JP3146095U - Unexploded shell processing confirmation device such as anti-personnel mines and cluster bombs using microwaves - Google Patents

Unexploded shell processing confirmation device such as anti-personnel mines and cluster bombs using microwaves Download PDF

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JP3146095U
JP3146095U JP2008004397U JP2008004397U JP3146095U JP 3146095 U JP3146095 U JP 3146095U JP 2008004397 U JP2008004397 U JP 2008004397U JP 2008004397 U JP2008004397 U JP 2008004397U JP 3146095 U JP3146095 U JP 3146095U
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unexploded
dome
confirmation device
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magnetron
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立 澤口
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有限会社インターネットアンドアーツ
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    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F41WEAPONS
    • F41HARMOUR; ARMOURED TURRETS; ARMOURED OR ARMED VEHICLES; MEANS OF ATTACK OR DEFENCE, e.g. CAMOUFLAGE, IN GENERAL
    • F41H11/00Defence installations; Defence devices
    • F41H11/12Means for clearing land minefields; Systems specially adapted for detection of landmines
    • F41H11/13Systems specially adapted for detection of landmines
    • F41H11/136Magnetic, electromagnetic, acoustic or radiation systems, e.g. ground penetrating radars or metal-detectors

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Abstract

【課題】地雷の処理確認を自動化し、処理漏れの極めて少ない安全性と迅速性を実現した不発弾処理確認装置を提供する。
【解決手段】ローラーやカッターによる土掘り起こし、地雷等の処理後に、マグネトロンと反射ドームと油圧式アームと多角形金属回転体とモーターと車両等から構成される不発弾処理確認装置にて、地中に向け強力なマイクロ波を照射し、事前に散水した水分子と不発弾の信管等の金属部品の異常加熱手段により、取りこぼしなく、特定エリアの全て地雷を誘爆・爆破処分、安全性を確認する事を特徴とする。
【選択図】図1
The present invention provides an unexploded shell processing confirmation device that automates landmine processing confirmation and realizes safety and speed with extremely little processing leakage.
After unearthing with a roller or a cutter, landmines, etc., the unexploded shell treatment confirmation device comprising a magnetron, a reflective dome, a hydraulic arm, a polygonal metal rotating body, a motor, a vehicle, etc. By irradiating with powerful microwaves, abnormally heating the metal parts such as pre-watered water molecules and unexploded shells, etc., exploding and blasting all landmines in a specific area, confirming safety It is characterized by things.
[Selection] Figure 1

Description

クラスター爆弾や対人地雷の不発弾は、紛争や内戦のある地域での経済復興の妨げとなっており、これらにより多数の負傷者が発生している。
本考案は、地雷を除去する兵士のリスクを引下げ、クラスター爆弾や対人地雷の不発弾の除去を効率的に短期間で処理、安全性を確認する事を可能にする装置に関するものです。
Unexploded cluster bombs and anti-personnel landmines have hindered economic recovery in areas with conflicts and civil wars, resulting in numerous injuries.
The present invention relates to a device that reduces the risk of soldiers who remove landmines, enables the removal of cluster bombs and unexploded shells of antipersonnel mines in a short period of time, and confirms safety.

本考案は、地中に埋設された対人地雷や地上のクラスター爆弾の不発弾の効率的な処理、安全性の検証確認を目指す不発弾処理確認装置の技術分野に関する実用新案です。This invention is a utility model related to the technical field of unexploded bomb disposal confirmation devices aiming at efficient treatment of unexploded bombs of underground mines buried in the ground and cluster bombs on the ground, and safety verification.

現在、世界の紛争地域や内戦地域では、紛争が沈静化後も、過去に使用されたクラスター爆弾や対人地雷の不発弾により命を失ったり、足や腕を失う一般庶民の被災者が多い。
不発弾の除去、処理に際しては、地雷探知機とナイフやスコップによる除去が主となり、除去処理、安全の確認には兵士の人命が危険にさらされる上、安全性の確認に長い期間と莫大な経費が掛かっている。
一部では、工事用のキャタビラ駆動車両に、突起やブレートやチェーンの付いた回転するローラーからなるヘッドを先端部に配し、金属製の重量のあるローラーやブレード等による信管への物理的加圧手段にて、木や土を掘り起こしつつ、対人地雷やクラスター爆弾の爆破処理が行われ、地域経済の復興に貢献している。
これらの車両は、危険地域全域に於ける木の伐採、土の掘り起こし、不発弾への加圧手段にて極めて高い確率での不発弾の処理が可能と言える。しかし不発弾の処理を行うには、高度な技能とスキルを有するオペレータによる重機のオペレーション操作が求められる。
しかしクラスター爆弾等の場合、広いエリアへ拡散され、落下時の衝撃等の要因により加圧を感知する信管が不動作となり不発弾となる事態も想定され、ローラーによる加圧を掛ける条件や起伏のある地形や操縦者のスキル不足や操縦ミスや見落としやヒューマンエラーにより全ての危険物を掘り起こし、誘爆できるとは断言できない。
このような事例の場合、住民が農耕や狩猟等の目的で処理地域に立ち入った場合、人命やケガをおうリスクを完全に否定する事はできない。
ヒューマンエラーや処理漏れを想定し、完全に安全かどうかを効率的にスピーディに安全性に検証すると共に、万一未処理の不発弾が残っていた場合は、安全性のダブルチェックを行う作業ステップが重要です。
世界第二位の経済大国の技術立国日本として物理的手段による地雷除去車両の開発に加え、エレクトロニクス技術を駆使したマイクロ波を手段に、処理と確認プロセスの自動化を推進し不発弾を処理確認する為の不発弾処理確認装置の開発による世界社会への貢献が期待されている。
Currently, in the conflict and civil war regions of the world, even after the conflict has subsided, there are many victims of ordinary people who lose their lives or lose their legs and arms due to the unexploded cluster bombs and anti-personnel landmines used in the past.
The removal and disposal of unexploded shells is mainly done by mine detectors and knives and scoops, and the life of soldiers is endangered for confirmation of removal treatment and safety. Expenses are incurred.
In some cases, a caterpillar-driven vehicle for construction is provided with a head consisting of a rotating roller with protrusions, brates, and chains at the tip, and physical addition to the fuse by means of heavy metal rollers or blades. While digging up trees and soil with pressure means, anti-personnel mines and cluster bombs are blown up, contributing to the recovery of the local economy.
It can be said that these vehicles can process unexploded bombs with a very high probability by cutting down trees, digging up soil, and applying pressure to unexploded bombs in the entire hazardous area. However, in order to deal with unexploded shells, it is necessary to operate heavy machinery by an operator with advanced skills and skills.
However, in the case of cluster bombs, etc., it is assumed that the fuse that senses pressurization will not operate due to factors such as impact when falling, and it will become unexploded. We cannot say that we can dig up all dangerous objects and explode due to a certain terrain, lack of skill of pilots, mishandling, oversights and human errors.
In such cases, if a resident enters a treatment area for the purpose of farming or hunting, the risk of human life and injury cannot be completely denied.
Working steps to double-check safety in the event that unprocessed unexploded bombs remain, as well as efficiently verifying whether or not they are completely safe in the event of a human error or processing omission. Is important.
In addition to the development of demining vehicles by physical means as Japan, the world's second largest economic power technology country, we promote the automation of processing and confirmation processes using microwaves that make full use of electronic technology, and confirm unexploded bombs. Is expected to contribute to the world society through the development of the unexploded shell confirmation device.

本考案は、電子レンジの基本原理を活かした無人のリモート制御を行う専用車両に搭載されたクラスター爆弾や地雷の処理確認装置に関するものです。
本考案は、2.45GHz等の周波数の強力なマイクロ波を発生するマグネトロン郡と広い面積にマイクロ波を地中に向け反射照射する反射ドームと発電機とエンジンを搭載した反射ドームを支える油圧式のアームと横からの断面が多角形の反射回転体と回転用モーターとキャタビラ式車両と有線のリモコン遠隔操縦装置にて構成される不発弾処理確認装置です。
本考案の装置で処理を行うに際しては、処理する危険地帯に水を散水し、マイクロ波の照射により不発弾内の金属パーツを異常加熱させ、更に地中の不発弾周辺の水の分子の異常加熱手段による爆破処理により安全性の検証確認を行うものです。
電子レンジの中に不発の水に濡れたクラスター爆弾を入れマイクロ波を照射した場合は、衝撃を与えなくとも、不発弾内の信管や金属部材等と水辺部の水分子の異常加熱により誘爆・爆発させる原理を本考案は利用するもので、更に強力なマグネトロンを横一列に高密度に実装したマイクロ波生成部で生成されたマイクロ波を多角形の回転体と反射ドームで反射させ、地中に向け照射し、地雷を無差別に誘爆・爆破処理するものです。
反射ドームは、鉄板を成形加工又は溶接加工したシンプルな構造体であり、クラスター爆弾や対人地雷の爆破にも耐える強度を備えるものです。
反射ドームは、地形の段差等を踏まえ、キャタビラ走行駆動の車両の上部に設計されたアームを固定した旋回部を介して、高さ位置を自由に上下への移動を可能にする。更に同車両には、車両としての移動の為のエンジンと燃料タンクと強力なマイクロ波を発生させる為の発電機を搭載しております。同車両には、CCDカメラが設置されており、リモコン手段にて遠隔地からの車両移動やマイクロ波の発生指示等の指令を遠隔操作で実行できるものです。本考案の地雷除去装置を搭載した車両では、反射ドームがアームを介して車両の後部の旋回部に固定されている事によりドームに上から見て90度旋回し、ト字型の位置に旋回可能な旋回部を有し、広い面積の処理を車両を前進しつつ処理確認可能な処理装置に関するものです。
反射ドームは、強力なマイクロ波を外部へ漏洩しない様に天板と側板からなる金属製の反射板にてマイクロ波を特定の地上エリア以外への漏洩しにくい形状を採用している。
更に反射ドームには、高精度なGPSセンサーとケーブルを内蔵しており、地雷の処理済みのエリアをサイバーマップに正確に記憶できるものです。
The present invention relates to a cluster bomb and landmine disposal confirmation device mounted on a dedicated vehicle that performs unattended remote control utilizing the basic principle of a microwave oven.
The present invention is a hydraulic type that supports a reflective dome equipped with a generator and an engine, and a magnetron group that generates powerful microwaves with a frequency of 2.45 GHz, etc. This is an unexploded shell processing confirmation device composed of the arm, the reflecting section of the polygon in the side, the motor for rotation, the caterpillar type vehicle, and the wired remote control device.
When processing with the device of the present invention, water is sprinkled on the danger zone to be processed, the metal parts in the unexploded bomb are abnormally heated by microwave irradiation, and the water molecules around the unexploded bomb in the ground are abnormal. Safety verification is performed by blasting using heating means.
When a cluster bomb wet with unexploded water is placed in a microwave oven and irradiated with microwaves, it is triggered by abnormal heating of fuzes, metal members, etc. in the unexploded bomb and water molecules in the waterside without impact. The present invention uses the principle of detonation, and the microwave generated by the microwave generator with high-density magnetron mounted in a horizontal row at high density is reflected by the polygonal rotating body and the reflective dome, Irradiate the mine and indiscriminately explode and blow up landmines.
The reflective dome is a simple structure that is formed or welded from an iron plate, and is strong enough to withstand the explosion of cluster bombs and anti-personnel mines.
The reflection dome allows the height position to be freely moved up and down through a turning part to which an arm designed on the upper part of a vehicle driven by caterpillar driving is fixed in consideration of the step of the terrain. In addition, the vehicle is equipped with an engine for moving as a vehicle, a fuel tank, and a generator for generating powerful microwaves. The vehicle is equipped with a CCD camera, which can be used to remotely control commands such as moving the vehicle from a remote location or instructing the generation of microwaves. In vehicles equipped with the demining device of the present invention, the reflective dome is fixed to the turning part at the rear of the vehicle via the arm, so that the dome turns 90 degrees as viewed from above and turns to a toroidal position. It relates to a processing device that has a revolving part that can be used to check the processing of a large area while moving the vehicle forward.
The reflection dome has a shape that prevents microwaves from leaking outside a specific ground area with a metal reflector composed of a top plate and side plates so that strong microwaves do not leak outside.
In addition, the reflective dome has a built-in high-precision GPS sensor and cable that can accurately store landmine-treated areas in a cyber map.

本考案の不発弾処理確認装置は、地雷の処理確認を自動化する事により、処理漏れの極めて少ない安全性と迅速性と経済性と大量処理能力等を実現するものです。
従来の地雷探知機を使用した兵士による手動による地雷除去では、兵士の生命が危険にさらされていたが、本装置の導入により兵士の生命・身体を守りつつ、スピーディな地雷処理を効率的に推進可能にするものです。
本考案の装置の導入により、より広い面積につき、よりスピーディに不発弾の処理の実現を目指し、兵士の命とケガから守りつつ、耕作や放牧や道路として安全・安心を追求し、住民の安全・安心な暮らしを追求し、紛争や内戦後の復興の加速促進を実現するものです。
The unexploded bomb disposal confirmation device of the present invention realizes safety, speediness, economy, and large-capacity processing capacity with extremely little processing leakage by automating landmine disposal confirmation.
With manual mine removal by soldiers using conventional mine detectors, the lives of soldiers were at risk, but the introduction of this device effectively protects soldiers' lives and bodies while speeding up landmine disposal. It is something that can be promoted.
With the introduction of the device of the present invention, aiming at speedy treatment of unexploded shells over a larger area, pursuing safety and security as farming, grazing and roads while protecting from the lives and injuries of soldiers, the safety of residents・ Pursue a safe lifestyle and realize accelerated acceleration of post-conflict and civil war reconstruction.

本考案を実現するための最良の形態について説明します。本考案は、一般家庭に普及している電子レンジのマイクロ波の基本原理を活かし、地雷探知機による兵士の手による従来の不発弾の処理の方法を自動化し、速やかに住民にとって安全・安心の暮らしを実現するものです。本考案の車両は、車両側面に近い場所でのクラスター爆弾の爆発を想定し、タイヤより堅牢なキャタビラ駆動の走行の車両をベースに考案されています。
本考案の不発弾処理確認装置は、対人地雷やクラスター爆弾の不発弾の処理を目指しており、反射ドームの強度性能よりこれらの誘爆・爆発に耐える強度性能を有しているものの、対戦車用地雷に耐える強度設計はされてない為、マイクロ波の照射に際しては、車両に具備された赤外線カメラで地中に埋設されている対戦車用地雷の検知を行い、検知を行った上で安全性を確保した後、マイクロ波の照射を行うものです。
更に強力にマイクロ波を地上に照射する為に複数のマグネトロン10を一列に配置したマグネトロンアレー10からのマイクロ波を垂直に下方向に照射し、側面が六角形の回転する反射体12に照射反射し、縦方向にマイクロ波を走査し、反射ドームにて地中や地上に照射するものです。更に横長の断面が六角形の反射体12を回転させ、マグネトロンのマイクロ波を反射走査し、反射ドームにてマイクロ波を地雷へ照射し、地雷の爆破処理をするものです。更に対人地雷が地中に埋設され、その上位置に石等のマイクロ波を遮断する障害物があった場合も、多角形体12から放出されるマイクロ波を直接地雷に照射し、真上に障害物があった場合も地雷の処理を可能にするものです。
Describes the best mode for realizing the present invention. The present invention is based on the basic principle of microwave microwave that is widely used in ordinary households, automates the conventional method of handling unexploded bombs by soldiers using landmine detectors, and prompts safe and secure for residents. Realize life. The vehicle of the present invention is designed based on a caterpillar-driven vehicle that is more robust than tires, assuming a cluster bomb explosion near the side of the vehicle.
The unexploded bomb disposal confirmation device of the present invention aims at processing unexploded bombs of antipersonnel landmines and cluster bombs. Although it has strength performance that can withstand these explosions and explosions rather than the strength performance of the reflective dome, Because it is not designed to withstand landmines, when irradiating microwaves, the anti-tank landmines buried in the ground are detected with the infrared camera provided in the vehicle, and then safety is detected. After securing, microwave irradiation is performed.
In order to irradiate microwaves more powerfully on the ground, microwaves from a magnetron array 10 in which a plurality of magnetrons 10 are arranged in a row are irradiated vertically downward, and the reflection is irradiated to a rotating reflector 12 having a hexagonal side surface. Then, the microwave is scanned in the vertical direction and irradiated into the ground and the ground with a reflective dome. In addition, the hexagonal reflector 12 is rotated horizontally, the microwave of the magnetron is reflected and scanned, and the mine is irradiated with the microwave by the reflection dome to blast the landmine. In addition, even when antipersonnel mines are buried in the ground and there are obstacles that block microwaves such as stones above them, microwaves emitted from the polygonal body 12 are directly irradiated to the landmines, causing obstacles directly above Even if there is an object, it is possible to handle landmines.

図1にて不発弾処理確認装置の具体的な実施例について説明します。
本考案の基本的な実施例としては、車両の上の旋回部に設置された金属製のアームを介して強力なマイクロ波の照射部を備えた反射ドームを対人地雷やクラスター爆弾の危険を内包したエリアの上に被せ、強力なマイクロ波を照射し、不発弾の信管等の金属部材を異常加熱させ、広域エリアに拡散している不発弾を誘爆させ、スピーディに広い面積に拡散している脅威を排除し、地域経済の復興を支援するものです。
アームを固定した旋回部を90度回転させ、アームを車両の進行方向に直角位置の状態で、地雷処理・確認を車両を段階的に前進させる事により広域の不発地雷の効率的な処理と確認が可能となる。
油圧式アームには、万一の不発弾の爆発に伴う衝撃を検知し、反射ドームの先端部を跳ね上げ、爆風等を反射ドーム先端方向に逃がし、衝撃を吸収し、マグネトロン素子を守るものです。
A specific example of the unexploded shell processing confirmation device will be described with reference to FIG.
As a basic embodiment of the present invention, a reflective dome equipped with a powerful microwave irradiator through a metal arm installed on the turning part of the vehicle contains the danger of anti-personnel mines and cluster bombs. It is placed on the covered area, irradiated with strong microwaves, abnormally heated metal members such as fuzes of unexploded shells, exploding unexploded shells spreading in a wide area, and spreading quickly over a wide area. It eliminates threats and supports the recovery of the local economy.
Efficient disposal and confirmation of unexploded land mines over a wide area by rotating the swivel part with the arm rotated 90 degrees, and moving the vehicle step by step while the arm is in a position perpendicular to the traveling direction of the vehicle. Is possible.
The hydraulic arm detects the impact caused by the explosion of an unexploded bomb, jumps up the tip of the reflective dome, releases the blast toward the tip of the reflective dome, absorbs the impact, and protects the magnetron element. .

本考案の不発弾処理確認装置の側面からの外観図External view from the side of the unexploded shell confirmation device of the present invention 本考案の不発弾処理確認装置の反射ドームの側面の断面図Sectional view of the side of the reflective dome of the unexploded shell confirmation device of the present invention 本考案の不発弾処理確認装置の上からの外観図External view from above of the unexploded shell processing confirmation device of the present invention 本考案の不発弾処理確認装置の後ろからの外観図External view from behind the unexploded shell processing confirmation device of the present invention 本考案の不発弾処理確認装置のマグネトロン生成部の断面図Sectional view of the magnetron generator of the unexploded shell processing confirmation device of the present invention 本考案の不発弾処理確認装置の外観図External view of unexploded shell processing confirmation device of the present invention 本考案の不発弾処理確認装置の側面からの外観図External view from the side of the unexploded shell confirmation device of the present invention 本考案の不発弾処理確認装置の側面が多角形の回転体と回転用モーターの外観図External view of rotating body and rotating motor with side face of unexploded shell processing confirmation device of the present invention

符号の説明Explanation of symbols

1 不発弾処理確認装置、車両本体部、エンジンと燃料タンクと発電機
2 不発弾処理確認装置の旋回部
3 反射ドームの位置移動用油圧シリンダーアーム、衝撃緩衝部
4 車両の走行の為のキャタビラ装置
5 複数の強力なマグネトロンを横一列に配したマイクロ波の生成部
6 反射ドーム
7 地面
8 地中の地雷やクラスター爆弾
9 マイクロ波
10 マグネトロン素子
11 地雷処理範囲
12 六角形の回転ミラー、高出力のマイクロ波の反射波による走査の為のもの
13 六角形の回転ミラーの回転軸、モーターで駆動制御
14 石や岩石等
15 未確認未処理の土地エリア
16 ベルト、回転動力の伝達の為のベルト
17 モーター
18 処理済みの土地エリア
DESCRIPTION OF SYMBOLS 1 Unexploded shell processing confirmation device, vehicle main body, engine, fuel tank, and generator 2 Swiveling portion of unexploded shell processing confirmation device 3 Hydraulic cylinder arm for moving position of reflection dome, shock absorbing portion 4 Caterpillar device for vehicle travel 5 Microwave generator with multiple powerful magnetrons arranged in a row 6 Reflective dome 7 Ground 8 Ground mine and cluster bomb 9 Microwave 10 Magnetron element 11 Mine treatment area 12 Hexagonal rotating mirror, high output Scanning by reflected microwaves 13 Rotating axis of hexagonal rotating mirror, motor driven control 14 Stone, rock, etc. 15 Unidentified untreated land area 16 Belt, belt 17 for transmitting rotational power Motor 18 treated land area

Claims (5)

キャタビラ駆動の車両とマイクロ波を発生させるマグネトロンとマイクロ波を広い面積に反射照射する為の反射ドームと多角形の金属製の回転体と回転モーターとドームを車両で支える為のアームとアームを固定した車両上の旋回部から構成される不発弾処理確認装置に於いて、マグネトロンで発生された強力なマイクロ波を回転体で反射させ、反射ドームで危険エリアに反射照射し、地上又は地中の不発弾を誘爆爆発させ処理、安全性を確認する事を特徴とする不発弾処理確認装置。Caterpillar-driven vehicle, magnetron for generating microwaves, reflective dome for reflecting microwaves over a wide area, polygonal metal rotating body, rotating motor, and arm for supporting the dome with the vehicle In the unexploded shell processing confirmation device composed of the turning part on the vehicle, the powerful microwave generated by the magnetron is reflected by the rotating body, and reflected to the danger area by the reflecting dome, and is reflected on the ground or in the ground. Unexploded bomb disposal confirmation device characterized by exploding and exploding unexploded bombs and checking safety. 請求項1の不発弾処理装置に於いて、マグネトロン10により発生された強力なマイクロ波を特定の面積の土地に反射照射する為に、特殊な形状の金属製の反射ドームの採用によりマイクロ波を地中や地表に照射する事により、物理的な地雷処理装置を使い処理後もヒューマンエラーや地形起伏から見落とされた地雷やクラスター爆弾を誘爆・爆発処理させ、安全性を検証可能な事を特徴とする不発弾処理確認装置。In the unexploded bomb disposal apparatus according to claim 1, in order to reflect and irradiate the powerful microwave generated by the magnetron 10 to the land of a specific area, the microwave is applied by adopting a metal-made reflective dome having a special shape. By irradiating the ground and the ground surface, it is possible to verify the safety by using physical mine disposal equipment to explode and explode landmines and cluster bombs that have been overlooked due to human error and topographic relief. Unexploded shell processing confirmation device. 請求項1の不発弾処理装置に於いて、側面の断面が多角形の反射板の回転体12にマグネトロン10から照射されたマイクロ波を走査反射させ、反射ドームや直接地中や地上に照射角度を変えて照射させる事により、物理的な手段にて処理したエリアでの安全性を検証確認する事を特徴とする不発弾処理確認装置。2. The unexploded shell treatment apparatus according to claim 1, wherein the microwave irradiated from the magnetron 10 is scanned and reflected on the rotating body 12 of the reflecting plate having a polygonal cross section, and the irradiation angle is applied to the reflecting dome, directly in the ground or on the ground. An unexploded bomb disposal confirmation device characterized by verifying and confirming safety in an area processed by physical means by irradiating with different light. 請求項1の不発弾処理装置に於いて、マイクロ波により反射ドーム下の地中又は地上の不発弾を爆破処理した際に爆風が発生した場合、反射ドームやマグネトロンの保護を目指し、反射ドームを支える油圧式シリンダーの操作にて反射ドーム先端部を跳ね上げ、爆風をドームの先端部方向へ逃がし、反射ドームやマグネトロンの破損を回避する事を特徴とする不発弾処理確認装置。In the unexploded bomb disposal apparatus according to claim 1, when a blast is generated when the underground blast under the reflection dome or the ground is blown off by microwaves, the reflection dome is designed to protect the reflection dome and the magnetron. An unexploded bomb treatment confirmation device that jumps up the tip of the reflective dome by operating the supporting hydraulic cylinder and escapes the blast toward the tip of the dome, avoiding damage to the reflective dome and magnetron. 請求項1の不発弾処理装置に於いて、処理確認済みのエリアをGPS回路と電子地図を追加する事により、処理済みと危険な未処理を正確に把握管理し、迅速で安全性確認が可能な事を特徴とする不発弾処理確認装置。In the unexploded shell processing device according to claim 1, by adding a GPS circuit and an electronic map to the area where the processing has been confirmed, it is possible to accurately grasp and manage the processed and dangerous unprocessed and quickly confirm the safety. Unexploded shell processing confirmation device characterized by things.
JP2008004397U 2008-06-02 2008-06-02 Unexploded shell processing confirmation device such as anti-personnel mines and cluster bombs using microwaves Expired - Fee Related JP3146095U (en)

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