KR19990024188U - Opening and closing structure of discharge door of residue processor - Google Patents

Abstract

The discharge door opening and closing structure of the residue processor according to the embodiment of the present invention, the discharge door 12 is installed to be opened and closed on one side of the fermentation tank 13 to take out the processed residue left of the residue processor 10. In:

The handle 21 is installed on a predetermined portion of the front surface of the discharge door 12 to easily open and close the discharge door 12, and the handle through the connecting pin 22 formed on one side of the handle 21 The locking member 23 and the handle 21 and the discharge door which are coupled to the 21 and are supported so that the discharge door 12 is not opened by being grounded inside the fermentation tank 13 when the discharge door 12 is closed. Between the front of the (12) is installed around the pin 22 so that the discharge door 12 to maintain the airtightness of the ground of the discharge door 12 and the fermentation tank 13 when the discharge door 12 is closed It characterized in that the lever member 20 including the elastic member 24 is installed to apply an elastic force in the closing direction of (12) is further configured in a predetermined portion of the discharge door (12).

Accordingly, when the user discharges the residue of the processed residue through the residue processor 10, the lever member 20 can be rotated to easily open the discharge door 12, the locking member 23 ) Is coupled in the same direction as the handle 21, there is an effect that the opening and closing state of the discharge door 12 can be visually identified.

Description

Opening and closing structure of discharge door of residue processor

The present invention relates to the opening and closing structure of the discharge door of the residue processor, and more particularly, to a predetermined portion of the discharge door to smoothly perform the opening and closing of the discharge door installed to take out the residue of the residue processor. It relates to a discharge door opening and closing structure of the residue processor further comprises a lever member.

Typically, a certain amount of residue (waste food) is discharged from each home or restaurant every day, and the residue is used as a livestock feed or only mixed with water through a simple manure filter and then discarded.

However, such residue treatment method increases the amount of food waste generation out of the total waste generation, and if the food waste is not disposed of smoothly, polluting surrounding water sources or air while generating odors, the residue processor has recently been developed. It is used.

1 is a block diagram schematically showing the interior of the residue processor.

An input door 11 for inserting the residue and an discharge door 12 for discharging the treated residue are formed outside the main body of the residue processor 10 made of a heat insulating material, and the fermentation tank for processing the residue on the main body distribution ( 13) and a deodorizer (not shown) for removing odors generated during the remaining process.

Inside the fermentation tank 13, a stirrer 18 is rotatably mounted to induce composting of the residue while mixing the fermentation agent and the residue introduced through the input door 11 from the outside.

The stirrer 18 is connected to the large sprocket 14 at the outside of the fermentation tank 13, and the motor 16 of the AC induction motor type located in the lower portion of the fermentation tank 13 is connected to the source plaque 15. .

The large sprocket 14 and the source plaque 15 is again connected to the chain 17, the rotational force of the motor 16 is transmitted to the stirrer 18 through the chain 17 to perform the stirring action.

On the other hand, a fan heater comprising a suction fan (not shown) which sucks outside air through the input door 11 and a heater (not shown) which is installed to heat the air sucked by the suction fan (not shown). Quickly remove moisture to reduce the residue.

The motor 16, the heater, the suction fan, the exhaust fan, and the like of the above-described residue processor 10 are connected to a control panel using a microcomputer, so that the operation of the residue processor 10 can be controlled by a predetermined level or a program. It is composed.

The control panel also controls the operation of the residue processor in a sequential or manual operation according to the set operation mode, and receives the input of the temperature sensor (not shown) and humidity sensor (not shown) installed inside the drying vessel fermenter (13) It is possible to control the operation of the residue processor according to the internal temperature and humidity conditions.

That is, when it is input to the microcomputer through the A / D converter from the temperature sensor and the humidity sensor, the inside of the fermentation tank 13 by driving the heater, the motor 16, the suction fan and the exhaust fan through a drive unit by a predetermined program. By controlling the temperature and humidity and intermittently rotating the stirrer, it is possible to maintain the optimum fermentation or decomposition conditions of food waste.

The discharge door 12 installed to process the residue of the processed residue through the residue processor 10 is installed at a predetermined portion of the fermentation tank 13 so that the user opens and closes the discharge door 12. It is possible to process the residue of the treated residue.

The opening and closing structure of the discharge door 12 will be described with reference to FIG. 2 as follows.

Figure 2 is a side cross-sectional view illustrating the opening and closing structure of the conventional discharge door 12.

As shown, one side of the discharge door 12 is grounded with the fermentation tank 13 in a hook shape, and the other side is coupled to a predetermined portion of the fermentation tank 13 through a fastening screw 19.

Therefore, when the user opens and closes the discharge door 12 in order to process the residue of the processed residue through the residue processor 10, after disassembling the fastening screw 19 with a driver or the like, the discharge door One side of (12) opens and closes the discharge door 12 on the basis of the part grounded in the fermenter 13 and the hook shape, and thus it is possible to process the residue of the residue.

At this time, the fastening screw 19 is fastened to at least one, approximately five so as to maintain the airtightness of the discharge door 12 and the fermentation tank (13).

However, according to the opening and closing structure of the conventional discharge door 12 described above, when opening and closing the discharge door 12, the user must disassemble the fastening screw 19 one by one, and the fastening screw 19 When the discharge door 12 is fastened to a plurality of about 5 so that the airtight part 13 and the grounding part which is grounded can be maintained, many difficulties occur in opening and closing the discharge door 12 at home. It became.

Therefore, the present invention is designed to solve the above problems, when the user discharges the residue of the processed residue through the residue processor, so as to easily open and close the discharge door to a predetermined portion of the discharge door. By additionally configuring the lever member, it is possible to easily open the discharge door by rotating the lever member, the locking member is formed in the same direction as the handle so that the user can open and close the state of the discharge door with the naked eye An object of the present invention is to provide a discharge door opening and closing structure of a residue processor having an effect such as being distinguishable.

1 is a configuration diagram schematically showing the interior of the residue processor;

Figure 2 is a side cross-sectional view illustrating the opening and closing structure of the conventional discharge door,

3 is an exploded perspective view illustrating a configuration of a lever member according to an embodiment of the present invention;

Figure 4 is a partial cross-sectional view illustrating the discharge door opening, closing structure of the residue processor according to an embodiment of the present invention.

<Explanation of Signs of Major Parts of Drawings>

10: Food processor 11: Input door

12: discharge door 12 ': mounting hole

13: Fermenter 14: large sprockets

15: source racket 16: motor

17: chain 18: stirrer

19: tightening screw 20: lever member

21; Handle 22: connecting pin

23: locking member 24: elastic member

In order to achieve the above object, the discharge door opening and closing structure of the leftover processor according to the present invention, in the discharge door that is installed to open and close on one side of the fermenter so that the leftover residue of the leftover processor can be taken out: The handle is installed on a predetermined portion of the front of the discharge door to be easily opened and closed, and coupled to the handle through a connecting pin formed on one side of the handle is grounded inside the fermentation tank when the discharge door is closed, the discharge door is A locking member which is supported so as not to be opened and is installed around the handle and the front of the discharge door, the closing pin of the discharge door so as to maintain the airtightness of the discharge door and the ground of the fermenter when the discharge door is closed. Lever member comprising an elastic member installed to apply an elastic force in the direction It characterized in that the additional configuration of the predetermined portion of the exit door.

At this time, the lever member may be provided in plurality so that the airtightness of the ground portion of the discharge door and the fermentation tank can be maintained.

When the engaging member is coupled to the handle through the connection pin of the handle, it is firmly coupled by heat fusion when the user rotates the handle to open and close the discharge door, parallel to the rotation of the handle It can be configured to be rotated by.

In addition, the engaging member is coupled in the same direction as the handle, it can be configured so that the user can visually identify the opening and closing state of the discharge door.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

3 is an exploded perspective view illustrating the configuration of the lever member 20 according to the embodiment of the present invention.

The discharge door opening and closing structure of the leftover processor according to the present invention is characterized in that the lever member 20 is installed in a predetermined portion of the discharge door 12 so that the user can easily open and close the discharge door 12. It is done.

At this time, the lever member 20 may be provided in plurality so that the airtightness of the ground portion of the discharge door 12 and the fermentation tank 13 can be maintained.

The lever member 20 includes a handle 21, a locking member 23, and an elastic member 24.

The handle 21 may rotate the lever member 20 when the user opens and closes the discharge door 12 so that the user can handle the residue of the processed residue through the residue processor 10. It may be installed to protrude to a predetermined portion of the front surface of the discharge door (12).

The locking member 23 is coupled to the handle 21 so that the discharge door 12 does not open when the discharge door 12 is closed, and may be installed to be grounded inside the fermentation tank 13. have.

At this time, the coupling with the handle 21 of the locking member 23 may be coupled through a connection pin 22 formed on one side of the handle 21.

Specifically, after the connection pin 22 is inserted through the mounting hole 12 'formed at a predetermined portion of the discharge door 12, the locking member 23 may be firmly coupled by heat fusion. . Therefore, as the handle 21 is rotated, the locking member 23 is also rotated in parallel, and the discharge door 12 is released while the locking member 23 is grounded inside the fermentation tank 13. It can be configured to be open and close.

At this time, although not shown, the D-cutting part is formed on the connecting pin 22 when the locking member 23 is coupled, and the same shape is formed in the insertion hole 23 'of the locking member 23 corresponding thereto. The locking member 23 may be configured to be more effectively rotated in parallel with the rotation of the handle 21.

On the other hand, the engaging member 23 is coupled in the same direction as the handle 21, the user can visually identify the opening and closing state of the discharge door 12 according to the position of the handle 21. Can be combined so as to.

The elastic member 24 may elastically support the discharge door 12 in the closing direction to maintain the airtightness of the ground portion of the discharge door 12 and the fermentation tank 13 when the discharge door 12 is closed. The front of the discharge door 12 and the handle 21 may be installed so as to center the connection pin 22 therebetween.

At this time, the installation of the elastic member 24, the elastic member 24 is first inserted into the connecting pin 22, and then the connecting pin 22 to the mounting hole (12 ') of the discharge door 12. By inserting the engaging member 23 to the end of the connecting pin 22 inserted into the discharge door 12, the elastic member 24 of the handle 21 and the discharge door 12 It may be installed to be coupled between the front surface to generate an elastic force.

When described in detail with reference to Figure 4 the discharge door opening and closing structure of the residue processor according to an embodiment of the present invention configured as described above.

As shown in the drawing, at least one or more lever members 20 are installed at a predetermined portion of the discharge door 12 which is installed to take out the residue of the processed residue through the lever member 20. 12) can be easily opened and closed to remove the processed residue.

Specifically, when the user opens the discharge door 12 to take out the processed residue left through the residue processor 10, the handle 21 is provided to protrude toward the front of the discharge door 12 When the lever member 20 is rotated 90 ° in the horizontal direction, the handle 21 and the connecting pin 22 are coupled to each other, and the locking member 23 that is grounded inside the fermentation tank 13 is closed in the release direction. While rotating in parallel, the closed state of the discharge door 12 is released so that the user can open the discharge door 12 to take out the residue of the processed residue.

In addition, when the discharge door 12 is closed when the discharge door 12 is closed, and the lever member 20 is rotated 90 degrees in the vertical direction, the above-described locking member 23 may also be As the locking member 23 is grounded inside the fermentation tank 13 while supporting the discharge door 12 while the discharge door 12 is rotated in the reverse order, the discharge door 12 can be closed. do.

At this time, the elastic member 24 is installed between the handle 21 and the front surface of the discharge door 12, the locking member 23 is grounded on the inside of the fermentation tank 13, the handle 21 is By supporting the elastic member 24 to generate an elastic force in the closing direction of the discharge door 12, the discharge door 12 is closely grounded to a predetermined portion of the fermentation tank 13 and the discharge door 12 and The airtightness of the ground portion of the fermentation tank 13 can be maintained.

According to the configuration and operation of the discharge door opening and closing structure of the leftover processor according to the embodiment of the present invention described above, when the treated leftover residue is taken out, the user can easily open the discharge door through the lever member to remove the leftover residue. It can be taken out, the engaging member is coupled through the connecting pin in the same direction as the handle has the effect that the user can check the opening and closing state of the discharge door with the naked eye.

Although the embodiments of the present invention have been described in detail with reference to the accompanying drawings, the present invention is not limited thereto and may be variously modified and changed without departing from the spirit or the field of the present invention. It will be readily apparent to those of ordinary skill in the art.

Claims (3)

In the discharge door 12, which is installed to be opened and closed on one side of the fermentation tank 13 so as to take out the treated residue of the residue processor 10: The handle 21 is installed on a predetermined portion of the front surface of the discharge door 12 to easily open and close the discharge door 12, and the handle through the connecting pin 22 formed on one side of the handle 21 The locking member 23 and the handle 21 and the discharge door which are coupled to the 21 and are supported so that the discharge door 12 is not opened by being grounded inside the fermentation tank 13 when the discharge door 12 is closed. Between the front of the (12) is installed around the pin 22 so that the discharge door 12 to maintain the airtightness of the ground of the discharge door 12 and the fermentation tank 13 when the discharge door 12 is closed Discharge of the residue processor, characterized in that the lever member 20 including the elastic member 24 is installed to apply an elastic force in the closing direction of the (12) is further configured in a predetermined portion of the discharge door (12) Door opening and closing structure. The method of claim 1, wherein the lever member 20 is at least one discharge door dog, characterized in that at least one or more is installed so that the airtight portion of the ground of the discharge door 12 and the fermentation tank 13 is maintained. , Lung structure. The method of claim 1 or 2, wherein the handle 21 and the locking member 23 is coupled in the same direction so that the user can visually identify the opening and closing state of the discharge door 12. Discharge door opening and closing structure of the leftover processor.