device
49 High power inverter magnetic pole switching device
50 High power inverter magnetic pole switching device
51 Hexagonal motor shaft device
52 High-power hexagonal piezoelectric element coupling type coil power generation circuit part
53 Coupling coil no high output hexagonal piezoelectric element inner rotating body power generation circuit part
54 Normal plus electricity
55 Connecting copper lead wiring part
56 High-power hexagonal piezoelectric element connection part
57 Plastic rubber insulation skin part with bamboo ash
58 Connection copper wiring part
59 plus amplified electricity
60 High-power hexagonal piezoelectric element-coupled generator circuit type electrical wiring
61 Normal minus electricity
62 Amplification minus electricity
63 connected high power hexagonal piezoelectric element connected generator circuit device
64 Normal plus electricity B
65 Normal minus electricity B
66 Lightweight Piezoelectric Magnet Body with Hexagonal Light Hydrogen Tritium Electron Gas
67 Quadrant lens
68 Infrared gas-filled plastic panel
69 Plastic panel with UV gas
70 Plastic panel with weak alpha rays
71 Plastic panel with weak gamma rays
72 Camera lens panel with gas, such as slightly divided into 4 types of radiation
73 color color line camera fully automatic position recognition confirmation communication device
74 Light reflecting tube part
75 large lens
76 Projection lens
77 CCD panel with light hydrogen tritium electron gas
78 Color glass part
79 double light
80 Radio wave satellite
81 Radio transmission / reception type mountain helicopter
82 Distance-A
83 Distance to B
84 Distance to C
85 First GPS transmission / reception wave
86 Second GPS transmission / reception wave
87 Third GPS transmission / reception wave
87 4th GPS transmit / receive wave
89 Fifth GPS transmit / receive wave
90 cars
91 Satellite with built-in high power generator circuit
92 GPS screw radio wave distance measurement relay tower
93 Multiple frequency GPS transmission / reception wave
94 Road Position Camera Subject Position Contact Information Device
95 High-power lightweight mechanical generator-mounted artificial satellite
96 Lightweight Panel Mounted Mountain Helicopter
97 A different frequency GPS waves
98 B different frequency GPS waves
99 C different frequency GPS waves
100 D different frequency GPS waves
101 E different frequency GPS waves
102 F different frequency GPS waves
103 Mizobori-type central road lane
104 Mizobori fully automatic automobile position confirmation line
105 Mizobori left white line
106 Front fully automatic color light line camera device
107 yellow light
108 Radio wave transmission device
109 Radio wave transmission position specifying device
110 Center line with partial reflector
111 Light Absorbing Luminous Center Line
112 Fully automatic home appliances
113 Ceiling-mounted indoor fixed position fully automatic confirmation recognition communication device
114 Indoor setting input stereoscopic image map
115 Multiple Color Light Line Camera Subject Distance Recognition Device
116 Fully automatic object shape recognition camera focal length data map writing system device
117 Nyanwan fully automatic vacuum cleaner and others
118 High power CCD panel
119 Indoor automatic ceiling position confirmation device
120 Projection lens with built-in acrylic panel
121 Carbon dioxide bromine ammonia triple sensor
122 Five-change sound microphone Coil winding magnet difference
123 Built-in switch board
124 Garbage suction port
125 Fully automatic motor garbage disposal machine
126 tires
127 Image panel
128 glass lens
129 Color filter
130 square mask
131 square light receiving element
132 New technology light hydrogen containing silicon diode photo detector
133 Acrylic sheet
134 Silicon diode sheet
135 Weak compression thermal bonding
136 16 pixels 16 lines x 2 wires
137 Transistor switch sheet
138 Each wiring
139 Camera CCD structure
140 Light hydrogen filled diode transistor switch sheet
141 Overlaid 32-leg CCD
142 First satellite in the country
143 The second satellite in the country
144 Obtain the data calculated the linear distance of two artificial satellites Fully automatic triangulation position distance data transmission
145 Fully automatic calculation system for 24-hour distance between first satellite and automobile
146 Distance 24-hour fully automatic calculation system between the second satellite and automobile
147 Fully automatic 24-hour measurement system of the four-point distance of the vehicle position between the satellites with respect to the four-point position of two or more aerial satellites and vehicles
148 Fully automatic measurement of distances from four points of radio relay towers and cars built on the highest mountain in the region
149 First Screw Radio Wave Transmission / Reception 3D Map Position Identification Device
150 Second Screw Radio Wave Transmission / Reception Three-dimensional Map Position Identification Device
151 Third Screw Radio Wave Transmission / Reception Three-dimensional Map Position Identification Device
152 Fourth Screw Radio Wave Transmission / Reception Three-dimensional Map Position Identification Device
153 Foundation dedicated satellite
154 Fully automatic radio wave distance measurement GPS position reconfirmation transmission / reception device from a plurality of other vehicles on the same lane of a vehicle such as an automobile
155 Fully automatic GPS distance transmission / reception transfer to other vehicles
156 Position specific wave
157 Fully automatic handkerchief
158 Piezoelectric element 4 electron magnetic splitting device
159 First weak radio wave transmitter / receiver
160 Second Weak Radio Transmitter / Receiver
161 Third weak radio wave transceiver
162 Fourth Weak Radio Transmitter / Receiver
163 Weft high output power generation yarn
164 Light hydrogen-containing silicon diode piezoelectric element Magnet particle built-in power generation yarn
165 Vinyl nylon light yarn with built-in argon gas containing calcium hydrogen fluoride particles
166 Audio circuit double layer earth IC chip sheet
167 High power elliptical connection piezoelectric element light hydrogen vinyl nylon power generation circuit yarn
168 Center folding position speaker receiver
169 Position sound generation Fixed position emergency position recognition micro panel system
170 1st high output hexagonal piezoelectric element coupled generator circuit built-in silicon solar panel 1st antenna speaker
171 Second high-power hexagonal piezoelectric element coupled generator circuit built-in silicon solar panel second antenna speaker
172 Third High Output Hexagonal Piezoelectric Element Connected Generator Circuit Built-in Silicon Solar Panel Third Antenna Speaker
173 Fourth high output hexagonal piezoelectric element coupled generator circuit built-in silicon solar panel fourth antenna speaker
174 High power low frequency reception recognition device
175 High power block wave reception recognition device
176 High power pattern wave reception recognition device
177 High power medium wave reception recognition device
178 Plastic aluminum insulator sheet panel with bamboo ash
179 High power piezoelectric element magnet body with light hydrogen
180 High power electronic camera
181 High power copper cylinder operation coil
182 Refractor
183 1st high power condenser lens
184 Second High Power Condenser Lens
185 plus piezoelectric element 4 electron magnetic splitting device
186 negative piezoelectric element 4 electron magnetic splitting device
187 Zero resistance electron gun
188 anode electric resistance zero anode
189 High power copper cylinder operation coil
190 Magnification control
191 Amplifier circuit
192 light
193 Objective
194 Operation generation circuit
195 video
196 Latest registered utility model No. 3203105
197 High-output three-color light line device
198 Plus High Power Hexagonal Piezoelectric Element-Connected Power Generation Circuit A
199 Minus High Power Hexagonal Piezoelectric Element Type Generator A
200 plus piezoelectric element 4 electron magnetic splitting device A
201 minus piezoelectric element 4 electron magnetic splitting device A
202 Glass fiber light panel with argon gas
203 Calcium fluoride light panel with light hydrogen
204 Double light-emitting light panel format
205 Normal plus electricity
206 Normal minus electricity
207 red blue yellow three color light
208 Three-color light divider
209 red glass
210 blue glass
211 yellow glass
212 Light diaphragm
213 Trinocular camera object shape recognition device
214 Each Plus-Minus Piezoelectric Element 4 Electron Magnetic Dividing Device
215 Crystal glass panel with lead water built-in plastic sheet with weak alpha radiation
216 Crystal glass panel with lead water and plastic sheet with weak gamma radiation
217 CCD panel with high output light hydrogen
218 Convex lens
219 High-power hexagonal piezoelectric element-coupled generator circuit movement switch
220 High-power GPS receiver
221 Satellite wave receiving antenna device
222 Piezoelectric chip filter
223 Antenna detector with light hydrogen
224 Diode BPF with piezoelectric element particles (SAW filter)
225 Mixer (frequency converter)
226 Prescaler
227 Voltage control transmitter
228 Phase comparison
229 GPS synchronous reference signal generator with clock function
230 Cut-off device with unnecessary frequency band
231 First intermediate frequency piezoelectric element diode filter
232 Second intermediate frequency piezoelectric element diode filter
233 frequency converter
234 (PLL circuit) Phase noise elimination device
235 TCXO temperature compensated crystal oscillator
236 Position data
237 Clock baseband multilayer card box circuit
238 GPS reception block diagram
239 Antenna
240 GPS module
241 SAW radio wave filter
242 LC radio wave filter
243 SAW filter unnecessary radio wave removal device
244 Piezoelectric Element 4 Electron Magnetic Divider B
245 IC multilayer tag
246 Baseband IC
247 Positioning result
248 Control commands
249 Baseband IC internal block diagram
250 RF block
251 CLOCK Satellite Mountain Helicopter Time
252 DATA recording data of piezoelectric piezoelectric element
253 Radio Data Correlator
254 PLL circuit phase noise elimination device
255 CPU ARM7 Data Accelerator
256 UART full-duplex position measuring device
257 Multilayer memory interface
258 Pass Bridge
259 Data input / output (PC and microcomputer)
260 flash memory
261 External multi-layer memory piezoelectric element card box
262 Mask ROM Piezoelectric Magnetic Storage Device
263 RAM piezoelectric element magnetic storage device
H.264 Real Time Clock (RTC) Satellite Time Display Device
265 electricity
266 GPS mountain helicopter wave receiver
267 Mountain Helicopter
268 radio wave
269 antenna
270 High-speed screw high-frequency amplifier
271 Mixer frequency converter
272 AD converter
273 Local oscillator
274 Code correlation unit C / A demodulation
275 CPU processor Navigation data demodulation Satellite mountain helicopter orbit calculation position calculation etc.
276 Serial data output (Position speed Time data call agreement code)
277 New Technology Capacitor
278 Normal capacitor
279 Corporate personal property plagiarism
280 avoidance
281 Bamboo ash containing ceramic cover type carbon lime hydrogen particles containing copper cylinder capacitor
282 Type to be inserted into the circuit board foot
283 Spring part
284 Carbon lime part
285 cover
286 Iron core pin foot with lead core
287 Porcelain particle compound capacitor with wood ash containing vinyl black clay phosphorus compound particles
288 Vinyl black clay phosphorus compound particles
289 Iron-Lead Aluminum Alloy Pin Feet with High-Power Piezoelectric Element Particles
290 Power generation capacitor
291 High-power hexagonal piezoelectric element coupled generator circuit
292 Glass insulator cover type with raw ash
293 Hexagonal Piezoelectric Element Line Particles Nylon Particle Capacitor with Blue Clay Sulfur and Argon Gas
294 Pottery insulator cover type with wood ash
295 Ceramic Cover Type Hexagonal Piezoelectric Element Line Particle White Clay Calcium Fluoride Hydrogen Capacitor with Bamboo Ash
296 Ceramic cover type with bamboo ash
297 Round type power generation capacitor
298 Square type power generation capacitor
299 Hexagonal power generation capacitor
300 Block box brain collecting circuit for exclusive use of fully automatic robot home appliances
301 Normal integrated circuit
302 Multilayer Piezoelectric Information Element
303 Multi-layer type piezoelectric information device mouth speaker audio block
304 Multilayer Piezoelectric Information Element Mouth Ear Block
305 Multi-layer Piezoelectric Information Element Mouth Motor Operation Block
306 Multi-layer type piezoelectric information element mouth running motor operation block
307 Instruction block
308 Multiple wave oscillation circuit
309 Spin receiver
310 Structure of the interior panel light of a fully automatic vehicle
311 Slotted screwdriver cover
312 Slotted screwdriver rotation part
313 Double luminous light ball
314 Screw part
315 Phillips screwdriver mouth cover
316 Screwdriver rotation part
317 Screw-in capacitor
318 Round screw type capacitor
319 Hexagon Screw Capacitor
320 square screw capacitor
321 Fully automatic robot home appliance
322 Station type position communication device
323 Ceiling fixed position communication device
324 Fully automatic home appliance position communication transmitter / receiver
325 Position contact send / receive type on TV
326 Fully automatic robotic home appliance transmission / reception system for wall mounting
327 Space submarine transmission / reception network system
328 Voice switch
329 Specified model
330 Message Box
331 Schedule item menu time
332 Room designation
333 Home delivery industry menu
334 Speed control local time release
335 Sights Fully Automatic Designated Car Navigation Guidance System
336 points fund participation
337 Robot care city mark
338 Free automatic screening system center in municipalities
339 World Foundation Member News
340 Circuit camera sign
341 send and receive
342 Hydrogen electronic semiconductor (lithium hydrogen electronic semiconductor)
343 AST Arsenic tritium-containing silicon
344 SIT Silicon with tritium
345 Tritium N-type semiconductor
346 Light Hydrogen Electronic Semiconductor (Protium Electronic Semiconductor)
347 BH Boron with light hydrogen
348 SIH silicon with light hydrogen
349 High power P-type semiconductor
350 ASH Arsenic light hydrogen
351 High power light hydrogen N-type silicon semiconductor
352 Collector current
353 Collector (C)
354 Emitter current
355 base (B)
356 High power N-type silicon semiconductor
357 High power P-type silicon semiconductor
358 NPN transistor of high power transistor
359 Emitter (E)
360 Piezoelectric Arsenic Light Hydrogen Silicon N-type Semiconductor with High Output Single Gamma Radiation Particles
361 Piezoelectric element boron light hydrogen silicon P-type semiconductor with high power single gamma radiation particles
362 Gamma single grain particle weak radiation or (reduced radiation)
363 High Power Hexagonal Piezoelectric Element-Connected Power Generation Circuit NPN Transistor with Single Gamma Radiation Particles
364 Arsenic Light Hydrogen Silicon N-type Semiconductor with High Power Piezoelectric Element Particles
365 Boron light hydrogen silicon P-type semiconductor with high-power piezoelectric element particles
366 NPN transistor with built-in power generation circuit with high power hexagonal piezoelectric element
367 Piezoelectric Arsenic Hydrogen Silicon N-type Semiconductor with High Output Single Alpha Radiation Particles
368 Piezoelectric element boron hydrogen silicon P-type semiconductor with high power single alpha radiation particle
369 Alpha single weak radiation particle
370 High Power Hexagonal Piezoelectric Device Type Power Generation Circuit Type NPN Transistor with Single Alpha Radiation Particles
371 drain
372 source
373 Gate (G)
374 High power point connection type power generation circuit
375 High power thyristor
376 High power silicon N-type semiconductor
377 High power silicon P-type semiconductor
378 N channel MOS FET with high power single alpha radiation particle
379 P-channel MOS FET with high power single alpha radiation particle
380 Oxygen silicon sheet Nitric oxide oxygen silicon sheet
381 Light hydrogen silicon sheet Light hydrogen mercury mercury silicon sheet
382 Piezoelectric silicon sheet with light hydrogen generator circuit type
383 oxygen silicon sheet
384 Piezoelectric power generation circuit type silicon sheet containing light hydrogen
385 Oxygen silicon sheet
386 Nitrogen oxygen silicon plus rechargeable battery element chip and Nitrogen oxygen silicon minus rechargeable battery element chip
387 Cathode (K)
388 Anode (A)
389 Thyristor with high power single alpha radiation particle
390 Arsenic light hydrogen silicon power generation circuit type N-type semiconductor with high-power piezoelectric element particles
391 Boron light hydrogen silicon power generation circuit type P type semiconductor with high power piezoelectric element particles
392 Thyristor with Built-in Power Generation Circuit Sheet with High Output Hexagonal Piezoelectric Element
393 High power impurity silicon N-type semiconductor
394 High Power N-type Alpha Single Grain Silicon Semiconductor
395 High power N-type gamma grain silicon semiconductor
396 High Power N-type Alpha Single Grain Silicon Impurity Semiconductor
397 High Power N-type Gamma Silicon Semiconductor
398 High power P-type gamma silicon semiconductor
399 Fort diode with built-in power generation circuit with high output hexagonal piezoelectric element
400 Magnet Bolt Nut Rotation Locking Device
401 Lightweight piezoelectric element modified radio frequency circuit element containing light hydrogen and trace amount of neon argon gas
402 Piezoelectric element with light hydrogen argon gas Radio wave correction circuit element
403 Glass fiber with bamboo lime
404 High Output Lightweight Piezoelectric Element Radio Correction Circuit Element Foot
405 Inside of high output IC
406 High power light hydrogen diode
407 SIO ²
408 High power P-type silicon substrate
409 High power integrated circuit
410 P-type Liquid Crystal Semiconductor with Built-in Piezoelectric Particles with High Power Lithium Hydrogen Gas
411 N-type liquid crystal semiconductor with built-in piezoelectric element particles containing high power lithium hydrogen gas
412 PN junction liquid crystal semiconductor with built-in piezoelectric element particles containing high power lithium hydrogen gas
413 P-type magnesium silicon semiconductor with built-in piezoelectric element particles containing high-power lithium hydrogen gas
414 N-type magnesium silicon semiconductor with built-in piezoelectric element particles containing high-power lithium hydrogen gas
415 PN junction magnesium silicon semiconductor with built-in piezoelectric element particles containing high power lithium hydrogen gas
416 P-type barium silicon titanate diode semiconductor with built-in piezoelectric element particles containing high power lithium hydrogen gas
417 N-type barium silicon titanate diode semiconductor with built-in piezoelectric element particles containing high power lithium hydrogen gas
418 Diode semiconductor with PN junction barium silicon titanate particles with built-in piezoelectric element particles with high power lithium hydrogen gas
419 Silicon P-type semiconductor with built-in high-power protium light hydrogen gas-containing piezoelectric element particle gamma particle
420 Silicon N-type semiconductor with built-in high-power protium light hydrogen gas-containing piezoelectric element particle gamma particle
421 Piezoelectric element particles containing high power protium light hydrogen gas Gamma single particle embedded PN junction silicon semiconductor
422 Piezoelectric element particles containing high-power protium light hydrogen gas Gamma single particle built-in vinyl P-type semiconductor
423 High Power Protium Light Hydrogen Gas Containing Piezoelectric Particles Gamma Single Particle Built-in Vinyl N-type Semiconductor
424 PN junction vinyl semiconductor with built-in single particle gamma piezoelectric element particle containing high power protium light hydrogen gas
425 Piezoelectric particle with high power protium light hydrogen gas gamma single particle built-in diode P-type semiconductor
426 High Power Protium Light Hydrogen Gas-Containing Piezoelectric Element Gamma Single Particle Built-in Diode N-type Semiconductor
427 Piezoelectric element particles containing high-power protium light hydrogen gas Gamma single particle built-in PN junction diode semiconductor
428 Liquid crystal P-type semiconductor with built-in alpha single particle particles containing high power protium light hydrogen gas
429 High Power Protium Light Hydrogen Gas-Containing Piezoelectric Particles Alpha Single Particle Built-in Liquid Crystal N-type Semiconductor
430 PN junction liquid crystal semiconductor with built-in alpha particle containing high power protium light hydrogen gas
431 Magnesium silicon P-type semiconductor with built-in alpha single particle piezoelectric element particle containing high power protium light hydrogen gas
432 Magnesium silicon N-type semiconductor with built-in single alpha particle alpha particles containing high power protium light hydrogen gas
433 Piezoelectric element particles containing high power protium light hydrogen gas Alpha single particle PN junction magnesium silicon semiconductor
434 Piezoelectric element particles containing high power protium light hydrogen gas Alpha single particle built-in diode semiconductor containing P-type barium titanate silicon particles
435 Piezoelectric element particles containing high-power protium light hydrogen gas Alpha single particle built-in diode semiconductor with N-type barium silicon titanate particles
436 Piezoelectric Element Particles with High Output Protium Light Hydrogen Gas Alpha Single Particle Built-in PN Junction Barium Silicon Titanate Diode Semiconductor Diode
437 Silicon P-type semiconductor with built-in piezoelectric element particles containing high-power lithium hydrogen gas P-type diode semiconductor containing barium silicon titanate particles
438 Silicon N-type semiconductor with built-in piezoelectric element particles containing high-power lithium hydrogen gas N-type diode semiconductor containing barium silicon titanate particles
439 PN junction silicon semiconductor with built-in piezoelectric element particles containing high power lithium hydrogen gas
440 Vinyl P-type semiconductor with built-in piezoelectric element particles containing high power lithium hydrogen gas
441 Vinyl N-type semiconductor with built-in piezoelectric element particles containing high power lithium hydrogen gas
442 High power lithium hydrogen gas-containing PN junction vinyl semiconductor with built-in piezoelectric element particles
443 Piezoelectric element built-in diode P-type semiconductor with high power lithium hydrogen gas
444 High power lithium hydrogen gas-containing piezoelectric element built-in diode N-type semiconductor
445 PN junction diode semiconductor with built-in piezoelectric element particles containing high power lithium hydrogen gas
446 N-type magnesium silicon semiconductor
447 Two types of PN junction synthetic silicon semiconductor sheet
448 Silicon semiconductor with P-type piezoelectric element particles
449 N-type light hydrogen lead water silicon semiconductor
450 Two kinds of PN junction two-piece semiconductor sheet
451 Silicon semiconductor with P-type piezoelectric element particles
452 N-type Light Hydrogen Copper Water Silicon Semiconductor
453 Three kinds of PN junction three-piece semiconductor sheet
454 Silicon semiconductor with P-type piezoelectric element particles
455 High Power Piezoelectric Element Triple Metal Silicon PN Junction Light Hydrogen-Containing Silicon Semiconductor
456 Semiconductor sheet with N-type lithium hydrogen gas
457 Silicon sheet with hydrogen
458 Semiconductor sheet with P-type lithium hydrogen gas
459 N-type Lithium Hydrogen Gas Filled Semiconductor Sheet
460 Hydrogen-containing silicon double sheet
461 P-type Lithium Hydrogen Gas Piezoelectric Element-Containing Semiconductor Sheet
462 Hydrogen-filled silicon triple sheet
463 High Power Piezoelectric Element PN Junction Hydrogen Gas Filled Silicon Semiconductor Structure
464 N-type light hydrogen-containing silicon semiconductor
465 P-type silicon semiconductor with light hydrogen
466 Temperature heating bonding
467 Double sheet
468 High Power Piezoelectric Element PN Junction Light Hydrogen-Containing Silicon Semiconductor Structure
469 Magnesium Silicon Semiconductor with Built-in Piezoelectric Magnet Magnet Particles with Light Hydrogen Protium Gas
470 16-piece silicon wafer
471 Anode (A)
472 Cathode (K)
473 metal
474 High power N-type semiconductor
475 Piezoelectric element with high-power protium light hydrogen gas Magnetic diode ion flow
476 Drift current
477 Piezoelectric element magnet body particle containing light hydrogen gas N-type semiconductor with built-in particles
478 R
479 resistance
480 Copper lead rare earth alloy
481 battery
482 Forward current
483 Description of Schottky barrier high power diode
484 P type
485 N type
486 Micro silicon film with light hydrogen
487 Piezoelectric element containing light hydrogen gas Magnet diode particle-containing P-type semiconductor
488 Ultrafast switching silicon PN junction diode semiconductor
489 Type P ⁺
490 Type I
491 Type N ⁺
492 Impurity-rich N ⁺ type diode semiconductor with high-power protium light hydrogen gas
493 High-power protium light hydrogen gas-containing impurity high altitude P ⁺ type diode
494 Point Piezoelectric Element Square Magnetic Line
495 resistance
496 Forward current A
497 High power PIN junction diode semiconductor
498 N-type silicon magnetic material with light hydrogen gas containing piezoelectric element magnet particle line
499 P-type silicon magnetic body with piezoelectric element magnet body particle line with light hydrogen gas
500 P-type silicon film
501 High power junction FET
502 Oxide film
503 alloy
504 High power multilayer N channel layer
505 P-type silicon substrate with high output light hydrogen
506 Normal N-type silicon sheet with multiple holes
507 N-type silicon sheet with light hydrogen
508 MOSFET metal oxide transistor semiconductor
509 Copper lead alloy
510 High Power Hydrogen-Containing Ebonite Fine Particle Impurity N-type Silicon
511 Normal P-type silicon
512 N-type silicon semiconductor with high output light hydrogen
513 High Power Trench Gate MOSFET Metal Oxide Transistor Semiconductor
514 Cooling solid material
515 Nitrogen
516 High Power Planar Gate MOSFET Metal Oxide Transistor Semiconductor
517 P-type silicon semiconductor with built-in piezoelectric element particles containing high-power protium light hydrogen gas
518 N-type silicon semiconductor with built-in piezoelectric element particles containing high-power protium light hydrogen gas
519 plus magnetic ions
520 Negative magnetic ion
521 High power thyristor
522 Terminal 1 (T1)
523 Terminal 2 (T2)
524 High Power Triac
525 High Output Point Piezoelectric Element Connection Type Generator Circuit
526 Silicon with hydrogen containing lightweight piezoelectric element
527 Silicon with Light Hydrogen and Lightweight Piezoelectric Element
528 light
529 depletion layer
530 High Output High Voltage High Current Thyristor GTO
531 High Output High Voltage LTT
532 High Power Solar Panel Rechargeable Hexagonal Piezoelectric Generator Circuit Type Rail Motor Drill
533 lens
534 High Power Hexagonal Piezoelectric Element-coupled Generator Circuit Type Rail Motor
535 Plastic rubber auxiliary cover welding method
536 Plastic rubber hand cover welding method
537 Ring nut
538 plus rechargeable battery
539 negative rechargeable battery
540 Hinge device
541 Octagonal shaft
542 Protrusion
543 Bamboo ash fluorine-containing vinyl sheet
544 Plastic glass sheet with sand iron particles and fluorine
545 Glass fiber sheet with coal ash fluorine
546 Glass fiber sheet with raw ash fluorine
547 Glass Fiber Sheet with Clay Fluorine
548 Glass fiber sheet with black clay fluorine
549 Glass fiber sheet with Kanuma earth fluoride
550 Plastic sheet with lime fluorine
551 Plastic sheet with bamboo ash fluorine
552 High Power Hexagonal Piezoelectric Coupled Power Generation Circuit Solar Panel Satellite
553 High Power Mountain Helicopter
554 Fully automatic backhoe
555 7-point fully automatic confirmation device
556 Thyristor with high power single gamma radiation particles
557 refrigerator
558 Fully automatic home appliance light system
559 Double light panel
560 Fully automatic home appliance refrigerator front projection upper part
561 Fully automatic home appliance refrigerator front projection bottom part
562 Front protrusion
563 Oblique Front Light Light Partition Light Panel
564 Fully automatic mobile home appliance
565 Fully automatic mobile refrigerator for shared use on the first floor and second floor
566 Ceiling part of the first floor
567 Ceiling part of the second floor
568 High-power hexagonal piezoelectric element coupled generator circuit type coilless rail motor
569 High Output Hexagonal Piezoelectric Element-coupled Generator Circuit Type Coilless Rail Motor Gate Valve
570 High output microphone
571 Image panel
572 Door handle
573 cushion three-color vinyl plastic three-layer rubber
574 High power speaker
575 Fully automatic assembly home appliance position verification confirmation confirmation device A
576 Piezoelectric element black triangle protrusion
577 Lead paper part
578 Yellow circular protrusion of piezoelectric element
579 Aluminum paper part
580 Piezoelectric element blue hexagonal protrusion
581 Copper paper part
582 Piezoelectric element red square protrusion
583 Iron paper part
584 Lowering structure
585 Fully automatic assembly home appliance position verification confirmation confirmation device B
586 Lead paper line part
587 Double light emitting part
588 Aluminum paper line part
589 Piezoelectric magnetic field lines
590 Copper paper line part
591 Iron paper line part
592 Indoor Wall Mounted Various Radio Position Receivers
593 Ceiling triangle point fully automatic confirmation communication device
594 Indoor radio hose position confirmation system
595 Nyanwan fully automatic vacuum cleaner Other front and rear W vacuum cleaner
596 Front part suction device
597 Rear suction device
598 Left suction device
599 Right side suction device
600 Suction fan
601 High power electromagnet dust double box extrusion device Motor cup fully automatic dust throwing device
602 Screw official dust blower
603 W suction device
604 Vacuum cleaner mouth that can suck up carpet dust with a screw wind
605 Indoor position left
606 Indoor position right
607 Front and rear left and right light camera
608 Four locations indoor position confirmation device
609 Fully automatic position high output rope type motor officer
610 Minus hot air cold air magnetic field lines
611 plus hot and cold magnetic field lines
612 dust double box
613 motor ladder dust disposal fully automatic device
614 Glass with Piezoelectric Magnet Body Particle Line
615 Two-layer circuit wiring board
616 High-speed double-layer circuit wiring
617 aluminum
618 Piezoelectric element magnet body particle wiring with light hydrogen
619 High-power hexagonal piezoelectric element-coupled generator circuit
620 circuit device
621 Vinyl rubber substrate part
622 Glass substrate with bamboo ash
623 Circuit board
624 GPS
625 Fully automatic robot
626 First GPS position transmitter / receiver
627 Second GPS position transmitting / receiving device
628 Third GPS position transmitter / receiver
629 Fourth GPS position transmitter / receiver
630 Fifth GPS position transmitter / receiver
631 Sixth GPS position transmitter / receiver
632 Seventh GPS position transmitter / receiver
633 Eighth GPS position transmitter / receiver
634 Nine GPS position transmitter / receiver
635 First storage light camera
636 Second storage light camera
637 Third storage light camera
638 4th storage light camera
639 Fifth storage light camera
640 6th storage light camera
641 Method 1 for stopping the smallest robot rocket in space
642 1st S electromagnet to 16th S electromagnet
643 1st N electromagnet to 16th N electromagnet
644 Stop space
645 1st N electromagnet
646 Second N Electromagnet
647 3rd N electromagnet
648 Fourth N Electromagnet
649 Fifth N electromagnet
650 Sixth N electromagnet
651 7th N electromagnet
652 8th N Electromagnet
653 Ninth N electromagnet
654 10th N electromagnet
655 Eleventh N Electromagnet
656 12th N electromagnet
657 1st S electromagnet
658 Second S Electromagnet
659 Third S Electromagnet
660 Fourth S Electromagnet
661 5th S Electromagnet
662 6th S Electromagnet
663 7th S Electromagnet
664 Eighth S Electromagnet
665 9th S electromagnet
666 10th S Electromagnet
667 Eleventh S Electromagnet
668 12th electromagnet
669 Stop Method 2 for Space Minimal Robot Rocket
670 Hydrogen Magnetic Field Shield Barrier Oxygen Absorption Zone
671 Screw magnetic field lines Oxygen convex air line
672 High-power N-coupled electromagnet magnetic field line fusion convex device
673 High-power S-coupled electromagnet magnetic field line fusion convex device
674 Fully Automatic System Position Distance Part 1
675 First Mountain Helicopter Screw Mountain Radio Wave Relay Measuring Device
676 Second Mountain Helicopter Screw Mountain Radio Wave Relay Measuring Device
677 First Camera Focal Length Fully Automatic Measuring Device
678 Second Camera Focal Length Fully Automatic Measuring Device
679 Third Camera Focal Length Fully Automatic Measuring Device
680 Fourth camera focal length fully automatic measuring device
681 Subject A
682 Subject B
683 Subject C
684 1st color light line device
685 Second color light line device
686 Third color light line device
687 Fourth color light line device
688 A radio wave transmission / reception line
689 B radio wave transmission / reception line
690 C radio wave transmission / reception line
691 D radio wave transmission / reception line
692 E radio wave transmission / reception line
693 F radio wave transmission / reception line
694 G radio wave transmission / reception line
695 H radio wave transmission / reception line
696 I radio wave transmission / reception line
697 J radio wave transmission / reception line
698K radio wave transmission / reception line
699 L radio wave transmission / reception line
700 M radio wave transmission / reception line
701 N radio wave transmission / reception line
702 First camera
703 Second camera
704 Third camera
705 Fourth camera
706 Fully automatic system position distance relation part 2
707 Third Mountain Helicopter Screw Mountain Radio Wave Relay Measuring Device
708 Fourth Mountain Helicopter Screw Mountain Radio Wave Relay Measuring Device
709 First A Camera Focal Length Fully Automatic Measuring Device
710 Second A Camera Full-Focal Distance Measuring Device
711 Third A Camera Focal Length Fully Automatic Measuring Device
712 4A Camera Focal Length Fully Automatic Measuring Device
713 Subject AB
714 Subject ABC
715 Subject ABCD
716 First A color light line device
717 Second A color light line device
718 Third A color light line device
719 Fourth A color light line device
720 AA radio wave transmission / reception line
721 AB radio wave transmission / reception line
722 AC radio wave transmission / reception line
723 AD radio wave transmission / reception line
724 AE radio wave transmission / reception line
725 AF radio wave transmission / reception line
726 AG radio wave transmission / reception line
727 AH radio wave transmission / reception line
728 AI radio wave transmission / reception line
729 AJ radio wave transmission / reception line
730 AK radio wave transmission / reception line
731 AL radio transmission line
732 AM radio transmission / reception line
733 AN radio transmission / reception line
734 1st A Camera
735 Second A Camera
736 Third A Camera
737 4th A Camera
738 How to improve plant varieties
739 Magnetic field wiring
740 Electric field line converter
741 Plastic Vinyl Radiation Panel with Gamma Radiation Grain
742 Hexagonal Piezoelectric Element Magnetic Field Line Emitting Device
743 High-power light hydrogen-containing piezoelectric element magnetic force line electric transducer
744 Magnetic field line electric absorption plate
745 Plant seeds
746 High Power Hexagonal Piezoelectric Element Type Generator Circuit
747 High Power Hexagonal Piezoelectric Element Type Generator Circuit Field Line Manufacturing Equipment
748 Plant seed breed improvement means Electrostatic gamma particle radiation breed improvement device
749 One side electrostatic radiation device while passing electricity only on one side
750 plus electrostatic radiation device
751 Negative electrostatic radiation device
752 Plus electrostatic radiation device
753 Negative electrostatic radiation device
754 Plus static electricity generator
755 Negative electrostatic electricity generator
756 Electric switching device
757 Piezoelectric Magnet Body
758 Fully automatic marine sonar mountain radio wave transmission / reception position confirmation recognition system
759 First High Output Hexagonal Piezoelectric Element Connection Type Generator Circuit Built-in Coilless Rail Motor Screw Device
760 Coilless rail motor screw device with built-in power generation circuit with second high power hexagonal piezoelectric element
761 Third High Output Hexagonal Piezoelectric Element Connection Type Generator Circuit Built-in Coil-less Rail Motor Screw Device
762 Fourth high output hexagonal piezoelectric element coupled generator circuit built-in coilless rail motor screw device
763 First position transmission / reception confirmation device
764 Second position transmission / reception confirmation device
765 Third position transmission / reception confirmation device
766 Fourth position transmission / reception confirmation device
767 1st antenna
768 Second antenna
769 Screw blade device
770 Foamed styrene foam with bamboo ash
771 Screw Sonar Wave Mountain Heli Screw Radio Wave Converter
772 Screw Sonar Wave Transmitter / Receiver for Center of Gravity Adjustment
773 Mounting bracket wiring
774 High output lifting position adjustment screw device
775 High Output Horizontal Position Confirmation Device
776 Fully Automatic Step Sonar Mountain Radio Wave Transmission / Reception System Device
777 High output power generation circuit type coilless rail motor screw system device for first lifting
778 High output power generation circuit type coilless rail motor screw system device for second lifting
779 High output power generation circuit type coilless rail motor screw system device for third lifting
780 High output power generation circuit type coilless rail motor screw system device for fourth lifting
781 First underwater fully automatic horizontal position adjustment motor screw device
782 Second underwater fully automatic horizontal position adjustment motor screw device
783 Third underwater fully automatic horizontal position adjustment motor screw device
784 Fourth underwater fully automatic horizontal position adjustment motor screw device
785 Screw Sonar Wave Transmitter / Receiver
786 Screw Sonar Wave
787 Horizontal balance auxiliary adjustment motor
788 Fully automatic side stage sonar mountain radio wave transmission / reception system equipment
789 Side horizontal screw sonar wave
790 fifth underwater fully automatic position adjustment motor screw device
791 Sixth Underwater Fully Automatic Position Adjustment Motor Screw Device
792 Seventh Underwater Fully Automatic Position Adjustment Motor Screw Device
793 Eighth underwater fully automatic position adjustment motor screw device
794 Submarine high power rail motor moving device
795 Screw sonar wireless lifting wave receiving panel
796 Screw sonar wireless lifting wave launcher
797 Underwater antenna transceiver
798 Copper Iron Lead Aluminum Alloy Sheet Radio Wave Transmitter
799 Piezoelectric radio wave receiver with light hydrogen
800 screw sonar wave piezoelectric element lead aluminum cover launcher
801 Bolt hole device
802 Fastening device
803 Plastic Hydrogen Acrylic Resin Antenna Element Protection Body Cover Device with Light Hydrogen Piezoelectric Element Magnets
804 Piezoelectric element magnet body particles containing light hydrogen
805 Stainless steel copper alloy pin for fixing
806 Plastic acrylic resin sheet part
807 punch pin hole
808 Copper iron lead alloy pin
809 Double nut part
810 Coilless rail motor screw device with high output piezoelectric element connection
811 Water stop protrusion
812 Five screw blade device
813 High output hexagonal piezoelectric element coupled generator circuit type ion electromagnetic induction generator
814 High output hexagonal piezoelectric element coupled generator circuit type coilless rail motor
815 High power electromagnetic induction generator
816 Aluminum Magnetic Field Line Insulation Cover
817 Rail motor part without high output coil
818 Magnetic field line piezoelectric element ion electron impact power generation device

Claims (1)

For one normal GPS of a fully-automatic unmanned vehicle, the present invention has different frequencies, i.e. four different frequencies for each of the front left and right sides of the front part and the left and right sides of the rear side of the car. Because one GPS wave can not point the position confusion, for one car, the position of one car with four different GPS signals that can be transmitted and received on one car is shown on the road map. Fully automatic unmanned vehicle system, characterized by installing four GPS transmitters / receivers in a fully automatic system machine that can transmit and receive four different frequencies for a single car that can explain the location and recognition operation from any position. GPS for recognizing and rubbing the special four locations for rubbing the road position on the road map.