JPS5884193A - Animal waste treating device - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention is a fIkψ vehicle, i.e., an i# vehicle which is not used as an II public vehicle in the eastern part of town.

Concerning intestinal and storm processing equipment.

Animal death@11 substances (hereinafter referred to as raw materials) are proteins,
Since it is mainly composed of lipids, carbohydrates, and minerals, it is effective as a fertilizer or soil conditioner. However, if they are used as is or left unattended, they emit a bad odor and also breed maggots and bacteria, which poses a great problem in terms of public health, so various treatment devices have been devised. Incinerators require a large amount of combustion because the raw material is about 70% water by weight, and drying in the sun or with fire to remove this water has the disadvantage of causing secondary pollution comparable to leaving it unattended. there were. Viewing feces treatment method (patent registration number 799565)
It has a great effect on deodorizing and killing feces and turning it into fertilizer.
Moreover, this device is widely applied to the processing of other raw materials.

In other words, it consists of a raw material hopper, a chemical hopper, and a loss room. Various chemicals, mainly lime nitrogen, are added to the raw material from the raw material hopper from the chemical hopper, and then they are lost in the loss room. Lime nitrogen interacts with the water content of the raw material to generate high temperatures and also generates slaked lime and cyanamide, resulting in #cocoon, fertilizer, and deodorizing effects.

However, since the raw material contains a large amount of water, it has the disadvantage that a large amount of dehydrating agent such as sawdust is required to absorb this water. Although loose, coarse granules are suitable as fertilizers and X-ray soil conditioners, they have the drawback of being a hardened product due to the inconsistent amount of chemical input and mixing.

The present invention has been carried out in order to eliminate the above-mentioned drawbacks of the prior art, and it is an object of the present invention to provide an apparatus for disposing of raw animal waste that produces loose, coarse-grained reactants with a small amount of chemicals. purpose.

Hereinafter, an embodiment of the present invention shown in FIG. 1 and FIG. 2 will be described.
Motor 3. Heating jacket 4 on the outer periphery, socket 5 on the top,
The chemical hopper 7 has an outlet 6 at the bottom, a feed blade 8 built in, a Tanabata 9 with a feed blade II 8 on the outside, and a socket 10 at the top.
, and an outlet 11 at the bottom, the mixing reactor 12 has an inner stirring blade 13 and an outer stirring blade 13 motor 14 . It has a heating jacket 15 on the outer periphery, an inlet duct 16 on the upper side, and an outlet 17 on the lower side. The inlet duct 16 has an outlet 6.
11 is open.

The heat medium boiler 18 and the circulation pump 19 are connected to the heating jacket 4
．． 15 through pipes 20 and 21. The temperature control pulp 26, 27, 28, 29 is connected to the branch pipes 22, 23, 24, 25 of the pipe 21, and the temperature indicator control needle 30,
I will connect with 31, 32, and 33. At the outlet 17 there is a moisture meter 34.

The raw material that has been shredded in advance is put into the raw material hopper l from the socket 5, and the motor 3 is driven to send the raw material to the outlet 6 by the feed blade 2. On the other hand, the quicklime Ca confirmed in the pre-caulking test
Os Calcium chloride CaLLxs rif Disulfonic acid, silica Si 02, plants, perlite, etc. are mixed and adjusted in appropriate amounts, and the chemicals are put into the medicine hopper 7 from the socket IO, and the motor 9t is driven. At this time, motor 3.9
It shall start at the time of company regulations. The chemical is sent to the outlet 11 by the sending blade 8, and the chemical is sent to the receiving rod 16 at the same time as the raw material at the outlet 6.
The mixture is then charged into the mixing reactor 12. By operating the motor 14, the raw materials and the chemicals are sufficiently mixed and reacted, and the reaction product is stored from the outlet 17 into a container '6 (not shown).

At this point, the moisture content of the reaction product is measured using a moisture meter 34 provided at the outlet 17.

By comparing the moisture value obtained with the coarse grains, the motor 9 is controlled by an electric circuit provided separately, and the increase or decrease of the violet of the chemical introduced into the mixing reactor 12 is constantly adjusted. Automatically selected as drug trade 1 for main course ftII & management.

The following reactions are carried out in the mixing reaction. Quicklime Cabs reacts with water, generates a large amount of heat, and increases its volume.
b Ash Ca(LJ)i)s becomes chemical agent and fertilizer. Calcium chloride (CaCjl)Snow has strong hygroscopicity and becomes a dry vein. Lignosulfonic acid assists the mixing reaction as a penetrating agent and dispersing agent.

Silica Sing serves as a bulking agent, and herbal charcoal serves as a deodorizing agent. Pearlite is also called pearlite, and when it is crushed and heated, each ridge becomes larger and becomes porous, and together with silica, it contributes to the formation of coarse grains and reacts together! ii
I! 41 actions.

Considering the necessity of heating 16 in advance in order to carry out the mixing reaction, 11 is transferred from the heat medium boiler 18 to the circulation pump 191! heating jacket 4 via pipe 21.25. 1 degree of heating can be set by the temperature-movement valve 29 and the reset command-point hand 33. Compatibility of miscible reaction 1
In the 14th section, let's hit 151. Since the heating jacket 15 is divided into three parts, each section is divided into three parts. and Kayari pump 19 and pipe 20.Wl, 2
2.23.24 The heat transfer medium sent in 2.23.24 can be removed and the heating jacket 1503 section can be installed.

As explained above, the present invention has several effects.

(a) Instead of the Fuwa Arashi that mixes raw materials and chemicals, we have installed a mixed Fu reactor where they are mixed and reacted.

6 has young fruit that can produce the reaction product t-.

(b) , 110 heat jackets) and 110 heat jackets, respectively, and because they are installed in the mixing reactor, the mixing reaction, which conventionally depended only on the combination or amount of chemicals, can also be adjusted by heating. Increase effectiveness.

(C) Moisture Itl' is provided at the outlet of the chaotic reactor, and it is electrically linked with the motor of the chemical hopper to adjust the amount of chemical supply, and by using an appropriate amount of chemicals, the reaction products are uniformly coarse. It has a significant effect by retaining the granularity. Further, it has the effect of being able to fully automate the temperature control #F, the temperature control pulp, and the moisture meter by connecting them to the motor of the chemical hopper via an electric path or a computer.

The present invention provides a l1Ill l1Ill proboscis treatment device that supplies an appropriate amount of chemicals to a textured animal waste rR3 paste kept at an appropriate temperature and reacts to produce an effective fertilizer or soil conditioner. It comes out.

[Brief explanation of the drawing]

FIG. 1 is a configuration diagram showing one embodiment of the present invention, and FIG.
It is a figure seen from the @ side. l...Raw material hopper, 2.8...Feeding blade, 3,9°14...Motor, 4.15...Heating jacket, 6
゜11.17...Exit, 7...Medicine Hotsuno (,12
... Mixing reactor, 13... Stirring blade, 16... Socket duct, 18... Heat medium boiler, 19... Circulation pump, 34... Moisture needle. Patent applicant Hitoshi Matsuno Third Department Agent Patent attorney Mitsuyo Hori Figure 1 10 Figure 2 Procedural amendment (voluntary) January 3, 1980 Commissioner of the Japan Patent Office Shima 1) Spring IIWl l Display of case 1981 Patent Application No. 181740 2 Invention. Name ``ij'4 Relationship with the case of the person who is responsible for the amendment Patent applicant's address (residence) Tokyo! j6'*fKyo Mf621 Figure 1 Figure 2

Claims (1)

[Claims] A raw materials hopper having nine feed blades driven by a motor and a heating jacket on the outer periphery, a medicine hopper having a feed blade IN driven by a motor, and each of these two hoppers. A mixing reactor which is connected to the outlet via the inlet duct of the mixing reactor and has a stirring blade and a heating jacket on the outer periphery connected to the mixing reactor by a motor, and an outlet KW and the mixing reactor. Animal-based raw duck stock J611 storage O consisting of a moisture needle connected to the motor of the drug hopper via an electric circuit, a heat medium boiler that sends heat medium to the heating jacket, and a circulation pump.