JP2020195362A - Fecal sedimentation processor for aquaculture - Google Patents

Abstract

To disclose a fecal sedimentation processor for aquaculture.SOLUTION: An aquaculture place is comprised. An aquaculture chamber opened upward is installed in the aquaculture place. Fisheries can be farmed in the aquaculture chamber. A sedimentation chamber is installed in the right side of the aquaculture chamber. A controlling mechanism for controlling the communication between the aquaculture chamber and the sedimentation chamber is installed in the lower part of the aquaculture chamber. An outlet is installed so as to come in communication at the right side of the sedimentation chamber. Aquaculture water in the aquaculture chamber is made to flow into the sedimentation chamber and can flow out of the outlet. A sealing/closing mechanism for closing the outlet is installed at the right side of the control mechanism. The control mechanism is interlocked with the sealing/closing mechanism. The control mechanism brings the aquaculture chamber into communication with the sedimentation chamber, and at the same time, can seal and close the outlet.SELECTED DRAWING: Figure 1

Description

The present invention relates to the technical field of fecal treatment for aquaculture, and specifically to a fecal sedimentation treatment device for aquaculture.

In aquaculture, the feces of aquaculture are the main pollutants that destroy the environment of the aquaculture water, and the content of organic substances is high, and when they decompose, they consume a large amount of oxygen and maintain higher oxygen consumption in water within a certain period of time. The amount of oxygen produced is much smaller than the amount of oxygen consumed, forming an oxygen-deficient environment. In such an environment, harmful substances quickly accumulate in water, deteriorating water quality.
A general aquaculture fecal sedimentation processor may take aquaculture with it when transferring the aquaculture water to another space during the treatment of feces, which causes loss of the aquaculture and is also common. The stool sedimentation processor for aquaculture pulls up the stool manually after the stool has been settled, and the amount of work is huge, the efficiency is low, and the offensive odor of the stool remains.

Publication of Chinese Patent Application No. 104263642

An object of the present invention is to provide a fecal sedimentation treatment device for aquaculture, and to solve the above problems in the existing technology.

The present invention provides the following technical plan: The aquaculture feces sedimentation processor of the present invention includes aquaculture area, and an aquaculture chamber opened upward is installed in the aquaculture area, and the aquaculture chamber is provided with the following. Aquaculture can be cultivated, a subsidence chamber is installed on the right side of the aquaculture chamber, and a control mechanism for controlling communication between the aquaculture chamber and the subsidence chamber is installed below the aquaculture chamber. The aquaculture water in the aquaculture chamber is allowed to flow into the subsidence chamber and flow out from the aquaculture outlet on the right side of the control mechanism, and the aquaculture outlet is on the right side of the control mechanism. A sealing mechanism for closing the aquaculture chamber is installed, and the control mechanism and the sealing mechanism are interlocked with each other, and the control mechanism can communicate the aquaculture chamber and the subsidence chamber and at the same time close the outlet.

Based on the above-mentioned technical plan, a transport mechanism capable of transporting feces in the settling chamber is installed in the settling chamber, and the transport mechanism is installed so as to communicate with the bottom wall of the settling chamber. A stool tank is included, and a thrust chamber is installed on the front inner wall of the sedimentation chamber so as to communicate with the stool tank. A fixing plate is slidably mounted in the thrust chamber, and the movement of the fixing plate causes the stool tank and By communicating with the settling chamber, the transport mechanism can transport stool into the stool tank.

Based on the above-mentioned technical plan, a separator is fixedly mounted on the bottom wall of the aquaculture chamber, and a slide chamber is installed in the separator.

Based on the above-mentioned technical plan, the control mechanism includes a connecting chamber installed so as to communicate with the bottom wall of the culture chamber, and a slide block is slidably mounted in the connecting chamber. A moving chamber is installed below the connecting chamber so as to communicate with each other, and a slide rod is slidably mounted in the moving chamber, and the top surface of the slide rod and the bottom surface of the slide block are fixedly connected. Has been done.

Based on the above-mentioned technical plan, a circulation chamber is installed on the right side of the connecting chamber so as to communicate with each other, a hinge connecting chamber is installed below the distribution chamber, and a pulling chamber is installed on the left side of the hinge connecting chamber. Is installed so as to communicate with each other, a pulling rod is slidably mounted in the pulling chamber, and an auxiliary block is fixedly mounted on the front side surface of the pulling rod in the slide rod. An auxiliary chamber is installed, the auxiliary chamber and the auxiliary block are slidably mounted, and a backing plate chamber is installed on the right side of the hinge connecting chamber so as to communicate with each other. A backing plate penetrating the bottom wall of the distribution chamber is slidably attached, a hinge connecting rod is attached to the backing plate by a hinge, and the hinge connecting rod and the pulling rod are connected by a hinge, and the backing plate is connected. A power chamber is installed on the right side of the chamber so as to communicate with each other, and a thread block is slidably mounted in the power chamber, and the thread block and the backing plate are fixedly connected to each other. A threaded hole opened downward is installed in the mountain block, a transmission chamber is installed below the power chamber, and a first motor is fixedly mounted in the bottom wall of the transmission chamber. A power rod penetrating the bottom wall of the power chamber is fixedly mounted on the top surface of the output shaft facing upward of the first motor, and the power rod and the thread hole are mounted by threads. There is.

The sealing mechanism is composed of a position limiting chamber, a position limiting plate, a transmission rod, an isolation chamber, an isolation plate, a first gear, a second gear, and a first chain.
The position limiting chamber is installed above the transmission chamber, the position limiting plate is slidably mounted in the position limiting chamber, and the top wall of the transmission chamber is inside the top wall of the position limiting chamber. The transmission rod penetrating the is rotatably mounted, and the isolation chamber is installed on the right side of the position limiting chamber so as to communicate with each other, and the isolation chamber and the subsidence chamber communicate with each other. The isolation plate is slidably mounted inside, the left side surface of the isolation plate and the right side surface of the position limiting plate are fixedly connected, and the first gear is fixedly connected to the bottom surface of the transmission rod. The second gear is fixedly mounted in the transmission chamber of the power rod, and the first chain is traversably mounted between the second gear and the first gear. There is.

A filtration net is fixedly installed in the outlet.

The transport mechanism also comprises a chain chamber, a second motor, a rotary rod and a thrust plate.
The chain chamber is installed on the front side of the settling chamber, the second motor is fixedly mounted on the rear side of the settling chamber, and the chain is on the front side surface of the output shaft facing the front of the second motor. The rotary rod penetrating the rear inner wall of the chamber is fixedly mounted, and the thrust plate is mounted in the sedimentation chamber by a screw thread in the rotary rod, and the thrust plate and the sedimentation chamber can slide. It is attached to.

A third gear is fixedly mounted on the front surface of the rotary rod, a fixed chamber is installed on the rear side of the third gear, and a fixed block is slidably mounted in the fixed chamber. A connecting rod penetrating the rear inner wall of the chain chamber is rotatably mounted in the rear inner wall of the fixing block, and the connecting rod and the fixing block are mounted by threads to form a front surface of the connecting rod. A fourth gear is fixedly mounted on the vehicle, and a second chain is traversably mounted between the fourth gear and the third gear, and the left side surface of the fixing block and the right side surface of the fixing plate Are fixedly connected.

The beneficial effect of the present invention is: The slide block in the control mechanism of the present invention moves upward to communicate the aquaculture chamber and the connecting chamber, and the aquaculture water in the aquaculture chamber passes through the flow chamber into the sedimentation chamber. In the process of entry, the separator prevented the culture from entering the connecting chamber and causing loss due to the culture entering the sedimentation chamber, while the sedimentation chamber and the culture water in the culture chamber were balanced. Later, the backing plate can be prevented from moving up and communicating the culture chamber with the sedimentation chamber, preventing the culture water in the sedimentation chamber from flowing back into the culture chamber, and the culture water in the sedimentation chamber is filtered. It is discharged from the net and outlet, leaving the stool in the aquaculture chamber, transporting the stool into the stool tank by a thrust plate in the transport mechanism, ensuring complete processing without the need for manpower. Worth advertising.

In order to explain the present invention in detail with reference to FIGS. 1 to 5 below and to explain the present invention in a convenient manner, the following directions are defined as follows: FIG. 1 is a front view of the apparatus of the present invention, and is described above and below. The left-right front-back direction and the up-down, left-right front-back direction of the self-projection relationship in Fig. 1 are the same.

FIG. 1 is a schematic configuration diagram of the present invention. FIG. 2 is a schematic cross-sectional configuration of FIG. 1 in the “AA” direction. FIG. 3 is a schematic cross-sectional configuration of FIG. 1 in the “BB” direction. FIG. 4 is a schematic cross-sectional configuration of FIG. 2 in the “CC” direction. FIG. 5 is a schematic cross-sectional configuration of FIG. 2 in the “DD” direction.

With reference to FIGS. 1 to 5, the aquaculture fecal sedimentation processor according to the embodiment of the present invention includes aquaculture area 12, and an aquaculture chamber 11 opened upward is installed in the aquaculture area 12, and the aquaculture is described. Aquaculture can be cultivated in the aquaculture chamber 11, a subsidence chamber 46 is installed on the right side of the aquaculture chamber 11, and a control for controlling communication between the aquaculture chamber 11 and the subsidence chamber 46 below the aquaculture chamber 11 is controlled. The mechanism 101 is installed, and the outlet 39 is installed on the right side of the settling chamber 46 so as to communicate with each other, and the aquaculture water in the aquaculture chamber 11 flows into the settling chamber 46 and flows out from the outlet 39. A sealing mechanism 102 that closes the outlet 39 is installed on the right side of the control mechanism 101, the control mechanism 101 and the sealing mechanism 102 are interlocked, and the control mechanism 101 is the aquaculture chamber 11. And the subsidence chamber 46 can be communicated with each other, and at the same time, the outlet 39 can be closed.
A transport mechanism 103 capable of transporting feces in the settling chamber 46 is installed in the settling chamber 46, and the transport mechanism 103 is installed so as to communicate with the bottom wall of the settling chamber 46. 58 is included, and a thrust chamber 53 is installed so as to communicate with the front inner wall of the settling chamber 46, and a fixing plate 49 is slidably mounted in the thrust chamber 53, and the movement of the fixing plate 49 causes the said. By communicating the stool tank 58 and the settling chamber 46, the transport mechanism 103 can transport stool into the stool tank 58.

Further, a separator 17 is fixedly mounted on the bottom wall of the aquaculture chamber 11, a slide chamber 18 is installed in the separator 17, and the separator 17 is the aquaculture water in the aquaculture chamber 11. In the process of being transferred into the settling chamber 46, it is possible to prevent the aquaculture from being taken into the settling chamber 46.

Further, the control mechanism 101 includes a connecting chamber 15 installed so as to communicate with the bottom wall of the aquaculture chamber 11, and a slide block 16 is slidably mounted in the connecting chamber 15 to be connected. A moving chamber 24 is installed below the chamber 15 so as to communicate with each other, and a slide rod 13 is slidably mounted in the moving chamber 24, and the top surface of the slide rod 13 and the bottom surface of the slide block 16 When the aquaculture water in the aquaculture chamber 11 is poured into the subsidence chamber 46, the slide rod 13 moves upward with the slide block 16 and further said. By communicating the aquaculture chamber 11 and the aquaculture chamber 15, the aquaculture water in the aquaculture chamber 11 can enter the aquaculture chamber 15.

Further, a circulation chamber 19 is installed on the right side of the connecting chamber 15 so as to communicate with each other, a hinge connecting chamber 26 is installed below the distribution chamber 19, and a pulling chamber 14 is installed on the left side of the hinge connecting chamber 26. Is installed so as to communicate with each other, a pulling rod 21 is slidably mounted in the pulling chamber 14, and an auxiliary block 22 is fixedly mounted on the front side surface of the pulling rod 21. An auxiliary chamber 25 is installed in the rod 13, the auxiliary chamber 25 and the auxiliary block 22 are slidably mounted, and a backing plate chamber 28 is installed on the right side of the hinge connecting chamber 26 so as to communicate with each other. A backing plate 20 penetrating the bottom wall of the distribution chamber 19 is slidably mounted in the backing plate chamber 28, and a hinge connecting rod 27 is mounted on the backing plate 20 by a hinge. 27 and the pulling rod 21 are connected by a hinge, a power chamber 41 is installed on the right side of the backing plate chamber 28 so as to communicate with each other, and a thread block 44 can be slid in the power chamber 41. The thread block 44 and the backing plate 20 are fixedly connected to each other, and a thread hole 43 opened downward is installed in the thread block 44, and below the power chamber 41. The transmission chamber 32 is installed, the first motor 29 is fixedly mounted in the bottom wall of the transmission chamber 32, and the power chamber 41 is mounted on the top surface of the output shaft facing upward of the first motor 29. The power rod 42 penetrating the bottom wall of the above is fixedly mounted, and the power rod 42 and the thread hole 43 are mounted by threads, so that the culture chamber 11 and the sedimentation chamber 46 are communicated with each other. At that time, the first motor 29 is activated to rotate and interlock the power rod 42, and the rotation of the power rod 42 interlocks the movement of the thread block 44 and the backing plate 20 to cause the backing plate. 20 moves the pulling rod 21 to the right by interlocking the pulling rod 21 with the hinge connecting rod 27, and the pulling rod 21 moves the slide rod 13 upward via the auxiliary chamber 25 and the auxiliary block 22. Further, the culture chamber 11 and the sedimentation chamber 46 communicate with each other.

Further, the sealing mechanism 102 includes a position limiting chamber 36 installed above the transmission chamber 32, and a position limiting plate 35 is slidably mounted in the position limiting chamber 36 of the position limiting chamber 36. A transmission rod 34 penetrating the top wall of the transmission chamber 32 is rotatably mounted in the top wall, and an isolation chamber 38 is installed on the right side of the position limiting chamber 36 so as to communicate with the isolation chamber 38. And the subsidence chamber 46 are communicated with each other, and the isolation plate 37 is slidably mounted in the isolation chamber 38, and the left side surface of the isolation plate 37 and the right side surface of the position limiting plate 35 are fixed. The first gear 33 is fixedly mounted on the bottom surface of the transmission rod 34, and the second gear 30 is fixedly mounted in the transmission chamber 32 of the power rod 42. Since the first chain 31 is movably mounted between the gear 30 and the first gear 33, when the backing plate 20 moves downward, the power rod 42 rotates and the second gear 30 is rotated and interlocked, the second gear 30 rotates the first gear 33 and the transmission rod 34 via the first chain 31, and the rotation of the transmission rod 34 rotates the position limiting plate 35 and the isolation plate. The separation plate 37 separates the outlet 39 from the settling chamber 46 by moving the 37 and the above.

Further, a filtration net 40 is fixedly mounted in the outlet 39, and the filtration net 40 can separate feces and water in the aquaculture water and prevent the feces from flowing out from the outlet 39.

Further, the transport mechanism 103 includes a chain chamber 50 installed on the front side of the settling chamber 46, and a second motor 47 is fixedly mounted on the rear side of the settling chamber 46 in front of the second motor 47. A rotary rod 48 penetrating the rear inner wall of the chain chamber 50 is fixedly mounted on the front side surface of the output shaft facing the direction, and a thrust plate 45 is threaded in the settling chamber 46 in the rotary rod 48. When the thrust plate 45 and the settling chamber 46 are slidably mounted, the second motor 47 is activated in the process of sending the stool into the stool tank 58, and the rotating rod is started. The rotation of 48 is interlocked, and the rotation of the rotating rod 48 moves the thrust plate 45 forward, and moves the movement of feces.

Further, a third gear 51 is fixedly mounted on the front side surface of the rotary rod 48, a fixed chamber 56 is installed on the rear side of the third gear 51, and a fixed block 57 is contained in the fixed chamber 56. Is slidably mounted, and a connecting rod 55 penetrating the rear inner wall of the chain chamber 50 is rotatably mounted in the rear inner wall of the fixing block 57, and the connecting rod 55 and the fixing block 57 are mounted. Is mounted by a screw thread, a fourth gear 54 is fixedly mounted on the front side surface of the connecting rod 55, and a second chain 52 can be transmitted between the fourth gear 54 and the third gear 51. The left side surface of the fixing block 57 and the right side surface of the fixing plate 49 are fixedly connected to each other, so that when the thrust plate 45 moves forward, the rotating rod 48 rotates. The rotation of the third gear 51 is interlocked, the third gear 51 is interlocked with the rotation of the fourth gear 54 and the connecting rod 55 by the second chain 52, and the rotation of the connecting rod 55 is the rotation of the fixed block 57. And the fixing plate 49 are moved forward, and the sedimentation chamber 46 and the stool tank 58 are communicated with each other, and the thrust plate 45 sends stool into the stool tank 58.

When in use, when the culture chamber 11 and the settling chamber 46 are communicated with each other, the first motor 29 is activated to rotate and interlock the power rod 42, and the rotation of the power rod 42 is below the thread block 44 and the backing plate 20. By interlocking the movement to, the backing plate 20 is moved by the hinge connecting rod 27 to move the rod 21 to the right, and the pulling rod 21 is moved to the right via the auxiliary chamber 25 and the auxiliary block 22. Is moved upward, the slide rod 13 is moved and interlocked with the slide block 16 upward, and the culture chamber 11 and the connection chamber 15 are communicated with each other, and the culture water in the culture chamber 11 enters the connection chamber 15. And then enter into the settling chamber 46 through the flow chamber 19, and when the backing plate 20 moves down, the rotation of the power rod 42 interlocks with the rotation of the second gear 30, and the second gear 30 is the second. The rotation of the first gear 33 and the transmission rod 34 is interlocked by one chain 31, the rotation of the transmission rod 34 moves the position limiting plate 35 and the isolation plate 37 upward, and the isolation plate 37 moves the outlet 39 and the settling chamber. After partitioning the 46 and balancing the culture water in the culture chamber 11 and the settling chamber 46, the first motor 29 reverses and moves the backing plate 20 in conjunction with each other to move the culture chamber 11 and the settling chamber upward. At this time, the culture water in the settling chamber 46 is filtered by the filter net 40 and then discharged from the outlet 39 without communicating with the 46, feces remain at the bottom of the settling chamber 46, and the second motor 47 is activated. Then, the rotation of the rotary rod 48 is interlocked, and the rotation of the rotary rod 48 interlocks the thrust plate 45 to move forward, pushes the movement of feces, and when the thrust plate 45 moves forward, the rotary rod 48 The rotation interlocks the rotation of the third gear 51, the third gear 51 interlocks the rotation of the fourth gear 54 and the connecting rod 55 with the second chain 52, and the rotation of the connecting rod 55 causes the fixed block 57 and the fixing plate 49. It is moved forward to communicate the settling chamber 46 and the stool tank 58, and the thrust plate 45 sends the stool into the stool tank 58.

The beneficial effect of the present invention is: The slide block in the control mechanism of the present invention moves upward to communicate the aquaculture chamber and the connecting chamber, and the aquaculture water in the aquaculture chamber passes through the flow chamber into the sedimentation chamber. In the process of entry, the separator prevented the culture from entering the connecting chamber and causing loss due to the culture entering the sedimentation chamber, while the sedimentation chamber and the culture water in the culture chamber were balanced. Later, the backing plate can be prevented from moving up and communicating the culture chamber with the sedimentation chamber, preventing the culture water in the sedimentation chamber from flowing back into the culture chamber, and the culture water in the sedimentation chamber is filtered. It is discharged from the net and outlet, leaving the stool in the aquaculture chamber, transporting the stool into the stool tank by a thrust plate in the transport mechanism, ensuring complete processing without the need for manpower. Worth advertising.

Engineers in this field can clarify that they do not deviate from the general spirit and ideas of the present invention, and various modifications can be made to the above examples, all of which are within the scope of protection of the present invention. The protection plan of the present invention should be standardized on the claim of the present invention.

The present invention relates to the technical field of fecal treatment for aquaculture, and specifically to a fecal sedimentation treatment device for aquaculture.

In aquaculture, the feces of aquaculture are the main pollutants that destroy the environment of the aquaculture water, and the content of organic substances is high, and when they decompose, they consume a large amount of oxygen and maintain higher oxygen consumption in water within a certain period of time. The amount of oxygen produced is much smaller than the amount of oxygen consumed, forming an oxygen-deficient environment. In such an environment, harmful substances quickly accumulate in water, deteriorating water quality.
A general aquaculture fecal sedimentation processor may take aquaculture with it when transferring the aquaculture water to another space during the treatment of feces, which causes loss of the aquaculture and is also common. The stool sedimentation processor for aquaculture pulls up the stool manually after the stool has been settled, and the amount of work is huge, the efficiency is low, and the offensive odor of the stool remains.

Chinese Patent Application Publication No. 104263642

An object of the present invention is to provide a fecal sedimentation treatment device for aquaculture, and to solve the above problems in the existing technology.

The present invention provides the following technical plan: The aquaculture feces sedimentation processor of the present invention includes aquaculture area, and an aquaculture chamber opened upward is installed in the aquaculture area, and the aquaculture chamber is provided with the following. Aquaculture can be cultivated, a subsidence chamber is installed on the right side of the aquaculture chamber, and a control mechanism for controlling communication between the aquaculture chamber and the subsidence chamber is installed below the aquaculture chamber. The aquaculture water in the aquaculture chamber is allowed to flow into the subsidence chamber and flow out from the aquaculture outlet on the right side of the control mechanism, and the aquaculture outlet is on the right side of the control mechanism. A sealing mechanism for closing the aquaculture chamber is installed, and the control mechanism and the sealing mechanism are interlocked with each other, and the control mechanism can communicate the aquaculture chamber and the subsidence chamber and at the same time close the outlet.

Based on the above-mentioned technical plan, a transport mechanism capable of transporting feces in the settling chamber is installed in the settling chamber, and the transport mechanism is installed so as to communicate with the bottom wall of the settling chamber. A stool tank is included, and a thrust chamber is installed on the front inner wall of the sedimentation chamber so as to communicate with the stool tank. A fixing plate is slidably mounted in the thrust chamber, and the movement of the fixing plate causes the stool tank and By communicating with the settling chamber, the transport mechanism can transport stool into the stool tank.

Based on the above-mentioned technical plan, a separator is fixedly mounted on the bottom wall of the aquaculture chamber, and a slide chamber is installed in the separator.

Based on the above-mentioned technical plan, the control mechanism includes a connecting chamber installed so as to communicate with the bottom wall of the culture chamber, and a slide block is slidably mounted in the connecting chamber. A moving chamber is installed below the connecting chamber so as to communicate with each other, and a slide rod is slidably mounted in the moving chamber, and the top surface of the slide rod and the bottom surface of the slide block are fixedly connected. Has been done.

Based on the above-mentioned technical plan, a circulation chamber is installed on the right side of the connecting chamber so as to communicate with each other, a hinge connecting chamber is installed below the distribution chamber, and a pulling chamber is installed on the left side of the hinge connecting chamber. Is installed so as to communicate with each other, a pulling rod is slidably mounted in the pulling chamber, and an auxiliary block is fixedly mounted on the front side surface of the pulling rod in the slide rod. An auxiliary chamber is installed, the auxiliary chamber and the auxiliary block are slidably mounted, and a backing plate chamber is installed on the right side of the hinge connecting chamber so as to communicate with each other. A backing plate penetrating the bottom wall of the distribution chamber is slidably attached, a hinge connecting rod is attached to the backing plate by a hinge, and the hinge connecting rod and the pulling rod are connected by a hinge, and the backing plate is connected. A power chamber is installed on the right side of the chamber so as to communicate with each other, and a thread block is slidably mounted in the power chamber, and the thread block and the backing plate are fixedly connected to each other. A threaded hole opened downward is installed in the mountain block, a transmission chamber is installed below the power chamber, and a first motor is fixedly mounted in the bottom wall of the transmission chamber. A power rod penetrating the bottom wall of the power chamber is fixedly mounted on the top surface of the output shaft facing upward of the first motor, and the power rod and the thread hole are mounted by threads. There is.

The sealing mechanism is composed of a position limiting chamber, a position limiting plate, a transmission rod, an isolation chamber, an isolation plate, a first gear, a second gear, and a first chain.
The position limiting chamber is installed above the transmission chamber, the position limiting plate is slidably mounted in the position limiting chamber, and the top wall of the transmission chamber is inside the top wall of the position limiting chamber. The transmission rod penetrating the is rotatably mounted, and the isolation chamber is installed on the right side of the position limiting chamber so as to communicate with each other, and the isolation chamber and the subsidence chamber communicate with each other. The isolation plate is slidably mounted inside, the left side surface of the isolation plate and the right side surface of the position limiting plate are fixedly connected, and the first gear is fixedly connected to the bottom surface of the transmission rod. The second gear is fixedly mounted in the transmission chamber of the power rod, and the first chain is traversably mounted between the second gear and the first gear. There is.

A filtration net is fixedly installed in the outlet.

The transport mechanism also comprises a chain chamber, a second motor, a rotary rod and a thrust plate.
The chain chamber is installed on the front side of the settling chamber, the second motor is fixedly mounted on the rear side of the settling chamber, and the chain is on the front side surface of the output shaft facing the front of the second motor. The rotary rod penetrating the rear inner wall of the chamber is fixedly mounted, and the thrust plate is mounted in the sedimentation chamber by a screw thread in the rotary rod, and the thrust plate and the sedimentation chamber can slide. It is attached to.

A third gear is fixedly mounted on the front surface of the rotary rod, a fixed chamber is installed on the rear side of the third gear, and a fixed block is slidably mounted in the fixed chamber. A connecting rod penetrating the rear inner wall of the chain chamber is rotatably mounted in the rear inner wall of the fixing block, and the connecting rod and the fixing block are mounted by threads to form a front surface of the connecting rod. A fourth gear is fixedly mounted on the vehicle, and a second chain is traversably mounted between the fourth gear and the third gear, and the left side surface of the fixing block and the right side surface of the fixing plate Are fixedly connected.

The beneficial effect of the present invention is: The slide block in the control mechanism of the present invention moves upward to communicate the aquaculture chamber and the connecting chamber, and the aquaculture water in the aquaculture chamber passes through the flow chamber into the sedimentation chamber. In the process of entry, the separator prevented the culture from entering the connecting chamber and causing loss due to the culture entering the sedimentation chamber, while the sedimentation chamber and the culture water in the culture chamber were balanced. Later, the backing plate can be prevented from moving up and communicating the culture chamber with the sedimentation chamber, preventing the culture water in the sedimentation chamber from flowing back into the culture chamber, and the culture water in the sedimentation chamber is filtered. It is discharged from the net and outlet, leaving the stool in the aquaculture chamber, transporting the stool into the stool tank by a thrust plate in the transport mechanism, ensuring complete processing without the need for manpower. Worth advertising.

In order to explain the present invention in detail with reference to FIGS. 1 to 5 below and to explain the present invention in a convenient manner, the following directions are defined as follows: FIG. 1 is a front view of the apparatus of the present invention, and is described above and below. The left-right front-rear direction and the up-down, left-right front-back direction of the self-projection relationship in FIG.

FIG. 1 is a schematic configuration diagram of the present invention. FIG. 2 is a schematic cross-sectional configuration of FIG. 1 in the “AA” direction. FIG. 3 is a schematic cross-sectional configuration of FIG. 1 in the “BB” direction. FIG. 4 is a schematic cross-sectional configuration of FIG. 2 in the “CC” direction. FIG. 5 is a schematic cross-sectional configuration of FIG. 2 in the “DD” direction.

With reference to FIGS. 1 to 5, the aquaculture fecal sedimentation processor according to the embodiment of the present invention includes aquaculture area 12, and aquaculture chamber 11 opened upward is installed in the aquaculture area 12, and the aquaculture is described. Aquaculture can be cultivated in the aquaculture chamber 11, a subsidence chamber 46 is installed on the right side of the aquaculture chamber 11, and a control for controlling communication between the aquaculture chamber 11 and the subsidence chamber 46 below the aquaculture chamber 11 is controlled. The mechanism 101 is installed, and the outlet 39 is installed on the right side of the settling chamber 46 so as to communicate with each other, and the aquaculture water in the aquaculture chamber 11 flows into the settling chamber 46 and flows out from the outlet 39. A sealing mechanism 102 that closes the outlet 39 is installed on the right side of the control mechanism 101, the control mechanism 101 and the sealing mechanism 102 are interlocked, and the control mechanism 101 is the aquaculture chamber 11. And the subsidence chamber 46 can be communicated with each other, and at the same time, the outlet 39 can be closed.
A transport mechanism 103 capable of transporting feces in the settling chamber 46 is installed in the settling chamber 46, and the transport mechanism 103 is installed so as to communicate with the bottom wall of the settling chamber 46. 58 is included, and a thrust chamber 53 is installed so as to communicate with the front inner wall of the settling chamber 46, and a fixing plate 49 is slidably mounted in the thrust chamber 53, and the movement of the fixing plate 49 causes the said. By communicating the stool tank 58 and the settling chamber 46, the transport mechanism 103 can transport stool into the stool tank 58.

Further, a separator 17 is fixedly mounted on the bottom wall of the aquaculture chamber 11, a slide chamber 18 is installed in the separator 17, and the separator 17 is the aquaculture water in the aquaculture chamber 11. In the process of being transferred into the settling chamber 46, it is possible to prevent the aquaculture from being taken into the settling chamber 46.

Further, the control mechanism 101 includes a connecting chamber 15 installed so as to communicate with the bottom wall of the aquaculture chamber 11, and a slide block 16 is slidably mounted in the connecting chamber 15 to be connected. A moving chamber 24 is installed below the chamber 15 so as to communicate with each other, and a slide rod 13 is slidably mounted in the moving chamber 24, and the top surface of the slide rod 13 and the bottom surface of the slide block 16 When the aquaculture water in the aquaculture chamber 11 is poured into the subsidence chamber 46, the slide rod 13 moves upward with the slide block 16 and further said. By communicating the aquaculture chamber 11 and the aquaculture chamber 15, the aquaculture water in the aquaculture chamber 11 can enter the aquaculture chamber 15.

Further, a circulation chamber 19 is installed on the right side of the connecting chamber 15 so as to communicate with each other, a hinge connecting chamber 26 is installed below the distribution chamber 19, and a pulling chamber 14 is installed on the left side of the hinge connecting chamber 26. Is installed so as to communicate with each other, a pulling rod 21 is slidably mounted in the pulling chamber 14, and an auxiliary block 22 is fixedly mounted on the front side surface of the pulling rod 21. An auxiliary chamber 25 is installed in the rod 13, the auxiliary chamber 25 and the auxiliary block 22 are slidably mounted, and a backing plate chamber 28 is installed on the right side of the hinge connecting chamber 26 so as to communicate with each other. A backing plate 20 penetrating the bottom wall of the distribution chamber 19 is slidably mounted in the backing plate chamber 28, and a hinge connecting rod 27 is mounted on the backing plate 20 by a hinge. 27 and the pulling rod 21 are connected by a hinge, a power chamber 41 is installed on the right side of the backing plate chamber 28 so as to communicate with each other, and a thread block 44 can be slid in the power chamber 41. The thread block 44 and the backing plate 20 are fixedly connected to each other, and a thread hole 43 opened downward is installed in the thread block 44, and below the power chamber 41. The transmission chamber 32 is installed, the first motor 29 is fixedly mounted in the bottom wall of the transmission chamber 32, and the power chamber 41 is mounted on the top surface of the output shaft facing upward of the first motor 29. The power rod 42 penetrating the bottom wall of the above is fixedly mounted, and the power rod 42 and the thread hole 43 are mounted by threads, so that the culture chamber 11 and the sedimentation chamber 46 are communicated with each other. At that time, the first motor 29 is activated to rotate and interlock the power rod 42, and the rotation of the power rod 42 interlocks the movement of the thread block 44 and the backing plate 20 to cause the backing plate. 20 moves the pulling rod 21 to the right by interlocking the pulling rod 21 with the hinge connecting rod 27, and the pulling rod 21 moves the slide rod 13 upward via the auxiliary chamber 25 and the auxiliary block 22. Further, the culture chamber 11 and the sedimentation chamber 46 communicate with each other.

Further, the sealing mechanism 102 includes a position limiting chamber 36 installed above the transmission chamber 32, and a position limiting plate 35 is slidably mounted in the position limiting chamber 36 of the position limiting chamber 36. A transmission rod 34 penetrating the top wall of the transmission chamber 32 is rotatably mounted in the top wall, and an isolation chamber 38 is installed on the right side of the position limiting chamber 36 so as to communicate with the isolation chamber 38. And the subsidence chamber 46 are communicated with each other, and the isolation plate 37 is slidably mounted in the isolation chamber 38, and the left side surface of the isolation plate 37 and the right side surface of the position limiting plate 35 are fixed. The first gear 33 is fixedly mounted on the bottom surface of the transmission rod 34, and the second gear 30 is fixedly mounted in the transmission chamber 32 of the power rod 42. Since the first chain 31 is movably mounted between the gear 30 and the first gear 33, when the backing plate 20 moves downward, the power rod 42 rotates and the second gear 30 is rotated and interlocked, the second gear 30 rotates the first gear 33 and the transmission rod 34 via the first chain 31, and the rotation of the transmission rod 34 rotates the position limiting plate 35 and the isolation plate. The separation plate 37 separates the outlet 39 from the settling chamber 46 by moving the 37 and the above.

Further, a filtration net 40 is fixedly mounted in the outlet 39, and the filtration net 40 can separate feces and water in the aquaculture water and prevent the feces from flowing out from the outlet 39.

Further, the transport mechanism 103 includes a chain chamber 50 installed on the front side of the settling chamber 46, and a second motor 47 is fixedly mounted on the rear side of the settling chamber 46 in front of the second motor 47. A rotary rod 48 penetrating the rear inner wall of the chain chamber 50 is fixedly mounted on the front side surface of the output shaft facing the direction, and a thrust plate 45 is screwed into the settling chamber 46 in the rotary rod 48. When the thrust plate 45 and the settling chamber 46 are slidably mounted, the second motor 47 is activated in the process of sending the stool into the stool tank 58, and the rotary rod 48 is mounted. The rotation of the rotating rod 48 moves the thrust plate 45 forward, and the movement of feces is moved.

Further, a third gear 51 is fixedly mounted on the front side surface of the rotary rod 48, a fixed chamber 56 is installed on the rear side of the third gear 51, and a fixed block 57 is contained in the fixed chamber 56. Is slidably mounted, and a connecting rod 55 penetrating the rear inner wall of the chain chamber 50 is rotatably mounted in the rear inner wall of the fixing block 57, and the connecting rod 55 and the fixing block 57 are mounted. Is mounted by a screw thread, a fourth gear 54 is fixedly mounted on the front side surface of the connecting rod 55, and a second chain 52 can be transmitted between the fourth gear 54 and the third gear 51. The left side surface of the fixing block 57 and the right side surface of the fixing plate 49 are fixedly connected to each other, so that when the thrust plate 45 moves forward, the rotating rod 48 rotates. The rotation of the third gear 51 is interlocked, the third gear 51 is interlocked with the rotation of the fourth gear 54 and the connecting rod 55 by the second chain 52, and the rotation of the connecting rod 55 is the rotation of the fixed block 57. And the fixing plate 49 are moved forward, and the sedimentation chamber 46 and the stool tank 58 are communicated with each other, and the thrust plate 45 sends stool into the stool tank 58.

When in use, when the culture chamber 11 and the settling chamber 46 are communicated with each other, the first motor 29 is activated to rotate and interlock the power rod 42, and the rotation of the power rod 42 is below the thread block 44 and the backing plate 20. By interlocking the movement to, the backing plate 20 is moved by the hinge connecting rod 27 to move the rod 21 to the right, and the pulling rod 21 is moved to the right via the auxiliary chamber 25 and the auxiliary block 22. Is moved upward, the slide rod 13 is moved and interlocked with the slide block 16 upward, and the culture chamber 11 and the connection chamber 15 are communicated with each other, and the culture water in the culture chamber 11 enters the connection chamber 15. And then enter into the settling chamber 46 through the flow chamber 19, and when the backing plate 20 moves down, the rotation of the power rod 42 interlocks with the rotation of the second gear 30, and the second gear 30 is the second. The rotation of the first gear 33 and the transmission rod 34 is interlocked by one chain 31, the rotation of the transmission rod 34 moves the position limiting plate 35 and the isolation plate 37 upward, and the isolation plate 37 moves the outlet 39 and the settling chamber. After partitioning the 46 and balancing the culture water in the culture chamber 11 and the settling chamber 46, the first motor 29 reverses and moves the backing plate 20 in conjunction with each other to move the culture chamber 11 and the settling chamber upward. At this time, the culture water in the settling chamber 46 is filtered by the filter net 40 and then discharged from the outlet 39 without communicating with the 46, feces remain at the bottom of the settling chamber 46, and the second motor 47 is activated. Then, the rotation of the rotary rod 48 is interlocked, and the rotation of the rotary rod 48 interlocks the thrust plate 45 to move forward, pushes the movement of feces, and when the thrust plate 45 moves forward, the rotary rod 48 The rotation interlocks the rotation of the third gear 51, the third gear 51 interlocks the rotation of the fourth gear 54 and the connecting rod 55 with the second chain 52, and the rotation of the connecting rod 55 causes the fixed block 57 and the fixing plate 49. It is moved forward to communicate the settling chamber 46 and the stool tank 58, and the thrust plate 45 sends the stool into the stool tank 58.

The beneficial effect of the present invention is: The slide block in the control mechanism of the present invention moves upward to communicate the aquaculture chamber and the connecting chamber, and the aquaculture water in the aquaculture chamber passes through the flow chamber into the sedimentation chamber. In the process of entry, the separator prevented the culture from entering the connecting chamber and causing loss due to the culture entering the sedimentation chamber, while the sedimentation chamber and the culture water in the culture chamber were balanced. Later, the backing plate can be prevented from moving up and communicating the culture chamber with the sedimentation chamber, preventing the culture water in the sedimentation chamber from flowing back into the culture chamber, and the culture water in the sedimentation chamber is filtered. It is discharged from the net and outlet, leaving the stool in the aquaculture chamber, transporting the stool into the stool tank by a thrust plate in the transport mechanism, ensuring complete processing without the need for manpower. Worth advertising.

Engineers in this field can clarify that they do not deviate from the general spirit and ideas of the present invention, and various modifications can be made to the above examples, all of which are within the scope of protection of the present invention. The protection plan of the present invention should be standardized on the claim of the present invention.

Claims (8)

A fecal sedimentation processor for aquaculture, which includes aquaculture area in front view, and a culture chamber opened upward is installed in the aquaculture area, and aquaculture can be cultivated in the aquaculture chamber. A subsidence chamber is installed on the right side of the aquaculture chamber, a control mechanism for controlling communication between the aquaculture chamber and the subsidence chamber is installed below the aquaculture chamber, and an outlet communicates on the right side of the subsidence chamber. The aquaculture water in the aquaculture chamber can flow into the subsidence chamber and flow out from the outlet, and a sealing mechanism for closing the outlet is installed on the right side of the control mechanism. The control mechanism and the sealing mechanism are interlocked, and the control mechanism can communicate the aquaculture chamber and the settling chamber and at the same time close the outlet.
A transport mechanism capable of transporting feces in the settling chamber is installed in the settling chamber, and the transport mechanism includes a fecal tank installed so as to communicate with the bottom wall of the settling chamber, and the settling mechanism is included. A thrust chamber is installed on the front inner wall of the chamber so as to communicate with each other, and a fixing plate is slidably mounted in the thrust chamber, and the fecal tank and the subsidence chamber are communicated with each other by the movement of the fixing plate. A fecal sedimentation treatment device for aquatic culture, wherein the transport mechanism can transport feces into the fecal chamber. The fecal sedimentation treatment device for aquaculture according to claim 1, wherein a separator is fixedly mounted on the bottom wall of the aquaculture chamber, and a slide chamber is installed in the separator. The dust collecting device is composed of a connecting chamber, a slide block, a moving chamber, and a slide rod.
The connecting chamber is installed so as to communicate with the bottom wall of the aquaculture chamber, the slide block is slidably mounted in the connecting chamber, and the moving chamber communicates below the connecting chamber. The sliding rod is slidably mounted in the moving chamber, and the top surface of the slide rod and the bottom surface of the slide block are fixedly connected to each other. The fecal sedimentation treatment chamber for aquaculture according to 1. A flow chamber is installed on the right side of the connection chamber so as to communicate with each other, a hinge connection chamber is installed below the distribution chamber, and a pulling chamber is installed on the left side of the hinge connection chamber so as to communicate with each other. A pulling rod is slidably mounted in the pulling chamber, an auxiliary block is fixedly mounted on the front side surface of the pulling rod, and an auxiliary chamber is installed in the sliding rod. The auxiliary chamber and the auxiliary block are slidably mounted, and a backing plate chamber is installed on the right side of the hinge connecting chamber so as to communicate with each other, and the backing plate chamber penetrates the bottom wall of the flow chamber. The backing plate is slidably mounted, a hinge connecting rod is attached to the backing plate by a hinge, the hinge connecting rod and the pulling rod are connected by a hinge, and a power chamber is on the right side of the backing plate chamber. Installed so as to communicate with each other, a thread block is slidably mounted in the power chamber, the thread block and the backing plate are fixedly connected, and the thread block is downwardly installed. An open thread hole is installed, a transmission chamber is installed below the power chamber, and a first motor is fixedly mounted in the bottom wall of the transmission chamber and faces above the first motor. The claim is characterized in that a power rod penetrating the bottom wall of the power chamber is fixedly mounted on the top surface of the output shaft, and the power rod and the thread hole are mounted by threads. The fecal sedimentation treatment device for aquatic culture according to 1. The sealing mechanism is composed of a position limiting chamber, a position limiting plate, a transmission rod, an isolation chamber, an isolation plate, a first gear, a second gear, and a first chain.
The position limiting chamber is installed above the transmission chamber, the position limiting plate is slidably mounted in the position limiting chamber, and the top wall of the transmission chamber is inside the top wall of the position limiting chamber. The transmission rod penetrating the is rotatably mounted, and the isolation chamber is installed on the right side of the position limiting chamber so as to communicate with each other, and the isolation chamber and the subsidence chamber communicate with each other. The isolation plate is slidably mounted inside, the left side surface of the isolation plate and the right side surface of the position limiting plate are fixedly connected, and the first gear is fixedly connected to the bottom surface of the transmission rod. The second gear is fixedly mounted in the transmission chamber of the power rod, and the first chain is traversably mounted between the second gear and the first gear. The fecal sedimentation treatment device for aquatic culture according to claim 1, characterized in that The fecal sedimentation treatment device for aquaculture according to claim 1, wherein a filtration net is fixedly installed in the outlet. The transport mechanism also comprises a chain chamber, a second motor, a rotary rod and a thrust plate.
The chain chamber is installed on the front side of the settling chamber, the second motor is fixedly mounted on the rear side of the settling chamber, and the chain is on the front side surface of the output shaft facing the front of the second motor. The rotary rod penetrating the rear inner wall of the chamber is fixedly mounted, and the thrust plate is mounted in the sedimentation chamber by a screw thread in the rotary rod, and the thrust plate and the sedimentation chamber can slide. The fecal sedimentation treatment chamber for aquatic culture according to claim 1, wherein the fecal sedimentation chamber is mounted on the chamber. A third gear is fixedly mounted on the front side surface of the rotary rod, a fixed chamber is installed on the rear side of the third gear, and a fixed block is slidably mounted in the fixed chamber. A connecting rod penetrating the rear inner wall of the chain chamber is rotatably mounted in the rear inner wall of the fixing block, and the connecting rod and the fixing block are mounted by threads to form a front surface of the connecting rod. A fourth gear is fixedly mounted on the vehicle, and a second chain is traversably mounted between the fourth gear and the third gear, and the left side surface of the fixing block and the right side surface of the fixing plate The fecal sedimentation treatment device for aquatic culture according to claim 1, wherein the gears are fixedly connected.

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