CN202398605U

CN202398605U - Biochemical processor for organic refuses

Info

Publication number: CN202398605U
Application number: CN201120559686XU
Authority: CN
Inventors: 宋建国
Original assignee: BEIJING GREEN-ENERGY ENVIRONMENTAL ENGINEERING Co Ltd
Current assignee: Beijing Green Innovation Environment Technology Co., Ltd.
Priority date: 2011-12-28
Filing date: 2011-12-28
Publication date: 2012-08-29
Anticipated expiration: 2021-12-28

Abstract

The utility model provides a biochemical processor for organic refuses. The biochemical processor comprises a machine support, a reaction cavity located in the middle of the machine support, and respectively provided with a feed inlet and a discharge hole at the upper part and the bottom part of the reaction cavity, a control device located in the machine support, a heater located on the outer wall of the reaction cavity and connected with the control device, and a ventilation device located on the upper part of the reaction cavity and connected with the control device. Through providing the proper temperature for microorganisms in the reaction cavity of the biochemical processor for the organic refuses, the microorganisms keep good activity and reproductive capacity, kitchen wastes are easy to degrade and a refuse treatment process is more energy-saving and environmental-friendly.

Description

A kind of organic waste biochemical processor

Technical field

The utility model relates to streamline packing of product technical field, particularly a kind of organic waste biochemical processor.

Background technology

Progress along with technology of garbage disposal; Rubbish utilizes once more and begins to come into one's own; Utilize the microorganism organic waste of degrading; Making the energy-conserving and environment-protective more that become of garbage disposal process, how for these microorganisms that are used for the organic waste degraded provide the environment that is fit to its growth, breeding, is a problem demanding prompt solution.

The utility model content

For addressing the above problem, the utility model provides a kind of organic waste biochemical processor, and the environment of suitable its growth, breeding can be provided for storage microorganism within it, through these microorganisms, and the organic waste that degraded drops into.

The utility model embodiment provides a kind of organic waste biochemical processor, it is characterized in that, comprising: machine rack; Be positioned at the reaction cavity at said machine rack middle part, said reaction cavity top and bottom are provided with charging aperture and discharging opening respectively; Be positioned at the inner control device of said machine rack; Be positioned at the heater on the said reaction cavity outer wall, said heater is connected with said control device; Be positioned at the ventilation unit on said reaction cavity top, said ventilation unit is connected with said control device.

Through the environment in the reaction cavity of control organic waste biochemical processor; For the microorganism in it provides suitable life condition; Thereby make the microorganism in it keep good activity and fertility, be beneficial to the degraded of organic waste, and make the energy-conserving and environment-protective more of garbage disposal process.

Wherein, also comprise: be positioned at the odor removal on said reaction cavity top, said odor removal is connected with said ventilation unit.

Make the microorganism in it keep good activity and fertility, utilize the decomposition of changing food waste, make the energy-conserving and environment-protective more of garbage disposal process.Wherein, be provided with rotating shaft in the said reaction cavity, the stirrer gear more than is set on said rotating shaft at interval.

This shape is beneficial to the processing of organic waste, is convenient to the stirring of stirrer gear, and utilizes and use heater to heat.

Wherein, the inwall of said reaction cavity is provided with temperature measuring device.

Be convenient to control the environment of reaction cavity, the microorganism that is easy to wherein keeps good activity and fertility.

Wherein, said rotating shaft is connected with motor, through the said rotating shaft of motor interlock.

Through the Electric Machine Control rotating shaft, can realize forward and reverse rotation of rotating shaft, be beneficial to the stirring of organic waste and the discharge of the organic waste material after the degraded.

Wherein, also has heat-insulation layer in the outside of said heater around said reaction cavity.

Through heat-insulation layer being set, thereby be easy to keep the temperature in the reaction cavity, be easy to keep the microbial growth environment at the reaction cavity outer wall.

Wherein, also comprise the overtemperature protection module that is positioned on the said machine rack, said overtemperature protection module is connected with said control module and motor respectively.

Through the overtemperature protection module is set, be easier to the microbial growth environment in the protective reaction cavity, be more conducive to the degradation treatment of organic waste.

Wherein, also comprise the display module that is positioned on the said machine rack, said display module is connected with said control module.

Make environment and running parameter visualize more in the reaction cavity.

Wherein, also comprise the module that is provided with that is positioned on the said machine rack, the said module that is provided with is connected with said control module.

Through module is set, can different parameters be set according to different bacterial classifications, make waste biochemical processor more general.

Description of drawings

The structural representation of a kind of waste biochemical processor that Fig. 1 provides for the utility model embodiment;

Fig. 2 is the sketch map of the reaction cavity outer wall construction in embodiment illustrated in fig. 1.

The specific embodiment

The utility model embodiment provides a kind of organic waste biochemical processor; This organic waste biochemical processor is through providing the environmental condition of suitable its growth for the microorganism that is stored in reaction chamber, for example, and temperature; Make it keep higher activity and reproduction speed; Through these microbial degradation organic wastes, thereby reduced garbage emission, reduced pollution environment.

To combine accompanying drawing below, embodiment is described in detail to the utility model.Referring to Fig. 1 and Fig. 2, this waste biochemical processor comprises machine rack 100, reaction cavity 200, control device 300, heater 400 and ventilation unit 500 and odor removal 600, and this organic waste biochemical processor can use stainless steel material to make.

Reaction cavity 200 is a U type groove shape; Be positioned at the middle part of machine rack 100, the microbial degradation organic waste for the ease of in the reaction cavity 200 is provided with agitating device in the reaction cavity 200; This agitating device has rotating shaft; Be arranged at intervals with more than one stirrer gear on the rotating shaft, the jagged convexity that distributes on the stirrer gear is beneficial to the stirring of rubbish; The rotating shaft of this agitating device can be braked by chain gearing and decelerator, makes rotating shaft be rotated in the forward the interlock stirrer gear and the rubbish in the reaction cavity 200 is stirred or make the rubbish material in the rotating shaft reverse rotation interlock stirrer gear discharge reaction cavity 200.

In addition, can heater 400 be set on the outer wall of reaction cavity 200, for example; Be Electric radiant Heating Film; Heater 400 can cover on the lateral wall of reaction cavity 200, and for example, heater 400 can adopt Electric radiant Heating Film around on the lateral wall that is attached to reaction cavity 200.

On the lateral wall of reaction cavity 200, can have heat-insulation layer 230, this heat-insulation layer is covered in the outside of heater 400, is beneficial to the temperature of keeping in the reaction cavity 200.

Have charging aperture 210 on the top of reaction cavity 200, preferably, cover stainless steel faceplate on the upper end cover of U type reaction cavity; On the stainless steel faceplate of reaction cavity, charging aperture is set, but this charging aperture has the door body of folding, this Men Tiyi end fixes on the stainless steel faceplate through hinges fixing; Have handle on the door body,, can open and close charging aperture through handle and hinge; But opposite house body and reaction cavity 200 adopt gas spring device, make the opening and closing of charging aperture safer.

Has discharging opening 220 in the bottom of reaction cavity 200; The opening and closing of discharging opening 220 can be controlled through the electronics valve; This electronics valve is connected with control device 300, through this electronics valve, and the discharge of rubbish material in the control device 300 control reaction cavities 200.

Sidewall at reaction cavity 200 is provided with ventilation unit 500 and odor removal 600, and ventilation unit 500 can be controlled by valve, and this valve is connected with control device 300; Odor removal 600 can be connected with control device 300; Preferably, ventilation unit and odor removal are arranged on the top of reaction cavity 200, and ventilation unit 500 is used for to reaction cavity 200 fresh air being provided; Odor removal 600 is used to get rid of the waste gas of reaction cavity 200, and can remove the peculiar smell and the stink of reaction cavity 200.

This waste biochemical processor also comprises the temperature measuring device that is connected with control device 300, and temperature measuring device can be arranged on the inwall of reaction cavity 200, is used for the temperature in the reaction cavity 200 is tested.

Control device 300 comprises the overtemperature protection module, and this overtemperature protection module can compare temperature and the pre-set threshold that control device 300 is received, if be higher than this threshold value, can pass through the alarm user, and close down this organic waste biochemical processor.

Control device 300 also comprises switch control module; The chain gearing of the rotating shaft in this switch control module and the reaction cavity 200 is connected with decelerator; Being rotated in the forward and reverse rotation of control rotating shaft; For example, be rotated in the forward the rubbish material that is used in the stirring reaction cavity 200, be rotated in the forward and be used to discharge the rubbish material in the reaction cavity 200.

Control device 300 also comprises judge module, and this judge module is judged the temperature that temperature measuring device detected that control device 300 is received, and confirms whether the environment in the reaction cavity 200 is fit to growth of microorganism.Judge module also can with the overtemperature protection module; Current environment in judgment means 400 definite reaction cavities 200 is not suitable for growth of microorganism and is; This overtemperature protection module judges whether the temperature in the reaction cavity 200 is higher than setting value; Whether adopt overtemperature protection, for example, close waste biochemical processor and warning.

Control device 300 also comprises module 310 is set, and is used to be provided with the work period be provided with and running parameter, and these parameters comprise: the working method of organic waste biochemical processor, running parameter and working time etc.; For example, how long be a work period, the working method and the working time of an interior waste biochemical processor of work period; For example, in a work period, agitating device at first is rotated in the forward 8 minutes; Stopped the rotation then 7 minutes; Be rotated in the forward 3 minutes afterwards again, stopped the rotation then 2 minutes etc., this working method can be provided with through the time relay.But these parameters also comprise the temperature that reaction cavity will keep.

This organic waste biochemical processor also can comprise display module 320, and this display module is used to show temperature, working time and the working method etc. in the reaction cavity 200.

This organic waste biochemical processor also can comprise fault detection module; This module can be monitored the operation conditions of motor in real time; To detect mechanical disorder in real time; For example detect the curtage of motor, judge whether to break down, this fault possibly be on the reaction cavity door body or stirrer gear by foreign matter block cause.

Can each module of control device 300 be carried out integratedly, use the insulation board material, also can be control device 300 total earth leakage circuit-breaker is provided.

The above is merely the preferred embodiment of the utility model; Not in order to restriction the utility model; For example, can the module of difference in functionality be realized etc. through an integrated chip, all within the spirit and principle of the utility model; Any modification of being done, be equal to replacement, improvement etc., all should be included within the protection domain of the utility model.

Claims

1. an organic waste biochemical processor is characterized in that, comprising:

Machine rack;

Be positioned at the reaction cavity at said machine rack middle part, said reaction cavity top and bottom are provided with charging aperture and discharging opening respectively;

Be positioned at the inner control device of said machine rack;

Be positioned at the heater on the said reaction cavity outer wall, said heater is connected with said control device;

Be positioned at the ventilation unit on said reaction cavity top, said ventilation unit is connected with said control device.

2. organic waste biochemical processor according to claim 1 is characterized in that, also comprises:

Be positioned at the odor removal on said reaction cavity top, said odor removal is connected with said ventilation unit.

3. organic waste biochemical processor according to claim 1 is characterized in that, is provided with rotating shaft in the said reaction cavity, and the stirrer gear more than is set on said rotating shaft at interval.

4. organic waste biochemical processor according to claim 1 is characterized in that the inwall of said reaction cavity is provided with temperature measuring device.

5. organic waste biochemical processor according to claim 1 is characterized in that said rotating shaft is connected with motor, through the said rotating shaft of motor interlock.

6. organic waste biochemical processor according to claim 1 is characterized in that, also has the heat-insulation layer around said reaction cavity in the outside of said heater.

7. organic waste biochemical processor according to claim 1 is characterized in that, also comprises the overtemperature protection module that is positioned on the said machine rack, and said overtemperature protection module is connected with said control module and motor respectively.

8. organic waste biochemical processor according to claim 1 is characterized in that, also comprises the display module that is positioned on the said machine rack, and said display module is connected with said control module.

9. organic waste biochemical processor according to claim 1 is characterized in that, also comprises the module that is provided with that is positioned on the said machine rack, and the said module that is provided with is connected with said control module.