JPH1024417A - Plastic and pet bottle coagulation apparatus generating no offensive smell smoke, solid fuel and artificial stone - Google Patents

Plastic and pet bottle coagulation apparatus generating no offensive smell smoke, solid fuel and artificial stone

Info

Publication number
JPH1024417A
JPH1024417A JP21586496A JP21586496A JPH1024417A JP H1024417 A JPH1024417 A JP H1024417A JP 21586496 A JP21586496 A JP 21586496A JP 21586496 A JP21586496 A JP 21586496A JP H1024417 A JPH1024417 A JP H1024417A
Authority
JP
Japan
Prior art keywords
oil
powder
fitted
plastic
solid fuel
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Granted
Application number
JP21586496A
Other languages
Japanese (ja)
Other versions
JP3785468B2 (en
Inventor
Kenji Shinohara
健二 篠原
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Individual
Original Assignee
Individual
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Filing date
Publication date
Application filed by Individual filed Critical Individual
Priority to JP21586496A priority Critical patent/JP3785468B2/en
Publication of JPH1024417A publication Critical patent/JPH1024417A/en
Application granted granted Critical
Publication of JP3785468B2 publication Critical patent/JP3785468B2/en
Anticipated expiration legal-status Critical
Expired - Fee Related legal-status Critical Current

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Classifications

    • YGENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02EREDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
    • Y02E50/00Technologies for the production of fuel of non-fossil origin
    • Y02E50/10Biofuels, e.g. bio-diesel
    • YGENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02EREDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
    • Y02E50/00Technologies for the production of fuel of non-fossil origin
    • Y02E50/30Fuel from waste, e.g. synthetic alcohol or diesel
    • YGENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02WCLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO WASTEWATER TREATMENT OR WASTE MANAGEMENT
    • Y02W30/00Technologies for solid waste management
    • Y02W30/50Reuse, recycling or recovery technologies
    • Y02W30/62Plastics recycling; Rubber recycling

Abstract

PROBLEM TO BE SOLVED: To charge waste refuse, PET bottles, plastics, foamed polystyrene or polyvinyl chloride in an overheated oil tank to simplify the sorting of the kinds of them by oil temp. difference to melt, flocculate and coagulate them without generating offensive smell smoke and mixing clay or the like with the treated materials to bake and solidify the resulting mixture to form an artificial stone material and adding a coke powder or coal ash thereto and solidify the whole to utilize the same as solid fuel. SOLUTION: PET bottles, plastics and foamed polystyrene are charged in animal and vegetable oil and overheated oil to be melted, flocculated and coagulated to be reduced to 1/10-1/20 in vol. Mineral oil is used to melt various waste plastics to refine them to a petroleum product. Animal and vegetable oil is used and garbage, starch, caustic soda and water are added to various waste plastics and the whole is solidified to obtain solid fuel. Further, clay, coal ash, gypsum, an iron powder, a coke powder, starch and water are added to a regenerated material powder mixed with impurities and the whole is dried, baked and solidified to obtain an artificial stone material.

Description

【発明の詳細な説明】DETAILED DESCRIPTION OF THE INVENTION

【001】[産業上の利用分野]この発明は、ペットボ
トル及びポリエステル、発泡スチロール、塩化ビニール
その他を、かさばる容器を簡単に凝縮、溶解及び凝固し
て、容積を1/10に減量して、良質の再生原料に戻す
事が出来る。また、従来の車にステンレスタンクと、ス
テン籠を設置して、過熱器を取り付けて、タンク内に動
植物油を嵌め、各材料耐熱温度に、過熱した中に、炭及
び活性炭を嵌め、ペットボトル、ポリエステル、発泡ス
チロール、塩化ビニール容器、その他の石油製品を、嵌
めて容器を油熱で溶解させて、容積を1/20に小さく
して、タンク収納率を上げ、材料の耐火温度差及び材料
の比重差で、ペットボトルのキャップ及び、ラベル剥ぎ
の手間を省き、材料の分別収集ができる。油熱を利用し
て、原料の固まりに戻して、籠で取り出して、取り扱い
持ち運びを簡単にし、油温度で、材料の分別が出来て、
煙り、臭いを出さずに処理が簡単で、炭及び活性炭で、
油温度を一定にして、連続使用可能で、車に積み込み、
移動作業ができる。また、容器にゴミ及び汚れ、塗料等
付着したまま、嵌めても不純物を分離し、洗う手間を省
く。油がついた再生原料は、水酸化ナトリウム及び洗浄
剤溶液に嵌めて、油及び不純物を分離して、水で洗い再
生材料にする。尚過熱した油の中に、プラスチック、発
泡スチール、塩化ビニール粉末、石灰、石炭灰、コーク
ス粉、活性炭、炭を嵌め苛性ソーダと生ゴミ、澱粉を混
ぜて、型枠に嵌め固めて、固形燃料にする。この固形燃
料を、炉内で使用することで、炉内での異常燃焼を防
ぎ、炉内の劣化及び破損を防ぎ、燃焼による硫黄分と、
材料内の石灰と反応させ、石膏に変える。又本体内の灰
に、ダイオキシンを吸着させて、大気汚染を防ぐ働きを
する。又、再生原料及びタンク底、炭及び粉末炭を、粘
土、石炭灰及び一般灰、石膏、鉄粉、コークス粉を、回
転ドラムに嵌めて、回転させて水を嵌めて小粒状に混ぜ
固め、乾燥させて、この工程を繰り返すことで、材料を
大きく太らせて大粒に調整できる。また、回転ドラム内
で、高温蒸し焼きにして、再生原料を焼き固めて、人工
石材に有効利用する。その製造方法及び製造過程に関す
ものである。
[Industrial Application Field] The present invention provides a method for easily condensing, dissolving and coagulating PET bottles and polyester, styrofoam, vinyl chloride, and other bulky containers, reducing the volume to 1/10, and improving the quality. Can be returned to recycled materials. In addition, a stainless steel tank and a stainless steel basket are installed in a conventional car, a superheater is installed, animal and vegetable oils are fitted in the tank, and charcoal and activated carbon are fitted to each material at an overheated temperature, and PET bottles are fitted. , Polyester, styrofoam, vinyl chloride container, and other petroleum products are fitted, and the container is melted by oil heat, the volume is reduced to 1/20, the tank storage rate is increased, the material's refractory temperature difference and material Due to the difference in specific gravity, the trouble of removing the cap of the PET bottle and the label can be omitted, and the materials can be separately collected. Using oil heat, return to the mass of raw material, take it out in a basket, make it easy to handle and carry, you can sort materials at oil temperature,
It is easy to process without emitting smoke and odor, with charcoal and activated carbon,
With constant oil temperature, can be used continuously, loaded in the car,
Can move. Further, even if the container is fitted with dust, dirt, paint or the like adhered to the container, impurities are separated and the trouble of washing is eliminated. The regenerated raw material with oil is fitted into sodium hydroxide and a detergent solution to separate oil and impurities, washed with water and made into a regenerated material. In addition, plastic, foam steel, vinyl chloride powder, lime, coal ash, coke powder, activated carbon, and charcoal are put into the superheated oil, and caustic soda, garbage, and starch are mixed together. I do. By using this solid fuel in the furnace, prevent abnormal combustion in the furnace, prevent deterioration and damage in the furnace,
Reacts with lime in the material and turns it into gypsum. It also works to prevent air pollution by adsorbing dioxin on the ash in the body. In addition, the reclaimed raw material and the tank bottom, charcoal and powdered charcoal, clay, coal ash and general ash, gypsum, iron powder, coke powder are fitted to a rotating drum, rotated and fitted with water and mixed into small granules, By drying and repeating this process, the material can be greatly fattened and adjusted to large grains. In addition, in the rotating drum, high-temperature steaming is performed, and the regenerated raw material is hardened and effectively used for artificial stone. It relates to the manufacturing method and manufacturing process.

【002】[従来の技術]従来のペットボトル及びプラ
スチック、発泡スチール、塩化ビニール容器を、プレ
ス、破砕及び燃焼させて、臭い及び煙り、有害物質を出
していた。その為、取り扱い及び輸送に、手間暇かけて
過大なる設備と場所、時間を要し、不便を要し、そのた
め、再生原料コストが高くなり、資源の有効利用されて
いなかった。また、再利用されても不純物が混ざると、
材質が悪くなり利用されず産業廃棄物として、埋め立
て、処分されていた。生ゴミは、悪臭を放ち蝿、蚊、
烏、鼠を繁殖させて、自然生態系を崩し、ペットボトル
及び生ゴミは、処分場を満杯にして、環境汚染の原因の
一つである。尚、従来の固形燃料は、炉内で異常燃焼し
て、炉内の、劣化の原因となり、大気中に、硫黄分の多
いガスを、放出していた。従来の人工石材は、重量が重
くてコストが高く、品質数量面及び強度面に問題があ
り、普及していなかった。また、複雑な装置で、一貫作
業ができず手間と時間、場所を必要とし、移動処理作業
できなかった。
[Prior Art] Conventional plastic bottles and plastic, foamed steel, and vinyl chloride containers were pressed, crushed and burned to emit odor, smoke and harmful substances. For this reason, handling and transport require time and labor, require excessive facilities, place, and time, and require inconvenience. As a result, the cost of recycled materials is increased, and resources are not effectively used. Also, if impurities are mixed even if reused,
The materials were deteriorated and were not used, but were landfilled and disposed of as industrial waste. Garbage stinks flies, mosquitoes,
It breeds crows and rats, destroys natural ecosystems, and plastic bottles and garbage fill up disposal sites and are one of the causes of environmental pollution. In addition, the conventional solid fuel burns abnormally in the furnace, causing deterioration in the furnace and releasing a gas containing a large amount of sulfur into the atmosphere. Conventional artificial stone materials have not been widely used because of their heavy weight and high cost, problems in quality and quantity and strength. In addition, a complicated device could not perform an integrated operation, requiring labor, time and space, and could not perform a moving process operation.

【003】[発明が解決しようとする課題]本発明者
は、その欠点をなくして、ペットボトル及びプラスチッ
ク、発泡スチール、塩化ビニール容器を、過熱したオイ
ル(動植物油)タンク内に各容器を嵌めて、油熱を利用
して、容器材料の耐熱温度で、容積を溶解させ、凝縮及
び凝固させ、溶解温度及び各材料の比重差で分別して、
また、ペットボトルのキャップ及びラベル剥ぎの手間を
省き、分別出来て、取り扱い数量を増やして、施設及び
作業効率を上げて、コストダウンをして、経営効率を上
げて、再生原料として、有効利用して、臭い及煙及び有
害物質を出さず環境に、配慮した物である。また、過熱
した油の中に、プラスチック、発泡スチール、塩化ビニ
ール粉末、石灰、石炭灰、コークス粉、活性炭、炭を嵌
め苛性ソーダと生ゴミ澱粉を混ぜて、型枠に嵌めて固め
て、固形燃料にする。この固形燃料を炉内で、使用する
ことにより、炉内の、異常燃焼を防ぎ炉内の劣化及び破
損を防ぎ、燃焼中の硫黄分と、本体材料内の石灰と反応
させて、また材料内の灰にダイオキシンを吸着させて、
大気中に放出するガスを、防ぎ大気汚染を防ぐ。尚、不
純物が混ざった原料は、回転ドラムの中に、粘土、石炭
灰、石膏、コークス、鉄粉、炭、水で、混ぜ小粒状に固
めて、乾燥させて、使用目的に大じて、作業工程を繰り
返し、材料の大きさ粒状を調整して、焼き固めて、人工
石材にする。日常生活のゴミを再利用して、炭化物を造
り作業を簡単にして、長時間保存しても変質しない、軽
くて強度があり、腐食、酸化、火に強く、建築材料とし
て、使用でき材質を完全利用し、自然及び環境破壊を防
ぐこのような、特徴である。尚車に積み込み、簡単な設
備で、移動処理できる。
[Problems to be Solved by the Invention] The inventor of the present invention eliminates the drawbacks and fits PET bottles, plastic, foamed steel, and vinyl chloride containers into superheated oil (animal and plant oil) tanks. Using oil heat, the volume is dissolved, condensed and solidified at the heat resistant temperature of the container material, separated by the melting temperature and the specific gravity difference of each material,
In addition, the need to remove caps and labels on PET bottles can be eliminated, sorting can be performed, handling volume can be increased, facilities and work efficiency can be increased, costs can be reduced, business efficiency can be improved, and recycled materials can be effectively used. It does not emit odor, smoke and harmful substances and is environmentally friendly. In addition, plastic, foamed steel, vinyl chloride powder, lime, coal ash, coke powder, activated carbon, and charcoal are put into the superheated oil, and caustic soda and garbage starch are mixed. To By using this solid fuel in the furnace, abnormal combustion in the furnace is prevented, deterioration and breakage in the furnace are prevented, and the sulfur content during combustion reacts with lime in the main body material. Adsorb dioxin on the ash
Prevent gas released into the atmosphere and prevent air pollution. In addition, the raw material mixed with impurities is mixed with clay, coal ash, gypsum, coke, iron powder, charcoal, and water in a rotating drum, solidified into small granules, dried, and roughly used. The work process is repeated, the size and granularity of the material are adjusted, and the material is baked and hardened into an artificial stone material. Recycling garbage from daily life, making carbide and simplifying the work, not deteriorating even if stored for a long time, light and strong, resistant to corrosion, oxidation, fire, and can be used as a building material Such features are fully utilized and prevent the destruction of nature and the environment. It can be loaded on a car and moved with simple equipment.

【004】[課題を解決するための手段]ステンレスタ
ンク内に、動植物油を嵌めて、ステンレス籠を嵌めた中
に、炭及び活性炭を嵌め、過熱器で過熱した中に、ペッ
トボトル及びプラスチック、発泡スチールその他各容器
を嵌めて、油熱により各材料耐熱温度、溶解及び凝固さ
せて、各材料の比重差で、油面上を掻き混ぜて、不純物
を沈下させ、再生材料を、金網で救い取る。煙り及び臭
いを出さずに、原料の固まりに戻す。後の残りを、籠で
取り出す。水酸化ナトリウム溶液及び洗浄剤に付けて、
不純物を取り除いて、それにより、臭い煙りを無くし
て、再生連続使用可能と、設備及び作業工程を簡単、安
全にする。尚過熱した油の中に、プラスチック、塩化ビ
ニール粉末、発泡スチール、石灰、石炭灰、コークス粉
末、活性炭、炭を混ぜて苛性ソーダ、生ゴミ、澱粉を嵌
めて、型枠に嵌めて固めて、固形燃料にする。また、タ
ンク底に溜まった不純物及び、各材料が混ざった原料を
粉末にして、回転ドラム内に嵌めて、粘土、石炭灰、石
膏、コークス粉、炭、水を嵌めて小粒状に固める。この
工程を繰り返すことで、粒状の径を変える。それを蒸し
焼きにして、建築材料として、有効利用できる。尚車に
積み込み、簡単に、移動処理できる。この事により、目
的にあうことを、つき止めることができた。
[Means for Solving the Problems] In a stainless steel tank, animal and vegetable oils are fitted, and while a stainless steel basket is fitted, charcoal and activated carbon are fitted. Foam steel and other containers are fitted, and each material is melted and solidified by the heat of oil, and the material is melted and solidified. By the specific gravity difference of each material, the oil is stirred on the oil surface, impurities are settled, and the recycled material is saved by wire mesh. take. Return to raw material mass without producing smoke and odor. Remove the rest from the basket. Soak in sodium hydroxide solution and detergent,
It removes impurities, thereby eliminating odor and smoke, making continuous regeneration possible and making equipment and working process simple and safe. In addition, plastic, vinyl chloride powder, foamed steel, lime, coal ash, coke powder, activated carbon, and charcoal are mixed in the superheated oil, and caustic soda, garbage, and starch are fitted. Use fuel. In addition, the impurities accumulated in the tank bottom and the raw material in which each material is mixed are powdered, fitted into a rotating drum, and clay, coal ash, gypsum, coke powder, charcoal, and water are compacted into small particles. By repeating this process, the particle diameter is changed. It can be steamed and used effectively as a building material. In addition, it can be loaded on a car and easily moved. With this, I was able to stop meeting my purpose.

【005】[作用]本発明の装置で、タンク内に、油を
嵌めて各材料耐熱温度に、電熱器で、過熱温度設定する
ことで、ペットボトル及びプラスチック、発泡スチール
各容器を、油熱により、溶解及び凝縮、凝固めて、容積
及び体積を少なくして、不純物を取り除き、再生原料の
固まりに戻し、タンクの底にへばり付かず、煙り及び臭
いを出さずに、容易に材質別分離、不純物を取り除き、
取り出しが簡単で、連続作業ができる。水酸化ナトリウ
ム溶液及び洗浄剤に嵌めて、不純物を取り除き、容器の
汚れ及びキャップ、ラベル剥ぎ、ゴミを落とす手間をは
ぶき、再生原料の質が良い。過熱した油の中に、プラス
チック、発泡スチール、塩化ビニール、石灰、石炭灰、
コークス粉末、活性炭、炭を粉末して嵌めて、苛性ソー
ダ、生ゴミ、澱粉を嵌め混ぜて、型枠に嵌めて、固め
る。これを、炉の固形燃料として、利用することで、炉
内の異常燃焼を防ぎ、炉の劣化を防ぎ、燃焼中の硫黄分
と、石灰、と反応させて石膏にして、灰にダイオキシン
を吸着させて、大気汚染を防ぐ。また、不純物が混入し
た、再生原料混合粉末は、回転ドラム内に嵌めて、粘
土、石炭灰、一般灰、石膏、コークス粉、鉄粉、炭、水
で、混ぜ固めて小粒状に、乾燥させて焼き固めて、人工
石にして、建築材料として利用できる。尚簡単な設備
で、車に積み込み移動処理できる。
[Operation] In the apparatus of the present invention, oil is put in a tank, and each material is set to a heat-resistant temperature, and an overheat temperature is set by an electric heater. By dissolving, condensing, coagulating, reducing the volume and volume, removing impurities, returning to the regenerated raw material mass, without sticking to the bottom of the tank, producing no smoke and smell, easily separating materials Separation, removing impurities,
Easy removal and continuous work. Fits in sodium hydroxide solution and cleaning agent to remove impurities, eliminates the need to remove dirt and caps, remove labels and remove dust from containers, and the quality of recycled materials is good. Plastic, foam steel, PVC, lime, coal ash,
Coke powder, activated carbon, and charcoal are powdered and fitted, and caustic soda, garbage, and starch are mixed together, fitted into a mold, and hardened. By using this as a solid fuel for the furnace, it prevents abnormal combustion in the furnace, prevents deterioration of the furnace, reacts with sulfur during combustion and lime to form gypsum, and adsorbs dioxin on the ash To prevent air pollution. In addition, the mixed powder of the regenerated raw materials mixed with impurities is fitted in a rotating drum, mixed with clay, coal ash, general ash, gypsum, coke powder, iron powder, charcoal, and water, and dried into small granules. It can be baked and hardened into artificial stone and used as a building material. With simple equipment, it can be loaded and moved on a car.

【006】[実施例]本案の実施例についての説明であ
る。 (イ)植物油を、1リットル、ステンレス容器、直径1
5×高さ10Cm円筒形容器にして、油を嵌めて、約6
0度−約280度に電熱器、ガスコンロで段階後とに過
熱し、その中に、炭及び活性炭を約5グラム嵌める。発
泡スチールを0.3グラム嵌めて、約10秒で溶解(油
温度200度)、箸で掻き混ぜる。比重差で、油上面
に、寒天状の物体を、金網で救い取る。外に出すと、す
ぐ凝固。もとの容器容積の、1/10になる。油温度約
200度、ペットボトル1リットル容器を、1本嵌め
る。約5−30秒で容器ラベル及びキャップが凝縮。ペ
ットボトル容器形変化なし。溶解した材料を、救い出し
て、それを取り出す。油温度を、約240−280度に
して、掻き混ぜながら押さえ付ける。掻き混ぜる事で、
凝縮溶解容積を早く小さくする。油温度を上げる事で、
溶解時間を、短縮できる。発泡スチール及び塩化ビニー
ル各容器を、油タンク内で、約70−約130度以下で
油温度一定で、使用すると、従来の1/20の体積比率
で、タンク内で収納出来る。 (ロ)発泡スチール容器を、連続溶解取り出す場合は、
油温度低めで、130−200度で、連続使用する。同
タンクに、ペットボトル容器キャップ、シール付きで同
時に、嵌めても、ペットボトル容器溶解せず、これによ
り、分別収集しなくても、一度に同タンクに嵌めて、油
温度を変えることで、簡単に分別収集でき、溶解取り出
せる。また、各材料ポリエチレン、ポリオレフィン、ポ
リプロピレン、塩化ビニール樹脂、スチロール樹脂、メ
タクリル樹脂、ポリウレタン、フェノール樹脂、ユリア
樹脂、メラミン樹脂を、品種ごとに嵌めて、各材料の耐
熱温度及び比重利用して、温度及び比重の二つ組み合わ
せで、塗料及び不純物を分離し、原料分けできる。尚異
なる材料を一度に、溶解固める事ができる。 (ハ)油温度約240度から約280度で、その中にペ
ットボトル、発泡スチール及びポリプロピレン容器を嵌
めて、少しずつ混ぜながら、嵌めていく。ポリプロピレ
ン容器は、下側に溶解凝縮して固まり、発泡スチール
は、上側に、溶解して、透明膜寒天状になる。ペットボ
トル容器ラベル及びキャップそのまま嵌めても、比重と
溶解温度が、違うために材料質が混ざる事は無く、これ
を、金網で、簡単に救い取り、外気及び水で冷やす。も
との容積の約1/10の容積に、凝縮固まり簡単に取り
除いて、タンク内に嵌めた、金網の籠で、溶解したプラ
スチックを、取り出す。水酸化ナトリウム及び洗浄剤溶
液に付けて、油及び不純物を取り除き、水洗いする。鉱
物油を使用すると、石油系の製品は約60−130度
で、油に解けて、約240度−280度で、ペットボト
ル及びプラスチックを解かし石油化する。 (ニ)動植物油及び鉱物油を、精製使用して再利用した
油を、使用できる。精製過程で、出来るグリセリン、
炭、粉末磁石、木酢液、アールコール、香料を混ぜて、
液体にして、天井裏、床下、床に容器に嵌めたり塗る
と、害虫駆除及び腐敗防止、悪臭防止臭い消しになる。 (ホ)また、油温度を130度以上高めたまま、使用す
ると発泡スチール容器を1/20の容積にできて、固め
て取り出すより、同タンク内に嵌めて使用すると二倍収
納、もとの容器容積比率とでは、20倍収納できて、籠
で一度に取り出す。これにより、車に積み込み再生原料
の収集及び、輸送を多く簡単な施設及び設備で、移動及
び稼働でき、安全で簡単作業である。 (ヘ)発泡スチール容器及び、各容器のゴミ及び不純
物、生ゴミを油で燃焼及び蒸発、溶解し、掻き混ぜる事
で、タンク底に沈殿炭となり、簡単に取り除ける。 (ト)鉱物油オイルを使用して、油温度約80−約28
0度設定で、各プラスチック製品及びペットボトル、発
泡スチール、各石油製品を簡単に溶かして、簡単に溶解
でき有害物質を、出さず混合物石油製品に戻し、再生及
び精製できる。また、過熱した油の中に、苛性ソーダ及
び澱粉を嵌め、掻き混ぜて、型枠に混合物を嵌めて、固
める。動植物油も、同じようにできる。これにより固体
物として、安全に取り扱いできる。 (チ)油熱温度を、一定になるように、過熱器ヒータ及
びガス、直火焚きで、連続過熱し続ける装置を設ける。 (リ)タンク内の不純物に、粘土(汚泥)5、石炭灰
(一般灰)2、石灰2、コークス粉、鉄粉、炭、活性
炭、1の割合に対して、適水量の水を嵌めて、混ぜ固め
て約1Cmの径状にして、常温50度で約3時間温風乾
燥させて、また回転ドラム内に乾燥材料、小粒状の材料
を嵌めて、回転させて、同じ工程を繰り返す事で、本体
材料の径を、大きく調整できる。また、円形型枠に嵌め
て、プレスして取り出して、本体材料粉末をまぶして、
形状を大きくし円径器内で、過熱して回転させて、円形
状及び長方形の、人工石材ができる。 (ヌ)また、石炭灰、石灰1、プラスチック混合材料粉
末6、活性炭、コークス粉末1、澱粉1、の割合で敵水
量の水及び苛性ソーダを嵌めて、回転ドラム内で、混ぜ
て型枠に嵌めて、自然乾燥で、2−3日で固まる。温風
乾燥約50度で、1日で固形燃料ができる。 (ル)動植物油、鉱物油に、解けたプラスチック及び発
泡スチール、塩化ビニールは、ボイラー燃料として、使
用できる。また、動植物油2.7リットル、180−2
40度の中に石炭灰(一般灰)、石灰、プラスチック、
発泡スチール塩化ビニールその他の、石油製品を嵌めた
中に、生ゴミ、澱粉、0.8キログラム、苛性ソーダ4
50グラム水2−3リットルを、嵌めて型枠に嵌めて、
掻き混ぜスチール性の長方形型枠及び円形型枠に嵌め
て、空冷及び水に付けて、急冷却で固める。型枠から取
り出したときに、固形燃料に本体材料、混合粉末粉をま
ぶす。大型の固形燃料ができる。 (オ)車に積み込み移動させる時は、蓋付き容器で、片
方にピンホールを設け、ピンを差し込み、蓋を固定し
て、上下に蓋を開閉できて、もう片方に、締め付けネジ
付きボルトを設けて、シート面にパッキンを入れ、油漏
れを防止する。上部蓋に、ガス抜き穴を設けて、気密性
を高めて、油を精製ラインに、導き蒸留する。
[Embodiment] An embodiment of the present invention will be described. (B) 1 liter of vegetable oil, stainless steel container, diameter 1
5 × 10cm height cylindrical container, oiled, about 6
Overheat to 0 degree to about 280 degree with an electric heater and a gas stove after each step, into which about 5 grams of charcoal and activated carbon are fitted. Fit 0.3 g of foamed steel, melt in about 10 seconds (oil temperature 200 degrees) and stir with chopsticks. The agar-like object is rescued by wire mesh on the oil surface with the difference in specific gravity. When you go outside, it immediately solidifies. It is 1/10 of the original container volume. One 1-liter plastic bottle with an oil temperature of about 200 degrees is fitted. The container label and cap condense in about 5-30 seconds. No change in PET bottle container shape. Rescue the melted material and remove it. Adjust the oil temperature to about 240-280 degrees and press down while stirring. By stirring,
Reduce the condensing and dissolving volume quickly. By raising the oil temperature,
The dissolution time can be reduced. When the foamed steel and vinyl chloride containers are used in the oil tank at a constant oil temperature of about 70 to about 130 ° C. or less, the volume ratio can be reduced to 1/20 of that of the conventional tank. (B) To continuously dissolve and take out the foam steel container,
Low oil temperature, 130-200 degrees, continuous use. Even if the PET bottle container cap and seal are fitted at the same time in the same tank, the PET bottle container does not dissolve, so even if it is not collected separately, it can be fitted into the same tank at once, and by changing the oil temperature, It can be separated and collected easily, and can be dissolved and taken out. In addition, each material polyethylene, polyolefin, polypropylene, vinyl chloride resin, styrene resin, methacrylic resin, polyurethane, phenolic resin, urea resin, and melamine resin are fitted for each product type, and the heat resistance temperature and specific gravity of each material are used to obtain the temperature. The paint and the impurities can be separated and the raw materials can be separated by the combination of the two and the specific gravity. Different materials can be dissolved and solidified at once. (C) At an oil temperature of about 240 degrees to about 280 degrees, a PET bottle, a foamed steel, and a polypropylene container are fitted therein, and the mixture is fitted little by little. The polypropylene container melts and condenses on the lower side and the foamed steel melts on the upper side to form a transparent membrane agar. Even if the PET bottle container label and the cap are fitted as they are, the specific gravity and the dissolution temperature are different, so that the materials are not mixed, and this is easily rescued with a wire mesh and cooled with outside air and water. The condensed lump is easily removed to about 1/10 of the original volume, and the molten plastic is taken out with a wire mesh basket fitted in the tank. Apply to sodium hydroxide and detergent solution to remove oil and impurities and wash with water. Using mineral oil, petroleum-based products melt into oil at about 60-130 degrees, and at about 240-280 degrees, they unravel pet bottles and plastics to petroleum. (D) Animal and vegetable oils and mineral oils can be used by refining and reusing them. Glycerin that can be produced during the purification process,
Mix charcoal, powder magnet, wood vinegar, Earl Cole, and fragrance,
If it is made into a liquid, it can be put on a container above or below the floor, under the floor, or on the floor, and can be used to control pests, prevent spoilage, and eliminate odors. (E) When the oil temperature is raised to 130 ° C or more, the foam steel container can be reduced to 1 / 20th volume when used. In terms of the container volume ratio, it can be stored 20 times and taken out in a basket at a time. As a result, the collection and transportation of the recycled materials loaded in the car can be moved and operated with many simple facilities and equipment, and the operation is safe and simple. (F) The garbage, impurities and garbage in the foamed steel container and each container are burned with oil, evaporated, dissolved and stirred to form sedimentary carbon at the bottom of the tank, which can be easily removed. (G) Using mineral oil oil, oil temperature of about 80 to about 28
At the 0 degree setting, each plastic product, PET bottle, foamed steel and each petroleum product can be easily melted, easily dissolved and returned to the mixed petroleum product without producing harmful substances, and can be recycled and refined. Also, caustic soda and starch are fitted into the superheated oil, stirred, and the mixture is fitted into a mold and hardened. Animal and vegetable oils can be made in a similar manner. This allows safe handling as a solid. (H) Provide a heater and a device that continuously heats the gas and open fire to keep the oil heat temperature constant. (I) Fit an appropriate amount of water to the ratio of clay (sludge) 5, coal ash (general ash) 2, lime 2, coke powder, iron powder, charcoal, activated carbon, and 1 to the impurities in the tank. Mixing and solidifying to a diameter of about 1 Cm, drying with warm air at room temperature of 50 ° C for about 3 hours, fitting the dried material and small-grained material in a rotating drum, rotating, and repeating the same process. Thus, the diameter of the main body material can be largely adjusted. In addition, we fit in circular formwork and press and take out and dust with body material powder,
The shape is enlarged and heated and rotated in a circular vessel to produce circular and rectangular artificial stone materials. (U) Also, water and caustic soda of the amount of enemy water are fitted in the ratio of coal ash, lime 1, plastic mixed material powder 6, activated carbon, coke powder 1, starch 1, and mixed in the rotary drum and fitted into the mold. It is naturally dried and hardens in 2-3 days. With about 50 degrees of hot air drying, solid fuel is produced in one day. (R) Unfused plastics, foamed steel, and vinyl chloride in animal and vegetable oils and mineral oils can be used as boiler fuels. Also, 2.7 liters of animal and vegetable oils, 180-2
Coal ash (general ash), lime, plastic,
Garbage, starch, 0.8 kg, caustic soda 4 in foam steel or other petroleum products
50 grams of water 2-3 liters, fit into the mold,
Stir and fit into steel rectangular and round forms, cool in air and water, and solidify by rapid cooling. When removed from the mold, the solid fuel is sprinkled with the main material and the mixed powder. Large solid fuel can be produced. (E) When loading and moving the car, use a container with a lid, provide a pinhole on one side, insert a pin, fix the lid, open and close the lid up and down, and attach a bolt with a tightening screw to the other Provide packing on the seat surface to prevent oil leakage. A gas vent hole is provided in the upper lid to improve the airtightness, and the oil is led to a refining line and distilled.

【007】[効果]この発明により、ペットボトル、プ
ラスチック、発泡スチール、生ゴミを処理する。施設及
び設備を簡単にして、煙り及び臭いを出さずに、各容器
を油熱により、凝固及び溶解して、容積を小さくして、
取り扱い及び作業を簡単にして、各コストを下げて、原
料の有効利用できる。また、車での移動作業が、簡単に
でき設備及び、施設が簡単である。尚、日常生活から出
るゴミを完全利用して、環境破壊を防ぎ自然保護及び再
生原料の有効利用の一つとして、各材料と混ぜ合わせる
ことで、固形燃料及び人工石及び、建築材として有効利
用及び活用して、資源の保護及び、環境破壊及び大気汚
染を防ぎ、人類に役立てる事が出きる。
[Effect] According to the present invention, PET bottles, plastics, foamed steel, and garbage are treated. The facilities and equipment are simplified, each container is solidified and melted by oil heat without smoke and odor, and the volume is reduced,
The handling and work are simplified, the costs are reduced, and the raw materials can be effectively used. In addition, the moving work by car can be easily performed, and the equipment and facilities are simple. In addition, by fully utilizing the garbage from daily life to prevent environmental destruction and as one of the natural protection and effective use of recycled materials, by mixing with each material, it can be effectively used as solid fuel, artificial stone and building materials And use it to protect resources, prevent environmental destruction and air pollution, and benefit humanity.

【図面の簡単な説明】[Brief description of the drawings]

【図1】本考案のタンク正面断面図である。FIG. 1 is a front sectional view of the tank of the present invention.

【符号の説明】[Explanation of symbols]

(1)油及びプラスチック混合物 (8)ピンホール及
びピン (2)外側底容器 (9)締め付けボル
ト、ナット (3)内側(金網籠)容器 (10)ドレン弁 (4)上部密閉蓋 (11)電動ポンプ (5)精製ガスこし器 (12)過熱器 (6)取り出しフック (13)精製ライン (7)銅パッキン
(1) Oil and plastic mixture (8) Pinhole and pin (2) Outer bottom container (9) Tightening bolt and nut (3) Inner (wire mesh cage) container (10) Drain valve (4) Top closed lid (11) Electric pump (5) Purified gas filter (12) Superheater (6) Removal hook (13) Purification line (7) Copper packing

─────────────────────────────────────────────────────
────────────────────────────────────────────────── ───

【手続補正書】[Procedure amendment]

【提出日】平成9年2月5日[Submission date] February 5, 1997

【手続補正2】[Procedure amendment 2]

【補正対象書類名】明細書[Document name to be amended] Statement

【補正対象項目名】全文[Correction target item name] Full text

【補正方法】変更[Correction method] Change

【補正内容】[Correction contents]

【書類名】 明細書[Document Name] Statement

【発明の名称】 臭い煙無し、プラスチック、ペットボ
トル凝固装置。固形燃料及び人工石ポイアース
[Title of the Invention] No smell smoke, plastic, PET bottle coagulation device. Solid fuel and artificial stone poi earth

【特許請求の範囲】[Claims]

【発明の詳細な説明】DETAILED DESCRIPTION OF THE INVENTION

【001】[産業上の利用分野]この発明は、簡単な装
置で、産業廃棄物を処理するもので、特に油熱を利用し
て、臭い煙を出さず、かさばる容器を簡単に凝縮凝固、
溶解及び不純物の分離分別並びに、各材料の耐熱温度別
に分離分別でき、製造装置並びに、利用方法に関すもの
である。
[Industrial Application Field] The present invention relates to a method for treating industrial waste with a simple apparatus. In particular, the present invention utilizes oil heat, does not emit odorous smoke, and easily condenses and solidifies a bulky container.
The present invention relates to a manufacturing apparatus and a method of use in which separation and separation of dissolution and impurities and separation and separation of each material according to the heat resistance temperature of each material are possible.

【002】[従来の技術]従来のペットボトル及びプラ
スチック類、発泡スチロール、塩化ビニール、医療器
具、各容器を、プレス、破砕及び燃焼させて、臭い及び
煙り、有害物質を出していた。その為、取り扱い及び輸
送に、手間暇かけて過大なる設備と場所、時間、不便を
要し、そのため、再生原料コストが高くなり、資源の有
効利用されていなかった。また、再利用されても不純物
が混ざると、材質が悪くなり利用されず産業廃棄物とし
て、埋め立て不法投棄処分されていた。生ゴミ、屎尿
は、悪臭を放ち蝿、蚊、烏、鼠を繁殖させて、自然生態
系を崩し、ペットボトル及び生ゴミは、処分場を満杯に
し屎尿は、海洋投棄している。尚、屎尿及び医療器具に
よる、二次環境汚染の、心配する原因であった。尚、従
来の固形燃料は、炉内で異常燃焼して、炉内の、劣化の
原因となり、大気中に、硫黄分の多いガスを、放出して
いた。従来の人工石材は、コストが高く、品質及び材質
機能及び効能がなく、自然環境を壊してる原因の、一つ
として問題しされている。また、従来の複雑及び特殊装
置で、コストが高く付き、一貫作業ができず手間と時
間、場所を必要とし、移動処理作業できなかった。
[Prior Art] Conventional plastic bottles and plastics, styrofoam, vinyl chloride, medical equipment and containers were pressed, crushed and burned to emit odors, smoke and harmful substances. As a result, handling and transport require time and labor, and require excessive facilities, space, time, and inconvenience. As a result, the cost of recycled materials has increased, and resources have not been effectively used. In addition, if impurities are mixed even if it is reused, the quality of the material deteriorates, and it is not used and is disposed of as an industrial waste by illegal landfill. Garbage and human waste emit stench and breed flies, mosquitoes, crows and rats, destroying the natural ecosystem, plastic bottles and raw garbage fill up disposal sites, and human waste is dumped at sea. In addition, it was a cause of concern about secondary environmental pollution due to human waste and medical equipment. In addition, the conventional solid fuel burns abnormally in the furnace, causing deterioration in the furnace and releasing a gas containing a large amount of sulfur into the atmosphere. Conventional artificial stone is expensive, lacks quality and material function and efficacy, and has been problematic as one of the causes of destroying the natural environment. In addition, the conventional complicated and special equipment requires a high cost, cannot perform an integrated operation, requires labor, time, and space, and cannot perform a moving processing operation.

【003】[発明が解決しようとする課題]本発明者
は、その欠点をなくして、ペットボトル及びプラスチッ
ク類、発泡スロチール、塩化ビニール、医療器具容器
を、過熱したオイル(鉱物油、動植物油)タンク内に各
材料を嵌めて、油熱を利用して、材質材料の耐熱温度
で、容積を溶解させ、凝縮及び凝固させ取り出せる、溶
解温度及び各材料の比重差で分別でき、過熱した鉱物油
を使用すると、各材料を溶解、ゴミ不純物の分別、石油
化して精製及び殺菌し、これを再生原料及び、ボイラ燃
料、精製油として利用できる。また、ペットボトルのキ
ャップ及びラベル剥ぎの手間を省き、分別出来て、取り
扱い数量を増やして、施設及び作業効率を上げて、コス
トダウンをして、経営効率を上げ、再生有効利用して、
臭い、煙及び有害物質を出さず、医療器具による二次感
染及び不法投棄を防ぎ、環境に、配慮した物である。過
熱した動植物油の中に、プラスチック類、発泡スチロー
ル、塩化ビニール粉末、石灰、石炭灰、コークス粉、活
性炭、炭を嵌め苛性ソーダと生ゴミ、澱粉、屎尿を混ぜ
型枠に嵌め固めて、固形燃料にする。また、動植物油の
中に生ゴミ、石灰、微生物を嵌めて固形肥料にする。こ
の固形燃料を炉内で、使用することにより、炉内の、異
常燃焼を防ぎ炉内の劣化及び破損を防ぎ、燃焼中の硫黄
分、ダイオキシンと、本体材料内の石灰、鉄粉、灰と化
学反応させて、各材料に吸着させて、排気口に予備室を
設け水を噴霧させて、水フィルター内を排気ガスを通
す。又、排気管内に磁石の電極を交互に配列及び装着し
て、外側に電動器及び駆動機で、回転体に磁石を同じよ
うに埋め込んだ装着を、回転させて放電及び人工プラズ
マ並びに遠赤外線を作り、排気ガスを分解して大気中に
放出する。有害ガスを出さずに、大気汚染を防ぐ。尚、
油を発酵温度に、調整した過熱油の中に、生ゴミ、屎
尿、木屑、おから、籾殻、微生物、酵母菌、麹菌を嵌め
発酵させ、アンモニア、メタンガス、水を取り出し工業
利用する。残った固形物に、石灰、炭、活性炭、クロレ
ラ菌、乳酸菌、澱粉、甘しょう屑、海藻、寒天、水を混
ぜプレス加工し、固形物にして、土壌改良剤及び肥料に
する。尚、不純物が混ざった原料は、回転ドラムの中
に、粘土、石炭灰、石膏、コークス、鉄粉、二酸化ケイ
素、炭、水で、混ぜ小粒状に固め、乾燥させて、使用目
的に応じ、材料の大きさ粒状を調整して、焼き固め人工
石材にする。日常生活のゴミを再利用して、人工石を造
り作業を簡単にし、長時間保存しても変質しない、軽く
て強度があり、防火、防音、耐熱、磁気遮断防止に強
く、建築材料及び水質浄化活性炭として、使用でき材質
を完全利用し、自然及び環境破壊を防ぐこのような、特
徴である。尚装置を車に積み込み、材料及び作業工程に
応じて、簡単な設備で、用途に応じて移動処理できる。
[Problems to be Solved by the Invention] The present inventor has eliminated the drawbacks of the present invention, and has been able to replace plastic bottles, plastics, slotil foam, vinyl chloride, and medical device containers with superheated oil (mineral oil, animal and vegetable oil). Overheated mineral oil by fitting each material in the tank and using oil heat to dissolve, condense and solidify at the heat resistant temperature of the material, and separate by melting temperature and specific gravity difference of each material When used, each material is dissolved, trash impurities are separated, converted to petroleum, refined and sterilized, and this can be used as a recycled material, boiler fuel, and refined oil. In addition, the labor of removing PET bottle caps and labels can be eliminated, sorting can be performed, handling volume can be increased, facilities and work efficiency can be increased, costs can be reduced, business efficiency can be increased, and recycling can be effectively used.
It does not emit odors, smoke and harmful substances, prevents secondary infection and illegal dumping by medical equipment, and is environmentally friendly. Put plastics, styrofoam, vinyl chloride powder, lime, coal ash, coke powder, activated carbon, and charcoal into the overheated animal and vegetable oils. I do. In addition, garbage, lime, and microorganisms are put into animal and vegetable oils to make solid fertilizers. By using this solid fuel in the furnace, abnormal combustion in the furnace is prevented, deterioration and damage in the furnace are prevented, and sulfur during combustion, dioxin, and lime, iron powder, and ash in the body material are removed. A chemical reaction is performed, and the material is adsorbed on each material. A preliminary chamber is provided at an exhaust port to spray water, and exhaust gas is passed through the water filter. In addition, magnet electrodes are alternately arranged and mounted in the exhaust pipe, and the mounting with the magnets embedded in the rotating body in the same way is rotated by an electric motor and a driver on the outside, and the discharge and artificial plasma and far infrared rays are rotated by rotating. Make and decompose exhaust gas to release into the atmosphere. Prevent air pollution without emitting harmful gas. still,
The garbage, sewage, wood chips, okara, rice husk, microorganisms, yeasts and koji molds are fermented into superheated oil adjusted to the fermentation temperature of the oil, and ammonia, methane gas and water are taken out and used industrially. The remaining solid is mixed with lime, charcoal, activated carbon, chlorella, lactic acid bacteria, starch, sweet potato, seaweed, agar, and water and pressed to form a solid, which is then used as a soil conditioner and fertilizer. In addition, the raw material mixed with impurities is mixed with clay, coal ash, gypsum, coke, iron powder, silicon dioxide, charcoal, and water in a rotating drum, solidified into small granules, and dried. Adjust the size and granularity of the material to make it a hardened artificial stone. Recycling garbage from everyday life, making artificial stone easy to work, does not deteriorate even after long storage, light and strong, strong in fire protection, sound insulation, heat resistance, prevention of magnetic interruption, building materials and water quality It is such a feature that it can be used as a purified activated carbon and that the material can be fully utilized and natural and environmental destruction is prevented. In addition, the device can be loaded in a car, and can be moved and processed with simple equipment according to the application according to the material and work process.

【004】[課題を解決するための手段]プラスチック
類、塩化ビニール、その他のを嵌める本体容器を造り、
容器内に使用目的に応じて鉱物油、動植物油を嵌め過熱
して、プラスチック類、塩化ビニール容器を嵌めて分離
分解、分別溶解装置を造り、製造装置タンク内に、動植
物油を嵌めて、ステンレス籠を嵌めた中に、温度設定し
た過熱油の中に、ペットボトル及びプラスチック類、発
泡スチロールその他各容器を嵌めて、油熱により各材料
耐熱温度で、溶解させて、各材料の比重差、耐熱温度
で、油面内を掻き混ぜて、不純物を沈下させ、再生材料
分別をして、金網で救い取り凝固させる。尚、鉱物油を
過熱して、プラスチック類、発泡スチロール、塩化ビニ
ールを解かして、不純物を沈殿させて、溶解油を精製し
て原料に戻す。また、不純物及び再生原料を、籠で取り
出す。これにより、臭い煙りを無くして、連続使用可能
にし、設備及び作業工程を簡単、安全にする。再生原料
は、水酸化ナトリウム溶液及び洗浄剤に付けて、付着し
た油を取り除く。尚、過熱油の中に屎尿を嵌めて、発酵
温度に設定し、微生物、麹菌、酵母菌、及び発酵菌で発
酵させてアンモニア、メタンガス、水分を取り出して分
別精製する。残った固形物に、微生物を嵌め、乳酸菌、
クロレラ菌、藻類、澱粉、甘しょう屑、海藻、水を嵌め
て混ぜ、撹拌し型枠に嵌めプレス加工乾燥させ、固形物
にして、土壌改良剤及び固形肥料として、利用する。
又、動植物油の中に、プラスチック、塩化ビニール粉
末、発泡スチロール、石灰、石炭灰、コークス粉末、活
性炭、炭を混ぜて取り出し撹拌させ、苛性ソーダ、生ゴ
ミ、おから、屎尿、澱粉、甘しょう屑を嵌めて撹拌、型
枠取り出して、乾燥及び固めて、固形燃料にする。ま
た、タンク底に溜まった不純物及び、各材料が混ざった
再生原料を粉末粘土、石炭灰、鉄粉、アルミ粉、石膏、
コークス粉、炭、二酸化ケイ素水を嵌め混練物にして型
枠に取り出して、乾燥させ固める。それを油を抜き取っ
た、各タンク及び炉で蒸し焼きにして、防音断熱磁気遮
断、水質浄化及び、建築材料として、有効利用できる。
尚この装置を、車に積み込み、簡単に、移動処理でき
る。この事により、目的にあうことを、つき止めること
ができた。
[Means for Solving the Problems] A main container for fitting plastics, vinyl chloride, and others is manufactured.
Put mineral oil, animal and vegetable oil in the container according to the purpose of use, heat it up, put plastics, vinyl chloride container into it, separate and disassemble, make a separate melting device, put animal and vegetable oil in the production equipment tank, and put stainless steel. While the basket is being fitted, PET bottles and plastics, styrofoam and other containers are fitted in the superheated oil whose temperature has been set, and each material is melted by the oil heat at the heat-resistant temperature of each material. At the temperature, the oil is stirred in the oil surface to settle the impurities, the regenerated material is separated, and rescued by a wire mesh to solidify. The mineral oil is heated to dissolve the plastics, styrene foam, and vinyl chloride to precipitate impurities, and the dissolved oil is refined and returned to the raw material. Further, the impurities and the regenerated raw materials are taken out with a basket. This eliminates odorous smoke, enables continuous use, and makes equipment and work processes simple and safe. The regenerated raw material is applied to a sodium hydroxide solution and a cleaning agent to remove attached oil. It should be noted that human waste is put in the superheated oil, the fermentation temperature is set, fermentation is performed with microorganisms, koji molds, yeasts, and fermentative bacteria, and ammonia, methane gas, and water are extracted and purified. Microbes are fitted to the remaining solids, lactic acid bacteria,
Chlorella, algae, starch, sweet potato, seaweed, and water are mixed together, stirred, fitted in a mold, dried by pressing, and solidified to be used as a soil conditioner and a solid fertilizer.
In addition, plastic, vinyl chloride powder, styrofoam, lime, coal ash, coke powder, activated carbon, and charcoal are mixed into animal and vegetable oils and stirred and taken out to remove caustic soda, garbage, okara, human urine, starch, and soy sauce Fit, stir, remove the mold, dry and solidify to make a solid fuel. In addition, impurities collected at the bottom of the tank and regenerated raw materials in which each material is mixed are used as powder clay, coal ash, iron powder, aluminum powder, gypsum,
Coke powder, charcoal, and silicon dioxide water are fitted and kneaded into a kneaded product, which is then dried and solidified. It is steamed in each tank and furnace from which the oil has been drained, and can be effectively used as sound insulation, magnetic insulation, water purification and building materials.
In addition, this device can be loaded into a car and easily moved. With this, I was able to stop meeting my purpose.

【005】[作用]本発明の装置で、タンク内に、動植
物油を嵌めて各材料耐熱温度に、電熱器及びガスバーナ
ーで、過熱温度設定することで、ペットボトル及びプラ
スチック類、発泡スチロール、医療器具、注射器、点
滴、各容器を、油熱により溶解及び凝縮、凝固させ、容
積及び体積を少なくして、不純物を取り除き、再生原料
の固まりに戻し、タンク内の底に不純物を分離し、煙り
及び臭いを出さずに、容易に材料別分離、不純物及び黴
菌を取り除き、取り出しが簡単で、連続作業ができる。
尚、水酸化ナトリウム溶液及び洗浄剤に嵌めて、不純物
と油を取り除き、容器の汚れ及びキャップ、ラベル剥
ぎ、ゴミ分別収集する手間をはぶき輸送利用を増やし
て、コストを下げ良質の、再生原料ができる。また、動
植物油を発酵温度した過熱油の中に、生ゴミ、屎尿、微
生物、発酵菌を嵌めてアンモニア及びメタンガスを取り
出して、水分を取り除き固形物にした、固形肥料。尚、
異なる材質を、プラスチック、発泡スチロール、塩化ビ
ニール、石灰、石炭灰、コークス粉末、活性炭、炭を撹
拌して、苛性ソーダ、澱粉を嵌め混ぜて、型枠に嵌め
て、乾燥固める事で固形燃料になる。これを、炉の固形
燃料として、利用することで、炉内の異常燃焼及び異常
高温で、炉内の劣化を防ぎ、燃焼中の硫黄分、ダイオキ
シンと石灰、灰、鉄粉に化学反応させ、石膏、灰に吸着
させる。又、排気ガス通路内にコイルを巻き付けた磁石
を埋め込み、排気管内に埋め込んだプラグ及び、電極板
並びにガイシに接続。本体装置外側回転体に磁石をN
S、SNを交互に配列装着。電動器により、磁石を配列
した回転体を、駆動回転さすことで、電磁誘導波及び渦
電流、遠赤外線磁力及び、放電並びに人工プラズマを発
生さすことで、排気ガスを分解して、大気汚染を防ぐ。
また、不純物が混入した、再生原料は、タンク内に嵌め
て、粘土、ガラス、石炭灰、一般灰、発泡スチロール、
生ゴミ、屎尿、石膏、コークス粉、鉄粉、炭、貝殻、二
酸化ケイ素、水で、混ぜ固めて型枠に、嵌め乾燥及び焼
き固めて、人工石にして、防音、防火、断熱、磁気遮
断、水質浄化、建築材料として利用できる。尚簡単な設
備で、車に積み込み移動処理できる。
[Function] In the apparatus of the present invention, the oil and vegetable oils are fitted into the tank, and the superheat temperature is set with an electric heater and a gas burner to the heat-resistant temperature of each material, so that PET bottles and plastics, styrofoam, medical Dissolve, condense, and coagulate instruments, syringes, infusions, and containers with oil heat, reduce the volume and volume, remove impurities, return to the mass of regenerated material, separate impurities at the bottom in the tank, and smoke. It is easy to separate by material, remove impurities and fungi without taking out odor, and easy to take out and perform continuous operation.
In addition, it fits in sodium hydroxide solution and detergent, removes impurities and oil, removes dirt and caps on containers, removes labels, separates and collects garbage, increases transportation use, reduces costs, and reduces the cost of high-quality recycled materials. it can. Also, a solid fertilizer in which garbage, human waste, microorganisms, and fermentation bacteria are fitted into superheated oil obtained by fermenting animal and vegetable oils, ammonia and methane gas are taken out, and water is removed to form a solid. still,
Different materials are mixed with plastic, styrofoam, vinyl chloride, lime, coal ash, coke powder, activated carbon, and charcoal, mixed with caustic soda and starch, fitted into a mold, and dried and solidified to form a solid fuel. By using this as a solid fuel for the furnace, abnormal combustion in the furnace and abnormally high temperature prevent deterioration in the furnace, and chemically react with sulfur, dioxin and lime, ash, iron powder during combustion, Adsorb on gypsum and ash. In addition, a magnet wound with a coil is embedded in the exhaust gas passage and connected to the plug, the electrode plate, and the insulator embedded in the exhaust pipe. A magnet is attached to the rotating body outside the main unit.
S and SN are arranged alternately. The rotating body with magnets is driven and rotated by an electric motor to generate electromagnetic induction waves and eddy currents, far-infrared magnetic force, electric discharge, and artificial plasma to decompose exhaust gas and reduce air pollution. prevent.
In addition, the recycled raw material mixed with impurities is fitted in a tank, and is made of clay, glass, coal ash, general ash, styrofoam,
Garbage, human waste, gypsum, coke powder, iron powder, charcoal, shells, silicon dioxide, water, mix and harden into formwork, dry and baked, make artificial stone, soundproof, fireproof, heat insulation, magnetic shutoff Available as water purification, building material. With simple equipment, it can be loaded and moved on a car.

【006】[実施例]本案の実施例についての説明であ
る。 (1)本体外側上部蓋付き円筒形容器及び、排気ガス管
外側に、磁石に絶縁コイルを巻き付けて、排気管内にプ
ラグ及び電極板を接地して、絶縁コイルの両端を接続し
て、外側に回転体を設け、回転体内部に磁石をNS、S
Nを、交互に配列して接地する。電動器で回転軸及び磁
石を配列した回転体を、回転させて電極板及びプラグか
ら放電及びスパーク、プラズマを発生させ、又電磁誘導
及び渦電流を、発生させ並びに磁石から、遠赤外線効果
で、排気ガスを分解する。回転体の回転数を増すこと
で、排気ガス管内にプラズマ電圧をかける事で、排気ガ
ス分解効果を高める。タンク内部はステンレス及びセラ
ミックス加工及び鉄クロムメッキ及びテフロン加工し
た、陶磁器、アルミ容器、に動植物油を約2.7リット
ル嵌めて、約60度−約280度温度調整できる電熱
器、ガスコンロで段階後とに過熱油の中に、松かさ、炭
及び活性炭を各30g嵌める。発泡スチロールを、3g
嵌めて、(油温度200度)、箸で掻き混ぜ、数秒で溶
解。比重差で、油面上に、寒天状の溶解1/50にした
材料を、金網で救い取る。大気温度平均温度20度です
ぐ凝固。もとの容器容積の、1/20になる。油温度約
200度、耐熱性ペットボトル1リットル容器を、1本
嵌める。容器ラベル及びキャップが凝縮。溶解した材料
を、救い出して、それを取り出す。油温度を、約240
−280度にして、掻き混ぜながら押さえ付ける。掻き
混ぜる事で、凝縮溶解を速く容積を減量する。油温度を
上げる事で、溶解時間を、短縮できる。 (2)発泡スチロール及び塩化ビニール各容器を、動植
物油タンク内で、約70−約130度以下で油温度一定
で、使用すると、各容器の1/20、石油タンク約20
リットル容器を、1/50の容積比率で、タンク内で収
納出来る。発泡スチロール容器を、連続溶解取り出す場
合は油温度低めで、130−200度で、連続過熱使用
する。同タンクに、鉱物油を嵌めて油温度を高めて、2
30−280度に設定することで、ペットボトル及び各
容器発泡スチロール、キャップ、シール付きで同時に、
嵌めて、分別収集及び不純物処理しなくても、一度に同
タンクに嵌めて、簡単に溶解でき不純物が、沈殿するこ
とで、ポンプ及び籠で、容易に取り出せる。また、動植
物油を使用して、各材料ポリエチレン、ポリオレフィ
ン、ポリプロピレン、塩化ビニール樹脂、スチロール樹
脂、メタクリル樹脂、ポリウレタン、フェノール樹脂、
ユリア樹脂、メラミン樹脂を、各品種ごとに嵌めて、各
材料の耐熱温度及び比重利用して、温度及び比重の二つ
組み合わせで、塗料及び不純物を分離分別し、原料分け
できる。尚、異なる材料を一度に、溶解固める事ができ
る。 (3)動植物油温度約240度から約280度で、その
中にペットボトル、発泡スチロール及びポリプロピレン
容器を嵌め溶解させ、上側に透明膜寒天状になる。ポリ
プロンは、下側に溶解凝縮する。耐熱温度、比重、溶解
温度が、違うために各材料が混ざる事は無く、温度設定
することで、各材料を金網で、簡単に救い取り、外気及
び水で冷やす。もとの容積及び体積の約1/20に、凝
縮固まり簡単に取り除く。タンク内に嵌めた、溶解した
各材料を、取り出す。これを、水酸化ナトリウム及び洗
浄剤溶液に付けて、油及び不純物を取り除き、水洗いす
る。鉱物油を使用すると、石油系の製品は約60−13
0度で、油に解けて、プラスチック類は、約240度−
280度で、解かし不純物及びゴミを分別、原料化して
精製することで石油化する。 (4)また、動植物油を約35−53度に過熱した中に
生ゴミ、屎尿、おから籾殻、木屑を嵌めて、微生物、酵
母菌、麹菌で一日乃至三日、掻き混ぜながら発酵させ
て、アンモニア、メタンガス、水分を取り除き固形物に
して、型枠に取り出す。これを木屑と石灰、活性炭、
炭、灰、鉄粉、籾殻、コークス粉、クロレラ菌、乳酸
菌、香料、を嵌めて水で混ぜ、プレスして乾燥させて固
め悪臭を消し固形物にして、土壌改良剤、肥料として利
用できる。また、回転ドラムに嵌めて、連続過熱し、蒸
し焼きする事で、異なる材質を同一混練物にして、活性
炭にする。 (5)動植物油及び鉱物油を、精製使用して再利用した
油を、過熱用燃料として、使用できる。又、精製過程
で、出来るグリセリン、炭を粉末磁石、木酢液、アール
コール、香料を混ぜて、液体にして、天井裏、床下、床
に容器に嵌めたり各材料に塗ると、害虫駆除及び腐敗防
止、悪臭防止臭い消しになる。 (6)また、油温度を80度以上高めて、使用すると発
泡スチロール容器を1/20の容積にできて、固めて取
り出すより、同タンク内に嵌めて使用すると二倍収納、
もとの容器容積比率とでは、20−50倍の収納でき
て、籠で一度に取り出す。これにより、車に積み込み再
生原料の収集及び、輸送量を多く簡単な施設及び設備
で、移動及び稼働でき、安全で簡単作業である。 (7)発泡スチロール容器及び、各容器のゴミ及び不純
物、生ゴミを油熱で燃焼及び蒸発、溶解し、掻き混ぜる
事で、タンク底に沈殿炭及びかすとなり、簡単に取り除
ける。 (8)鉱物油オイルを使用して、油温度約80−約28
0度設定で、各プラスチック製品、医療器具及びペット
ボトル、発泡スロチール、各石油製品を簡単に解かし
て、簡単に溶解でき有害物質を、出さず混合物石油製品
に戻し、再生及び殺菌、精製利用できる。また、過熱し
た動植物油の中に、生ゴミ、不純物、再生原料、活性
炭、炭、おから、木屑、プラスチック類、発泡スチロー
ル、苛性ソーダ及び澱粉、甘しょう屑、水を嵌め、掻き
混ぜて、型枠に混合物を嵌め固める。これにより固形物
として、安全に取り扱いでき、固形燃料として使用でき
る。 (9)動植物油2.7リッル、180−240度過熱油
の中に、プラスチック混合材料粉末4、石炭灰、石灰
1、活性炭2、コークス粉末1、鉄粉1、澱粉1、の割
合を敵水量の水と、苛性ソーダ450gを嵌めて、回転
ドラム内で、混ぜて型枠に嵌めて、自然乾燥で、2乃至
3日で固まる。尚、この固形燃料を炉内で使用すると、
異常燃焼を防ぎ、硫黄分、ダイオキシンと本体材料内
の、石炭灰、石灰、鉄粉、と反応させ石膏に変え、ま
た、灰に付着させ大気汚染を防ぐ、固形燃料ができる。
型枠から取り出したときに、固形燃料に本体材料、プラ
スチック粉を嵌めた容器内に、嵌め振動させてまぶす。
加熱機及び電子レンジで、時間をかけて表面を溶解さ
せ、水に入れて急冷却させ型くずれを防ぐ。 (10)上記記載タンク内の不純物に、粘土(汚泥)
4、石炭灰(一般灰)2、石膏1、石灰2、コークス
粉、鉄粉、炭、活性炭、各1の割合に対して、適宜、水
を嵌め混ぜ固めて、約1Cmの径状にプレスして、常温
50度で約3時間温風乾燥させる。本体材料径の大き
さ、調整できる。また、円形型枠に嵌めて、プレスして
取り出して、本休材料粉末を、まぶして、べとつきを無
くし形状を大きくし本体装置、及び溶鉱炉又は、炉で、
過熱約1000−1300度で、蒸し焼きにして、人工
石材ができる。溶鉱炉の場合、取り出し口より溶解した
スラグを、型枠に取り出して、型に嵌め固めるか、取り
出し口より、ベルトコンベアーに乗せて、水を掻けて急
冷却して固める。これらを一定の粒状にすり潰して、接
着剤及びノリを混ぜて、混練物を造り型枠に嵌め固め
る。薄く軽くサイズ別に裁断、断熱材及び、防火防音、
水質浄化材ができる。 (11)油熱温度を、一定になるように、電気過熱器及
びガスバーナー、直火焚き及び過熱蒸気、排気ガス、燃
料噴射バーナーで、自動温度調整タイマーを設定する。 (12)動植物油、鉱物油に、解けたプラスチック類及
び発泡スチロール、塩化ビニールは、ボイラー燃料とし
て、使用できる。 (13)車に積み込み移動させる時は、蓋付き容器で、
片方にピンホールを設け、ピンを差し込み、蓋を固定し
て、上下に蓋を開閉できて、もう片方に、締め付けネジ
付きボルトを設けて、シート面にパッキンを入れ、油漏
れを防止する。上部蓋に、ガス抜き穴を設けて、気密性
を高めて、油及びを精製ラインに、導き蒸留する。 (14)作業工程及び使用材料に応じて、内部タンク
を、ステンレス、鉄、アルミ性タンクを取り替え使用す
る。又、使用目的に応じて人工石の堅さ調整を、蒸し焼
き温度約800−1300度までの調整する場合は、炉
及び溶鉱炉を使用する。又、排気ガス及びガス抜きは、
活性炭フィルター及び排気管通路内に、予備燃焼室を設
けて、過熱してガスを完全燃焼させる。その後、水フィ
ルター内を通過させて濾過する。 (15)移動中に、車のエンジン冷却水及び排気ガスを
利用して、油タンクの過熱する。
[Embodiment] An embodiment of the present invention will be described. (1) An insulating coil is wound around a magnet on the outer side of the main body and a cylindrical container with an upper lid, and a plug and an electrode plate are grounded in the exhaust pipe, and both ends of the insulating coil are connected to the outside. A rotating body is provided, and magnets NS and S are provided inside the rotating body.
N are alternately arranged and grounded. By rotating the rotating body with the rotating shaft and magnet arranged by an electric motor, discharge, spark and plasma are generated from the electrode plate and plug, and electromagnetic induction and eddy current are generated, and from the magnet, far infrared effect, Decompose exhaust gas. By increasing the number of revolutions of the rotating body, a plasma voltage is applied to the exhaust gas pipe to enhance the exhaust gas decomposition effect. Inside the tank, about 2.7 liters of animal and vegetable oils are inserted into a ceramic, aluminum container, stainless steel and ceramics processing, iron chrome plating and Teflon processing, and an electric heater that can adjust the temperature from about 60 degrees to about 280 degrees. At the same time, 30 g each of pine cone, charcoal and activated carbon are put in the superheated oil. 3 g of styrofoam
Fit, (oil temperature 200 degrees), stir with chopsticks, dissolve in seconds. The agar-like material that has been made 1/50 dissolved on the oil surface with a specific gravity difference is rescued with a wire mesh. Solidifies immediately at an average temperature of 20 degrees. It is 1/20 of the original container volume. One 1-liter heat-resistant PET bottle with an oil temperature of about 200 degrees is fitted. Container label and cap condensed. Rescue the melted material and remove it. Oil temperature is about 240
At -280 degrees, press down while stirring. Stirring quickly reduces the volume by condensing and dissolving. The dissolution time can be reduced by raising the oil temperature. (2) When each styrene foam and vinyl chloride container is used in an animal or vegetable oil tank at a constant oil temperature of about 70 to about 130 ° C. or less, 1/20 of each container and about 20 oil tanks are used.
A liter container can be stored in the tank at a volume ratio of 1/50. When the styrofoam container is continuously dissolved and taken out, the oil temperature is low, and the temperature is 130 to 200 ° C., and continuous heating is used. Fill the same tank with mineral oil and raise the oil temperature.
By setting at 30-280 degrees, PET bottles and each container at the same time with styrofoam, cap, seal,
Even without fitting, separate collection and impurity treatment, it can be easily dissolved in the same tank at once and impurities can be settled out, and can be easily taken out with a pump and a basket. Also, using animal and vegetable oils, each material polyethylene, polyolefin, polypropylene, vinyl chloride resin, styrene resin, methacrylic resin, polyurethane, phenolic resin,
Urea resin and melamine resin are fitted for each product type, and the heat-resistant temperature and specific gravity of each material are used to separate and separate paints and impurities by using two combinations of temperature and specific gravity to separate raw materials. In addition, different materials can be dissolved and solidified at once. (3) When the animal and vegetable oil temperature is from about 240 to about 280 degrees, a PET bottle, styrofoam and a polypropylene container are fitted and dissolved therein, and a transparent film agar is formed on the upper side. Polyprone dissolves and condenses on the lower side. Since the heat resistant temperature, specific gravity, and dissolution temperature are different, each material does not mix. By setting the temperature, each material can be easily rescued with a wire mesh and cooled with outside air and water. Condensed mass easily removed to about 1/20 of its original volume and volume. Take out each melted material fitted in the tank. This is applied to sodium hydroxide and a detergent solution to remove oil and impurities, and washed with water. Using mineral oil, petroleum-based products are about 60-13
At 0 degrees, it melts into oil, plastics are about 240 degrees-
At 280 degrees, refined impurities and refuse are separated, made into raw materials and refined to make petroleum. (4) In addition, garbage, human urine, okara chaff, and wood chips are fitted into an animal or vegetable oil heated to about 35 to 53 degrees, and fermented with microorganisms, yeasts, or koji molds for 1 to 3 days while stirring. To remove ammonia, methane gas, and water to form a solid, and take it out to a mold. This is wood chips and lime, activated carbon,
Charcoal, ash, iron powder, rice husk, coke powder, chlorella bacteria, lactic acid bacteria, spices are mixed together, mixed with water, pressed and dried to harden to eliminate odors, solidify, and can be used as a soil conditioner and fertilizer. In addition, by fitting into a rotating drum, continuously heating and steaming, different materials are made into the same kneaded material and activated carbon is obtained. (5) Oil obtained by refining and reusing animal and vegetable oils and mineral oils can be used as a fuel for superheating. In the refining process, glycerin and charcoal are mixed with powdered magnets, wood vinegar, alkol, and fragrance to make a liquid. Prevents odors. (6) When the oil temperature is raised by 80 degrees or more, the styrofoam container can be made 1/20 in volume when used, and can be stored twice when used in the same tank, rather than hardened and taken out.
With the original container volume ratio, it can be stored 20 to 50 times and removed at a time from the basket. As a result, it is possible to move and operate with simple facilities and equipment that can collect and transport the recycled materials loaded in the car and increase the amount of transportation, which is a safe and simple operation. (7) The styrofoam containers and the garbage and impurities and garbage in each container are burned, evaporated, dissolved and stirred with oil heat to form sedimentary charcoal and debris on the tank bottom and can be easily removed. (8) Using mineral oil oil, oil temperature of about 80 to about 28
At 0 degree setting, each plastic product, medical device and PET bottle, foamed slotile, each petroleum product can be easily disassembled, easily dissolved and returned to the mixed petroleum product without producing harmful substances, and can be recycled, sterilized and refined. . In addition, garbage, impurities, recycled raw materials, activated carbon, charcoal, okara, wood chips, plastics, styrofoam, caustic soda and starch, sweet potatoes, water, and overheated animal and vegetable oils are mixed and stirred. The mixture is squeezed. Thereby, it can be safely handled as a solid and can be used as a solid fuel. (9) In 2.7 liters of animal and vegetable oils and 180-240 degree superheated oil, the ratio of plastic mixed material powder 4, coal ash, lime 1, activated carbon 2, coke powder 1, iron powder 1, starch 1 was determined as enemy. The amount of water and 450 g of caustic soda are fitted, mixed in a rotating drum, fitted into a mold, and allowed to dry naturally and set in a few days. When this solid fuel is used in the furnace,
A solid fuel that prevents abnormal combustion, reacts with sulfur, dioxin, and coal ash, lime, and iron powder in the main body material to convert it to gypsum, and adheres to the ash to prevent air pollution, produces a solid fuel.
When it is taken out of the mold, it is fitted and vibrated in a container in which the main material and the plastic powder are fitted in the solid fuel, and the solid fuel is dusted.
Dissolve the surface over time with a heater and a microwave oven, put in water and cool rapidly to prevent mold collapse. (10) Clay (sludge) is added to impurities in the tank described above.
4. Coal ash (general ash) 2, gypsum 1, lime 2, coke powder, iron powder, charcoal, activated carbon, and water are appropriately mixed in and mixed with a ratio of 1 each, and pressed into a diameter of about 1 Cm. Then, it is dried with warm air at a normal temperature of 50 ° C. for about 3 hours. The size of the body material diameter can be adjusted. In addition, it is fitted into a circular form, pressed out, taken out, and the main material powder is sprinkled, the sticky shape is eliminated, the shape is enlarged, and the main unit and the blast furnace or the furnace are used.
An artificial stone is produced by steaming at a superheat of about 1000-1300 degrees. In the case of a blast furnace, the slag dissolved from the take-out port is taken out into a mold and fixed in a mold, or placed on a belt conveyor from the take-out port, scraped with water, rapidly cooled, and solidified. These are ground to a certain particle size, the adhesive and the glue are mixed, and the kneaded material is made and fitted into a mold. Thin and light cutting by size, heat insulation, fire and soundproofing,
Water purification material is made. (11) Set an automatic temperature adjustment timer with an electric superheater and gas burner, direct fired and superheated steam, exhaust gas, and fuel injection burner so that the oil heat temperature becomes constant. (12) Plastics, styrofoam, and vinyl chloride that have been melted into animal and vegetable oils and mineral oils can be used as boiler fuels. (13) When loading and moving a car, use a container with a lid.
A pinhole is provided on one side, a pin is inserted, the lid is fixed, the lid can be opened and closed up and down, and a bolt with a fastening screw is provided on the other side, and packing is inserted into the seat surface to prevent oil leakage. A gas vent hole is provided in the upper lid to improve airtightness, and the oil and the oil are led to a purification line and distilled. (14) Replace the internal tank with a stainless steel, iron, or aluminum tank according to the work process and materials used. If the hardness of the artificial stone is to be adjusted up to a steaming temperature of about 800 to 1300 degrees according to the purpose of use, a furnace and a blast furnace are used. In addition, exhaust gas and degassing
A pre-combustion chamber is provided in the activated carbon filter and the exhaust pipe passage to overheat and completely burn the gas. Thereafter, the mixture is filtered by passing through a water filter. (15) While moving, the oil tank is overheated using engine cooling water and exhaust gas of the vehicle.

【007】[効果]この発明により、ペットボトル、プ
ラスチック、発泡スチロール、生ゴミ医療器具、各容器
を油熱により、煙り及び臭いを出さずに、凝固及び溶解
して、容積を小さくして処理する。尚、施設及び設備を
簡単にして、取り扱い及び作業を簡単にして、各コスト
を下げて、原料の有効利用及び、不法投棄、医療器具に
よる怪我及び、二次感染を防ぐ。また、車での移動作業
が、簡単にでき設備及び、施設が簡単である。尚、日常
生活及び工場から出るゴミを、完全利用して、環境破壊
を防ぎ自然保護及び再生原料の一つとして、各材料と混
ぜ合わせることで、固形燃料、土壌改良剤固形物及び人
工石にして、建築材として活用して、資源の保護及び、
環境破壊及び大気汚染を防ぎ、人類に役立てる事が出き
る。
[Effect] According to the present invention, plastic bottles, plastics, styrofoam, garbage medical instruments, and containers are coagulated and melted by oil heat without producing smoke and odor, and processed in a reduced volume. . In addition, facilities and equipment are simplified, handling and work are simplified, costs are reduced, and effective use of raw materials, illegal dumping, injury from medical equipment, and secondary infection are prevented. In addition, the moving work by car can be easily performed, and the equipment and facilities are simple. In addition, garbage from daily life and factories is fully utilized to prevent environmental destruction, and as a natural protection and as one of the recycled materials, is mixed with each material to produce solid fuel, soil improver solids and artificial stone. And use it as building material to protect resources and
Prevent environmental destruction and air pollution, and use it for humanity.

【図面の簡単な説明】[Brief description of the drawings]

【図1】本考案のタンク内に、油及びプラスチック、発
泡スチロールを嵌めた、分離分離及び再生処理装置の、
正面断面図である。
FIG. 1 shows a separation / separation / regeneration apparatus in which oil, plastic, and styrofoam are fitted in a tank of the present invention.
It is a front sectional view.

【符号の説明】 (1)油及びプラスチック混合物 (8)ピンホール及
びピン (2)外側底容器 (9)締め付けボル
ト、ナット (3)内側(金網籠)容器 (10)ドレン弁 (4)上部密閉蓋 (11)電動ポンプ (5)精製ガスこし器 (12)過熱器 (6)取り出しフック (13)精製ライン (7)銅パッキン (14)電動モーター (15)ガスバーナー焚き口 (16)煙突 (17)内部タンク (18)遠赤外線磁場発生装置
[Description of Signs] (1) Oil and plastic mixture (8) Pinhole and pin (2) Outer bottom container (9) Tightening bolt and nut (3) Inner (wire mesh cage) container (10) Drain valve (4) Top (11) Electric pump (5) Purified gas filter (12) Superheater (6) Removal hook (13) Purification line (7) Copper packing (14) Electric motor (15) Gas burner opening (16) Chimney (17) Internal tank (18) Far-infrared magnetic field generator

【図2】本考案の再生システムのフロー図である。使用
目的に応じて、タンク内の油を変える。 (14)移動収集、分離分別装置及び再生処理装置。 (15)凝縮装置及び溶解装置内で、動植物油を温度調
整して、材料の耐熱温度及び比重を利用して、不純物及
び材料の分別収集使用する。 (16)凝縮装置及び溶解装置内で、プラスチック類、
ペットボトル、発泡スチロール、医療器具容器を嵌めて
鉱物油を過熱使用して、解かす。 (17)型枠の中に、プラスチック各容器及び、生ゴ
ミ、固形物を嵌めて、苛性ソーダと、水を掻き混ぜて、
タンク内の不純物及び再生原料に石炭灰、石灰、炭、活
性炭、コークス粉、鉄粉、澱粉、甘しょう粉、苛性ソー
ダ、水の混練物を撹拌しながら、型枠に嵌める。 (18)上記記載の型枠を、自然冷却して固めた物、固
形燃料である。 (19)油温度及び材料の比重を利用して、ゴミ及び不
純物、各材料の分別。 (20)各材料の耐熱温度で、各容器を油に溶解して、
不純物をタンク底に落として、油を精製する。 (21)回転ドラム装置に、再生原料及び粘土、石炭
灰、一般灰、石膏、鉄粉、注射針、コークス粉、油炭、
活性炭、水を嵌めた混練物。 (22)乾燥装置で、固形物を温風乾燥で、乾燥を速め
固める。 (23)炉及び陶磁器タンクで、高温蒸し焼きする。 (24)遠赤外線磁場発生装置で、排気ガスを分解す
る。 (25)混合活性炭人工石。
FIG. 2 is a flowchart of the playback system of the present invention. Change the oil in the tank according to the purpose of use. (14) A mobile collection, separation and separation device, and a regeneration processing device. (15) The temperature of animal and vegetable oils is adjusted in the condensing device and the dissolving device, and impurities and materials are separately collected and used by using the heat resistant temperature and specific gravity of the materials. (16) In the condensing device and the melting device, plastics,
Fit plastic bottles, Styrofoam, and medical device containers, and use mineral oil to overheat and disintegrate. (17) Put each plastic container, garbage, and solids in the mold, stir caustic soda and water,
The kneaded material of coal ash, lime, charcoal, activated carbon, coke powder, iron powder, starch, sweet powder, caustic soda, and water is mixed with impurities and regenerated raw materials in the tank while stirring. (18) A solid fuel obtained by solidifying the mold described above by natural cooling. (19) Separation of dust, impurities, and each material using the oil temperature and the specific gravity of the material. (20) Dissolve each container in oil at the heat resistant temperature of each material,
The oil is refined by dropping impurities to the bottom of the tank. (21) Recycled raw materials and clay, coal ash, general ash, gypsum, iron powder, injection needle, coke powder, oil charcoal,
A kneaded product with activated carbon and water. (22) Using a drying device, the solid is dried with warm air to speed up drying and solidify. (23) High-temperature steaming in a furnace and a ceramic tank. (24) Exhaust gas is decomposed by a far-infrared magnetic field generator. (25) Mixed activated carbon artificial stone.

【手続補正3】[Procedure amendment 3]

【補正対象書類名】図面[Document name to be amended] Drawing

【補正対象項目名】全図[Correction target item name] All figures

【補正方法】変更[Correction method] Change

【補正内容】[Correction contents]

【図1】 FIG.

【図2】 FIG. 2

───────────────────────────────────────────────────── フロントページの続き (51)Int.Cl.6 識別記号 庁内整理番号 FI 技術表示箇所 // B29K 67:00 105:26 ──────────────────────────────────────────────────続 き Continued on the front page (51) Int.Cl. 6 Identification code Agency reference number FI Technical indication // B29K 67:00 105: 26

Claims (1)

【特許請求の範囲】[Claims] 【請求項1】(イ)ステンレスタンクに、ステンレス籠
を嵌めて、油を入れ、油を各材料耐熱温度に過熱し、内
側に、ステンレス籠受け皿を、設けるて発泡スチール、
及びペットボトルを同時に嵌めて、ラベル、キャップを
溶解させて、材質の分別及び分類取り出しを簡単にし
て、容器の凝縮及び凝固、溶解さして、無煙、無臭で、
連続使用及び、設備及び取り扱いを簡単にする。 (ロ)タンク底に、炭を嵌めて、油温度の安定及び劣化
を防ぎ、タンク内の籠に付着するのを防ぐ。 (ハ)回転ドラム内で、プラスチック、塩化ビニール、
発泡スチール粉末と、粘土、石炭灰、及び一般灰、石
膏、鉄粉、コークス粉を、活性炭、炭、粉末にして適量
水を嵌めて、小粒状の構造物を造り、陰干し乾燥させ
て、この工程を繰り返すことで径状を、大きくし、蒸し
焼き高温で、焼き固める。 (ニ)プラスチック、発泡スチール、塩化ビニール粉
末、石灰、石炭灰、コークス粉末、活性炭、炭を過熱し
た油の中に嵌めて、苛性ソーダ及び生ゴミ、澱粉を嵌め
て固める。これを、固形燃料にして、炉内で燃焼させる
ことで、硫黄分と本体材料内の、石灰を反応させ石膏に
変え、炉内の異常燃焼を防ぎ、本体材料灰にダイオキシ
ンを、付着させる。 (ホ)車に乗せて移動及び稼働出来る。 (ヘ)鉱物油を過熱して、プラスチック廃棄物を解か
し、石油化にして精製する。以上の事を特徴とする。臭
い煙り無し、発泡スチール、ペットボトル凝固装置。固
形燃料及び人工石ポイアース。
(1) A stainless steel basket is fitted in a stainless steel tank, oil is added thereto, and the oil is heated to the heat-resistant temperature of each material.
At the same time, plastic bottles are fitted together, labels and caps are dissolved, materials are separated and classified easily, and containers are condensed and coagulated, dissolved, smokeless and odorless.
It simplifies continuous use, equipment and handling. (B) Charcoal is fitted to the bottom of the tank to prevent oil temperature from stabilizing and deteriorating, and to prevent sticking to baskets in the tank. (C) Plastic, PVC,
Foamed steel powder, clay, coal ash, and general ash, gypsum, iron powder, coke powder, activated carbon, charcoal, powder and appropriate amount of water, make a small granular structure, dry it in the shade, By repeating the process, the diameter is increased, and it is baked at high temperature by steaming. (D) Plastic, foamed steel, vinyl chloride powder, lime, coal ash, coke powder, activated carbon, and charcoal are placed in superheated oil, and caustic soda, garbage, and starch are placed and hardened. By converting this into solid fuel and burning it in the furnace, the sulfur content reacts with the lime in the body material to convert it into gypsum, preventing abnormal combustion in the furnace and adhering dioxin to the body material ash. (E) It can be moved and operated in a car. (F) Overheat mineral oil to dissolve plastic waste, turn it into petroleum and refine it. It is characterized by the above. No smell, foam steel, PET bottle coagulator. Solid fuel and artificial stone poi earth.
JP21586496A 1996-07-11 1996-07-11 Method for producing solid fuel Expired - Fee Related JP3785468B2 (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP21586496A JP3785468B2 (en) 1996-07-11 1996-07-11 Method for producing solid fuel

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP21586496A JP3785468B2 (en) 1996-07-11 1996-07-11 Method for producing solid fuel

Publications (2)

Publication Number Publication Date
JPH1024417A true JPH1024417A (en) 1998-01-27
JP3785468B2 JP3785468B2 (en) 2006-06-14

Family

ID=16679543

Family Applications (1)

Application Number Title Priority Date Filing Date
JP21586496A Expired - Fee Related JP3785468B2 (en) 1996-07-11 1996-07-11 Method for producing solid fuel

Country Status (1)

Country Link
JP (1) JP3785468B2 (en)

Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR100426706B1 (en) * 2000-08-21 2004-04-17 학교법인 호서학원 Method of preparing polymer ash slag concrete molding
JP2007252986A (en) * 2006-03-20 2007-10-04 Minoru Sasaki Moving body for treating discharged material
JPWO2013054871A1 (en) * 2011-10-12 2015-03-30 ニッポウ興産株式会社 Compressive volume reduction equipment for infectious waste
KR20220015584A (en) * 2020-07-31 2022-02-08 최성호 Method of manufacture of pellet charcoal and pellet charcoal

Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR100426706B1 (en) * 2000-08-21 2004-04-17 학교법인 호서학원 Method of preparing polymer ash slag concrete molding
JP2007252986A (en) * 2006-03-20 2007-10-04 Minoru Sasaki Moving body for treating discharged material
JPWO2013054871A1 (en) * 2011-10-12 2015-03-30 ニッポウ興産株式会社 Compressive volume reduction equipment for infectious waste
KR20220015584A (en) * 2020-07-31 2022-02-08 최성호 Method of manufacture of pellet charcoal and pellet charcoal

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Publication number Publication date
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