A kind of sewage treatment equipment and method for fishing wharf

Abstract

The present invention discloses a sewage treatment device and method for a fishing wharf, which relates to the technical field of marine sewage treatment, and comprises a storage mechanism, wherein an auxiliary mechanism is connected to the inlet of the storage mechanism, a cultivation mechanism is arranged on the top surface of the storage mechanism, a power mechanism is arranged inside the storage mechanism, the end of the power mechanism is arranged at the outlet of the storage mechanism, and a sewage discharge mechanism is connected to the outlet of the storage mechanism. Thus, the problem that most of the existing sewage treatment equipment for fishing wharfs does not have a convenient displacement function, which in turn brings certain inconvenience to the staff in handling fishery sewage is solved.

Description

Technical Field

[0001] The invention relates to the technical field of marine sewage treatment, and in particular to a sewage treatment device and method for a fishing wharf. Background Art

[0002] The ocean is the general term for the largest body of water on Earth. The development of the ocean has brought many benefits to our lives and production, but the increasing development of the ocean and the discharge of sewage into the ocean have also caused damage to the ocean. For example, people continue to dump garbage and waste into the ocean, industrial wastewater is discharged into the ocean, and coastal areas such as docks discharge sewage into the ocean; the damage to the ocean caused by these sewage will eventually fall on humans themselves due to the circulation of materials, and then cause damage to humans themselves, so the protection of the ocean and the prevention and control of sewage are essential.

[0003] The most common pollution to the ocean is the discharge of sewage from fishing docks, so corresponding sewage treatment equipment is often arranged at fishing docks. However, the existing sewage treatment equipment at fishing docks still has the following defects when in use, as follows:

[0004] 1. Most of the existing sewage treatment equipment at fishing docks do not have the function of easy displacement, and thus cannot be moved according to the location of fishing vessels, that is, it is not convenient for fishery workers to use, which brings certain inconvenience to the workers in treating fishery sewage;

[0005] 2. Most of the existing sewage treatment equipment at fishing docks do not have a solid waste settling and collection structure, and thus cannot improve the completeness of collecting solid waste to a certain extent, which brings certain inconveniences to the staff in collecting solid waste for treatment;

[0006] 3. Most of the existing sewage treatment equipment at fishing docks do not have a solid waste collection structure, which makes it difficult for staff to transfer and process solid waste, thus causing some inconvenience to staff in handling solid waste at fishing docks;

[0007] 4. Most of the existing sewage treatment equipment at fishing terminals do not have a mud-water separation structure, which makes it difficult for workers to subsequently treat the biological impurities contained in the sewage at fishing terminals, that is, it cannot reduce the pollution of the ocean by biological impurities, thus increasing the difficulty of sewage treatment to prevent and control marine pollution;

[0008] 5. Most of the existing sewage treatment equipment at fishing ports do not have the function of consuming nutrients in the water, and thus cannot reduce the difficulty of discharging sewage on the basis of reducing marine eutrophication, that is, the sewage after solid-liquid separation cannot be directly discharged, thus bringing certain inconveniences to the sewage treatment of the staff. Summary of the invention

[0009] 1. Technical issues to be solved

[0010] In view of the deficiencies in the prior art, the present invention provides a fishery wharf sewage treatment device and method, which solves the problem that most of the existing fishery wharf sewage treatment equipment does not have a convenient displacement function, thereby causing certain inconveniences to the staff in using the treated sewage.

[0011] (II) Technical solution

[0012] In order to achieve the above purpose, the technical solution adopted by the present invention is: a fishing wharf sewage treatment equipment, including a storage mechanism, an auxiliary mechanism is connected to the entrance of the storage mechanism, a cultivation mechanism is provided on the top surface of the storage mechanism, a power mechanism is provided in the storage mechanism, the end of the power mechanism is arranged at the discharge outlet of the storage mechanism, and a sewage discharge mechanism is connected to the discharge outlet of the storage mechanism.

[0013] As a further optimization of a sewage treatment device for a fishing wharf according to the present invention, the storage mechanism includes a storage box, a plurality of supporting plates are fixedly connected to the bottom surface of the storage box, a cultivation plate is provided on the top surface of the storage box, a cultivation mechanism is provided on the top surface of the cultivation plate, a plurality of drainage pipes are evenly arranged on the upper ends of the symmetrical sides of the storage box, a pedal is provided on the upper side of the connection between the drainage pipe and the storage box, and the pedal is made of buoyancy material.

[0014] As a further optimization of a sewage treatment device for a fishing wharf according to the present invention, an inclined portion is fixedly connected to the side wall of the storage box facing the two groups of drain pipes, and the two inclined portions are inclined toward the center of the storage box, and the two inclined portions are connected to a C-shaped portion, and the two inclined portions are connected to the notches of the C-shaped portions, and a central inclined portion is provided on the upper side surfaces of the two C-shaped portions, and the central inclined portion is inclined symmetrically toward the two C-shaped portions with respect to the center of the storage box.

[0015] As a further optimization of a sewage treatment equipment for a fishing wharf of the present invention, the power mechanism includes a positioning base plate fixed on a storage box, the positioning base plate is fixedly connected to a power body, a power output end of the power body is fixedly connected to a transmission sprocket, the transmission sprocket is connected to two other transmission sprockets through a transmission chain transmission, the transmission sprocket is arranged in a power through groove opened on the side wall of the storage box, the two transmission sprockets are respectively fixedly connected to two transmission shafts, the top ends of the two transmission shafts are both rotatably connected to the cultivation plate, the lower ends of the two transmission shafts are respectively fixedly connected to the first bevel gears through two sealed bearings, the two sealed bearings are both arranged in the central inclined portion, the two first bevel gears are both transmission-connected to the second bevel gears, the two second bevel gears are both fixedly connected to the transmission shaft, one end of the transmission shaft is rotatably connected to the inner wall of the storage box, the other end of the transmission shaft is rotatably connected to a positioning block, the positioning block is fixedly connected to a row of fixing holes opened on the storage box, the transmission shaft is arranged at the center of the C-shaped portion, and a transmission auger matching the inner wall of the C-shaped portion is fixedly connected to the outer surface of the transmission shaft.

[0016] As a further optimization of a sewage treatment device for a fishing wharf according to the present invention, the first bevel gear and the second bevel gear have closing frames on their outer sides, and the closing frames are fixedly connected with an inclined portion and a central inclined portion to close the C-shaped portion at the corresponding position, and the transmission ratio of the first bevel gear and the second bevel gear is greater than one.

[0017] As a further optimization of a sewage treatment device for a fishing wharf according to the present invention, the auxiliary mechanism includes one end of a connecting pipe fixedly connected to an inlet of a storage box, the connecting pipe is fixedly connected to a siphon box and a plurality of solid pipes, the height of the siphon box is higher than the height of the drain pipe, an electric control valve is provided inside the connecting pipe at one end facing the siphon box, the siphon box is fixedly connected to a plurality of liquid pipes, the solid pipe and the liquid pipe are both telescopic pipes, the other end of the solid pipe is fixedly connected to a sewage head, the sewage head is trumpet-shaped, a hanging ring is fixedly connected to the sewage head, the other end of the liquid pipe is fixedly connected to a sewage pipe, and an extrusion portion is provided on the sewage pipe.

[0018] As a further optimization of a sewage treatment device for a fishing wharf according to the present invention, a holding plate is provided on the sewage pipe, the holding plate is adapted to be clamped with a plug sleeve, the plug sleeve is fixedly connected to the outer surface of the sewage head, a first placement block is provided on the sewage pipe, and a second placement block is provided on the sewage head, the first placement block is clamped with a first slot, the second placement block is clamped with a second slot, the first slot and the second slot are both opened on a floating plate, and the floating plate is made of hollow plastic.

[0019] As a further optimization of a sewage treatment device for a fishing wharf according to the present invention, the cultivation mechanism includes a placement frame, a filler is provided in the placement frame, a plurality of inverted trapezoidal planting grooves are provided in the filler, a plurality of water-permeable cotton columns are provided in the filler, roots of plants are planted in the plurality of planting grooves, the middle parts of the plurality of plants are arranged in a placement tube, the placement tube is fixedly connected to a concave frame, a clamping part is provided on both sides of the concave frame in a vertical direction, the two clamping parts are clamped with matching strips, the two matching strips are respectively fixedly connected to the corresponding symmetrical two side surfaces of the placement frame, air holes are opened in the plurality of water-permeable cotton columns, and the ends of the plurality of water-permeable cotton columns facing away from the filler pass through the cultivation plate and are fixed to the central inclined part and the outer surfaces of the two inclined parts.

[0020] As a further optimization of a sewage treatment device for a fishing wharf according to the present invention, the sewage discharge mechanism includes a positioning plate fixed on a pedal, a gripping handle is provided on the upper side of the positioning plate, the gripping handle is fixedly connected to a butt joint tube, the butt joint tube is clamped with the corresponding ends of the positioning plate, a clamping piece is provided on one end of the butt joint tube facing the gripping handle, and the end of the butt joint tube facing away from the gripping handle is fixedly connected with two drainage holes.

[0021] A method for using a sewage treatment device at a fishing wharf comprises the following steps:

[0022] S1. Multiple bearing plates included in the storage mechanism are placed on the riverbed below the water surface of the dock, and the bearing plates are positioned with corresponding concrete. Then, the storage box included in the storage mechanism can be positioned in the seawater, and the stepping plate included in the storage mechanism can be positioned on the water surface, so that the corresponding maintenance staff or sewage treatment staff can step on it to repair the sewage and structural faults in the storage box;

[0023] S2. Then, the cultivation plate included in the storage mechanism and the cultivation mechanism arranged on the cultivation plate can be used to cultivate corresponding sewage treatment plants, such as aloe, canna and duckweed. During specific planting, the corresponding sewage treatment plants can be placed through the placement tubes arranged on the multiple concave frames. After the corresponding sewage treatment plants are planted in the corresponding placement tubes, the corresponding staff can step on the pedals, and then place the corresponding concave frames on the placement frame. During the placement process, the clamping parts arranged at both ends of the concave frames will be clamped with the matching strips fixedly connected to the placement frame, and then the corresponding concave frames will be positioned on the placement frame for use. After the concave frames are clamped and positioned, the roots of the sewage treatment plants will be connected to the fillers in the placement frame. When connecting, they will also be connected to the inverted trapezoidal planting grooves distributed on the fillers in the placement frame for planting. In the process of planting the corresponding plants, the multiple water-permeable cotton columns arranged on the cultivation plate will be used to connect with the fillers. The water in the storage box and the corresponding nutrients are transported to the sewage treatment plants by the water-seepage cotton column for the filler, thereby reducing the large amount of nutrients contained in the sewage generated in the fishery wharf, thereby reducing the eutrophication pollution caused by the fishery wharf to the ocean. When the water-seepage cotton column seeps water and the nutrients are supplied to the filler, the odorous gas in the storage box is discharged to the sewage treatment plants by the air holes opened in the water-seepage cotton column through the filler, and then the odorous gas is purified to a certain extent by the planted sewage treatment plants, thereby reducing the excessive odor on the fishery wharf to a certain extent. When the corresponding sewage treatment plants reproduce excessively, the corresponding concave frame can be pushed, thereby separating the clamping part on the concave frame from the corresponding matching strip, thereby transferring the corresponding sewage treatment plants, and taking the corresponding sewage treatment plants out of the corresponding placement cylinder for transportation and sale, that is, commercializing and selling the corresponding sewage treatment plants;

[0024] S3. After the fishing boat enters the fishing wharf, it can use the hook included in the auxiliary mechanism or hold the corresponding hanging ring as needed, and then drag the sewage throwing head to move. During the movement of the sewage throwing head, the holding plate and the plug sleeve, the first slot opened on the floating plate, the second slot and the second placement block connected to the sewage throwing head and the first placement block connected to the sewage pipe are coordinated to realize the floating movement of the sewage pipe and the sewage throwing head on the water surface. After moving to the corresponding position, the sewage throwing head can be pulled to separate the second placement block from the second slot, and then the connection between the plug sleeve fixedly connected to the sewage throwing head and the holding plate can be used to make the sewage pipe move synchronously, and then the sewage throwing head and the sewage pipe can be placed on the corresponding fishing boat, and the sewage throwing head and the sewage pipe can also be moved to different positions of the fishing wharf for use. Next, the staff can use the trumpet shape of the sewage throwing head to introduce the corresponding solid waste, such as rotten fish and other seafood, food residues, etc., into the fixed pipe, and then the solid waste can be transported to the storage box for storage using the connecting pipe. When it is necessary to deal with blood stains on the fishing boat or sticky sewage from the seafood body , the holding plate can be separated from the plug sleeve by using the holding plate, and then the holding plate can be moved to the corresponding sewage, and then the squeezing part arranged on the sewage pipe can be used to squeeze, thereby discharging the residual air in the liquid pipe and the sewage pipe, and then the height difference under the water surface and on the fishing boat can be used to make the liquid pipe form an inverted U shape, and then the pressure difference formed between the fishing boat and the siphon box under the water surface will be used to form a siphon phenomenon, so as to suck the sewage on the fishing boat to a certain extent, and then the sewage will pass through the sewage pipe and the liquid pipe and be stored in the siphon box for storage, and after the suction is completed, the controller arranged on the sewage pipe can be used to control the electric control valve arranged on the connecting pipe to be connected with the connecting pipe, and then the sewage in the siphon box will enter the storage box through the connecting pipe for storage, and the sewage stored in the storage box is transported to the filler by the water-seeping cotton column for storage, that is, the water and nutrients such as phosphorus in the sewage are transported to the filler to be absorbed by the planted nutrients, and after the sewage is left for a certain period of time, and the nutrients in the sewage and solid waste are absorbed for a period of time, the corresponding sewage will be discharged into the ocean by the drainage pipe arranged on the storage box;

[0025] S4. After the storage box has been used for a period of time and a certain amount of fixed waste has been stored, the corresponding staff can step on the pedal, and then the staff can connect the docking pipe included in the sewage discharge mechanism with the corresponding transport vehicle. During this process, the docking pipe can be docked by the gripping handle, and before docking, it is positioned by the positioning plate provided on the pedal. Then the staff can control the operation of the power body through the corresponding controller. During the operation of the power body, it will be positioned by the positioning base plate fixed on the storage box. After the power body is operated, the corresponding transmission sprocket will rotate, and then the transmission chain passing through the power groove can be used to drive the other two transmission sprockets to operate. When the other two transmission sprockets are operating, they will drive the two transmission shafts to rotate. When the transmission shafts rotate, they will cooperate with the two sealed bearings passing through the central inclined part to make the two The first bevel gear rotates, and the operation of the two first bevel gears will drive the two second bevel gears to rotate. When the two second bevel gears and the two first bevel gears are in operation, they will be closed by a closing frame connected to the central inclined portion and the C-shaped portion, thereby avoiding the influence of sewage and fixed dirt on the first bevel gear and the second bevel gear. After the two second bevel gears are in operation, they will drive the two transmission shafts to rotate. When the two transmission shafts rotate, they will be assisted by fixed positioning blocks in the two fixing holes to maintain the stability of the rotation of the transmission shafts. The rotation of the two second bevel gears will cause the two transmission augers to rotate. When the two transmission augers rotate, they will cooperate with the two C-shaped portions to transport the dirt into the two fixing holes. After that, the fixed dirt will be squeezed and pushed into the docking pipe due to continuous transportation. Subsequently, the fixed dirt will be continuously transported to the waste transfer vehicle for transportation for subsequent treatment.

[0026] (III) Beneficial effects

[0027] The beneficial effects of the present invention are:

[0028] 1. The sewage treatment equipment and method for the fishing wharf can drag the sewage throwing head to move by holding the corresponding hanging ring included in the auxiliary mechanism through the hook or holding the corresponding hanging ring. During the movement of the sewage throwing head, the holding plate and the plug sleeve, the first slot opened on the floating plate, the second slot and the second placement block connected to the sewage throwing head and the first placement block connected to the sewage pipe are coordinated to realize the floating movement of the sewage pipe and the sewage throwing head on the water surface. After moving to the corresponding position, the sewage throwing head can be pulled to separate the second placement block from the second slot, and then the connection between the plug sleeve fixedly connected on the sewage throwing head and the holding plate can be used to make the sewage pipe move synchronously, and then the sewage throwing head and the sewage pipe can be placed on the corresponding fishing boat, and can also be moved to other positions for use, thereby solving the problem that most of the existing sewage treatment equipment for fishing wharves do not have the function of easy displacement, and thus cannot be moved according to the location of the fishing vessel, that is, it cannot be convenient for fishery staff to use, which brings certain inconvenience to the staff in treating fishery sewage.

[0029] 2. The sewage treatment equipment and method for the fishing wharf transports fixed waste to the gap of the C-shaped portion and into the C-shaped portion through the two inclined portions arranged in the storage box, and at the same time utilizes the central inclined portion to transport the solid waste settled to the center of the storage box to the gap of the C-shaped portion and into the C-shaped portion. Then, the solid waste can be transported to the storage box for treatment more completely, thereby further improving the convenience and integrity of treating the fixed waste in the storage box, while also maintaining protection for the ocean to a certain extent, thereby solving the problem that most of the existing sewage treatment equipment for fishing wharfs do not have a solid waste settling and collection structure, and thus cannot improve the completeness of collecting solid waste to a certain extent, that is, it brings certain inconveniences to the staff in collecting solid waste for treatment.

[0030] 3. The sewage treatment equipment and method for the fishing wharf rotates the corresponding transmission sprocket by operating the power main body, and then the other two transmission sprockets can be driven to rotate through the transmission chain passing through the power through slot. When the other two transmission sprockets are in operation, they will drive the two transmission shafts to rotate. When the transmission shafts rotate, they will cooperate with the two sealed bearings passing through the central inclined portion to rotate the two first bevel gears. The operation of the two first bevel gears will drive the two second bevel gears to rotate. After the two second bevel gears are in operation, they will drive the two transmission shafts to rotate. When the two transmission shafts rotate, they will be assisted by the fixed positioning blocks in the two row holes to maintain The stability of the rotation of the transmission shaft and the rotation of the two second bevel gears will cause the two transmission augers to rotate. When the two transmission augers rotate, they will cooperate with the two C-shaped parts to transport the waste to the two drainage holes. After that, the fixed waste will be squeezed and pushed into the docking pipe due to continuous transportation. Subsequently, the fixed waste will be continuously transported to the waste transfer vehicle for transfer and subsequent treatment. This solves the problem that most of the existing sewage treatment equipment at fishing terminals do not have a solid waste collection structure, which makes it difficult for staff to transfer and treat the solid waste, thereby causing certain inconveniences to the staff in handling solid waste at fishing terminals.

[0031] 4. The sewage treatment equipment and method for the fishing wharf, through the staff to put the corresponding solid waste, such as rotten fish and other seafood, food residues, etc., into the fixed pipe by using the trumpet shape of the sewage head, and then the solid waste can be transported to the storage box for storage by using the connecting pipe. When it is necessary to deal with the blood stains on the fishing boat or the sticky sewage of the seafood body, the holding plate can be separated from the plug sleeve, and then the holding plate can be moved to the corresponding sewage, and then the squeezing part set on the sewage pipe can be used to squeeze, and then the liquid pipe and the residual air in the sewage pipe can be discharged, and then The height difference between the water surface and the fishing boat is used to make the liquid pipe form an inverted U shape, and then the pressure difference between the fishing boat and the siphon box under the water surface is used to form a siphon phenomenon, thereby sucking out the sewage on the fishing boat to a certain extent. The sewage will then pass through the sewage pipe and the liquid pipe and be stored in the siphon box, thus solving the problem that most of the existing sewage treatment equipment at fishing terminals do not have a mud-water separation structure, and thus cannot facilitate the staff to subsequently deal with the biological impurities contained in the sewage at fishing terminals, that is, it cannot reduce the pollution of the ocean by biological impurities, thereby increasing the difficulty of sewage treatment to prevent and control marine pollution.

[0032] 5. The sewage treatment equipment and method of the fishing wharf cultivates corresponding sewage treatment plants, such as aloe, canna and duckweed, through the cultivation plate included in the storage mechanism and the cultivation mechanism arranged on the cultivation plate. When planting, the corresponding sewage treatment plants can be placed through the placement cylinders arranged on the multiple concave frames. After the corresponding sewage treatment plants are planted in the corresponding placement cylinders, the corresponding staff can step on the pedal, and then place the corresponding concave frame on the placement frame. During the placement process, the clamping parts arranged at both ends of the concave frame are clamped with the matching strips fixedly connected to the placement frame, and then the corresponding concave frame is positioned on the placement frame for use. After the concave frame is clamped and positioned, the roots of the sewage treatment plants are connected to the placement frame. The filler in the frame is connected, and when connected, it will also cooperate with the inverted trapezoidal planting troughs distributed on the filler in the frame for connection and planting. In the process of planting the corresponding plants, a plurality of water-permeable cotton columns arranged on the cultivation plate will be used to connect with the filler, and then the water-permeable cotton columns will be used to transport the water in the storage box and the corresponding nutrients to the sewage treatment plants for the filler, thereby reducing the large amount of nutrients contained in the fishing wharf, thereby solving the problem that most of the existing sewage treatment equipment at the fishing wharf does not have the function of consuming nutrients in the water, and thus cannot reduce the difficulty of discharging sewage on the basis of reducing marine eutrophication, that is, the sewage after solid-liquid separation cannot be directly discharged, thereby bringing certain inconveniences to the sewage treatment of the staff. BRIEF DESCRIPTION OF THE DRAWINGS

[0033] Figure 1 It is a schematic diagram of the front three-dimensional structure of the present invention;

[0034] Figure 2 It is a schematic diagram of the top view structure of the present invention;

[0035] Figure 3 It is a schematic diagram of the AA cross-sectional structure of the present invention;

[0036] Figure 4 It is a schematic diagram of the enlarged structure of point B of the present invention;

[0037] Figure 5 It is a CC cross-sectional structural schematic diagram of the present invention;

[0038] Figure 6 It is a schematic diagram of the three-dimensional structure of the subsidiary mechanism of the present invention;

[0039] Figure 7 It is a schematic diagram of the structure of the subsidiary mechanism of the present invention from a top view;

[0040] Figure 8 It is a schematic diagram of the EE cross-sectional structure of the present invention;

[0041] Fig. 9 It is a schematic diagram of the DD cross-sectional structure of the present invention;

[0042] Fig.10 It is a schematic diagram of the top view of the storage mechanism of the present invention;

[0043] Fig.11 It is a schematic diagram of the FF cross-sectional structure of the present invention;

[0044] Fig.12 It is a schematic diagram of the enlarged structure of G of the present invention;

[0045] Fig.13 It is a schematic diagram of the three-dimensional structure of the storage mechanism of the present invention;

[0046] Fig.14 It is a schematic diagram of the three-dimensional structure of the power mechanism of the present invention;

[0047] Fig.15 It is a schematic diagram of the three-dimensional structure of the cultivation mechanism of the present invention.

[0048] In the figure: 1. accessory mechanism; 101. sewage pipe; 102. holding plate; 103. plug sleeve; 104. first placement block; 105. first slot; 106. hanging ring; 107. sewage head; 108. second placement block; 109. second slot; 1010. solid pipe; 1011. liquid pipe; 1012. siphon box; 1013. electric control valve; 1014. connecting pipe; 1015. floating plate; 1016. extrusion part; 2. storage mechanism; 201. bearing plate; 202. storage box; 203. drainage pipe; 204. pedal; 205. cultivation plate; 206. inclined part; 207. C-shaped part; 208. central inclined part; 209. power channel; 2010. solid discharge hole; 3, power mechanism; 301, power body; 302, positioning base plate; 303, transmission chain; 304, transmission sprocket; 305, transmission shaft; 306, sealed bearing; 307, closing frame; 308, first bevel gear; 309, second bevel gear; 3010, transmission shaft; 3011, positioning block; 3012, transmission auger; 4, cultivation mechanism; 401, plant; 402, placement cylinder; 403, concave frame; 404, placement frame; 405, filler; 406, water-permeable cotton column; 407, air vent; 408, planting trough; 409, clamping part; 4010, matching strip; 5, sewage discharge mechanism; 501, positioning plate; 502, gripping handle; 503, butt pipe. DETAILED DESCRIPTION

[0049] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0050] like Figure 1-15As shown, the present invention provides a technical solution: a sewage treatment device for a fishing wharf, comprising a storage mechanism 2, which can collect and store blood water and solid waste containing waste such as fish meat generated by fisheries, and at the same time, to a certain extent, statically sediment the two to reduce their pollution to a certain extent, thereby achieving the purpose of treating waste from the fishing wharf, that is, to a certain extent, reducing the pollution of the fishing wharf to the ocean, the storage mechanism 2 is connected to an auxiliary mechanism 1 at the entrance, the setting of the auxiliary mechanism 1 can facilitate the corresponding fishery personnel to transfer it to a position, and then facilitate the corresponding fishery personnel to discharge waste at a convenient position, thereby to a certain extent, reducing the pollution of the fishing wharf to the ocean, the storage mechanism 2 is provided with a cultivation mechanism 4 on the top surface, the setting of the cultivation mechanism 4 can Plants are cultivated by utilizing the eutrophication of the fishing wharf, thereby improving the landscape of the fishing wharf to a certain extent, and optimizing the air of the fishing wharf to a certain extent, and reducing the nutrient content of sewage entering the storage box 202, thereby reducing the pollution of the fishing wharf to the eutrophication of the ocean to a certain extent. A power mechanism 3 is provided in the storage mechanism 2, and the end of the power mechanism 3 is arranged at the discharge outlet of the storage mechanism 2, and a sewage discharge mechanism 5 is connected to the discharge outlet of the storage mechanism 2. The cooperation between the power mechanism 3 and the sewage discharge mechanism 5 can relatively crush the solid waste in the storage box 202, and discharge the solid waste into the corresponding transfer equipment for storage, and then treat the solid waste at a suitable location, and the treated solid waste can also be used as one of the raw materials for preparing fertilizers.

[0051] The storage mechanism 2 includes a storage box 202, and a plurality of supporting plates 201 are fixedly connected to the bottom surface of the storage box 202, so that the storage box 202 is positioned under the water surface for use, that is, the impact of the storage box 202 on the fishing boats docked at the fishing wharf is reduced. A cultivation plate 205 is provided on the top surface of the storage box 202, and a cultivation mechanism 4 is provided on the top surface of the cultivation plate 205. A plurality of drainage pipes 203 are evenly arranged on the upper end of the symmetrical sides of the storage box 202, so that the sewage can be discharged after standing for a certain period of time. A pedal 204 is provided on the upper side of the connection between the drainage pipe 203 and the storage box 202, and the pedal 204 is made of buoyancy material.

[0052] The storage box 202 is fixedly connected with an inclined portion 206 on the side wall facing the two groups of drainage pipes 203, so as to guide and transport the solid waste settled at the lower end of the storage box 202 to the bottom of the storage box 202, and then the power mechanism 3 is operated to transport and transfer the settled solid waste for processing. The two inclined portions 206 are inclined toward the center of the storage box 202, and the two inclined portions 206 are connected with a C-shaped portion 207, so as to transfer the solid waste into the C-shaped portion 207, and then cooperate with the transmission auger 3012 to crush and transfer the solid waste to a certain extent. The two inclined portions 206 are connected to the notch of the C-shaped portion 207, and the upper side surfaces of the two C-shaped portions 207 are provided with a central inclined portion 208, and the central inclined portion 208 is inclined symmetrically toward the two C-shaped portions 207 with respect to the center of the storage box 202, so as to guide the impurities and dirt settled to the center of the box into the C-shaped portion and cooperate with the operation of the power mechanism 3 to transfer them.

[0053] The power mechanism 3 includes a positioning base plate 302 fixed on the storage box 202, the positioning base plate 302 is fixedly connected to the power body 301, the power output end of the power body 301 is fixedly connected to a transmission sprocket 304, the transmission sprocket 304 is connected to another two transmission sprockets 304 through a transmission chain 303, so that the power body 301 drives the other two transmission sprockets 304 to rotate, the transmission sprocket 304 is arranged in a power through groove 209 opened on the side wall of the storage box 202, the two transmission sprockets 304 are respectively fixedly connected to two transmission shafts 305, the top ends of the two transmission shafts 305 are rotatably connected to the cultivation plate 205, the lower ends of the two transmission shafts 305 are respectively passed through two sealed bearings 306 and fixedly connected to the first bevel gear 308, the two sealed bearings 306 are both arranged on the central inclined portion 208, In order to maintain the relative position of the two transmission shafts 305 and maintain stable power transmission, the two first bevel gears 308 are both transmission-connected to the second bevel gears 309, and the two second bevel gears 309 are both fixedly connected to the transmission shaft 3010. One end of the transmission shaft 3010 is rotatably connected to the inner wall of the storage box 202, and the other end of the transmission shaft 3010 is rotatably connected to the positioning block 3011, so that the transmission shaft 3010 can rotate stably, so that the transmission auger 3012 can rotate stably to divide and transmit the solid impurities and dirt settled in the storage box 202. The positioning block 3011 is fixedly connected to the drainage hole 2010 opened on the storage box 202, and the transmission shaft 3010 is arranged at the center of the C-shaped portion 207. The outer surface of the transmission shaft 3010 is fixedly connected to the transmission auger 3012 that cooperates with the inner wall of the C-shaped portion 207.

[0054] The first bevel gear 308 and the second bevel gear 309 have closing frames 307 on their outer sides, and the closing frames 307 are fixedly connected with the inclined portion 206 and the central inclined portion 208 to close the C-shaped portion 207 at the corresponding position, thereby maintaining the stability of the first bevel gear 308 and the second bevel gear 309 in operation under sewage, while reducing the probability of failure of both. The transmission ratio of the first bevel gear 308 and the second bevel gear 309 is greater than one, thereby enabling the two transmission shafts 3010 to rotate stably at low speed and high torque.

[0055] The auxiliary mechanism 1 includes one end of a connecting pipe 1014 fixedly connected to the inlet of the storage box 202, the connecting pipe 1014 is fixedly connected to the siphon box 1012 and a plurality of solid pipes 1010, the connecting pipe 1014 is provided to connect and transport solid waste and liquid waste to the storage box 202 for storage, the height of the siphon box 1012 is higher than the height of the drain pipe 203, and the connecting pipe 1014 is provided with an electric control valve 1013 at one end thereof facing the siphon box 1012, so that the staff can adjust the siphon box 1012 according to the specific situation. 012 is connected with the connecting pipe 1014 to transport the liquid sewage to the storage box 202. The siphon box 1012 is fixedly connected with multiple liquid pipes 1011. At the same time, the siphon box 1012 is closed when needed, so that one end of the liquid pipe 1011 is high and the other end is low, and the two ends of the liquid pipe 1011 are relatively closed, so that the suction force is generated at the higher end of the liquid pipe 1011 due to the siphon effect, so that it is convenient for the staff to suck the sewage at the higher place to collect the sewage. Both the solid pipe 1010 and the liquid pipe 1011 are The telescopic tube enables the staff to use it at different positions to transport solid waste and liquid waste into the storage box 202. The other end of the solid tube 1010 is fixedly connected to a sewage head 107. The sewage head 107 is trumpet-shaped, which is convenient for the staff to throw solid waste. The sewage head 107 is fixedly connected to a hanging ring 106. The other end of the liquid tube 1011 is fixedly connected to a sewage pipe 101. The sewage pipe 101 is provided with an extrusion part 1016. The extrusion part 1016 is set to discharge the liquid tube 1011. The residual gas in the sewage pipe 101 sinks into the sewage and cooperates with the shapes of the two ends of the liquid pipe 1011 to produce a siphon effect, thereby producing a suction effect. The siphon box 1012 is higher than the discharge port of the drain pipe 203, so that the sewage can be stably discharged into the storage box 202 for storage to avoid the sewage in the storage box 202 from flowing back and causing the siphon box 1012 to lose its function. At the same time, the sewage discharged from the siphon box 1012 can also impact the solid dirt in the connecting pipe 1014, thereby avoiding the blockage of the solid dirt in the connecting pipe.

[0056] A holding plate 102 is provided on the sewage pipe 101, which makes it convenient for the staff to hold the sewage pipe 101 to use it to suck sewage. The holding plate 102 is adapted to be clamped with the plug sleeve 103, and the plug sleeve 103 is fixedly connected to the outer surface of the sewage head 107, so that the sewage pipe 101 and the sewage head 107 can be pulled synchronously for use. A first placement block 104 is provided on the sewage pipe 101, and a second placement block 108 is provided on the sewage head 107. The first placement block 104 is clamped with a first clamping groove 105, and the second placement block 108 is clamped with a second clamping groove 109. The first clamping groove 105 and the second clamping groove 109 are both provided on the floating plate 1015, so that the sewage pipe 101 and the sewage head 107 are conveniently positioned on the water surface for the staff to find, and it is also convenient for the staff to pull them for use. The floating plate 1015 is made of hollow plastic.

[0057] The cultivation mechanism 4 includes a placement frame 404, in which a filler 405 is arranged to position the plant 401 for planting, a plurality of inverted trapezoidal planting grooves 408 are arranged in the filler 405, and the plant 401 is cultivated. After a certain amount of the plant 401 is cultivated, it can be commercialized and sold. A plurality of water-permeable cotton columns 406 are arranged in the filler 405, and the roots of the plant 401 are planted in the plurality of planting grooves 408. The middle parts of the plurality of plants 401 are arranged in the placement tube 402, and the placement tube 402 is fixedly connected to the concave frame 403. The concave frame 403 has a clamping portion 409 on both sides in the vertical direction. The two clamping portions The parts 409 are all snapped with matching strips 4010, and the two matching strips 4010 are respectively fixedly connected to the corresponding symmetrical two side surfaces of the placement frame 404, and the multiple water-permeable cotton columns 406 are all provided with air holes 407, so as to discharge the gas in the storage box 202, and cooperate with the plants 401 to purify the air, and the ends of the multiple water-permeable cotton columns 406 away from the filler 405 pass through the cultivation plate 205 and are fixed on the central inclined part 208 and the outer sides of the two inclined parts 206, so as to transport the nutrients in the sewage toward the filler 405, that is, reduce the content of nutrients in the sewage, thereby reducing the eutrophication pollution to the ocean to a certain extent.

[0058] The sewage discharge mechanism 5 includes a positioning plate 501 fixed on the pedal 204, and a gripping handle 502 is provided on the upper side of the positioning plate 501, so as to facilitate the staff to hold the docking tube 503 and connect it with the corresponding transfer equipment. The gripping handle 502 is fixedly connected to the docking tube 503, and the docking tube 503 is clamped with the corresponding end of the positioning plate 501. A clamping piece is provided at one end of the docking tube 503 facing the gripping handle 502, so as to position the docking tube 503 for the staff to hold and use. The clamping piece can facilitate the staff to dock the docking tube 503 with the corresponding transfer equipment, so as to facilitate the staff to output the corresponding solid waste. The end of the docking tube 503 away from the gripping handle 502 is fixedly connected with two drainage holes 2010.

[0059] The operating steps of the present invention are:

[0060] S1. When sewage treatment is required at the fishing wharf, the multiple bearing plates 201 included in the storage mechanism 2 are first placed on the riverbed below the water surface of the wharf, and the bearing plates 201 are positioned with corresponding concrete. Then, the storage box 202 included in the storage mechanism 2 can be positioned in the seawater, and the stepping plate 204 included in the storage mechanism 2 can also be positioned on the water surface, so that the corresponding maintenance staff or sewage treatment staff can step on it to repair the sewage and structural faults in the storage box 202;

[0061] S2, then the cultivation plate 205 included in the storage mechanism 2 and the cultivation mechanism 4 arranged on the cultivation plate 205 can be used to cultivate the corresponding sewage treatment plants, such as aloe, canna and duckweed, etc., and when planting, the corresponding sewage treatment plants can be placed through the placement cylinders 402 arranged on the multiple concave frames 403. After the corresponding sewage treatment plants are planted in the corresponding placement cylinders 402, the corresponding staff can step on the pedal 204, and then place the corresponding concave frame 403 on the placement frame 404. During the placement process, the concave frame 403 is placed on the storage mechanism 2. The clamping parts 409 provided at both ends of 03 are clamped with the matching strips 4010 fixedly connected to the placement frame 404, and then the corresponding concave frame 403 is positioned on the placement frame 404 for use. After the concave frame 403 is clamped and positioned, the roots of the sewage treatment plants will be connected to the filler 405 in the placement frame 404. When connecting, the inverted trapezoidal planting grooves 408 distributed on the filler 405 in the placement frame 404 will be connected for planting. In the process of planting the corresponding plants 401, the multiple water-permeable cotton columns provided on the cultivation plate 205 will be used. 406 is connected to the filler 405, and the water in the storage box 202 and the corresponding nutrients are transported to the sewage treatment plant by the water-permeable cotton column 406, thereby reducing the large amount of nutrients contained in the sewage generated in the fishing wharf, thereby reducing the eutrophication pollution caused by the fishing wharf to the ocean. When the water-permeable cotton column 406 permeates water and nutrients are supplied to the filler 405, the air vents 407 opened in the water-permeable cotton column 406 penetrate the filler 405 to discharge the odorous gas in the storage box 202 to the sewage treatment plant 401 The sewage treatment plants 401 planted therein are used to purify the odorous gas to a certain extent, thereby reducing the excessive odor on the fishing wharf to a certain extent. When the corresponding sewage treatment plants 401 are over-produced, the corresponding concave frame 403 can be pushed, thereby separating the clamping part 409 on the concave frame 403 from the corresponding matching strip 4010, and then the corresponding sewage treatment plants 401 are transferred, and the corresponding sewage treatment plants 401 are taken out from the corresponding placement cylinder 402 for transportation and sale, that is, the corresponding sewage treatment plants are commercialized and sold;

[0062] S3. After the fishing boat enters the fishing wharf, the hook included in the auxiliary mechanism 1 can be used as needed or the corresponding hanging ring 106 can be held to drag the sewage throwing head 107 to move. During the movement of the sewage throwing head 107, the holding plate 102 and the plug sleeve 103 are coordinated, and the first card slot 105 and the second card slot 109 opened on the floating plate 1015 cooperate with the second placement block 108 connected to the sewage throwing head 107 and the first placement block 104 connected to the sewage pipe 101 to realize the sewage pipe 101 and the sewage throwing head 107 floating on the water surface. After moving to the corresponding position, the sewage throwing head 107 can be pulled to make the second placement block 108 and the second card slot 109 cooperate. 9, and then the plug sleeve 103 fixedly connected on the sewage head 107 can be used to connect the holding plate 102 to move the sewage pipe 101 synchronously, and then the sewage head 107 and the sewage pipe 101 can be placed on the corresponding fishing boat, and the sewage head 107 and the sewage pipe 101 can also be moved to different locations of the fishing dock for use. Next, the staff can use the trumpet shape of the sewage head 107 to guide the fixed sewage into the fixed pipe, and then use the connecting pipe 1014 to transport the solid sewage to the storage box 202 for storage. When it is necessary to deal with the blood stains on the fishing boat or the sticky sewage from the seafood body , the holding plate 102 can be used to separate from the plug sleeve 103, and then the holding plate 102 can be held and moved to the corresponding sewage, and then the squeezing part 1016 provided on the sewage pipe 101 can be used to squeeze, thereby expelling the liquid pipe 1011 and the residual air in the sewage pipe 101, and then the height difference under the water surface and on the fishing boat can be used to make the liquid pipe 1011 form an inverted U shape, and then the pressure difference formed between the fishing boat and the siphon box 1012 under the water surface will be used to form a siphon phenomenon, so as to suck the sewage on the fishing boat to a certain extent, and then the sewage will pass through the sewage pipe 101 and the liquid pipe 1011 and be stored in the siphon box 1012. After the suction is completed, The controller provided on the sewage pipe 101 can be used to control the electric control valve 1013 provided on the connecting pipe 1014 to communicate with the connecting pipe 1014, and then the sewage in the siphon box 1012 will enter the storage box 202 for storage through the connecting pipe 1014, and the sewage stored in the storage box 202 will be transported to the filler 405 for storage by the water-permeable cotton column 406, that is, the water and nutrients such as phosphorus in the sewage will be transported to the filler 405 to be absorbed by the planted nutrients, and after the sewage is left to stand for a certain period of time and the nutrients in the sewage and solid waste are absorbed for a period of time, the corresponding sewage will be discharged into the ocean through the drainage pipe 203 provided on the storage box 202;

[0063] S4. When transporting and collecting waste, the two inclined parts 206 provided in the storage box 202 will be used to transport the fixed waste to the gap of the C-shaped part 207 and enter the C-shaped part 207. At the same time, the central inclined part 208 will be used to transport the solid waste settled in the center of the storage box 202 to the gap of the C-shaped part 207 and enter the C-shaped part 207. Then, the solid waste can be transported to the storage box 202 for treatment more completely, thereby further improving the convenience and integrity of treating the fixed waste in the storage box 202, and at the same time maintaining the protection of the ocean to a certain extent.

[0064] S5. After the storage box 202 has been used for a period of time and a certain amount of fixed waste has been stored, the corresponding staff can step on the pedal 204, and then the staff can connect the docking pipe 503 included in the sewage discharge mechanism 5 with the corresponding transport vehicle. During this process, the docking pipe 503 can be docked by holding the handle 502. Before docking, it is positioned by the positioning plate 501 set on the pedal 204. Then the staff can control the operation of the power body 301 through the corresponding controller. During the operation of the power body 301, it will be positioned by the positioning base plate 302 fixed on the storage box 202. After the power body 301 is operated, the corresponding transmission sprocket 304 will rotate, and then the transmission chain 303 passing through the power groove 209 can be used to drive the other two transmission sprockets 304 to operate. When the other two transmission sprockets 304 operate, they will drive the two transmission shafts 305 to rotate. When the transmission shaft 305 rotates, it will cooperate with the two sealed bearings 306 passing through the central inclined portion 208 to make the two first bevel gears 308 rotates, the two first bevel gears 308 rotate, and the two second bevel gears 309 rotate. When the two second bevel gears 309 and the two first bevel gears 308 rotate, they are closed by the closing frame 307 connected to the central inclined portion 208 and the C-shaped portion 207, so as to prevent the sewage and fixed dirt from affecting the first bevel gears 308 and the second bevel gears 309. After the two second bevel gears 309 rotate, they will drive the two transmission shafts 3010 to rotate. When the two transmission shafts 3010 rotate, The fixed positioning blocks 3011 in the two fixing holes 2010 are used to assist in maintaining the rotation stability of the transmission shaft 3010. The rotation of the two second bevel gears 309 will cause the two transmission augers 3012 to rotate. When the two transmission augers 3012 rotate, they will cooperate with the two C-shaped parts 207 to transport the waste into the two fixing holes 2010. After that, the fixed waste will be squeezed and pushed into the docking pipe 503 due to continuous transportation. Subsequently, the fixed waste will be continuously transported to the waste transfer vehicle for transportation and subsequent processing.

[0065] The above specific implementation methods further illustrate the objectives, technical solutions and beneficial effects of the present invention in detail. It should be understood that the above are only specific implementation methods of the present invention and are not intended to limit the present invention. Any modifications, equivalent substitutions, improvements, etc. made within the spirit and principles of the present invention should be included in the protection scope of the present invention.

Claims

1. A sewage treatment device for a fishing wharf, comprising a storage mechanism (2), characterized in that: The storage mechanism (2) is connected to an auxiliary mechanism (1) at its entrance, a cultivation mechanism (4) is provided on the top surface of the storage mechanism (2), a power mechanism (3) is provided inside the storage mechanism (2), a terminal end of the power mechanism (3) is provided at the storage mechanism (2) outlet, and a sewage discharge mechanism (5) is connected to the storage mechanism (2) outlet; The storage mechanism (2) comprises a storage box (202), a plurality of bearing plates (201) being fixedly connected to the bottom surface of the storage box (202), a cultivation plate (205) being provided on the top surface of the storage box (202), a cultivation mechanism (4) being provided on the top surface of the cultivation plate (205), a plurality of drainage pipes (203) being evenly arranged on the upper ends of the symmetrical sides of the storage box (202), a pedal (204) being provided on the upper side of the connection between the drainage pipe (203) and the storage box (202), and the pedal (204) being made of a buoyancy material; The auxiliary mechanism (1) comprises one end of a connecting pipe (1014) fixedly connected to an inlet of a storage box (202); the connecting pipe (1014) is fixedly connected to a siphon box (1012) and a plurality of solid pipes (1010); the height of the siphon box (1012) is higher than the height of the drainage pipe (203); an electric control valve (1013) is provided inside one end of the connecting pipe (1014) facing the siphon box (1012); the siphon box (1012) is fixedly connected to the siphon box (1012). A plurality of liquid pipes (1011) are connected, the solid pipe (1010) and the liquid pipe (1011) are both telescopic pipes, the other end of the solid pipe (1010) is fixedly connected to a sewage head (107), the sewage head (107) is trumpet-shaped, a hanging ring (106) is fixedly connected to the sewage head (107), the other end of the liquid pipe (1011) is fixedly connected to a sewage pipe (101), and a squeezing portion (1016) is provided on the sewage pipe (101); The sewage pipe (101) is provided with a holding plate (102), the holding plate (102) is adapted to be clamped with a plug sleeve (103), the plug sleeve (103) is fixedly connected to the outer surface of a sewage head (107), the sewage pipe (101) is provided with a first placement block (104), the sewage head (107) is provided with a second placement block (108), the first placement block (104) is clamped with a first clamping groove (105), the second placement block (108) is clamped with a second clamping groove (109), the first clamping groove (105) and the second clamping groove (109) are both provided on a floating plate (1015), and the floating plate (1015) is made of hollow plastic; An inclined portion (206) is fixedly connected to the side wall of the storage box (202) facing the two groups of drainage pipes (203); the two inclined portions (206) are inclined toward the center of the storage box (202); the two inclined portions (206) are connected to a C-shaped portion (207); the two inclined portions (206) are connected to the notch of the C-shaped portion (207); a central inclined portion (208) is provided on the upper side surface of the two C-shaped portions (207); the central inclined portion (208) is inclined symmetrically with respect to the center of the storage box (202) toward the two C-shaped portions (207); The cultivation mechanism (4) comprises a placement frame (404), a filler (405) is arranged in the placement frame (404), a plurality of inverted trapezoidal planting grooves (408) are arranged in the filler (405), a plurality of water-permeable cotton columns (406) are arranged in the filler (405), the roots of sewage treatment plants (401) are planted in the plurality of planting grooves (408), the middle parts of the plurality of sewage treatment plants (401) are arranged in a placement tube (402), and the placement tube (402) is fixedly connected to the concave frame (403). The concave frame (403) is provided with a clamping portion (409) on both sides in the vertical direction, and the two clamping portions (409) are clamped with a matching strip (4010), and the two matching strips (4010) are respectively fixedly connected to the corresponding symmetrical two side surfaces of the placement frame (404), and the plurality of water-permeable cotton columns (406) are provided with air holes (407), and the ends of the plurality of water-permeable cotton columns (406) that are away from the filler (405) pass through the cultivation plate (205) and are fixed to the central inclined portion (208) and the outer sides of the two inclined portions (206).

2. A fishing wharf sewage treatment equipment according to claim 1, characterized in that: The power mechanism (3) comprises a positioning base plate (302) fixed on the storage box (202), the positioning base plate (302) being fixedly connected to a power body (301), a power output end of the power body (301) being fixedly connected to a transmission sprocket (304), the transmission sprocket (304) being transmission-connected to two other transmission sprockets (304) via a transmission chain (303), the transmission sprocket (304) being arranged in a power through slot (209) provided on a side wall of the storage box (202), the other two transmission sprockets (304) being respectively fixedly connected to two transmission rotating shafts (305), the top ends of the two transmission rotating shafts (305) being rotationally connected to the cultivation plate (205), the lower ends of the two transmission rotating shafts (305) respectively passing through two sealed bearings (306) and being fixedly connected to the first transmission shaft (305). A bevel gear (308), the two sealed bearings (306) are both arranged on the central inclined portion (208), the two first bevel gears (308) are both transmission-connected to the second bevel gears (309), the two second bevel gears (309) are both fixedly connected to a transmission shaft (3010), one end of the transmission shaft (3010) is rotationally connected to the inner wall of the storage box (202), the other end of the transmission shaft (3010) is rotationally connected to a positioning block (3011), the positioning block (3011) is fixedly connected to a fixing hole (2010) provided on the storage box (202), the transmission shaft (3010) is arranged at the center of the C-shaped portion (207), and the outer surface of the transmission shaft (3010) is fixedly connected to a transmission auger (3012) that cooperates with the inner wall of the C-shaped portion (207).

3. A fishing wharf sewage treatment equipment according to claim 2, characterized in that: The first bevel gear (308) and the second bevel gear (309) are each provided with a closing frame (307) on their outer sides, the closing frame (307) being fixedly connected to an inclined portion (206) and a central inclined portion (208) to close the C-shaped portion (207) at a corresponding position, and the transmission ratio of the first bevel gear (308) and the second bevel gear (309) being greater than one.

4. A fishing wharf sewage treatment equipment according to claim 3, characterized in that: The sewage discharge mechanism (5) comprises a positioning plate (501) fixed on the pedal (204); a gripping handle (502) is provided on the upper side of the positioning plate (501); the gripping handle (502) is fixedly connected to a butt joint tube (503); the butt joint tube (503) is clamped with corresponding ends of the positioning plate (501); a clamping piece is provided at one end of the butt joint tube (503) facing the gripping handle (502); and one end of the butt joint tube (503) facing away from the gripping handle (502) is fixedly connected to two drainage holes (2010).

5. The method for using the sewage treatment equipment for a fishing wharf according to claim 4 is characterized by: The following steps are involved: S1. The plurality of bearing plates (201) included in the storage mechanism (2) are placed on the riverbed below the water surface of the dock, and the bearing plates (201) are positioned with corresponding concrete, and then the storage box (202) included in the storage mechanism (2) is positioned in the seawater. At the same time, the pedal (204) included in the storage mechanism (2) is also positioned on the water surface, so that the corresponding maintenance staff or waste treatment staff can step on it to perform maintenance and treatment on the waste and structural faults in the storage box (202); S2, then the corresponding sewage treatment plants are cultivated using the cultivation plate (205) included in the storage mechanism (2) and the cultivation mechanism (4) provided on the cultivation plate (205). When the corresponding sewage treatment plants are planted, the corresponding sewage treatment plants are placed through the placement cylinders (402) provided on the plurality of concave frames (403). After the corresponding sewage treatment plants are planted in the corresponding placement cylinders (402), the corresponding staff members step on the pedal (204), and then place the corresponding concave frame (403) on the placement frame (404). During the placement process, the concave frame (403) is clamped by the clamping parts ( 409) is engaged with a matching strip (4010) fixedly connected to the placement frame (404), and then the corresponding concave frame (403) is positioned on the placement frame (404) for use. After the concave frame (403) is engaged and positioned, the root of the sewage treatment plant is connected to the filler (405) in the placement frame (404). During the connection, the inverted trapezoidal planting grooves (408) distributed on the filler (405) in the matching placement frame (404) are connected for connected planting. In the process of planting the corresponding sewage treatment plant (401), a plurality of water-permeable cotton columns (408) provided on the cultivation plate (205) are used. 6) connected to the filler (405), and then using the water-permeable cotton column (406) to transport the water in the storage box (202) and the corresponding nutrients to the sewage treatment plant for the filler (405), thereby reducing the large amount of nutrients contained in the sewage generated in the fishing wharf, thereby reducing the eutrophication pollution caused by the fishing wharf to the ocean. When the water-permeable cotton column (406) permeates water and supplies nutrients to the filler (405), the air holes (407) opened in the water-permeable cotton column (406) penetrate the filler (405) to discharge the odorous gas in the storage box (202) to the sewage treatment plant (40 1), and then using the planted sewage treatment plants (401) to purify the odorous gas to a certain extent, thereby reducing the excessive odor on the fishery wharf to a certain extent. When the corresponding sewage treatment plants (401) are over-grown, the corresponding concave frame (403) is pushed, and then the clamping part (409) on the concave frame (403) is separated from the corresponding matching strip (4010), and then the corresponding sewage treatment plants (401) are transferred, and the corresponding sewage treatment plants (401) are taken out from the corresponding placement cylinder (402) for transportation and sale, that is, the corresponding sewage treatment plants are commercialized and sold; S3. After the fishing boat enters the fishing wharf, the hook included in the auxiliary mechanism (1) is used or the corresponding hanging ring (106) is held as needed, and then the sewage throwing head (107) is dragged to move. During the movement of the sewage throwing head (107), the holding plate (102) and the plug sleeve (103) are coordinated, and the first slot (105) and the second slot (109) provided on the floating plate (1015) are coordinated with the second placement block (108) connected to the sewage throwing head (107) and the first placement block (104) connected to the sewage pipe (101) to achieve the floating movement of the sewage pipe (101) and the sewage throwing head (107) on the water surface. After moving to the corresponding position, the sewage throwing head (107) is pulled to make the second placement block (104) 108) is separated from the second card slot (109), and then the plug sleeve (103) fixedly connected to the sewage head (107) is connected to the holding plate (102) to make the sewage pipe (101) move synchronously, and then the sewage head (107) and the sewage pipe (101) are placed on the corresponding fishing boat, and the sewage head (107) and the sewage pipe (101) are moved to different locations of the fishing wharf for use. Next, the staff will use the trumpet shape of the sewage head (107) to guide the solid sewage into the fixed pipe, and then use the connecting pipe (1014) to transport the solid sewage to the storage box (202) for storage. When it is necessary to deal with blood stains on the fishing boat or sticky sewage from seafood bodies, it is convenient The holding plate (102) is separated from the plug sleeve (103), and then the holding plate (102) is moved to the corresponding sewage, and then the squeezing portion (1016) provided on the sewage pipe (101) is used to squeeze and discharge the remaining air in the liquid pipe (1011) and the sewage pipe (101). Then, the height difference between the water surface and the fishing boat is used to make the liquid pipe (1011) form an inverted U shape, and then the pressure difference between the fishing boat and the siphon box (1012) under the water surface is used to form a siphon phenomenon, so as to suck the sewage on the fishing boat to a certain extent. Then, the sewage passes through the sewage pipe (101) and the liquid pipe (1011) and is stored in the siphon box (1012). After the suction is completed, the sewage is sucked out by the siphon box (1012). The controller provided on the sewage pipe (101) controls the electric control valve (1013) provided on the connecting pipe (1014) to communicate with the connecting pipe (1014), and then the sewage in the siphon box (1012) enters the storage box (202) through the connecting pipe (1014) for storage, and the sewage stored in the storage box (202) is transported by the water-seeping cotton column (406) to the filler (405) for storage, that is, the water and nutrients in the sewage are transported to the filler (405) to be absorbed by the nutrients planted therein, and after the sewage is left to stand for a certain period of time and the nutrients in the sewage and solid waste are absorbed for a period of time, the corresponding sewage is discharged into the ocean using the drainage pipe (203) provided on the storage box (202); S4. When transporting and collecting waste, the two inclined parts (206) provided in the storage box (202) are used to transport the solid waste to the gap of the C-shaped part (207) and enter the C-shaped part (207). At the same time, the central inclined part (208) is used to transport the solid waste settled in the center of the storage box (202) to the gap of the C-shaped part (207) and enter the C-shaped part (207). Then, the solid waste is relatively completely transported to the storage box (202) for processing, thereby further improving the convenience and integrity of processing the solid waste in the storage box (202), while also maintaining the protection of the ocean to a certain extent; S5. After the storage box (202) has been used for a period of time and a certain amount of solid waste has been stored, the corresponding staff member steps on the pedal (204), and then the staff member connects the docking pipe (503) included in the sewage discharge mechanism (5) to the corresponding transport vehicle. During this process, the docking pipe (503) is docked with the handle (502). Before docking, the docking pipe (503) is positioned using the positioning plate (501) provided on the pedal (204). Then, the staff member controls the power body (301) to operate through the corresponding controller, and the power body (301) operates. During the process, the positioning base plate (302) fixed on the storage box (202) is used for positioning. After the power body (301) is in operation, the corresponding transmission sprocket (304) is rotated, and then the other two transmission sprockets (304) are driven to operate through the transmission chain (303) passing through the power slot (209). When the other two transmission sprockets (304) are in operation, the two transmission shafts (305) are driven to rotate. When the transmission shafts (305) rotate, they cooperate with the two sealed bearings (306) passing through the central inclined portion (208) to rotate the two first bevel gears (30 8) rotates, the two first bevel gears (308) rotate and drive the two second bevel gears (309) to rotate. When the two second bevel gears (309) and the two first bevel gears (308) rotate, they are closed by a closing frame (307) connected to the central inclined portion (208) and the C-shaped portion (207), thereby preventing sewage and solid dirt from affecting the first bevel gears (308) and the second bevel gears (309). After the two second bevel gears (309) rotate, they drive the two transmission shafts (3010) to rotate. The two transmission shafts (3010) rotate The two fixing holes (2010) will be used to fix the positioning blocks (3011) to assist in maintaining the rotation stability of the transmission shaft (3010). The two second bevel gears (309) will rotate to rotate the two transmission augers (3012). When the two transmission augers (3012) rotate, they will cooperate with the two C-shaped parts (207) to transport the waste into the two fixing holes (2010). After that, the solid waste will be squeezed and pushed into the docking pipe (503) due to continuous transportation. Subsequently, the solid waste will be continuously transported to a waste transfer vehicle for transportation and subsequent treatment.

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