TWM445005U

TWM445005U - Auto-sensing type disposal compressing refrigerated chamber

Info

Publication number: TWM445005U
Application number: TW101214003U
Authority: TW
Inventors: Chen Yang
Original assignee: Chen Yang
Priority date: 2012-07-20
Filing date: 2012-07-20
Publication date: 2013-01-11

Description

Automatic inductive waste compression refrigerator

本創作提供一種自動感應式廢棄物壓縮冷藏庫，特別是一種能夠壓縮及冷藏廢棄物的處理裝置，涉及於殼體內配置廢棄物之儲存桶與壓縮單元，尤其是該殼體內用以控制壓縮單元的感測器。
The present invention provides an automatic inductive waste compression refrigerator, in particular to a processing device capable of compressing and refrigerating waste, relating to a storage tank and a compression unit for disposing waste in a housing, in particular for controlling a compression unit in the housing Sensor.

按，現今都市高樓大廈林立與人口密度越來越密集，以致每天所產生的垃圾量趨於增加，由於環保意識越來越備受重視，對於垃圾的處理方式，一直是每個國家或都市需要迫切解決與刻不容緩的問題。
且知，一般於社區、住家大樓、企業辦公大樓、學校等等，大都在一集中處設有許多垃圾儲存箱或垃圾儲存桶，以集中所有丟棄的垃圾來作為處理與分類，然而，一般的垃圾儲存桶或儲存箱僅僅只是一大型的容置空間，頂多設有一用以遮蔽的蓋體；因此，當垃圾在長時間的堆積與儲存下，易因發酵而產生污水與惡臭味，尤其於夏季時間在陽光的曝曬下，除垃圾本身所產生的惡臭與污水造成環境二次污染外，更可能因滋生蚊蠅而影響住家週遭或工作環境。
再者，雖有所謂的垃圾分類，但是，如寶特瓶、鐵鋁罐、紙箱等垃圾若未經過壓縮處理，直接丟入垃圾儲存箱或垃圾儲存桶後，易造成儲存空間上的浪費以及清運垃圾上費用的增加。故，如何將上述之問題加以摒除，實為本案創作人所欲解決之技術困難點之所在。

According to the current high-rise buildings and dense population density, the amount of garbage generated every day tends to increase. As environmental awareness becomes more and more important, the way of treating garbage has always been every country or city. Urgent solutions and urgent problems are needed.
It is also known that in general, communities, residential buildings, corporate office buildings, schools, etc., most of them have a lot of garbage storage bins or garbage storage bins in one concentration to collect all discarded garbage for treatment and classification. However, the general The garbage storage tank or the storage box is only a large accommodating space, and at most, there is a cover body for shielding; therefore, when the garbage is accumulated and stored for a long time, it is easy to produce sewage and bad odor due to fermentation. Especially in the summer time, under the exposure of the sun, in addition to the odor caused by the garbage itself and the secondary pollution caused by the sewage, it is more likely to affect the surrounding or working environment of the home due to the breeding of mosquitoes and flies.
Furthermore, although there is a so-called garbage classification, if the garbage such as Baote bottles, iron-aluminum cans, and cartons are not compressed, they are directly thrown into the garbage storage bin or the garbage storage bin, which is likely to cause waste in the storage space and The increase in the cost of clearing garbage. Therefore, how to eliminate the above problems is the technical difficulty point that the creators of the case want to solve.

本創作之目的在於克服上述先前技術中，垃圾未經過壓縮而直接丟入垃圾儲存箱或垃圾儲存桶後，容易造成儲存空間上的浪費與清運垃圾上費用增加的問題，並克服垃圾在長時間的堆積與儲存下容易發酵、產生污水與惡臭味而造成環境二次污染，以及滋生蚊蠅而影響住家週遭與工作環境等問題。
為達成上述目的，本創作之自動感應式廢棄物壓縮冷藏庫，包含：
一殼體，側面具有一供給投放廢棄物之投入口，以及一出入口；
一儲存桶，擺放於該殼體內，該投入口連通該儲存桶，而使廢棄物能夠落入該儲存桶；
一壓縮單元，設於該殼體內且位於該儲存桶上方相對端，具有一能夠沿著線性路徑下壓及釋放該儲存桶內廢棄物之壓塊；
一震動單元，設於該殼體內且位於該儲存桶底部，能夠搖晃該儲存桶，而使該儲存桶內廢棄物呈平整狀態；
一存量感測器，設於該殼體內並位於該儲存桶近側，且電性連接所述壓縮單元與震動單元，該存量感測器能夠感測該儲存桶內廢棄物的存量是否達到一預設高度，於感測廢棄物存量第一次達到該預設高度時，令該震動單元搖晃該儲存桶，並於第二次達到該預設高度時，令該壓縮單元驅使該壓塊下壓該儲存桶內廢棄物；及
一冷藏單元，設於該殼體內壁，具有一連通所述殼體內部、儲存桶與壓縮單元的冷氣排放端，該冷藏單元經由該排放端供給冷氣對流於所述殼體內部、儲存桶與壓縮單元之間，令該儲存桶內廢棄物保持低溫狀態。
藉由上述，可將瓶、罐或鋁薄包等可回收廢棄物經由投入口投入儲存桶內，並於存量感測器感測到儲存桶內廢棄物存量已達到該預設高度時，令壓縮單元驅使壓塊由上而下壓縮儲存桶內廢棄物，而減低廢棄物的體積。
期間，利用冷藏單元提供冷氣至殼體內部各角落，使殼體內各角落的冷氣溫度平均分佈，致使儲存桶內廢棄物保持於低溫狀態，以防治廢棄物因發酵產生污水、惡臭味與滋生蚊蠅而造成環境二次污染。
據此，以達到廢棄物減量與維持環境衛生的目的。
以下進一步說明本創作之具體實施方式：
該冷藏單元設於該殼體頂部內壁，而使冷氣由上而下平均分佈於殼體內。
該儲存桶下方設有一集水盤，能夠承接儲存桶內廢棄物產生的污水，且集水盤上具有一延伸至外界的排水管，能夠將集水盤內集滿的污水排流至外界。
該儲存桶具有一儲存槽，該儲存槽之槽底形成一傾斜面。
相較於先前技術，本創作利用存量感測器持續感測廢棄物存量，而自動判斷令壓縮單元壓縮廢棄物的時機，並利用冷藏單元保持廢棄物於低溫狀態；如此，能夠減少垃圾或廢棄物本身的體積而增加儲存容量，並使壓縮過後的垃圾或廢棄物因低溫而不致產生噁臭氣味或滋生蚊蠅而造成二次污染，以達到垃圾減量、環保、節省人力與保持周圍環境清潔之目的。
然而，為能明確且充分揭露本創作，併予列舉較佳實施之圖例，以詳細說明其實施方式如後述：
The purpose of the present invention is to overcome the above-mentioned prior art, the garbage is not directly compressed into the garbage storage box or the garbage storage bin, and the waste of the storage space and the cost of cleaning the garbage are easily increased, and the garbage is long. The accumulation and storage of time is easy to ferment, produce sewage and foul odor, causing secondary pollution of the environment, and breeding mosquitoes and flies to affect the surrounding and working environment of the home.
In order to achieve the above objectives, the creation of the automatic inductive waste compression refrigerator includes:
a casing having a side inlet for supplying waste and an inlet and outlet;
a storage bin is disposed in the housing, the input port is connected to the storage tub, so that waste can fall into the storage tub;
a compression unit, disposed in the casing and located at an opposite end of the storage tank, having a compact that can press and release the waste in the storage tank along a linear path;
a vibration unit disposed in the casing and located at the bottom of the storage tub, capable of shaking the storage tub to make the waste in the storage tub be flat;
An inventory sensor is disposed in the housing and located on the side of the storage tub, and is electrically connected to the compression unit and the vibration unit, and the inventory sensor can sense whether the inventory of the waste in the storage bucket reaches one a preset height, when the sensing waste stock reaches the preset height for the first time, causing the vibration unit to shake the storage bucket, and when the preset height is reached for the second time, the compression unit drives the compaction block Pressing the waste in the storage tank; and a refrigerating unit, disposed on the inner wall of the casing, has a cold air discharge end connecting the interior of the casing, the storage tub and the compression unit, and the refrigeration unit supplies cold air to the convection via the discharge end The inside of the casing, between the storage tub and the compression unit, keeps the waste in the storage tank at a low temperature.
According to the above, the recyclable waste such as a bottle, a can or an aluminum thin bag can be put into the storage tank through the input port, and when the stock sensor senses that the waste stock in the storage bin has reached the preset height, The compression unit drives the compact to compress the waste in the storage tank from top to bottom, reducing the volume of the waste.
During the period, the refrigeration unit is used to provide cold air to all corners of the casing, so that the temperature of the cold air in each corner of the casing is evenly distributed, so that the waste in the storage tank is kept at a low temperature to prevent waste from being polluted, causing odor and breeding. Mosquitoes cause secondary pollution of the environment.
Accordingly, in order to achieve waste reduction and environmental sanitation.
The following is a detailed description of the specific implementation of this creation:
The refrigerating unit is disposed on the inner wall of the top of the casing, so that the cold air is evenly distributed from the top to the bottom in the casing.
There is a water collecting tray below the storage tank, which can take up the sewage generated by the waste in the storage tank, and the water collecting tray has a drainage pipe extending to the outside, which can discharge the accumulated sewage in the water collecting tray to the outside.
The storage tub has a storage tank, and the bottom of the storage tank forms an inclined surface.
Compared with the prior art, this creation uses the stock sensor to continuously sense the waste inventory, and automatically judges the timing of compressing the waste by the compression unit, and uses the refrigeration unit to keep the waste at a low temperature; thus, it can reduce garbage or waste. The volume of the object itself increases the storage capacity, and the compressed garbage or waste is caused by low temperature without causing odor or breeding of mosquitoes and flies to cause secondary pollution, thereby achieving waste reduction, environmental protection, saving manpower and keeping the surrounding environment clean. The purpose.
However, in order to clearly and fully disclose the present invention, and to illustrate the preferred embodiment, the detailed description of the embodiments will be described as follows:

請參閱圖1所示，揭示出本創作較佳實施例的立體圖，並配合圖2說明本創作之自動感應式廢棄物壓縮冷藏庫，包含一殼體1、一儲存桶2、一壓縮單元3、一震動單元6、一存量感測器4、及一冷藏單元5；其中：
該殼體1內部具有一容置室10，且殼體1外側面上設有連通容置室10的至少一廢棄物投入口11及一出入口12，該投入口11能夠供給廢棄物投放容置室10內，該出入口12能夠供給清潔人員進出容置室10。
該投入口11上設有一蓋板13，該蓋板13能夠啟閉投入口11(如圖3及圖4所示)，該出入口12上設有一門板14，該門板14能夠啟閉出入口12(如圖7所示)。
該儲存桶2擺放於殼體1之容置室10內部，且位於投入口11旁側下方，該儲存桶2具有一朝上方開放的儲存槽21，該投入口11連通儲存桶2之儲存槽21，而使廢棄物能夠經由投入口11進入容置室10並落入儲存桶2之儲存槽21內。
該壓縮單元3設於殼體1之容置室10頂部，且位於儲存桶2之儲存槽21上方相對端，該壓縮單元3具有一底部設有至少一油壓缸之缸桿31，所述缸桿31頂端連結一壓塊32，所述缸桿31能夠沿著線性路徑上、下往復移動該壓塊32，而使壓塊32下壓及釋放儲存桶2之儲存槽21內的廢棄物(如圖5所示)。
該震動單元6設於殼體1內容置室10底部，且位於該儲存桶2底部，該震動單元6內包含有震動馬達，且儲存桶2底部能夠接觸震動單元6或擺放於震動單元6上，致使震動單元6能夠搖晃儲存桶2，俾使儲存桶2內廢棄物經由搖晃而向下方滑動而呈平整狀態。
該存量感測器4設於該殼體1之容置室10內，並位於儲存桶2之儲存槽21的槽口22上方近側，且電性連接所述壓縮單元3與震動單元6，該存量感測器4能夠感測儲存桶2內廢棄物的存量是否達到一預設高度，該存量感測器4於感測儲存桶2內廢棄物存量第一次達到該預設高度時，令震動單元4搖晃儲存桶2，並於第二次達到該預設高度時，令壓縮單元3驅使壓塊32下壓儲存桶2內的廢棄物。
實施時，該存量感測器4內可整合一計數器，以計數該存量感測器4感測到廢棄物存量達到預設高度的次數，該計數器於計數到第二次達到預設高度時歸零，以重新計數；該預設高度是指槽口22下方之儲存槽21內、與槽口22平齊或槽口22上方的高度位置，在本實施上可為槽口22上方近處。
該存量感測器4具有相對應的一發射元件41及一接收元件42，當儲存槽21內廢棄物堆積至槽口22時，位於儲存槽21槽口22之廢棄物能夠遮擋接收元件42接收發射元件41發出的訊號，令存量感測器4感測到儲存桶2內廢棄物存量已滿，而令壓縮單元3之壓塊32下壓儲存桶2內的廢棄物。
該冷藏單元5設於殼體1之容置室10頂部內壁，包含有壓縮機、冷凝器與風扇等，且冷藏單元5具有一連通所述殼體1之容置室10內部、儲存桶2與壓縮單元3的冷氣排放端51(如圖2及圖6所示)，該冷藏單元5經由排放端51供給冷氣由上而下平均分佈於殼體1之容置室10內，而使冷氣對流於所述殼體1之容置室10內部、儲存桶2與壓縮單元3之間，致使殼體1內各角落的冷氣溫度平均分佈，而使儲存桶2內廢棄物保持低溫狀態。
此外，上述儲存桶2、壓縮單元3、及存量感測器4也可實施成複數組，以利增加垃圾儲存量或是垃圾分類等功用。
藉由上述構件組成，可供據以實施本創作，使用者可將垃圾與廢棄物逐一經由投入口11投入儲存桶2之儲存槽21內；期間，利用冷藏單元5保持儲存桶2內廢棄物於低溫狀態，且存量感測器4持續感測儲存桶2內廢棄物的存量是否達到預設高度。
當存量感測器4感測到儲存桶2內廢棄物存量第一次達到該預設高度時，令震動單元4短暫搖晃儲存桶2，使儲存桶2內廢棄物經由搖晃而向下方滑動，致使儲存槽21內垃圾與廢棄物呈平整狀態，而使廢棄物存量低於預設高度。
當存量感測器4感測到儲存桶2內廢棄物存量第二次達到該預設高度時，令壓縮單元3之所述缸桿31驅動壓塊32下移進入儲存槽21，致使壓塊32由上而下壓縮儲存槽21內的廢棄物，而使廢棄物存量低於預設高度；該儲存槽21內的廢棄物接受壓縮單元3之壓塊32壓縮後，繼續儲存於儲存桶2內。
藉由上述，可將瓶、罐或鋁薄包等可回收廢棄物經由投入口11投入儲存桶2內，並於存量感測器4感測到儲存桶2內廢棄物存量已達到該預設高度時，令壓縮單元3驅使壓塊32由上而下壓縮儲存桶2內廢棄物，以減少垃圾或廢棄物本身的體積，特別是如寶特瓶或紙箱等本身體積較大之資源回收廢棄物，進而增加儲存桶2的儲存容量與減少垃圾的清運次數。
並利用冷藏單元5提供冷氣至殼體1內部各角落，俾使殼體1內各角落的冷氣溫度平均分佈，致使儲存於儲存桶2內含有水分之垃圾或廚餘得以冷藏，以防止垃圾或廚餘產生惡臭氣味與滋生病媒蚊而造成環境污染。
值得一提的是，採用震動單元6搖晃儲存桶2的方式，使儲存槽21內垃圾與廢棄物呈平整狀態，可增加垃圾與廢棄物的儲存量。
且當儲存桶2的儲存量滿載時，清運人員即可經由殼體1一側的出入口12將儲存桶2搬運而出，以利傾倒儲存桶2內經壓縮過後的垃圾或是廢棄物。據此，以達到廢棄物減量與維持環境衛生的目的。
以下進一步說明本創作之其他實施方式：
為收集儲存桶2內廢棄物所產生的污水，該儲存桶2底部形成有複數漏水孔23，且儲存桶2之漏水孔23下方設有一集水盤7，該集水盤7能夠經由所述漏水孔23承接儲存桶2內廢棄物產生的污水；該集水盤7端側設有一延伸至外界的排水管71，能夠將集水盤7內集滿的污水排流至外界。
該儲存槽21之槽底亦可形成一朝向上方的傾斜面24，能夠導引廢棄物所產生的污水匯流至儲存槽21槽底，而流入該漏水孔23。
相較於先前技術，本創作利用存量感測器4持續感測廢棄物存量，而自動判斷令壓縮單元3壓縮廢棄物的時機，並利用冷藏單元5保持廢棄物於低溫狀態；如此，能夠減少垃圾或廢棄物本身的體積而增加儲存容量，並使壓縮過後的垃圾或廢棄物因低溫而不致產生噁臭氣味或滋生蚊蠅而造成二次污染，以達到垃圾減量、環保、節省人力與保持周圍環境清潔之目的。
綜上所陳，僅為本創作之較佳實施例而已，並非用以限定本創作；凡其他未脫離本創作所揭示之精神下而完成的等效修飾或置換，均應包含於後述申請專利範圍內。

Referring to FIG. 1 , a perspective view of a preferred embodiment of the present invention is disclosed, and the automatic induction waste compression refrigerator of the present invention is described with reference to FIG. 2 , which comprises a casing 1 , a storage bucket 2 , and a compression unit 3 . a vibration unit 6, a stock sensor 4, and a refrigeration unit 5; wherein:
The housing 1 has an accommodating chamber 10 therein, and at least one waste input port 11 and an inlet and outlet 12 that communicate with the accommodating chamber 10 are disposed on the outer side of the housing 1. The input port 11 can supply waste for storage. In the chamber 10, the inlet and outlet 12 can supply cleaning personnel into and out of the accommodating chamber 10.
The input port 11 is provided with a cover plate 13 which can open and close the input port 11 (as shown in FIG. 3 and FIG. 4). The doorway 12 is provided with a door panel 14 which can open and close the inlet and outlet 12 ( As shown in Figure 7).
The storage tub 2 is disposed inside the accommodating chamber 10 of the casing 1 and is located below the input port 11 . The storage tub 2 has a storage slot 21 open upward, and the input port 11 communicates with the storage bucket 2 . The tank 21 allows waste to enter the accommodating chamber 10 via the inlet port 11 and into the storage tank 21 of the storage tub 2.
The compression unit 3 is disposed at the top of the accommodating chamber 10 of the casing 1 and is located at an opposite end of the storage tank 21 of the storage tub 2. The compression unit 3 has a cylinder rod 31 having at least one hydraulic cylinder at the bottom. A pressure block 32 is coupled to the top end of the cylinder rod 31. The cylinder rod 31 can reciprocally move the pressure block 32 up and down along a linear path, and the pressure block 32 is pressed down and the waste in the storage tank 21 of the storage tank 2 is released. (As shown in Figure 5).
The vibration unit 6 is disposed at the bottom of the housing 10 of the housing 1 and is located at the bottom of the storage tub 2. The vibration unit 6 includes a vibration motor, and the bottom of the storage bucket 2 can contact the vibration unit 6 or be placed on the vibration unit 6. The vibration unit 6 is caused to shake the storage tub 2, so that the waste in the storage tub 2 slides downward and is flattened by shaking.
The storage sensor 4 is disposed in the accommodating chamber 10 of the housing 1 and is located on the near side of the slot 22 of the storage slot 21 of the storage tub 2, and is electrically connected to the compression unit 3 and the vibration unit 6. The inventory sensor 4 is capable of sensing whether the inventory of the waste in the storage tub 2 reaches a predetermined height, and the inventory sensor 4 senses that the amount of waste in the storage bucket 2 reaches the preset height for the first time. The vibration unit 4 is caused to shake the storage tub 2, and when the preset height is reached for the second time, the compression unit 3 is caused to urge the pressing block 32 to press the waste in the storage tub 2.
In the implementation, a counter can be integrated into the inventory sensor 4 to count the number of times the inventory sensor 4 senses that the waste inventory reaches a preset height, and the counter returns to the preset height when the second time is reached. Zero, to recount; the preset height refers to the height position in the storage tank 21 below the notch 22, flush with the notch 22 or above the notch 22. In this embodiment, it may be near the notch 22.
The stock sensor 4 has a corresponding transmitting element 41 and a receiving element 42. When the waste in the storage tank 21 is accumulated to the notch 22, the waste located in the notch 22 of the storage tank 21 can block the receiving component 42 from receiving. The signal from the transmitting component 41 causes the stock sensor 4 to sense that the waste stock in the storage tub 2 is full, and the compact 32 of the compressing unit 3 presses the waste in the storage tub 2.
The refrigerating unit 5 is disposed on the inner wall of the top of the accommodating chamber 10 of the casing 1, and includes a compressor, a condenser, a fan, and the like, and the refrigerating unit 5 has a storage compartment 10 communicating with the casing 1 and a storage tub. 2 and the cold air discharge end 51 of the compression unit 3 (as shown in FIG. 2 and FIG. 6), the refrigeration unit 5 supplies cold air to the accommodation chamber 10 of the casing 1 through the discharge end 51, and the cold air is evenly distributed from the top to the bottom. The cold air converges between the inside of the accommodating chamber 10 of the casing 1 and between the storage tub 2 and the compression unit 3, so that the temperature of the cold air in each corner of the casing 1 is evenly distributed, and the waste in the storage tub 2 is kept at a low temperature.
In addition, the storage bucket 2, the compression unit 3, and the inventory sensor 4 can also be implemented as a complex array to increase the amount of garbage storage or garbage classification.
By the above-mentioned component composition, the user can implement the creation, and the user can put the garbage and the waste into the storage tank 21 of the storage tub 2 through the input port 11 one by one; during this period, the waste in the storage tub 2 is kept by the refrigeration unit 5 In the low temperature state, the stock sensor 4 continuously senses whether the stock of waste in the storage tub 2 reaches a preset height.
When the stock sensor 4 senses that the amount of waste in the storage tub 2 reaches the preset height for the first time, the shock unit 4 temporarily shakes the storage tub 2, so that the waste in the storage tub 2 slides downward by shaking. The garbage and waste in the storage tank 21 are leveled, and the waste stock is lower than the preset height.
When the stock sensor 4 senses that the waste stock in the storage tank 2 reaches the preset height for the second time, the cylinder rod 31 of the compression unit 3 drives the pressure block 32 to move down into the storage tank 21, causing the pressure block to be pressed. 32 compressing the waste in the storage tank 21 from top to bottom, so that the waste stock is lower than the preset height; the waste in the storage tank 21 is compressed by the compact 32 of the compression unit 3, and then stored in the storage tank 2 Inside.
By the above, the recyclable waste such as a bottle, a can or an aluminum thin bag can be put into the storage tub 2 through the input port 11, and the stock sensor 4 senses that the waste stock in the storage tub 2 has reached the preset. At the height, the compression unit 3 is driven to press the compact 32 from the top to the bottom to compress the waste in the storage tank 2, so as to reduce the volume of the garbage or the waste itself, especially the large-capacity resource such as the PET bottle or the carton. The object, in turn, increases the storage capacity of the storage bin 2 and reduces the number of garbage removals.
The refrigeration unit 5 is used to provide cold air to the inner corners of the casing 1 so that the temperature of the cold air in each corner of the casing 1 is evenly distributed, so that the garbage or kitchen waste stored in the storage tank 2 can be refrigerated to prevent garbage or The kitchen waste produces a foul odor and breeds mosquitoes that cause environmental pollution.
It is worth mentioning that the vibration unit 6 shakes the storage tub 2 to make the garbage and waste in the storage tank 21 flat, which can increase the storage amount of garbage and waste.
When the storage capacity of the storage tub 2 is full, the clearing personnel can carry out the storage tub 2 through the inlet and outlet 12 on the side of the casing 1 to facilitate dumping of the compressed garbage or waste in the storage tub 2. Accordingly, in order to achieve waste reduction and environmental sanitation.
Further implementations of this creation are further described below:
In order to collect the sewage generated by the waste in the storage tank 2, a plurality of water leakage holes 23 are formed at the bottom of the storage tank 2, and a water collecting tray 7 is disposed below the water leakage hole 23 of the storage tank 2, and the water collecting tray 7 can pass through the water leakage hole. 23 The sewage generated by the waste in the storage tank 2 is taken; the end of the water collecting tray 7 is provided with a drain pipe 71 extending to the outside, and the sewage accumulated in the water collecting tray 7 can be discharged to the outside.
The bottom of the tank of the storage tank 21 can also form an upwardly inclined surface 24, which can guide the sewage generated by the waste to flow to the bottom of the storage tank 21 and flow into the leak hole 23.
Compared with the prior art, the present invention uses the stock sensor 4 to continuously sense the waste inventory, and automatically determines the timing at which the compression unit 3 compresses the waste, and uses the refrigeration unit 5 to keep the waste in a low temperature state; thus, it is possible to reduce The volume of garbage or waste itself increases the storage capacity, and the compressed garbage or waste will cause secondary pollution due to low temperature without causing odor or breeding of mosquitoes and flies, so as to achieve waste reduction, environmental protection, labor saving and maintenance. The purpose of the surrounding environment is clean.
In summary, it is only a preferred embodiment of the present invention, and is not intended to limit the present invention; any equivalent modification or replacement that is not done in the spirit of the present disclosure should be included in the patent application described later. Within the scope.

1‧‧‧殼體
10‧‧‧容置室
11‧‧‧投入口
12‧‧‧出入口
13‧‧‧蓋板
14‧‧‧門板
2‧‧‧儲存桶
21‧‧‧儲存槽
22‧‧‧槽口
23‧‧‧漏水孔
24‧‧‧傾斜面
3‧‧‧壓縮單元
31‧‧‧缸桿
32‧‧‧壓塊
4‧‧‧存量感測器
41‧‧‧發射元件
42‧‧‧接收元件
5‧‧‧冷藏單元
51‧‧‧排放端
6‧‧‧震動單元
7‧‧‧集水盤
71‧‧‧排水管1‧‧‧shell
10‧‧‧ housing room
11‧‧‧ Input
12‧‧‧ Entrance
13‧‧‧ Cover
14‧‧‧ Door panel
2‧‧‧ storage bucket
21‧‧‧ storage tank
22‧‧‧ notch
23‧‧‧ leaking holes
24‧‧‧ sloped surface
3‧‧‧Compression unit
31‧‧‧Cylinder rod
32‧‧‧Clamps
4‧‧‧ stock sensor
41‧‧‧Transmission components
42‧‧‧ receiving components
5‧‧‧Refrigeration unit
51‧‧‧ discharge end
6‧‧‧Vibration unit
7‧‧‧Water collecting tray
71‧‧‧Drainage pipe

圖1是本創作較佳實施例的立體圖；
圖2是圖1的側視剖示圖；
圖3是圖1的一使用狀態立體圖；
圖4是圖2的局部放大剖示圖；
圖5是圖4的一使用狀態剖示圖；
圖6是圖1的另一使用狀態立體圖；
圖7是圖1的又一使用狀態立體圖。

Figure 1 is a perspective view of a preferred embodiment of the present invention;
Figure 2 is a side cross-sectional view of Figure 1;
Figure 3 is a perspective view of a use state of Figure 1;
Figure 4 is a partial enlarged cross-sectional view of Figure 2;
Figure 5 is a cross-sectional view showing a state of use of Figure 4;
Figure 6 is a perspective view of another use state of Figure 1;
Fig. 7 is a perspective view showing still another use state of Fig. 1.

1‧‧‧殼體 1‧‧‧shell

11‧‧‧投入口 11‧‧‧ Input

12‧‧‧出入口 12‧‧‧ Entrance

13‧‧‧蓋板 13‧‧‧ Cover

14‧‧‧門板 14‧‧‧ Door panel

2‧‧‧儲存桶 2‧‧‧ storage bucket

21‧‧‧儲存槽 21‧‧‧ storage tank

3‧‧‧壓縮單元 3‧‧‧Compression unit

31‧‧‧缸桿 31‧‧‧Cylinder rod

32‧‧‧壓塊 32‧‧‧Clamps

5‧‧‧冷藏單元 5‧‧‧Refrigeration unit

6‧‧‧震動單元 6‧‧‧Vibration unit

Claims

An automatic inductive waste compression refrigerator comprising:
a casing having a side inlet for supplying waste and an inlet and outlet;
a storage bin is disposed in the housing, the input port is connected to the storage tub, so that waste can fall into the storage tub;
a compression unit, disposed in the casing and located at an opposite end of the storage tank, having a compact that can press and release the waste in the storage tank along a linear path;
a vibration unit disposed in the casing and located at the bottom of the storage tub, capable of shaking the storage tub to make the waste in the storage tub be flat;
An inventory sensor is disposed in the housing and located on the side of the storage tub, and is electrically connected to the compression unit and the vibration unit, and the inventory sensor can sense whether the inventory of the waste in the storage bucket reaches one a preset height, when the sensing waste stock reaches the preset height for the first time, causing the vibration unit to shake the storage bucket, and when the preset height is reached for the second time, the compression unit drives the compaction block Pressing the waste in the storage tank; and a refrigerating unit, disposed on the inner wall of the casing, has a cold air discharge end connecting the interior of the casing, the storage tub and the compression unit, and the refrigeration unit supplies cold air to the convection via the discharge end The inside of the casing, between the storage tub and the compression unit, keeps the waste in the storage tank at a low temperature.

The automatic induction waste compression refrigerator according to claim 1, wherein the refrigeration unit is disposed on an inner wall of the top of the casing.

The automatic inductive waste compression refrigerator according to claim 1, wherein a water collecting tray is disposed under the storage tank to receive sewage generated by the waste in the storage tank.

The automatic induction waste compression refrigerator according to claim 3, wherein the water collection tray has a drain pipe extending to the outside.

The automatic inductive waste compression refrigerator according to claim 1, wherein the storage tub has a storage tank, and the bottom of the storage tank forms an inclined surface.