TWI724373B - Method for recycling organic fertilizer - Google Patents

Abstract

The invention provides a method for recycling organic fertilizer, including the steps of: (A) converting kitchen waste into fermented materials by using a kitchen waste processor; (B) forming organic fertilizer pellets by using a granulation unit of the kitchen waste processor; (C) delivering the organic fertilizer pellets to a recycling device by a first user; (D) calculating the organic fertilizer pellets by the recycling device; (E) transmitting the calculated value to a remote recycling server, in which the remote recycling server further adds the calculated value to a value of a recycling point corresponding to the first user. Thereby, people are encouraged to recycle their kitchen waste.

Description

Organic fertilizer recovery method

The present invention relates to a recycling method, in particular to a recycling method of organic fertilizer.

According to statistics, Taiwan can produce about 6,100 tons of food waste every day, of which about 3,000 tons are recycled through the food waste recycling system by its own households. Of the food waste recovered, 1,500 tons are used by the pig industry, 450 tons are used as compost, and the remaining is about 1,000. Dayton’s food waste is incinerated or buried in a waste treatment plant, which shows that the existing food waste recovery system is inefficient.

In addition, the existing food waste recycling policy has its shortcomings. The designated food waste buckets are usually messy, which will affect the people’s willingness to recycle food waste. It is also easy to put plastic bags and other containers containing food waste directly into the kitchen. Waste buckets, the recovered food waste needs to be processed further to separate non-food waste.

In addition, based on the needs of epidemic prevention, the pig industry has begun to promote the policy of banning food waste. After the introduction of this policy, a large amount of food waste has nowhere to go, but can only be treated as general waste through garbage treatment plants. , The resources that can be converted are therefore wasted significantly.

In view of this, the purpose of the present invention is to provide another recycling method that can recycle food waste.

In order to achieve the above and other objectives, the present invention provides an organic fertilizer recovery method, including the following steps: (A) using a food waste processor to convert the food waste to be processed into decomposed substances; (B) using a part of the food waste processor The granulation unit compresses the decomposed material into organic fertilizer ingots; (C) a first user puts at least one organic fertilizer ingot into a recycling device; (D) uses the recycling device to measure the organic fertilizer ingot; (E) ) The recycling device transmits the measured value to a remote recycling server, and the remote recycling server further accumulates the transmitted measured value to the value of the recycling points corresponding to the first user.

In order to achieve the above and other objectives, the present invention also provides an organic fertilizer recovery method, including the following steps: (A) using a food waste processor to convert the food waste to be processed into decomposed substances; (B) using a kitchen waste processor The granulation unit compresses the decomposed material into organic fertilizer ingots; (C) a first user puts at least one organic fertilizer ingot into a recycling device; (D) uses the recycling device to measure the organic fertilizer ingot; (E) recovers The device transmits and accumulates the measured value to a cumulative value corresponding to a recycling application of a smart device of the first user.

In this way, the general public can convert household kitchen waste into organic fertilizer ingots through a kitchen waste processor, and the recycling equipment provides a point mechanism to encourage the general public to recycle organic fertilizer ingots. In this way, household kitchen waste is properly treated as a resource, and after it is recycled, organic fertilizer ingots can be used in farming. This can reduce the burden of incineration or landfill treatment in garbage treatment plants, and at the same time avoid the application of kitchen waste to animal husbandry. The problem of loopholes in epidemic prevention has arisen from the

The present invention relates to a method for converting food waste resources into organic fertilizers and recycling them. Please refer to Figures 1 to 4. In one of the embodiments, the equipment involved includes a food waste processor 10 and a first user’s The smart device 20, a recycling device 30, and a remote recycling server 40. The smart device 20 can be, for example, a device with a screen and computing capability, such as a smart phone, a PDA, or a tablet computer.

In one of the possible implementation manners, the organic fertilizer recovery method includes the following steps:

(A) Use a food waste processor to convert the food waste to be processed into decomposed substances;

(B) Using a granulation unit of the food waste processor to compress the decomposed substance into organic fertilizer ingots;

(C) A first user puts at least one of the organic fertilizer ingots into a recycling facility;

(D) Use the recycling equipment to measure the organic fertilizer ingots;

(E) The recovery device sends the measured value to a remote recovery server, and the remote recovery server further accumulates the sent measured value to a value corresponding to the first user's recovery points .

As shown in Figures 1 to 3, in one of the possible implementations, the food waste processor 10 includes a housing 11, a food waste storage tank 12, a crusher 13, a decomposing promotion ingot dispenser 14, a The decomposed tank 15, a controller, a granulation unit 17, and a collection box 18.

The food waste storage tank 12 is used for carrying food waste, the crusher 13 is located below the food waste storage tank 12, and the maturity promotion ingot dispenser 14 is used for storing a plurality of maturity promotion ingots 141 for directing the decomposition promotion ingots 141 toward the crusher 13 Put in, the crusher 13 is used to crush the kitchen waste and the maturity promotion ingot 141. The decomposing tank 15 is used for the broken kitchen waste and the decomposing promotion ingot to be decomposed and processed into decomposed substances in the decomposing tank. The controller is electrically connected to the breaker 13 and the maturity-promoting ingot dispenser 14, for controlling the maturity-promoting ingot dispenser 14 to drop the maturity-promoting ingot 141 into the crusher 13 and start the crusher 13 to add the decomposing-promoting ingot broken. The granulation unit 17 is used to compress the decomposed material into granular or ingot-shaped organic fertilizer ingots 171, and the collection box 18 is used to collect the organic fertilizer ingots 171.

The first user is, for example, the owner or operator of a kitchen waste processor. After the organic fertilizer ingots 171 are produced, the first user can decide to put the organic fertilizer ingots into the recycling equipment 30. The recycling equipment 30 can be installed in a community or office, for example. Building garbage dumps, entrances of public and private institutions (such as convenience stores), schools and other places are convenient for users to recycle.

In order to confirm the identity of the sender, in the aforementioned step (C), the recovery device 30 may also exchange identification information with the smart device 20 of the first user. In one of the possible ways of use, the recycling device 30 provides identification information such as a QR code and RFID, and the first user uses the smart device 20 to read the identification information, so that the smart device 20 can identify the recycling device 30. In another possible way of use, the smart device 20 provides identification information such as a QR code, RFID, etc., and the recycling device can read the identification information, so that the recycling device 30 can identify the smart device. In a possible implementation, after the smart device 20 and the recycling device 30 are identified, they form a wired or wireless signal connection during at least a part of the time from steps (C) to (E). In a possible implementation, after the wired or wireless signal connection is formed, one of the smart device 20 and the recycling device 30 can communicate with the remote recycling server 40 via the Internet or local area network through the other. Connected. At this time, as long as one of the smart device 20 and the recovery device 30 has the ability to connect to the Internet, it can connect to the remote recovery server 40.

In step (D), the recycling device 30 measures the organic fertilizer ingots, such as measuring its individual weight, total weight or total quantity; in a possible implementation, the recycling device 30 can also detect the properties of the organic fertilizer ingots. In order to detect whether the input of the first user is indeed the organic fertilizer ingot acceptable to the recycling equipment 30. For example, the food waste processor will give the organic fertilizer ingots an identifying element when granulating, and the recycling device 30 will detect whether the items put in by the first user contain the identifying element before, during or after the measurement; if If there is, the measured result will be recognized; if not, the measured result will not be recognized, and the input items will be returned, destroyed or discarded.

In one of the possible implementations, the recovery device 30 sends the measured value directly or through the smart device 20 to the remote recovery server 40, and the remote server 40 accumulates the sent value to the corresponding first The value of the user's reclaimed points; after that, the remote server 40 also transmits and updates the accumulated value of the reclaimed points to an accumulated value corresponding to a reclaimed application of the smart device 20, so that the first use The person can know the accumulated number of points on his smart device.

In another possible implementation, step (E) is changed to: the recovery device 30 directly transmits and accumulates the measured value to the cumulative value corresponding to the recovery application of the smart device 20, and the first user can obtain The number of accumulated points is known; in addition, the smart device 20 may further transmit the accumulated accumulated value to the remote recovery server 40, so that the remote recovery server 40 synchronizes its recovered point value.

The program operations involved in the above step (E) may be executed by at least one of smart devices, recycling equipment, remote recycling servers, and other cloud computing devices.

In a possible implementation manner, the remote recovery server may disclose the number of organic fertilizer ingots collected by it for subscription by other second users.

In a possible implementation manner, the third user can upload the agricultural product information to the remote recycling server, and the first user can use the equivalent consideration including but not limited to the recycling points to send purchases to the remote recycling server. The message of the agricultural product.

It can be seen from the above-mentioned embodiments that the organic fertilizer recycling method provided by the present invention not only encourages the general public to turn food waste resources into organic fertilizer ingots, but also encourages its recycling, so that the remote recycling server becomes a bridge between the general public and the farmers of the origin. The platform allows farmers in the producing area to obtain organic fertilizers at a lower cost, and the general public can also obtain agricultural products at a lower cost, thereby forming an efficient food waste recycling and recycling system.

10: Food waste processor 11: Chassis 12: Food waste storage tank 13: Breaker 14: Decomposition promotion ingot dispenser 141: Decomposition Promoting Ingot 15: decomposed tank 17: Granulation unit 171: Organic Fertilizer Ingot 18: Collection box 20: Smart device 30: Recycling equipment 40: Remote recovery server

Figures 1 to 3 are schematic cross-sectional views of a food waste processing machine according to one of the embodiments of the present invention.

Figure 4 is a schematic diagram of the signal connection state involved in one of the embodiments of the present invention.

20: Smart device

30: Recycling equipment

40: Remote recovery server

Claims (7)

An organic fertilizer recovery method includes the following steps: (A) using a food waste processor to convert the food waste to be processed into decomposed substances; (B) using a granulation unit of the food waste processor to compress the decomposed substances into Organic fertilizer ingots; (C) A first user puts at least one of the organic fertilizer ingots into a recycling device, wherein the first user is the public; (D) Using the recycling device to measure the organic fertilizer ingots (E) The recovery device sends the measured value to a remote recovery server, and the remote recovery server further accumulates the transferred value of the measurement to the value corresponding to the first user's recovery points value. The organic fertilizer recovery method according to claim 1, wherein in step (E), the recovery device transmits the measured value to the remote recovery server through a smart device of the first user. According to the organic fertilizer recovery method described in claim 2, the remote recovery server further transmits and updates the value of the accumulated recovery points to an accumulated value corresponding to a recovery application of the smart device. The organic fertilizer recycling method according to claim 1, wherein in step (C), the recycling equipment exchanges identification information with a smart device of the first user. An organic fertilizer recovery method includes the following steps: (A) using a food waste processor to convert the food waste to be processed into decomposed substances; (B) using a granulation unit of the food waste processor to compress the decomposed substances into Organic fertilizer ingots; (C) A first user puts at least one of the organic fertilizer ingots into a recycling device, wherein the first user is the public; (D) Use the recycling device to measure the organic fertilizer ingot; (E) The recycling device transmits and accumulates the measured value to a cumulative value corresponding to a recycling application of a smart device of the first user value. The organic fertilizer recovery method according to claim 5, wherein the smart device further transmits the accumulated accumulated value to a remote recovery server. The organic fertilizer recycling method according to claim 5, wherein in step (C), the recycling equipment exchanges identification information with a smart device of the first user.

Images