JP2009082896A - Apparatus for treating garbage - Google Patents

Apparatus for treating garbage Download PDF

Info

Publication number
JP2009082896A
JP2009082896A JP2007276953A JP2007276953A JP2009082896A JP 2009082896 A JP2009082896 A JP 2009082896A JP 2007276953 A JP2007276953 A JP 2007276953A JP 2007276953 A JP2007276953 A JP 2007276953A JP 2009082896 A JP2009082896 A JP 2009082896A
Authority
JP
Japan
Prior art keywords
garbage
container
hereinafter
referred
sink
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.)
Pending
Application number
JP2007276953A
Other languages
Japanese (ja)
Inventor
Maki Yamamoto
真揮 山本
Original Assignee
Raisen:Kk
有限会社ライセン
Priority date (The priority date 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 date listed.)
Filing date
Publication date
Application filed by Raisen:Kk, 有限会社ライセン filed Critical Raisen:Kk
Priority to JP2007276953A priority Critical patent/JP2009082896A/en
Publication of JP2009082896A publication Critical patent/JP2009082896A/en
Pending legal-status Critical Current

Links

Images

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
    • Y02WCLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO WASTEWATER TREATMENT OR WASTE MANAGEMENT
    • Y02W10/00Technologies for wastewater treatment
    • Y02W10/10Biological treatment of water, waste water, or sewage

Abstract

<P>PROBLEM TO BE SOLVED: To provide an apparatus for treating garbage to be discharged every day from each household and generated partially in business, in which the volume of garbage can be reduced drastically and the water content thereof can also be reduced at the generation source of garbage so that housework is decreased, a burden such as enormous energy, equipment cost and maintenance cost to be posed on a government is also decreased and environmental problems are solved. <P>SOLUTION: The apparatus 2A for treating garbage, which is made compact and can be disposed as a desktop type on a stand 4 arranged projectively in the corner part of a sink, is composed of: a crushing mechanism 5A which is arranged in the upper part thereof and used for producing liquefied crushed pieces; a belt-driven dehydrator 9A arranged in the middle part thereof; and a drawer which is arranged in the lower part thereof and used for recovering residues. Alternatively, the apparatus 2B for treating garbage, which corresponds to small businesses and can be installed in a kitchen and mounted on a vertical rack, is composed of: a porous filtration drum-mounted crushing unit 5B from which crushed pieces can be discharged at any time; and a vacuum mechanism 22-mounted dehydration unit 9B, or the apparatus 2E for treating garbage, which is installed as a vertical single unit, is composed of: a hopper type crushing unit 5C, a roller type dehydration unit 39 and a unit 40 for purifying a dehydrated solution. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

主に、各家庭、及び、一部業務用排出の生ごみの処理技術に関する。  Mainly, it relates to garbage disposal technology for households and some commercial waste.

各家庭から排出される生ごみは、主に、各自治体設置の公共処理施設に於いて一括集中処理されているが、同時に、各家庭に於いても減量化又は堆肥化等の生ごみ排出削減の努力がなされてきた。或いは、流し台下部の排水口にディスポーザーを設置して下水道管に放流する処理方法もあるが装置構造上、噛みこみトラブルや匂い発生等の問題も多く、かつ、コストが高く、かつ、取り付け工事を伴う等の難点と同時に、下水道管の詰まり防止、及び、排水汚濁濃度調整のため大掛かりな沈殿処理槽設置等の行政指導があって汎用性に限界があった。しかし、近年、生活様式の向上と建築物の付加価値向上のためのニーズが高まりつつあってディスポーザー設置の要望があるが前記問題の解決には至っていない。或いは、各種コンポスト等に於いても手間と時間を要するため普及が進んでいない。  Garbage discharged from each household is mainly processed in a centralized manner at public processing facilities installed in each municipality. At the same time, however, each household also reduces the amount of garbage discharged by reducing or composting. Efforts have been made. Alternatively, there is a treatment method that installs a disposer at the drain outlet at the bottom of the sink and discharges it to the sewer pipe, but there are many problems such as biting troubles and odor generation due to the structure of the equipment, and the cost is high and installation work is required. At the same time, there was a limit in versatility due to administrative guidance such as the installation of large sedimentation tanks to prevent clogging of sewer pipes and adjustment of drainage pollution concentration. However, in recent years, there is a growing need for improvement of lifestyle and added value of buildings, and there is a demand for disposer installation, but the problem has not been solved. Or, in various composts and the like, it has not been popularized because it requires labor and time.

上記の如く、生ごみの排出は生活上不可避であるにも拘わらず、現状の処理手段は公共施設処理に頼らざるを得ず、そのための設備や焼却エネルギー或いは収集や維持管理等に膨大なコストを要して行政上の負担は重く、かつ、環境対策等を伴うために解決が至難な社会的問題とされている。然るに、本発明は、かかる上記課題に着目して案出されたもので、家事で最も煩わしいとされる生ごみの処理を各家庭の流し台周辺に設置可能な、電動粉砕式の生ごみ液状化及び脱水処理装置によって大幅減容化、及び、水分率低減を可能とする簡易で格安な装置及び処理システムを提供して各家庭又は一部業務上発生の生ごみを各発生もとで処理可能に形成して前記問題の解決を図ることを目的とする。  Despite the fact that garbage is unavoidable in daily life as described above, the current treatment means must rely on the treatment of public facilities, and the enormous cost of equipment, incineration energy, collection, maintenance, etc. Therefore, the administrative burden is heavy, and it is a social problem that is difficult to solve because it involves environmental measures. However, the present invention has been devised by paying attention to the above-mentioned problems, and is an electrically pulverized garbage liquefaction that can be disposed around the sink of each household, which is considered to be the most annoying garbage in housework. In addition, it provides a simple and inexpensive device and processing system that can greatly reduce the volume and reduce the moisture content with a dehydration processing device, and can treat garbage generated in each household or part of the business at each source. The purpose of this is to solve the above problem.

本発明は、請求項1の如く、主に、各家庭の日々発生の生ごみの減量化及び脱水可能な処理装置を流し台周辺に設置可能な卓上型に設けて発生もとで処理可能とするため、例えば、シンクのコーナー部上面にうち方向に突き出る架台を配してこの上面に設置しようとするもので、この装置は、上部に所定容量の生ごみ投入用の容器を、例えば、ガラス又は樹脂、或いは、鋼製等で設けて開閉蓋を漏洩シール可能に設けて、かつ、この内部底部に電動回転式カッターを配し、底部外部にモーターを配して形成し、容器に生ごみを投入して、かつ、例えば、この投入生ごみのほぼ2分の1の水補給をして毎分1000乃至2000回転の、かつ、2乃至1分間回転等により粉砕片を形成し、これを、底部に配したバルブを開いて下段に設けた脱水機に送って脱水を開始し、かつ、この脱水機は、例えば、横方向に設けた所定形状のケース内に濾過可能な回転ベルトを配し、かつ、このベルト上面の回転基部に上下に入排出可能な所定口形を有する、例えば、ゴム等の可撓性ブーツを密接触して載置し、かつ、このブーツ胴部の進行方向に対する両側部2面、又は、側後部3面をケース内面に接着して生ごみの粉砕片を受け入れ、かつ、確実に回転ベルト移送可能に設け、かつ、回転ベルト走行上面に漸次低減して通過可能な間隙を、例えば、複数のローラー等を配置して設けて連続的に圧接脱水可能に形成し、このようにして連続的に圧接されてほぼ延し板状に形成された生ごみ脱水残さを下部に引き出し可能なボックスを設けて回収処理可能に形成し、かつ、この過程で回転ベルト面から濾過されて排出される脱水排液を、例えば、ホース等を用いて流し台シンク排水口に放流処理可能に構成することが出来る。なお、前記連続脱水手段は、上部に回転ベルト、又は、面板を併用して通過可能な間隙を設けることも出来る。また、上部容器内に水切り籠を設けて生ごみを受け入れ、これを、定期的にカッター上に投入して粉砕することも出来る。また電動モーターを蓋上部に装着して回転軸を着脱可能に設けることも出来る。
従って、本発明の卓上型に設けられた生ごみ処理装置は上記の如く、流し台シンク内の三角コーナー上部空間部に水平方向に突き出るステーを設けたT字型の架台を水平及び垂直板裏面に両面粘着テープ等を用いて固定装着してこの上面に据え付け可能なため流し台全体を広く使うことが出来ると同時に調理作業を快適に行うことが出来る。又、本装置は、シンクサイドの調理台上面に設置、或いは、出窓に懸架用治具を用いて壁面に本装置を設置することも出来、かつ、出窓部等に保管して任意に可搬して使用することも出来る。
また、本処理装置は前記の如く形成されているため、簡単なスイッチ操作で生ごみの処理操作が可能となると同時に、投入時の金属片や異物の分別を容易に行うことが出来る。かつ、専門の電気及び配管工事を不要として家庭用電源接続で使用することが出来る。もとより新規製作の流し台に初期組み込み形成することも出来る。
According to the present invention, as described in claim 1, a processing device capable of reducing the amount of garbage generated daily and dewatering in each household and providing a dewatering device is provided in a desktop type that can be installed around the sink so that it can be processed at the source. Therefore, for example, a sink that protrudes in the direction on the upper surface of the corner portion of the sink is to be installed on this upper surface, and this apparatus has a container for throwing in garbage of a predetermined capacity on the upper portion, for example, glass or It is made of resin or steel, and the opening / closing lid is provided so that it can be leak-sealed, and an electric rotary cutter is arranged on the inner bottom, and a motor is arranged on the outside of the bottom. The crushed pieces are formed by, for example, replenishing the water with approximately one half of the input garbage and rotating 1000 to 2000 revolutions per minute and 2 to 1 minute. Opening the valve on the bottom and dehydrating the bottom In this dehydrator, for example, a filterable rotating belt is arranged in a case with a predetermined shape provided in the lateral direction, and the rotating base on the upper surface of the belt is vertically inserted and discharged. A flexible boot made of rubber or the like having a predetermined mouth shape, for example, is placed in close contact with each other, and the two sides of the boot body in the traveling direction or the side rear part 3 on the inner surface of the case Adheres the crushed pieces of garbage by adhering and is provided so that the rotating belt can be reliably transferred, and a gap that can be gradually reduced and passed through the upper surface of the rotating belt is provided by, for example, arranging a plurality of rollers, etc. It is formed so that it can be continuously pressed and dewatered, and in this way it is formed so that it can be recovered by providing a box that can pull out the garbage dewatering residue that has been continuously pressed and almost extended into a plate shape to the bottom. And in this process, the rotating belt surface The dewatering effluent is discharged is al filtered, for example, can be discharged processable configured to sink the sink drain opening with a hose or the like. The continuous dewatering means may be provided with a gap through which a rotating belt or face plate can be used in combination. Moreover, a drainer can be provided in the upper container to receive garbage, and this can be periodically put on a cutter and pulverized. In addition, an electric motor can be attached to the top of the lid so that the rotary shaft can be detachably provided.
Therefore, the garbage disposal apparatus provided in the desktop type of the present invention has a T-shaped gantry provided with stays protruding horizontally in the triangular corner upper space in the sink sink as described above on the horizontal and vertical plate back surfaces. Since it can be fixedly mounted using a double-sided adhesive tape or the like and installed on this upper surface, the entire sink can be used widely, and at the same time, the cooking operation can be performed comfortably. In addition, this device can be installed on the upper surface of the sink-side cooking table, or the device can be installed on the wall surface using a suspension jig on the bay window, and can be stored in the bay window, etc., and transported arbitrarily. Can also be used.
In addition, since the present processing apparatus is formed as described above, it is possible to perform a garbage disposal operation with a simple switch operation, and at the same time, it is possible to easily separate metal pieces and foreign matters at the time of charging. In addition, it can be used with a household power supply connection without the need for specialized electricity and piping work. Of course, it can also be built in a newly built sink.

また、本発明の生ごみ処理装置は請求項2の如く、前記液状化生ごみ脱水機形成のケース内部の、主に、回転ベルト上下間にエアー吸引口を落下水滴吸い込み防止可能に配してケース外部に送風機を逆送風可能に設けたバキューム機を併設して脱水効果を高めて圧縮脱水液と同時に外部排出可能に形成することが出来る。  Further, according to the garbage processing apparatus of the present invention, the air suction port is arranged between the upper and lower parts of the rotating belt so as to prevent the falling water droplets from being sucked inside the case of the liquefied garbage dewatering machine. A vacuum machine provided with a blower so that it can be reversely blown is provided outside the case to enhance the dehydration effect, and can be formed so that it can be discharged to the outside simultaneously with the compressed dehydrated liquid.

また、本発明の生ごみ処理装置は請求項3の如く、前記上部容器を円形、若しくは、角型の外部容器を設けてこの内部に円形の縦型の筒状濾過胴を周囲に所定の間隙を設けて底部に固定装着してカッター回転可能に設け、かつ、この濾過胴々部に、例えば、2乃至3ミリ巾の長さ5乃至15ミリの巾の横長穴を多孔に設けて、生ごみ及び補給水投入後のカッター稼動中に、内部の粉砕片が濾過胴の穴から随時外部流出可能に形成し、かつ、濾過胴内部壁に目詰まり防止用の、例えば、縦方向の密接するゴム製のスクレーパーを回転枠の周状に単又は複数本配して、このスクレーパーが回転する水流の圧を受けて回転可能なローターを配して濾過胴装着式の粉砕機構を形成して外部容器底部に設けたバルブを介して下部脱水機に送付することも出来る。
このように本装置が形成されて生ごみの所定大に粉砕された粉砕片が濾過胴の穴から随時外部流出可能に形成されているため、投入された生ごみが粉砕途中でカッター回転が停止しても残留生ごみが次回回転で粉砕が出来ると同時に、回転粉砕中に生ごみを随時追加投入することが出来る。但し、このカッター稼動時に生ごみ投入の場合、安全の確認可能な機構を設けることが望ましい。
Further, according to the garbage processing apparatus of the present invention, the upper container is provided with a circular or rectangular outer container, and a circular vertical cylindrical filter cylinder is provided around the upper container at a predetermined gap. Is fixedly attached to the bottom and provided so that the cutter can rotate, and the filter body is provided with, for example, a laterally long hole having a width of 2 to 3 mm and a width of 5 to 15 mm. During the operation of the cutter after adding garbage and make-up water, the internal crushed pieces are formed so that they can flow out from the hole of the filter cylinder at any time, and the inner wall of the filter cylinder is clogged to prevent clogging, for example, in the vertical direction. One or more rubber scrapers are arranged around the circumference of the rotating frame, and a rotor that can rotate under the pressure of the rotating water flow of the scraper is arranged to form a filter cylinder-equipped grinding mechanism. It can also be sent to the lower dehydrator via a valve at the bottom of the container Come.
In this way, because this device is formed and the crushed pieces of food waste that have been crushed to a predetermined size are formed so that they can flow out from the hole of the filter cylinder at any time, the cutter rotation stops while the input food waste is being crushed. Even so, the residual garbage can be crushed by the next rotation, and at the same time, additional garbage can be added at any time during the rotation. However, it is desirable to provide a mechanism capable of confirming safety when throwing in garbage when the cutter is in operation.

また、本発明の生ごみ処理装置は、請求項4の如く、前記内部に濾過胴装着式の粉砕装置を、ほぼこの投影面積が収容される角型に設けた所定高さの縦型のラックを設けて上段に配し、かつ、この中段に接続して前記吸引式の回転濾過ベルト式の脱水機構を配し、かつ、下段に、例えば、脱水残さ回収用ポリ袋又は回収用容器、及び、脱水排液回収用容器を配してラック内に単体形成して流し台外部の厨房内に設置可能に形成することも出来る。
なお、前記排液回収用容器は汲み上げポンプを用いて上部粉砕容器内に繰り返し補給の再利用可能に設け、かつ、この排液容器胴部所定水位位置に排出口を設けてオーバーフロー可能に構成している。また、残さ回収ポリ袋はワンタッチ交換可能な方式に設けると良いと同時に、これをポリボックス等と併用することも出来る。
Further, according to a garbage disposal apparatus of the present invention, as in claim 4, a vertical rack having a predetermined height provided with a filter cylinder mounting type pulverizer in a square shape in which the projection area is accommodated. Disposed in the upper stage, and connected to the middle stage to provide the suction type rotary filtration belt type dehydrating mechanism, and in the lower stage, for example, a dehydrated residue collecting plastic bag or a collecting container, and Alternatively, a container for collecting the drainage and drainage can be provided and formed as a single unit in the rack so that it can be installed in the kitchen outside the sink.
The drainage collection container is provided so that it can be replenished and reused repeatedly in the upper crushing container using a pump, and a drainage port is provided at a predetermined water level position to allow overflow. ing. Moreover, it is good to provide the residue collection plastic bag in a one-touch exchangeable system, and at the same time, it can be used in combination with a polybox or the like.

また、本発明の生ごみ処理装置は請求項5の如く、上段ろ過胴装着の粉砕機構形成の容器に連なる中段の脱水機構を、主に、縦型の外部筒管状胴部を上部縮径の異径に設けた外筒内部に上部移送及び加圧縮可能な螺旋羽根を用いた電動回転機構からなるスクリュウコンベヤーを配し、この胴部基部に前記生ごみの液状化粉砕片投入口を設けて受け入れ可能に、かつ、底部に濾過盤を設け、かつ、外筒胴部中間部に脱水促進用空気吸入口を設けたスクリュウコンベヤーを形成し、受け入れた液状化粉砕片の液をそのまま濾過盤から通過排出すると同時に、残さを異径スクリュウコンベヤー内部で上方に移送して外部筒管の断面積に比例して内部容量を強制圧縮させながら脱水を図って胴部先端に設けた排出管から排出可能に形成し、脱水液は下部容器に回収し、かつ、これを汲み上げポンプを用いて上部容器に繰り返し補給可能に形成することが出来る。なお、排出管の接続する基部近傍にヒーターを装着して乾燥度を高め、及び、殺菌を図ると共に脱水残さの内部発酵を促すことが出来る。また、前記異径外筒胴部には立て方向の溝を設けておくことが望ましい。なお、螺旋羽根ピッチを上方に漸減して脱水効果を高めることが出来る。或いは、胴部外筒を同径に設けて螺旋羽根のピッチを先方漸減に設けることも出来る。かつ、本装置はスクリュウコンの本体胴部を傾斜角を設けて、又は、横方向に設置することも出来ると同時に、胴部を多孔、または、網状に設けて脱水液排出可能に形成することが出来る。従って、このように形成されたスクリュウコンベヤー方式の生ごみ処理装置は、前記濾過胴装着の粉砕装置と併用することにより脱水処理能力を飛躍的に高めて小型装置で大量処理を可能とするものである。  In addition, the garbage processing apparatus of the present invention has a middle dewatering mechanism connected to a container for forming a pulverizing mechanism mounted on an upper filtration cylinder, mainly a vertical outer cylindrical tubular body having an upper diameter reduction. A screw conveyor consisting of an electric rotating mechanism using spiral blades that can be transferred and compressed at the upper part is arranged inside an outer cylinder provided with a different diameter, and a liquefied crushed piece input port for the garbage is provided at the base of the barrel. A screw conveyor is provided with a filter plate at the bottom and an air suction port for promoting dehydration at the middle of the outer cylinder body. At the same time as passing through and discharging, the residue can be transported upward inside the different diameter screw conveyor and dehydrated while forcibly compressing the internal volume in proportion to the cross-sectional area of the outer tube, and discharged from the discharge tube provided at the tip of the body Formed in the dehydrating liquid below Was collected in a container and repeatedly refillable formed to it can to the upper container with the pump pumping it. In addition, a heater can be attached in the vicinity of the base to which the discharge pipe is connected to increase the degree of dryness and to sterilize and promote internal fermentation of the dehydrated residue. Further, it is desirable to provide a vertical groove in the different diameter outer cylinder body. Note that the dewatering effect can be enhanced by gradually decreasing the spiral blade pitch upward. Alternatively, it is also possible to provide the barrel outer cylinder with the same diameter and gradually decrease the pitch of the spiral blade. In addition, this device can be installed in the body part of the screw corn with an inclination angle or in the lateral direction, and at the same time, the body part is provided in a porous or net shape so that the dehydrating liquid can be discharged. I can do it. Accordingly, the screw conveyor type garbage processing apparatus formed in this way is used in combination with the pulverizing apparatus equipped with the filter cylinder so as to dramatically increase the dewatering capacity and enable a large amount of processing with a small apparatus. is there.

また、本発明の生ごみ処理装置は請求項6の如く、上部に所定径の縦長に設けた生ごみ受け入れ用ホッパーを、これを収容可能な角型の縦型ラックを用いて上段に配し、この胴部内部中間部に回転カッター及び水平回転式クラッシャーを両者同時回転可能に装着して投入された生ごみを堆積させて殆ど水補給なしでカッターで粉砕後クラッシャーで破砕し、この十分破砕された生ごみを落下させてこれを下部に配置の絞りローラー式脱水機で脱水し、ローラー上部に浮上の脱水液を容器に回収し、かつ、この脱水液を、例えば、複数室の長時間滞留式に設けたエアレーション装置等を施した浄化槽を設けてBODの低減可能に設けてそれぞれを、縦型ラック上下方向に配列の単体装置として形成して厨房内に設置可能に構成し、かつ、生ごみの粉砕と破砕処理能力を大幅にアップすることが出来る。
なお、前記カッター及びクラッシャーは、例えば、上部にモーターを配してカッター、及び、クラッシャーの雄歯を同軸の同時回転可能に装着し、胴部所定位置にクラッシャーの雌歯を装着して水平回転可能に配し、かつ、カッターの先端部がクラッシャーの雌雄歯の上部間隙に掛かるように配し、かつ、投入された生ごみがカッター、及び、クラッシャーの上部に所定量堆積して稼動可能に形成し、かつ、生ごみがクラッシャーの雌雄歯の隙間以内の大きさにカットされて入るように形成している。かつ、脱水機構は両絞りローラーによって圧接された残さは下段の回収槽又はポリ袋等に、ローラー上部に浮き出た脱水液は孔目板等からローラー背部から下部の排液回収槽に分別回収可能に設けている。なお、脱水液は所定の濾過袋を通過して粗めと高比重残さを濾過して浄化槽に投入することが望ましく、また、この浄化槽は、例えば、仕切り板滞留時間を長くして、かつ、エアレーション装置等を配してBODを下水道放流基準以下に下げて排液処理を行うことが出来る。或いは、攪拌機装着の凝集材による固液分離式、或いは、バイオ式等に設けて排水処理を行うことも出来る。
Further, according to the garbage processing apparatus of the present invention, as shown in claim 6, a garbage receiving hopper provided in a vertically long shape with a predetermined diameter is disposed in the upper stage using a rectangular vertical rack that can accommodate the hopper. Rotating cutter and horizontal rotating crusher are installed in the middle part of the barrel so that both can rotate at the same time. The dumped garbage is accumulated and crushed by the cutter with almost no water supply, and then crushed by the crusher. The collected garbage is dropped and dehydrated by a squeezing roller type dehydrator arranged at the bottom, and the dewatered liquid floating on the upper part of the roller is collected in a container. A septic tank provided with an aeration device or the like provided in a retention type is provided so that BOD can be reduced, and each is formed as a single device arranged in the vertical direction of the vertical rack so that it can be installed in the kitchen, and Raw garbage It is possible to significantly up the grinding and crushing processing capacity.
The cutter and crusher are, for example, arranged with a motor at the top and mounted on the male teeth of the cutter and crusher so that they can rotate simultaneously on the same axis. Arranged so that the tip of the cutter is placed in the upper gap of the male and female teeth of the crusher, and the thrown-in food waste can be deposited and operated on the upper part of the cutter and crusher. It is formed so that the garbage is cut into a size within the gap between the male and female teeth of the crusher. In addition, the dewatering mechanism can separate and collect the residue pressed by the two squeezing rollers in the lower recovery tank or plastic bag, and the dewatered liquid that floats on the upper part of the roller from the perforated plate to the drainage recovery tank in the lower part from the back of the roller. Provided. In addition, it is desirable that the dehydrating liquid passes through a predetermined filter bag to filter the coarse and high specific gravity residue and put it into the septic tank, and this septic tank has, for example, a longer partition plate residence time, and An aeration apparatus or the like can be arranged to lower the BOD below the sewage discharge standard for wastewater treatment. Alternatively, wastewater treatment can be performed by providing a solid-liquid separation method using agglomerated material equipped with a stirrer or a bio-type.

上記の如く、本発明の生ごみ処理装置は、液状化粉砕後大幅な減量と圧縮脱水可能な装置を卓上式に設けて各家庭の流し台周辺に設置、又は、中小業務用の厨房内に設置可能な装置を簡易で格安に設けて提供することにより以下のごとき効果が期待出来る。
(1)日々排出の生ごみを発生もとで液状化粉砕、又は、破砕して脱水することにより生ごみの排出量が大幅に減少し、かつ、含有水分率が大幅に引き下げられる。
(2)かつ、生ごみが生ごみでなくなるため従来方式の生ごみ回収が不要となる。
(3)簡易な装置構造のため衛生的で悪臭の発生が無く、かつ、スプーンやプラスチック等の噛み込みのトラブルが無い。
(4)処理後の生ごみの残さを下水道に流さないで確実に回収されるため、従来の家庭用デスポーザー装着に義務付けられていた敷地内の沈殿槽の設置が不要となる。
(5)本装置を専門配管工事不要の、かつ、家庭電源の簡易な取り付けをすることが出来る
(6)生ごみの排出量が激減して集収業務及びエネルギー等が減り、自治体の膨大な通常経費及び公共の大型処理施設の建設資金等の大幅削減が可能となる。
(7)下水道管に放流される生ごみが無くなって下水道管の管理が容易になる。
(8)ダイオキシンやCO2発生の環境問題及びカラス公害対策等の有効手段となる。
As described above, the garbage processing apparatus of the present invention is installed in the vicinity of the sink of each household by installing a device capable of significant weight reduction and compression dehydration after liquefaction and pulverization, or installed in a kitchen for small and medium businesses The following effects can be expected by providing a simple and inexpensive device that can be used.
(1) Liquefaction pulverization or crushing and dehydrating raw garbage generated every day greatly reduces the amount of discharged garbage, and drastically reduces the moisture content.
(2) In addition, since the garbage is no longer garbage, the conventional method of collecting garbage is not required.
(3) Since it has a simple device structure, it is hygienic and does not generate bad odors, and there are no problems with biting of spoons or plastics.
(4) Since the remaining garbage after the treatment is reliably collected without flowing into the sewer, it is not necessary to install a settling tank in the premises, which is obliged to install a conventional household de-sposer.
(5) This equipment does not require specialized piping work and can be easily installed with a household power supply. (6) The amount of garbage is drastically reduced, collection work and energy are reduced, and the local government is enormous. Costs and funds for construction of public large processing facilities can be greatly reduced.
(7) There will be no garbage discharged into the sewer pipe, and the management of the sewer pipe will be easier.
(8) Effective means for dioxin and CO2 generation environmental problems and crow pollution measures.

以下、本発明の形態を図1〜図13によって説明する。  Hereinafter, embodiments of the present invention will be described with reference to FIGS.

本発明の、各家庭日々発生の生ごみ1を発生もとで減量化及び脱水処理可能とするための単体の卓上型に設けた生ごみ処理装置2Aを図面で示すと、図1乃至図4に示す如く、例えば、流し台シンク3コーナー部上部空間部のうち方向に突き出るT字型架台4を配して、粉砕装置5Aを容器6内の底部に粉砕用回転カッター7を設けて粉砕片1Aをバルブ8を介して下段に圧縮式脱水機構9Aを接続して配し、更に、この下段に引き出し式のボックス10を設けて同一装置内で圧縮脱水残さ11処理可能な卓上型装置2Aを形成するものとし、粉砕装置5Aは本体容器6を例えば樹脂又は鋼製又はガラス等で円筒形に設けてこの内部底部に取り外し可能な回転カッター7を配し、上部蓋6Aを飛沫漏洩防止可能なシール部6B付きに設けて嵌合し、底部外部に電動モーター12を配して形成し、この容器6に生ごみ1を投入して、例えば、投入生ごみのほぼ2分の1の水13補給をして毎分1000乃至2000回転の、2乃至1分間回転等により液状化粉砕片1A生成可能に形成し、これを、底部に配したバルブ8を開いて下部の脱水機9Aに送り、この脱水機は、例えば、横方向に設けた所定形状の蓋14A付きに設けて取り外し可能なケース14内に濾過可能な回転ベルト15を配し、このベルト上面の基部位置に可撓性ブーツ16をベルトの基部上面に密接して載置し、かつ、このブーツは進行方向に対する両側部胴部Aの2面、又は、後部胴部Bを含む3面をケース14内面に接合して生ごみの液状化粉砕片1Aをバルブ8に接続する上部口16Aから受け入れて下部口16Bから回転ベルト上面に排出して確実に搬送可能に設け、かつ、ベルト上面に、例えば、複数の自在回転可能なローラー17A,17Bを漸次低減する所定の間隙C1、C2を設けて配して液状化粉砕片1A通過可能な、かつ、圧接可能な脱水機9Aを形成し、当初含水率大の残さ1Aが漸次、かつ、連続的に加圧縮可能に形成し、この生ごみ脱水残さ11を下部に設けた引き出し式ボックス10内に回収して外部処理可能に形成し、かつ、この過程で排出される脱水排液18をシンク3排水口に、例えば、ホース19等を用いて放流処理可能に構成することが出来る。なお、図示しないが、前記連続圧縮手段は、上部に回転ベルト等を併用して面圧接することも出来る。また、図示しないが上部容器内に水切り籠を設けて生ごみを受け入れ、これを、定期的に内部に投入して粉砕することも出来る。また、図示しないが粉砕用電動モーターを蓋上部に装着して回転軸クラッチ着脱式伝動可能に形成することも出来る。
従って、本発明の如く設けられた生ごみ処理装置2Aが上記の如く卓上型の小型でスマートに形成されて流し台シンク内の三角コーナー20上部空間部の水平うち方向に突き出る架台4を平板4Aとステー4C付き垂直板4Bを裏面に両面テープ(図示しない)等を用いて流し台のサイド上面及びシンク内垂直面に接着固定して上面に生ごみ処理装置2Aを載置して違和感なく流し台全体を広く使うことが出来、かつ、簡単なスイッチ21操作でごみの処理操作が可能となり、かつ、生ごみ投入時の金属片や異物の事前分別を容易に行うことが出来る。なお、本処理装置は前記の如く、シンクコーナー部に設置することが出来ると同時に、シンクサイドの調理台上面に設置、或いは、出窓に懸架用治具を用いて壁面に設置、かつ、出窓部等に保管して任意可搬して使用することも出来る。かつ、本発明の装置は専門の電気及び配管工事を不要として家庭用電源接続で使用することが出来る。また、もとより新規製作の流し台に初期組み込み形成することも出来る。
1 to 4 show a garbage disposal apparatus 2A provided on a single table-top type in order to make it possible to reduce and dehydrate the garbage 1 generated every day of the household according to the present invention. As shown, for example, a sink sink 3 is provided with a T-shaped mount 4 protruding in the direction of the upper space portion of the corner portion, and a crushing device 5A is provided with a rotary cutter 7 for crushing at the bottom of the container 6 to obtain a crushed piece 1A. Is connected to a compression-type dewatering mechanism 9A on the lower stage through a valve 8, and a drawer-type box 10 is provided on the lower stage to form a desktop apparatus 2A capable of processing the compression-dehydration residue 11 in the same apparatus. The pulverizing apparatus 5A is provided with a main body container 6 made of a resin, steel, glass or the like in a cylindrical shape, and a removable cutter 7 is provided at the bottom of the inside, and the upper lid 6A is a seal capable of preventing splash leakage. Fit with part 6B Then, the electric motor 12 is arranged outside the bottom, and the garbage 1 is put into the container 6 and, for example, the water 13 is replenished to almost half of the input garbage, and 1000 to 2000 per minute is supplied. A liquefied pulverized piece 1A can be formed by rotating for 2 to 1 minute, etc., and the valve 8 arranged at the bottom is opened and sent to a lower dehydrator 9A. A filterable rotating belt 15 is provided in a removable case 14 provided with a lid 14A having a predetermined shape provided on the belt, and a flexible boot 16 is brought into close contact with the upper surface of the base of the belt at the base position of the upper surface of the belt. The boot is placed on both sides of the body A on both sides with respect to the advancing direction, or 3 sides including the rear body B are joined to the inner surface of the case 14 so that the liquefied pulverized pieces 1A of garbage are placed in the valve 8. Accept from the upper port 16A connected to the lower port 6B is provided on the upper surface of the rotating belt so as to be reliably conveyed, and on the upper surface of the belt, for example, a plurality of freely rotatable rollers 17A and 17B are provided with predetermined gaps C1 and C2 that gradually reduce. The dewatering machine 9A that can pass through the liquefied pulverized piece 1A and can be pressed is formed, and a residue 1A having a large initial moisture content is gradually and continuously formed so as to be compressible and compressed. It is collected in the pull-out box 10 provided in the lower part so that it can be externally treated, and the dewatered drainage 18 discharged in this process can be discharged into the sink 3 drainage port using, for example, a hose 19 or the like Can be configured. Although not shown in the drawings, the continuous compression means can be brought into surface pressure contact with a rotating belt or the like at the top. In addition, although not shown, a drainer can be provided in the upper container to receive the garbage, and this can be periodically put into the inside and pulverized. Although not shown, a crushing electric motor can be attached to the upper part of the lid so that the rotary shaft clutch can be attached and detached.
Accordingly, the garbage disposal apparatus 2A provided as in the present invention is formed as a desktop 4A, which is formed as a desktop type small and smart, and protrudes in the horizontal direction of the upper space of the triangular corner 20 in the sink sink. Adhering and fixing the vertical plate 4B with the stay 4C on the back surface using a double-sided tape (not shown) or the like on the side upper surface of the sink and the vertical surface in the sink, the garbage disposal apparatus 2A is placed on the upper surface, and the entire sink is moved without any sense of incongruity. It can be used widely, and it is possible to dispose of garbage with a simple switch 21 operation. In addition, it is possible to easily separate metal pieces and foreign matters when throwing away garbage. The processing apparatus can be installed at the sink corner as described above, and at the same time, installed on the upper surface of the sink side cooking table, or installed on the wall surface using a suspension jig for the exit window, and the exit window part. It can also be stored and transported as desired. In addition, the apparatus of the present invention can be used with a household power supply connection without the need for specialized electricity and piping work. It can also be initially built into a newly manufactured sink.

従って、このように形成された本発明の生ごみ処理装置2Aは、従来、指定曜日時に指定場所に出さねばならなかった各家庭発生の生ごみの発生もとの台所で僅かな手間と簡単な操作で大幅減量と大幅水分率減を可能とし、かつ、腐敗成分が流出して従来の生ごみが生ごみでなくなるため、従来の生ごみ処理に対する煩わしさの感覚を大幅軽減することが出来る。かつ、本装置は残さをローラー等を用いて脱水しているため排出残さ量を大幅に減量することが出来る。かつ、本装置は構造がシンプルなため洗浄が容易で大変衛生的である。かつ、一部、肉骨、貝殻、及び、ほや貝の皮等を除く梅干や桃の種、割り箸や竹串、ティッシュペーパー等のほとんど全ての生ごみを処理することが出来、かつ、脱水残さのほぼ全てが回収されるため水質汚濁度のBOD基準対象外とされ、従来、義務付けられていた浄化槽の設置を不要とする等大きな特徴と利点を有している。また、脱水された残さは畑又は花壇に処理することも、或いは、一般産廃として処理することも出来る。或いは、本装置による脱水残さは良質の堆肥又は飼料として利用することも可能となる。なお、本装置は、ガラス、陶器、各種プラスチック、ゴム類等は対象としない。  Therefore, the garbage processing apparatus 2A according to the present invention formed as described above has a simple and simple operation in the kitchen where the garbage generated from each household that had to be put out at the designated place on the designated day of the week is used. The operation enables a significant reduction in weight and a reduction in moisture content, and the rot components flow out and the conventional garbage is no longer garbage. Therefore, the troublesomeness of conventional garbage treatment can be greatly reduced. And since this apparatus dehydrates the residue using a roller etc., the amount of discharge | emission residue can be reduced significantly. In addition, since this apparatus has a simple structure, it is easy to clean and very hygienic. Moreover, almost all raw garbage such as plums, peach seeds, chopsticks, bamboo skewers, tissue paper, etc., excluding meat bones, shells and shells of sea shells, etc. can be processed and dehydrated residue. Since almost all of the water is collected, it is excluded from the BOD standard for water pollution, and has the great features and advantages of eliminating the need for a septic tank that has been required in the past. Moreover, the dehydrated residue can be processed in a field or a flower bed, or can be processed as general industrial waste. Or the dehydration residue by this apparatus can also be utilized as good-quality compost or feed. This device does not cover glass, ceramics, various plastics, rubbers, etc.

また、本発明の生ごみ処理装置は図5に示す如く、脱水機9Bを、ケース14内部のエアー(図示しない)を、例えば、送風機22Aを用いて逆送風して吸引可能なバキューム機構22を併設することにより脱水効果を高め、かつ、脱水液を容器回収、又は、外部排出可能に形成することが出来る。なお、このとき、バキュームの吸引口22Bを回転ベルトの上下間に配して、かつ、下向き設けて水滴の流入を防止可能に設けることが必要で、かつ、送風機はケース外部に設けている。  In addition, as shown in FIG. 5, the garbage processing apparatus of the present invention has a vacuum mechanism 22 that can suck and suck a dehydrator 9B by reversely blowing air (not shown) inside the case 14 using, for example, a blower 22A. It can be formed so that the dehydrating effect can be enhanced and the dehydrated liquid can be collected in a container or discharged to the outside. At this time, it is necessary to arrange the suction port 22B of the vacuum between the upper and lower sides of the rotating belt and to be provided downward so as to prevent the inflow of water droplets, and the blower is provided outside the case.

本発明の生ごみ処理装置2Bは、図6に示す如く、上部粉砕装置5Bを、外部容器23を角型又は丸型(図示しない)に設けてこの内部に、周囲に所定の間隙を設けて円形の縦型の筒状濾過胴24をこの胴部に、例えば、2乃至3ミリ巾の長さ5乃至15ミリの横長穴25を多孔に設け、かつ、回転カッター7と共に底部に固定装着し、生ごみ及び補給水投入後のカッター回転稼動時、生ごみの粉砕された片1Aが濾過胴の穴25から随時外部流出可能に形成したことを特徴とし、かつ、濾過胴24内部壁に、例えば、密接する縦方向の単又は複数本のゴム製のスクレーパー26Aを回転枠26Bに装着のローター26を形成し、このスクレーパーが回転水流の圧を受けて多孔胴部内壁の目詰まり防止可能に形成し、かつ、濾過胴外部に流出した粉砕片は外部容器23底部周囲に傾斜角を設けてバルブを介して下部脱水機9A、又は、9Bに排出可能に形成している。
従って、このように形成された本生ごみ処理装置2Bは、濾過胴内のカッター7で生ごみの粉砕された粉砕片がほぼ穴径以下になった時逐次多孔部から排出可能に設けられ、かつ、投入された生ごみの粉砕途中でカッター回転が停止しても次回々転で粉砕が出来ると同時に、装置回転稼動中に生ごみを任意追加投入することが出来るよう形成されている。但し、カッター稼動時に生ごみ投入の場合、安全確認可能な機構を設けることが望ましい。
As shown in FIG. 6, the garbage processing apparatus 2B of the present invention is provided with an upper crushing apparatus 5B in which the outer container 23 is provided in a square shape or a round shape (not shown), and a predetermined gap is provided around the inside. A circular vertical cylindrical filtering cylinder 24 is provided in the body, for example, a laterally long hole 25 having a width of 2 to 3 mm and a length of 5 to 15 mm is provided in a porous manner, and fixed together with the rotary cutter 7 at the bottom. In addition, when the cutter is rotated after the garbage and make-up water are added, the crushed piece 1A of the garbage is formed so as to be able to flow out from the hole 25 of the filtration cylinder at any time, and on the inner wall of the filtration cylinder 24, For example, a single or a plurality of rubber scrapers 26A in close vertical direction are formed on a rotating frame 26B to form a rotor 26, and this scraper receives pressure from the rotating water flow to prevent clogging of the inner wall of the porous body. Formed and flows out of the filter cylinder Pulverized pieces lower spinning machine 9A through the valve inclination angle is provided around the outer container 23 bottom, or are dischargeable formed in 9B.
Therefore, the garbage processing apparatus 2B formed in this way is provided so that it can be discharged from the porous portion sequentially when the crushed pieces of the garbage pulverized by the cutter 7 in the filter cylinder are substantially less than the hole diameter, In addition, even if the rotation of the cutter is stopped during the pulverization of the input garbage, it is possible to pulverize the next time by rolling, and at the same time, it is possible to add any additional garbage while the apparatus is rotating. However, it is desirable to provide a mechanism that can confirm safety when throwing garbage into the cutter.

また、本発明の生ごみ処理装置2Cは図8に示す如く、上部に内部に水補給式の濾過胴装着式粉砕装置5Bを設けて、ほぼこの粉砕装置5Bの投影面積外部に、例えば、40センチ角の所定高さのラック27を設け、この中段に吸引式装置脱水装置置9Bを、下段に、例えば、ワンタッチ方式の着脱交換可能な脱水残さ回収用ポリ袋28又は同容器(図示しない)、及び、脱水排液回収用容器29それぞれをラック27内に収納して単体形成して流し台外部の厨房内の床に設置可能に形成することが出来る。なお、この時、排液回収用容器29は回収された排液を汲み上げポンプ30を用いて上部の粉砕装置5B内に繰り返し補給の再利用可能に設け、かつ、この排液回収容器胴部所定水位位置に排水口29aを設けてオーバーフロー可能に構成して排液を下水道管等に放流することが出来る。
また、上部の粉砕装置5Bには液面計5a及び水位調整口5bを設けてこの水位調整口より補給水の水位が下がった時は汲み上げポンプによって補給され、又、生ごみの投入等によってオーバーする時は脱水機のブーツ16内に戻されるように形成されている。
従って、このように形成された本生ごみ処理装置2Cは処理能力を大幅に向上させることが出来るため、中小業務用の装置として厨房に設置することも出来る。かつ、本装置に於いても、粉砕、開閉弁、スクリュウ脱水機の各操作をスイッチ21(図示しない)操作で行うことが出来る。又は、半自動化することも出来る。
Further, as shown in FIG. 8, the garbage processing apparatus 2C according to the present invention is provided with a water supply type filter cylinder mounting type pulverizing apparatus 5B in the upper part thereof, and is substantially outside the projected area of the pulverizing apparatus 5B, for example, 40 A rack 27 having a predetermined height of centimeter square is provided, and a suction-type device dehydrating device 9B is provided in the middle, and a dehydrated residue collecting polybag 28 or the same container (not shown) in the lower level, for example, can be attached and detached. And each container 29 for dewatering drainage collection | recovery can be accommodated in the rack 27, and it can form so that it can be installed in the floor in the kitchen outside a sink. At this time, the drainage recovery container 29 is provided so that the recovered drainage can be pumped up into the upper crushing device 5B using the pump 30 so that it can be replenished and reused. A drain outlet 29a is provided at the water level position so as to allow overflow, and the drainage can be discharged to a sewer pipe or the like.
Further, the upper crushing device 5B is provided with a liquid level gauge 5a and a water level adjusting port 5b. When the level of the makeup water drops from the water level adjusting port, it is replenished by a pumping pump, or overfilled by throwing in garbage, etc. When it does, it is formed so that it may return in the boot 16 of a dehydrator.
Therefore, since the present garbage processing apparatus 2C formed in this way can greatly improve the processing capability, it can also be installed in a kitchen as an apparatus for small and medium businesses. Also in this apparatus, each operation of the crushing, on-off valve, and screw dehydrator can be performed by operating the switch 21 (not shown). Alternatively, it can be semi-automated.

また、本発明の生ごみ処理装置2Dは図9及び図10の如く、所定の架台42を用いて上段に濾過胴配置の粉砕機構5Bを配してこれに連なる中段に異径スクリュウコンベヤー式脱水装置31を、外部に縦型の筒管状の外筒32を上部縮径の異径に設けてこの内部に上部移送及び加圧縮可能な異径螺旋羽根33を用いた電動回転機構からなる脱水装置31を形成してこの胴部基部に液状化生ごみの投入口31Aを設けて受け入れ可能に、かつ、底部に濾過盤34を設けて受け入れた液状化生ごみの液をそのまま濾過盤34から通過排出すると同時に、粉砕片1Aを螺旋羽根33で上方に移送して内部容量を異径外筒32の断面積に比例して圧縮させて外周部の縦溝32A部からの脱水を図り、かつ、胴部中間部に空気吸入口31Bを設けて脱水を容易にし、胴部先端にノズル式排出管31Cを装着して排出可能に形成し、これをポリ袋28又は容器等で回収可能に、脱水液は下部容器29に回収し、かつ、これを汲み上げポンプ30を用いて上部容器23に繰り返し補給可能に設けて粉砕装置のオーバーフローを水位調整口5bからスクリュウコンベヤーの基部に戻して循環可能に設け、かつ、排液を公共下水道管等に任意放流棄可能に形成することが出来る。なお、或いは、螺旋羽根ピッチDを上方に漸減して更に脱水効果を高めることが出来る。かつ、排出管31Cの付け根近傍所定部分にヒーター35を装着して脱水残さの乾燥度を上げると同時に殺菌を行い、かつ、醗酵を促して堆肥化可能に形成して回収することも出来る。また、 図示しないが胴部外筒を同径に設けてスクリュウの羽根ピッチを先方漸減に設けることも出来る。或いは、本装置本体胴部を横方向、又は、傾斜角を設けて設置することも出来ると同時に、胴部を多孔、又は、網状に設けて脱水液排出可能に形成することが出来る。なお、濾過板通過の脱水液はろ過袋36を装着して粗目、又は、高比重残さを濾過して回収することが望ましい。従って、このように形成されたスクリュウコンベヤー方式の生ごみ処理装置は、主に、屋外設置式に設けて、かつ、前記濾過胴装着の粉砕装置と併用することにより脱水処理能力を飛躍的に高めて小型装置で大量処理を可能とすると同時に、厨房内に設置することも出来る。かつ、本装置に於いても、粉砕、開閉弁、スクリュウ脱水機の各操作を各スイッチ21又は半自動化することが出来る。かつ、専門の電気、配管工事不要で取り付けが出来る。  Further, as shown in FIG. 9 and FIG. 10, the garbage processing apparatus 2D of the present invention is provided with a crushing mechanism 5B having a filter cylinder arranged on the upper stage using a predetermined gantry 42 and a different diameter screw conveyor type dewatering in the middle stage connected thereto. Dehydrating apparatus comprising an electric rotating mechanism using a different-diameter spiral blade 33 that is provided with a vertical cylindrical outer cylinder 32 on the outside and having a different diameter of the upper reduced diameter inside, and capable of being transferred and compressed in the upper part. 31 is formed, and the liquefied garbage input port 31A is provided at the base of the trunk portion so that it can be received, and the filter board 34 is provided at the bottom so that the liquefied garbage liquid can be passed through the filter board 34 as it is. At the same time as discharging, the crushed pieces 1A are transferred upward by the spiral blade 33, the internal volume is compressed in proportion to the cross-sectional area of the outer diameter outer cylinder 32, and dehydration from the longitudinal groove 32A portion of the outer periphery is achieved, and An air suction port 31B is provided in the middle part of the torso and removed. The nozzle-type discharge pipe 31C is attached to the front end of the body so that it can be discharged. The dehydrated liquid can be recovered in the lower container 29 so that it can be recovered in the plastic bag 28 or a container. The upper container 23 can be replenished repeatedly using the pump 30 and the overflow of the crushing device is returned from the water level adjusting port 5b to the base of the screw conveyor so that it can be circulated, and the drainage can optionally be discharged to a public sewer pipe or the like. It can be formed to be abandonable. Alternatively, the dewatering effect can be further enhanced by gradually decreasing the spiral blade pitch D upward. In addition, a heater 35 is attached to a predetermined portion near the base of the discharge pipe 31C to increase the dryness of the dehydrated residue, and at the same time, sterilization is performed, and fermentation can be promoted so that it can be composted and collected. Although not shown, it is also possible to provide the barrel outer cylinder with the same diameter and gradually reduce the blade pitch of the screw. Alternatively, the main body of the apparatus main body can be installed in the horizontal direction or at an inclination angle, and at the same time, the main body can be provided in a porous or net shape so that the dehydrating liquid can be discharged. In addition, it is desirable to collect the dehydrated liquid passing through the filter plate by filtering the coarse or high specific gravity residue with the filter bag 36 attached. Therefore, the screw conveyor type garbage processing apparatus formed in this way is provided in an outdoor installation type and is used in combination with the pulverization apparatus equipped with the filter cylinder to greatly increase the dehydration processing capacity. It can be installed in a kitchen at the same time as it enables large-scale processing with a small device. In this apparatus, each operation of the crushing, on-off valve, and screw dehydrator can be performed by each switch 21 or semi-automatically. And it can be installed without the need for specialized electricity and piping work.

また、本発明の生ごみ処理装置2Eは図11乃至図13に示す如く、例えば、35乃至40センチ角の前記縦型ラック27を高さ1,200乃至1、300センチに設けてこの上段に粉砕及び破砕装置内蔵の受け入れ用の円形ホッパー37を開閉蓋37Aと固定蓋37B付き等に設けてクラッシャー38装着のホッパー式破砕装置5Cを搭載し、このホッパー下部にローラー式脱水装置39を脱水液分別回収可能に配し、かつ、下段にポリ袋28等の回収容器、及び、脱水液回収用の浄化槽40を収納した単体装置を形成して中小業務用飲食店の厨房内に設置可能に形成することが出来る。
このように形成の本生ごみ処理装置2Eのホッパー37は、上部にモーター12を配して胴部内部カッター7及びクラッシャーの雄歯38Aを同軸の同時回転可能に設け、かつ、胴部がわに雌歯38Bを配してラッシャー38を形成し、かつ、カッター7の先端がクラッシャーの雄歯38Aと雌歯38Bの間隙Dに掛かるように装着して水平回転可能に設け、かつ、投入された生ごみをクラッシャー上部に所定量堆積可能に設けて殆ど水補給なしで、若しくは、若干の水補給でカッターによって粉砕後クラッシャーで擂り潰し状に破砕し、この粉砕及び破砕後の生ごみ1Bを下部に配した脱水装置39の2本の絞りローラー39A上に自動的に落下させてこの両ローラーの絞り圧によって脱水を図って脱水残さを下部のポリ袋28等の回収容器に、かつ、絞りローラー上に浮き出た脱水液を両ローラー上部に通水可能な孔目板39B、又は、図示しないが所定の隙間を設けて両ローラーの背面から下部に設けた脱水液回収用の浄化槽40に回収可能に形成し、この浄化槽40は、例えば、投入液長時間滞留可能な複数室を仕切り板40Aを上下通過可能に設けて各室にエアレーション装置41等を内部に施してBOD(生物化学的酸素要求量の呼称)の低減可能に構成して排液を排水口29Aから下水道放流可能に形成することが出来る。なお、この浄化装置は、図示しないが、ラック外部に設けることも出来る。また、浄化装置は攪拌機を配して凝集材による固液分離式、又は、バイオ処理可能に設けて下水道放流可能に形成することが出来る。
なお、本装置は、図示しないが、ホッパー式破砕装置5Cと前記請求項5記載の異径スクリュウコンベヤー31を用いて組み合わせて構成することも出来る。
このように形成された本発明の生ごみ処理装置に於いても一部、肉骨と貝殻類及びほや貝等を除く殆ど全ての生ごみをカッターで粉砕してクラッシャーに投入することが出来るため、これまで各行政が回収又は指定業者に委託していた中小業務用発生の、例えば、1日当たり発生の50乃至300kgの生ごみを処理能力に応じた装置を厨房内に設置可能に設けて発生元で減量と脱水が可能となって生ごみ処理コストが大幅に低減し、かつ、厨房内の限られたスペースで生ごみの減量と脱水処理が出来るため従来の如き次々に排出される生ごみの保管場所が縮小出来る等の大きなメリットが生ずる。一方、行政サイドに於いても業者委託の回収コストをはじめエネルギーを含む膨大な維持管理コストの削減が可能となり、かつ、現状の償却処理施設のあり方を見直すことも出来る。もとより、地球環境問題におけるCO2、或いは、ダイオキシン発生、及び、カラス対策等の有効手段となる。
Further, as shown in FIG. 11 to FIG. 13, the garbage processing apparatus 2E of the present invention is provided with the vertical rack 27 of 35 to 40 cm square at a height of 1,200 to 1,300 cm, for example. A receiving hopper 37 with a built-in crushing and crushing device is provided with an open / close lid 37A and a fixed lid 37B, etc., and a hopper crushing device 5C equipped with a crusher 38 is mounted. Formed so that it can be separated and collected, and can be installed in the kitchen of small and medium-sized business restaurants by forming a single unit containing a collection container such as a plastic bag 28 and a septic tank 40 for collecting dehydrated liquid at the bottom. I can do it.
The hopper 37 of the garbage disposal apparatus 2E thus formed is provided with the motor 12 on the upper portion thereof, and the barrel internal cutter 7 and the male teeth 38A of the crusher are provided so as to be capable of rotating simultaneously and coaxially. The female teeth 38B are arranged on the lashers 38 to form the lashers 38, and the cutter 7 is mounted so that the tip of the cutter 7 is in the gap D between the male teeth 38A and the female teeth 38B of the crusher. A certain amount of garbage is deposited on top of the crusher so that it can be deposited with little or no water supply, or is crushed by a cutter with a slight amount of water supply and then crushed by a crusher. It is automatically dropped onto the two squeezing rollers 39A of the dehydrating device 39 arranged in the lower part, and dehydration is attempted by the squeezing pressure of both rollers, and the dehydration residue is accommodated once in the lower plastic bag 28, etc. In addition, the perforated plate 39B that allows the dehydrating liquid floating on the squeezing rollers to pass through the upper part of both rollers, or a dehydrating liquid collecting unit provided on the lower and lower sides of the both rollers with a predetermined gap (not shown). The septic tank 40 is formed so that it can be recovered, and for example, the septic tank 40 is provided with a plurality of chambers capable of staying for a long time so that the partition plate 40A can be passed vertically, and each chamber is provided with an aeration device 41 etc. It is possible to reduce the (name of biochemical oxygen demand) so that the drainage can be discharged from the drain outlet 29A. Although not shown, this purification device can also be provided outside the rack. Further, the purification device can be formed so that a stirrer is provided and a solid-liquid separation type using an agglomerated material, or a bio-processable and sewer dischargeable.
In addition, although not shown in figure, this apparatus can also be comprised combining 5 C of hopper type crushing apparatuses, and the different diameter screw conveyor 31 of the said Claim 5.
In the garbage processing apparatus of the present invention formed in this way, almost all the garbage except meat and shells and shellfish can be crushed with a cutter and put into a crusher. For example, 50 to 300 kg of garbage generated per day for small and medium-sized businesses that have been collected or entrusted to designated contractors by each government can be installed in a kitchen in accordance with the processing capacity. It is possible to reduce the amount of waste and dehydrate it at the same time, greatly reducing the cost of garbage disposal and reducing the amount of garbage and dehydrating it in a limited space in the kitchen. There is a great merit that the storage location of the can be reduced. On the other hand, on the administrative side, it is possible to reduce enormous maintenance costs including energy, including collection costs commissioned by contractors, and to review the current state of depreciation facilities. Naturally, it becomes effective means for CO2 or dioxin generation and crow countermeasures in global environmental problems.

本発明の卓上型生ごみ処理装置が流し台シンクコーナー部上面に設置された様子を示す一部切欠の斜視図。The perspective view of a notch which shows a mode that the desktop type garbage processing apparatus of this invention was installed in the sink sink corner part upper surface. 粉砕用回転カッター。Rotary cutter for grinding. 同上回転濾過ベルト式脱水機正面断面構造図。The front sectional structure figure of a rotary filtration belt type dehydrator same as the above. 同上内部装着の可撓性ブーツ。Flexible boot with internal mounting as above. 同上バキューム機構。Same as above vacuum mechanism. 粉砕片逐次流出式濾過胴装着の粉砕装置の正面断面図。Front sectional drawing of the grinding | pulverization apparatus equipped with the crushing piece sequential outflow type filter cylinder. 同ローター。The same rotor. 本発明の縦型ラック内の上段に液状化粉砕装置及び中段に脱水機及び下段に残さ回収ポリ袋と排液回収容器が収納されて、かつ、排液再利用可能に形成された生ごみ処理装置の全体構成。Garbage treatment in which the liquefaction pulverizer is disposed in the upper stage of the vertical rack of the present invention, the dehydrator is disposed in the middle stage, the remaining collection plastic bag and the drainage collection container are accommodated in the lower stage, and the drainage liquid can be reused. Overall configuration of the device. 液状化粉砕装置とスクリュウコンベヤー式脱水装置を用いて形成された生ごみ処理装置の全体構成図。The whole block diagram of the garbage processing apparatus formed using the liquefaction grinding | pulverization apparatus and the screw conveyor type | formula dehydration apparatus. 同上スクリュウコンベヤーの正面一部断面図。The front fragmentary sectional view of a screw conveyor same as the above. 本発明の、ラックに搭載のホッパー内に粉砕及び破砕装置を内蔵し、接続する下部にローラー式脱水装置を配し、下段に排液浄化装置を収納して厨房内設置可能に形成された生ごみ処理装置を示す一部切欠の全体図。A pulverization and crushing device is built in a hopper mounted on a rack of the present invention, a roller-type dewatering device is arranged in the lower part to be connected, and a drainage purification device is housed in the lower stage so as to be installed in a kitchen. The whole notch figure which shows a refuse disposal apparatus. ホッパーの粉砕装置及びクラッシャー及びローラー式脱水装置の部分拡大正面断面図。The partial expanded front sectional view of the crusher of a hopper, a crusher, and a roller-type dehydrator. エアレーション式に設けた浄化槽の図。The figure of the septic tank provided in the aeration type.

符号の説明Explanation of symbols

1 生ごみ 1A 液状化粉砕片 1B 破砕物
2A 水破砕と回転ベルト脱水式家庭用卓上型生ごみ処理装置
2B 同 濾過胴装着の生ごみ処理装置
2C 同ラック収納搭載の業務用生ごみ処理装置
2D 水破砕とスクリュウ式脱水処理方式の中小業務用処理装置
2E ラック収納搭載の破砕機とローラー式脱水処理方式の中小業務用処理装置
3 流し台シンク 4 T字型架台 4A 平板
4B 垂直板 4C ステー 5A 水補給式粉砕装置
5B 濾過胴装着の粉砕装置 5C ホッパー式粉砕装置 5a 液面計
5b 粉砕装置水位調整口 6 粉砕装置容器 6A 上部蓋
6B シール部 6C ごみ受け板 7 カッター
8 バルブ 9A 回転ベルト式脱水機構 9B 同吸引式脱水装置
10 引き出し式ボックス 11 圧縮脱水残さ 12 電動モーター
13 補給水 14 脱水機ケース 14A 同蓋
14B 同排水口 15 回転濾過ベルト 15A 駆動プーリー
15B テールプーリー 16 可撓性ブーツ 16A 同上部口
16B 同下部口 17A,17B 圧接ローラー 18 脱水排液
19 ホース 20 三角コーナー 21 スイッチ
22 バキューム機構 22A 送風機 22B 吸引口
23 粉砕装置外部容器 23A 同蓋 24 筒状濾過胴
25 横長穴 26 ローター 26A 縦スクレーパー 26B 回転枠
27 縦型ラック 28 ポリ袋 29 排液回収容器
29a オーバーフロー口 30汲み上げポンプ 31スクリュウコンベヤー式脱水装置
31A 投入口 31B 空気吸入口 31C 排出管
32 異径外筒 32A 立て方向の溝 33 異径螺旋羽根
34 濾過盤 35 ヒーター 36 濾過袋
37 ホッパー 37A 同開閉蓋 37B 同固定蓋
38 クラッシャー 38A 同雄歯 38B 同雌歯
39 ローラー式脱水装置 39A 絞りローラー 39B 孔目板
39C バイパス管 40 浄化槽 40A 同仕切り板
41 エアレーション装置 42 架台 43 回転滑り台
44 ブレード 45 メカニカルシール 46 ボルトナット
A ブーツ両側部胴部 B 同後部胴部 C1、C2 通過圧接間隙
D 螺旋羽根のピッチ E クラッシャーの雌雄歯の間隙
1 Garbage 1A Liquefaction pulverized piece 1B Crushed material 2A Water crushing and rotating belt dewatering household desktop garbage disposal device 2B Garbage disposal device 2C with filter barrel installed Commercial garbage disposal device 2D with same rack storage Small- and medium-sized business processing equipment 2E for water crushing and screw-type dewatering treatment system Small-sized business processing equipment 3 for crushers and roller-type dewatering processing system mounted on racks, sink sink 4 T-shaped rack 4A flat plate 4B vertical plate 4C stay 5A water Replenishment type crusher 5B Crusher equipped with filter cylinder 5C Hopper type crusher 5a Liquid level gauge 5b Crusher water level adjustment port 6 Crusher container 6A Upper lid 6B Seal part 6C Garbage receiving plate 7 Cutter 8 Valve 9A Rotating belt type dehydration mechanism 9B The same suction type dehydrator 10 Pull-out box 11 Compression dehydration residue 12 Electric motor 13 Makeup water 14 Dehydrator case 4A Same lid 14B Same drain port 15 Rotating filtration belt 15A Drive pulley 15B Tail pulley 16 Flexible boot 16A Same upper port 16B Same lower port 17A, 17B Pressure roller 18 Dehydrated drainage 19 Hose 20 Triangular corner 21 Switch 22 Vacuum mechanism 22A Blower 22B Suction port 23 Crusher outer container 23A Same lid 24 Cylindrical filtration cylinder 25 Horizontal elongated hole 26 Rotor 26A Vertical scraper 26B Rotating frame 27 Vertical rack 28 Plastic bag 29 Waste liquid collection container 29a Overflow port 30 Pumping pump 31 Screw conveyor type Dehydrator 31A Input port 31B Air intake port 31C Discharge pipe 32 Different diameter outer cylinder 32A Vertical groove 33 Different diameter spiral blade 34 Filtration panel 35 Heater 36 Filtration bag 37 Hopper 37A Same opening / closing lid 37B Same fixed lid 38 Cladding 38A Same male teeth 38B Same female teeth 39 Roller type dehydrating device 39A Drawing roller 39B Perforated plate 39C Bypass pipe 40 Septic tank 40A Same partition plate 41 Aeration device 42 Mounting base 43 Rotating slide 44 Blade 45 Mechanical seal 46 Bolt nut A Both sides of boot Body B Same rear body C1, C2 Passage pressure gap D Spiral blade pitch E Gap between male and female teeth

Claims (6)

単体の卓上型に設けて各家庭の流し台周辺に設置可能な減量と脱水可能な生ごみ処理装置形成のため、上部に生ごみ投入用の容器(以下上部容器とも言う)を、主に、水補給式に設けて内部に電動回転カッターを配して液状化粉砕片(以下液状化生ごみとも言う)生成可能な粉砕機構(以下粉砕装置とも言う)を形成し、かつ、該下段方向に開閉バルブを介して脱水器、及び、脱水残さ回収ボックスを引き出し可能に配して形成するものとし、前記脱水器は所定のケース内部に回転濾過ベルトを配し、かつ、該上面基部に入排出可能な可撓性挿入用ガイド(以下ブーツと言う)を密接状に載置し、かつ、少なくとも該進行方向に対する両側部胴部を前記ケース内壁に接合し、かつ、前記回転ベルト上面部に進行方向漸減の所定の間隙を前記液状化生ごみ通過可能に設けて連続圧縮脱水可能に形成し、かつ、脱水排液を前記流し台洗い場(以下シンクと言う)排水口等に放流処理可能に構成された生ごみ処理装置。  In order to form a garbage disposal device that can be installed around a sink in each household and installed in a household table, a container for throwing in garbage (hereinafter also referred to as the upper container) is mainly used for water. An electric rotary cutter is provided inside the replenishment type to form a pulverizing mechanism (hereinafter also referred to as pulverizing device) capable of generating liquefied pulverized pieces (hereinafter also referred to as liquefied garbage), and is opened and closed in the lower direction. A dehydrator and a dehydration residue collection box are formed so as to be drawable through a valve. The dehydrator has a rotary filter belt inside a predetermined case and can be inserted into and discharged from the upper surface base. A flexible insertion guide (hereinafter referred to as a boot) is placed in close contact with each other, and at least both side barrels with respect to the traveling direction are joined to the inner wall of the case, and the traveling direction on the upper surface of the rotating belt. The predetermined gap of gradual decrease Metaplasia dust passing capable provided continuously compressed dehydrated can be formed, and the dewatering effluent (hereinafter referred sink) the sink washing area discharge processable constructed food waste treatment apparatus in the drainage port and the like. 前記生ごみ処理装置に於ける脱水機ケース内部のエアー吸引可能な機構(以下バキューム機構とも言う)を併設して脱水促進、かつ、排液可能に構成された請求項1記載の生ごみ処理装置。  2. The garbage processing apparatus according to claim 1, wherein a mechanism (hereinafter also referred to as a vacuum mechanism) capable of sucking air inside the dehydrator case in the garbage processing apparatus is provided so as to promote dewatering and drainage. . 前記生ごみ処理装置に於いて、前記粉砕機構形成の上部容器を円形、若しくは、角型に設け、かつ、該内部に所定径の縦型円筒状の多孔濾過胴を前記カッター回転可能に設けて底部に固定装着して該カッター稼動時前記粉砕片随時外部流出可能に形成し、かつ、該濾過胴内壁に密接するスクレーパーを水流受圧回転可能設けて(以下ローターと言う)構成された請求項1及び2記載の生ごみ処理装置。  In the garbage processing apparatus, the upper container for forming the pulverizing mechanism is provided in a circular or square shape, and a vertical cylindrical porous filter cylinder having a predetermined diameter is provided in the inside thereof so as to be rotatable by the cutter. 2. A structure in which a scraper that is fixedly attached to a bottom portion so that the crushed pieces can be discharged to the outside at any time during operation of the cutter and that is in close contact with the inner wall of the filter cylinder is provided to be capable of rotating under pressure of water flow (hereinafter referred to as a rotor). And a garbage disposal apparatus according to 2. 前記生ごみ処理装置を、前記濾過胴内部装着式粉砕装置を、ほぼ該投影面積収容大の角型に設けた所定の縦型ラックを用いて上段に配し、中段に前記吸引式ベルト脱水機構を配して下段に脱水残さ回収用容器、及び、排液回収用容器それぞれを前記ラック内に収納して厨房内床上設置可能に形成し、かつ、前記排液を汲み上げポンプを用いて上部容器内投入の再利用可能に設け、かつ、前記排液容器胴部に定水位排出口(以下オーバーフローと言う)を設けて下水道放流可能に構成された請求項1及び2及び3記載の生ごみ処理装置。  The garbage processing device is disposed in the upper stage using a predetermined vertical rack provided in the square shape having a large projection area, and the suction belt dewatering mechanism is disposed in the middle stage. The dehydration residue collection container and the drainage collection container are respectively housed in the rack so that they can be installed on the kitchen floor, and the drainage pump is used to pump up the drainage and use the upper container 4. The garbage treatment according to claim 1, wherein the waste disposal is provided so as to be reusable, and is provided with a constant water level discharge port (hereinafter referred to as overflow) in the drain container body so as to be able to discharge the sewer. apparatus. 前記生ごみ処理装置に於ける液状化生ごみの脱水機構を、主に、縦型の外部筒管状胴部を上部縮径の異径に設けて(以下異径外筒又は外筒とも言う)該基部に投入口を設け、かつ、内部に異径螺旋羽根を配して上部移送可能な電動回転式加圧縮機構(以下異径スクリュウコンベヤーとも言う)を形成し、かつ、胴部中間部に空気吸入口を設け、かつ、上部に脱水残さ排出管を配して該付け根近傍に加温手段(以下ヒーターと言う)を任意に装着し、かつ、前記胴部底部に濾過盤を配して脱水、かつ、排液再利用、又は、浄化可能に構成された請求項1及び2及び3及び4記載の生ごみ処理装置。  The dewatering mechanism of the liquefied garbage in the garbage processing apparatus is mainly provided with a vertical outer cylindrical tubular body having a different diameter of the upper reduced diameter (hereinafter also referred to as a different diameter outer cylinder or outer cylinder). An electric rotary compression / compression mechanism (hereinafter also referred to as a different diameter screw conveyor) that is provided with an inlet in the base and has a different diameter spiral blade disposed therein and that can be transferred to the upper part is formed. An air suction port is provided, a dehydration residue discharge pipe is provided at the top, and a heating means (hereinafter referred to as a heater) is arbitrarily installed near the base, and a filter panel is provided at the bottom of the trunk portion. The garbage processing apparatus according to claim 1, 2, 3, and 4, which is configured to be dehydrated and reused or drained. 前記生ごみ処理装置を、前記縦型ラック内の上部に所定径の、かつ、所定長の縦長の生ごみ上部投入可能なホッパーを搭載して該胴部内部中間部に前記カッター及び水平回転可能な破砕機構(以下クラッシャーと言う)を配して所定量の生ごみ堆積後粉砕及び破砕、かつ、破砕物自動落下可能に形成し、かつ、該ホッパー下部に接続する絞りローラー式脱水装置を配して脱水残さ、及び、脱水液分別回収可能に設け、かつ、下段にエアレーション等の汚濁濃度基準値(以下BODと言う)低減手段装着の脱水液受け入れ槽(以下浄化槽と言う)を任意搭載可能に構成された請求項1及び4及び5記載の生ごみ処理装置。  The garbage disposal apparatus is mounted with a hopper that can be placed on the upper part of the vertical rack with a predetermined diameter and a predetermined length in the upper part of the vertical rack so that the cutter and the horizontal rotation can be performed in the middle part inside the trunk part. A squeezing roller type dewatering device is provided that is arranged so that it can be crushed and crushed after depositing a certain amount of garbage and automatically crushed, and connected to the lower part of the hopper. The dehydration residue and dehydrating liquid can be separated and collected, and a dehydrating liquid receiving tank (hereinafter referred to as a septic tank) equipped with means for reducing the reference concentration of pollutant concentration (hereinafter referred to as BOD) such as aeration can be optionally installed in the lower stage. 6. The garbage disposal apparatus according to claim 1, 4 and 5, which is configured as follows.
JP2007276953A 2007-09-27 2007-09-27 Apparatus for treating garbage Pending JP2009082896A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP2007276953A JP2009082896A (en) 2007-09-27 2007-09-27 Apparatus for treating garbage

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP2007276953A JP2009082896A (en) 2007-09-27 2007-09-27 Apparatus for treating garbage

Publications (1)

Publication Number Publication Date
JP2009082896A true JP2009082896A (en) 2009-04-23

Family

ID=40657065

Family Applications (1)

Application Number Title Priority Date Filing Date
JP2007276953A Pending JP2009082896A (en) 2007-09-27 2007-09-27 Apparatus for treating garbage

Country Status (1)

Country Link
JP (1) JP2009082896A (en)

Cited By (10)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102825061A (en) * 2012-09-10 2012-12-19 顾家华 Treatment method for kitchen swill source and treatment equipment therefor
KR101233694B1 (en) * 2011-02-07 2013-02-15 주식회사 포스코건설 Apparatus for regulating total solid concentration of food waste
CN103191810A (en) * 2013-04-19 2013-07-10 陈利华 Kitchen and bath waste processor
CN104338740A (en) * 2014-10-28 2015-02-11 山东科技大学 Method and equipment for storing and pre-treating kitchen wastes
CN104436803A (en) * 2013-09-24 2015-03-25 吕洁彦 Kitchen waste separator
CN106882915A (en) * 2017-03-24 2017-06-23 绵阳耀邦环保科技有限公司 High sulfur coal gangue prepares coal slime dehydration device
CN107717117A (en) * 2017-08-22 2018-02-23 无锡伊佩克科技有限公司 A kind of cutting cleaning equipment for aluminium ring pull end recovery
CN109622568A (en) * 2018-12-26 2019-04-16 杭州汉山环境工程技术有限公司 A kind of kitchen garbage treater
CN110882773A (en) * 2019-12-02 2020-03-17 王雨秋 Pollution-free medical waste crushing device
CN111704258A (en) * 2019-03-18 2020-09-25 天津嘉中科技发展有限公司 Processor for large non-rotten sewage in sewage

Cited By (11)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR101233694B1 (en) * 2011-02-07 2013-02-15 주식회사 포스코건설 Apparatus for regulating total solid concentration of food waste
CN102825061A (en) * 2012-09-10 2012-12-19 顾家华 Treatment method for kitchen swill source and treatment equipment therefor
CN103191810A (en) * 2013-04-19 2013-07-10 陈利华 Kitchen and bath waste processor
CN104436803A (en) * 2013-09-24 2015-03-25 吕洁彦 Kitchen waste separator
CN104338740A (en) * 2014-10-28 2015-02-11 山东科技大学 Method and equipment for storing and pre-treating kitchen wastes
CN106882915A (en) * 2017-03-24 2017-06-23 绵阳耀邦环保科技有限公司 High sulfur coal gangue prepares coal slime dehydration device
CN107717117A (en) * 2017-08-22 2018-02-23 无锡伊佩克科技有限公司 A kind of cutting cleaning equipment for aluminium ring pull end recovery
CN109622568A (en) * 2018-12-26 2019-04-16 杭州汉山环境工程技术有限公司 A kind of kitchen garbage treater
CN111704258A (en) * 2019-03-18 2020-09-25 天津嘉中科技发展有限公司 Processor for large non-rotten sewage in sewage
CN110882773A (en) * 2019-12-02 2020-03-17 王雨秋 Pollution-free medical waste crushing device
CN110882773B (en) * 2019-12-02 2021-05-28 青岛市市立医院 Pollution-free medical waste crushing device

Similar Documents

Publication Publication Date Title
JP2009082896A (en) Apparatus for treating garbage
KR101121099B1 (en) Refuse structure food sweeping for a sink
JP2007275862A (en) Garbage treatment device
KR101821571B1 (en) System for resource conversion of food waste
KR200384812Y1 (en) Food wastes treater
KR100588556B1 (en) Food wastes treater for sink mounting
TW201325749A (en) Separation method and apparatus
US20150067956A1 (en) Composting toilet assembly
KR100915779B1 (en) Pulverize device for food garbage
CN214270645U (en) Portable livestock and poultry is fecal treatment machine for plant
KR20140100824A (en) Continuous dewatering type&#39;s food garbage treating apparatus
JP2001104931A (en) Waste treatment system
KR100907480B1 (en) Sewage disposal system
CN211134164U (en) Domestic garbage treatment device
KR101449642B1 (en) Food wastes treater for sink mounting
CN207943950U (en) A kind of pin-connected panel sewage disposal device
CN208032750U (en) A kind of intelligence kitchen garbage treater
KR100317512B1 (en) Dishwater treatment apparatus for sink
KR20110002603U (en) Food waste disposer
KR101847093B1 (en) Apparatus for processing food waste for a sink
JP4341850B1 (en) Garbage processing utilization system for apartment houses
KR200405262Y1 (en) Garbage disposer
KR200163713Y1 (en) Dishwater treatment apparatus for sink
CN210559989U (en) Continuous septic tank scarfing cinder equipment
CN215105770U (en) Sewer pipe structure for vegetable washing pool