CN2573102Y

CN2573102Y - Improvement on metal residue treating machine

Info

Publication number: CN2573102Y
Application number: CN02260759U
Authority: CN
Inventors: 茅轰义
Original assignee: Individual
Current assignee: Individual
Priority date: 2002-10-17
Filing date: 2002-10-17
Publication date: 2003-09-17
Anticipated expiration: 2012-10-17

Abstract

The utility model relates to an improvement of a rice residue treating machine, which mainly comprises at least two fermentation tanks. The bottom ends of the fermentation tanks are provided with a heating chamber. An inlet of the first fermentation tank is provided with a pulper. Gate devices arranged between the fermentation tanks are respectively driven by a power element, so the gate devices can be respectively controlled to open or not for achieving the purpose of controlling the fermentation time. The gate devices can be opened in the vertical direction or the horizontal direction or can be opened in the mode of a spiral duct. In addition, the tank bottom of at least one of the fermentation tanks is provided with a filter screen for the derivation of oil and water. Thereby, the treating benefits of the rice residue treating machine can be improved, and the efficiency of the rice residue treating machine can be raised.

Description

The improvement of meal slag handler

Affiliated technical field

The utility model relates to meal slag handler, refers to the target of a casket door one dynamical element control especially, and bottom land is provided with the meal slag handler of filtering net.

Background technology

Meal slag handler is in the life of high day by day materialization now, received gradually environmental protection treatment facility, because of its true tool is handled real benefit, can be with the food residue in our daily life through being fermented into organic fertilizer, to reduce the pollution and the environmental burden of environment, especially show especially in the many living environments of people that its benefit is (as school, factory, army), industry also has this type of facility to occur, and those commonly use facility, its exposure has the lifting control casket door of each fermenter discharge port, but it only utilizes single dynamical element (motor) to drive other casket doors compositions in the latticing mode, therefore, causes actual facility to be subjected to this dynamical element in the unlatching of casket door, the control of controlling box, the first casket door is opened, when closing, the 3rd casket door promptly must be opened simultaneously, close that (the second casket Men Ze closes, open, suitable opposite), but in the actual operation process, first, three casket door not necessity is opened synchronously or is closed, because the heating fermentation time of each fermenter may not be identical, therefore, in the practice running, shortcoming is arranged.

Summary of the invention

The purpose of this utility model is to provide a kind of true tool to handle the improvement of the meal slag handler of benefit, each casket door gear is driven by a dynamical element, but and the set-up mode level to, uprightly to, and can be for it by the mode of spiral duct, can filtering net be set at bottom land again, so that the improved structure of the easier derivation of profit.

The improvement of meal slag handler of the present utility model, the fermenter that mainly comprises at least two grooves, fermenter bottom tool one heating chamber, first groove inlet has a pulper, each is driven the casket door gear that is provided with between fermenter by a dynamical element, make the control of each casket door whether open that each is irrelevant, to reach the purpose of certain control fermentation time, and the casket door gear can be uprightly to, level to opening ways, mode that again can spiral duct for it, in addition, the bottom land of at least one fermenter has filtering net, is more conducive to the derivation of profit.

The utility model has the advantages that: the start-up control of electric control box, the dynamical element of each casket door gear can independently separately be operated, the fermentation time that makes each groove chamber is independently controlled separately and is reached the actual operation needs, and be provided with filtering net in groove bottom, make profit be collected outflow thus easily, overcome the shortcoming of commonly using.

Description of drawings

Fig. 1 is the utility model preferred embodiment stereographic map.

Fig. 2 is the utility model preferred embodiment partial structure front view.

Fig. 3 is the utility model preferred embodiment casket door gear plan structure figure.

Fig. 4 makes cardon for the utility model preferred embodiment casket door gear side-looking structure.(uprightly to)

Fig. 5 is another structure side view of the utility model casket door gear.(level to)

Fig. 6 is another embodiment stereographic map of the utility model.

Fig. 7 is the utility model casket door gear structural representation again.

Fig. 8 is the utility model filter structure embodiment stereographic map.

The drawing reference numeral explanation:

1-fermenter; 11-pulper;

12-discharge port; 13-agitator;

14-feeding mouth; 15-track;

16-perforation; 17-capping;

18-spaced walls; 2-heating chamber;

4-casket door gear; 41-dynamical element;

42-transmission component; 43-door sheet;

44-spiral duct; 441-axostylus axostyle;

442-spiral guide sheet; 443-fixed link;

5-filtering net; 51-saddle;

52-opening;

Embodiment:

See also accompanying drawing 1, shown in 2, the improved structure of meal slag handler of the present utility model, mainly comprise: the fermenter 1 more than at least two (herein among the figure be example with four grooves), one heating chamber 2 and electric control box (PLC, not shown in the figures), heating chamber 2 is in the bottom of fermenter 1, its inside is installed with water, after utilizing heater heats, in order to the heat of fermentation to be provided, the inlet of first fermenter 1 has pulper 11, be provided with discharge port 12 at last fermenter 1, in each fermenter 1, have agitator 13, except that first fermenter 1, each fermenter 1 has feeding mouth 14 and opens and closes the casket door gear 4 of feeding mouth, feeding mouth 14, casket door gear 4 can be located at the spaced walls 18 between per two fermenters 1, and casket door gear 4 is by dynamical element 41, electric control box is controlled, and the utility model is mainly improved and is:

Each casket door gear 4 comprises a dynamical element 41, transmission component 42 and a sheet 43 (are consulted Fig. 1,2,4) and each dynamical element 41 controlled by electric control box (PLC), dynamical element 41 can be motor, pneumatic element or oil pressure element all can, in view of the above, the meal slag fermentation time of each groove chamber can independently be controlled, Fig. 2 wherein, embodiment shown in 4, casket door gear 4 can be a sheet 43 and controlled by the transmission component 42 of dynamical element 41, feeding mouth 14 sides of fermenter 1 are provided with track 15 (see figure 3)s to the sheet 43 of answering the door,, door sheet 43 constitutes the displacement foundation for penetrating, Fig. 4 and for example, 5, the door sheet 43 of this casket door gear 4 can be uprightly all can to the start of (Fig. 5) to (Fig. 4) or level.Again as shown in Figure 6, feeding mouth 14, casket door gear 4 also can be located at the side wall place between the adjacent fermenter 1, promptly fermenter 1 in twos in abutting connection with side-walls, its each be communicated with go into, discharge port, only be provided with capping 17 in its outside.

In addition, as shown in Figure 7, casket door gear 4 also can be a spiral duct 44 and controlled by the transmission component 42 of dynamical element 41, spiral duct 44 is that an axostylus axostyle 441 outsides are connected with spiral guide sheet 442, use and cover feeding mouth 14 (seeing it), can carry the meal slag to enter another fermenter 1 when reaching dynamical element 41 starts, Figure 7 shows that spiral duct 44 levels wear the tectonic type of feeding mouth 14 by side direction, one end of axostylus axostyle 441 is subjected to transmission component 42 in succession, and side can utilize a fixed link 443 to accept firmly in addition.Certainly, this tectonic type that utilizes spiral duct 44 also applicable to fermenter 1 in twos in abutting connection with side-walls.

Moreover, shown in Fig. 1,2,6, the bottom land of fermenter 1 is provided with perforation 16 at least, and is connected with filtering net 5, in order to the derivation of profit, filtering net 5 is fixed in one and is on the saddle 51 of Qian shape, saddle 51 is fixed on the bottom side of fermenter 1, and promptly above heating chamber 2, its medial extremity (No Exit end) is closed, outboard end (exit end) tool opening 52 makes the profit of derivation flow out from opening; And for example shown in Figure 8, this filtering net 5 is provided with several, and the profit guiding of its saddle 51 comes together in a saddle 51 and goes out.Again as shown in Figure 6, this filtering net 5 also can add the outer side edges that is located at fermenter 1.

Above member is formed, when implementing, it starts regulation and control by electric control box, the dynamical element 41 of each casket door gear 4 can independently separately be operated, make a sheet 43 or spiral duct 44 starts and open or rotate, the meal slag of fermentation is sent in another fermenter 1, or control makes and opens and closes or do not rotate and form each groove not conducting of chamber, therefore, the fermentation time that can really reach each groove chamber is independently controlled separately, so that reach the needs of realistic fortune part, moreover, bottom surface, groove chamber has filtering net 5, profit can be collected since then easily draw off, and no longer includes the person of commonly using and must reach the shortcoming that level altitude just can draw off, therefore, the function of the true tool enhancement of the utility model actual effect is described.

Only the above person is the utility model preferred embodiment only, is not to be used for limiting the utility model to implement model figure.Be that all equalizations of being done according to the application's claim change and modification, be all claim of the present utility model and contain.

Claims

1, a kind of improvement of meal slag handler, comprise fermenter, a heating chamber and electric control box more than at least two, heating chamber is in the bottom of fermenter, in order to the heat of fermentation to be provided, the inlet of first fermenter has pulper, in the end a groove has discharge port, in each fermenter, has agitator, except that first fermenter, each fermenter has feeding mouth and opens and closes the casket door gear of feeding mouth, feeding mouth, casket door gear are located at the spaced walls between per two fermenters, and the casket door gear is controlled by dynamical element, electric control box, it is characterized in that:

Each casket door gear is started by a dynamical element, and each dynamical element is controlled by electric control box, and the meal slag fermentation time of each groove chamber can independently be controlled.

2, the improvement of meal slag handler according to claim 1 is characterized in that: the casket door gear can be a sheet and controlled by the transmission component of dynamical element, and the feeding mouth side of fermenter can be provided with track to the sheet of answering the door.

3, the improvement of meal slag handler according to claim 1, it is characterized in that: the casket door gear also can be a spiral duct and controlled by the transmission component of dynamical element, spiral duct is that the axostylus axostyle outside is connected with spiral guide sheet, use and cover feeding mouth, carry the meal slag to enter another fermenter when reaching the dynamical element start.

4, the improvement of meal slag handler according to claim 3 is characterized in that: this spiral duct is the structure that level wears feeding mouth.

5, the improvement of meal slag handler according to claim 2 is characterized in that: the casket door gear the door sheet can be level to or uprightly to start.

6, the improvement of meal slag handler according to claim 1 is characterized in that: feeding mouth, casket door gear also can be located at the side wall place between adjacent fermenter.

7, the improvement of meal slag handler according to claim 6, it is characterized in that: the bottom land of fermenter is provided with a perforation at least, and affixed filtering net, filtering net is fixed on the saddle, saddle is fixed on the bottom side of fermenter, the medial extremity of saddle is sealing, and outboard end tool opening makes the profit of derivation flow out from opening.

8, the improvement of meal slag handler according to claim 6 is characterized in that: when the casket door gear is located between adjacent fermenter side wall place, be provided with capping in its outside.

9, the improvement of meal slag handler according to claim 7, it is characterized in that: filtering net also can add the outer side edges that is located at fermenter.

10, the improvement of meal slag handler according to claim 1 is characterized in that: dynamical element can be motor, pneumatic element or oil pressure element.