Surface coating anti-fouling hardened material processing device and operation method thereof

Abstract

The invention relates to the technical field of material screening, in particular to a surface coating anti-pollution hardened material machining device. The surface coating anti-fouling hardened material processing device comprises a feeding assembly, a pretreatment assembly and a pre-screening assembly, wherein the feeding assembly is used for feeding quartz raw materials to be treated; the pretreatment assembly is used for pretreating the quartz raw materials fed by the feeding assembly; the primary fine screening assembly is used for carrying out primary fine screening on the quartz raw materials subjected to pre-screening treatment by the pre-screening assembly; the secondary fine screening assembly is used for carrying out secondary fine screening action on the quartz raw materials treated by the primary fine screening assembly; according to the processing device for the surface coating anti-fouling hardened material, multi-stage processing treatment of waste quartz raw materials is achieved through mutual cooperation of all the structures, and the screening efficiency of the waste quartz raw materials is improved.

Description

Technical Field

[0001] The invention relates to the technical field of material screening, in particular to a surface coating anti-fouling hardening material processing device and an operating method thereof. Background Art

[0002] Surface coating anti-fouling hardening material is a special coating, which is usually used to protect and enhance the surface performance of various objects, such as mobile phones, laptops, home appliance shells, PVC floors, ordinary panels, etc.; it can be applied on the surface of the object by spraying, pouring, roller coating, etc. to form a hard and transparent protective film; this protective film can not only improve the appearance and texture of the object, but also effectively resist the wear and pollution that may be caused by daily use; in the processing of surface coating anti-fouling hardening material, in order to ensure the hardening performance of surface coating anti-fouling hardening material, minerals containing silica are usually used as the production raw materials of surface coating anti-fouling hardening material, such as quartz; However, when the surface coating anti-fouling hardening material processing device in the prior art produces and processes quartz, the quartz is usually directly ground, and then the ground quartz is directly used in the subsequent production of the surface coating anti-fouling hardening material. Since the quartz may contain certain impurities, the quality of the produced surface coating anti-fouling hardening material is reduced.

[0003] Therefore, it is urgent to redesign a new surface coating anti-fouling hardening material processing device to solve the above problems. Summary of the invention

[0004] The present invention provides a device for processing anti-fouling hardening materials for surface coatings to solve the technical problems raised in the above-mentioned background technology.

[0005] The present invention provides a device for processing surface coating anti-fouling hardening materials, which comprises a feeding component for feeding a quartz raw material to be processed, a pretreatment component for pre-treating the quartz raw material after being fed by the feeding component, a pre-screening component, a primary fine screening component for performing primary fine screening on the quartz raw material after being pre-screened by the pre-screening component, and a secondary fine screening component for performing secondary fine screening on the quartz raw material after being processed by the primary fine screening component. The pretreatment component is installed on one side of the feeding component, and the pre-screening component is installed on the side away from the upper surface of the pretreatment component. The primary fine screening assembly is installed on one side of the pre-screening assembly away from the pre-screening assembly, the secondary fine screening assembly is installed on the side of the primary fine screening assembly away from the pre-screening assembly, and the secondary fine screening assembly includes a secondary fine screening bracket, a secondary fine screening main box, a secondary fine screening rotating shaft, a plurality of secondary fine screening pushing parts, a secondary fine screening feeding part, a secondary fine screening feeding flip plate, a secondary fine screening motor, a secondary fine screening belt and a secondary fine filtering grinding piece; the secondary fine screening bracket is installed on one side of the primary fine screening assembly, the secondary fine screening main box is installed on the secondary fine screening bracket, and the secondary fine screening rotating shaft is rotatably connected to the secondary fine screening In the main box, multiple secondary fine screening pushers are installed on the secondary fine screening rotating shaft, the secondary fine screening feeding part is installed on the upper side of the secondary fine screening main box, the secondary fine screening feeding flip plate is rotatably connected in the secondary fine screening feeding part, the secondary fine screening motor is installed on the secondary fine screening bracket, and the secondary fine screening belt is installed between the secondary fine screening feeding flip plate, the secondary fine screening rotating shaft and the output end of the secondary fine screening motor; a secondary fine screening discharge port is opened on the lower side of the secondary fine screening main box, and the secondary fine filtering and grinding parts are installed on the secondary fine screening bracket, and the secondary fine filtering and grinding parts correspond to the position of the secondary fine screening discharge port; the secondary fine screening pusher The part includes a secondary fine screening push material connection ring, a secondary fine screening first push material sheet, a secondary fine screening second push material sheet and a secondary fine screening third push material sheet, the secondary fine screening first push material sheet, the secondary fine screening second push material sheet and the secondary fine screening third push material sheet are all installed on the secondary fine screening rotating shaft, and the secondary fine screening push material connection ring is installed on the outer side of the secondary fine screening first push material sheet, the secondary fine screening second push material sheet and the secondary fine screening third push material sheet; the secondary fine filtering grinding part includes a grinding rotating cylinder, a grinding fixed cylinder, a grinding filter plate, a grinding motor, a grinding reducer, a grinding drive vertical rod, a grinding drive cross rod, at least one grinding compacting part and a grinding discharge part;The grinding fixed cylinder is installed on the lower side of the secondary fine screening main box, the grinding rotating cylinder is rotatably connected to the upper side of the grinding fixed cylinder, the grinding filter plate is installed in the grinding fixed cylinder, the grinding motor is installed on the secondary fine screening bracket, the output end of the grinding motor is connected to the grinding reducer, the output end of the grinding reducer is connected to the grinding drive vertical rod, the center of the grinding drive vertical rod is connected to the grinding drive cross rod, and both ends of the grinding drive cross rod are connected to the inner wall of the grinding rotating cylinder, the grinding compaction part is installed on the grinding drive cross rod, and the lower side of the grinding compaction part is abutted against the grinding filter plate, and the grinding discharge part is installed on one side of the grinding fixed cylinder. ;

[0006] Optionally, the feeding assembly includes a first feeding bracket, a second feeding bracket, a first limiting slide rail, a second limiting slide rail, a feeding transfer rack, a feeding hopper, a feeding discharge pipe and a feeding seal for sealing the lower end of the feeding hopper; the first limiting slide rail is installed on the first feeding bracket, the second limiting slide rail is installed on the second feeding bracket, the feeding transfer rack is slidably connected between the first limiting slide rail and the second limiting slide rail, the feeding hopper is installed in the feeding transfer rack, the feeding discharge pipe is installed at the lower end of the feeding hopper, and the feeding seal is installed at the lower end of the feeding hopper.

[0007] Optionally, the feeding seal includes a sealing ring, a plurality of sealing connecting rods, a sealing drive cylinder and a sealing sliding plate. The sealing ring is installed on the outer side of the lower end of the feeding hopper. One end of the sealing connecting rod is connected to the sealing ring, and the other end of the sealing connecting rod is connected to the sealing driving cylinder. The output end of the sealing driving cylinder is connected to one end of the sealing sliding plate, and the other end of the sealing sliding plate is slidably connected in the sealing ring.

[0008] Optionally, the pretreatment component includes a pretreatment base, a pretreatment bracket, a pretreatment feed part, a pretreatment main box, a pretreatment first rotating shaft, a pretreatment second rotating shaft, multiple first knocking and crushing parts, multiple second knocking and crushing parts, a discharge part and a pretreatment drive part for driving the pretreatment first rotating shaft and the pretreatment second rotating shaft to rotate; the pretreatment base is installed on one side of the loading component, the pretreatment bracket is installed on the pretreatment base, the pretreatment feed part is installed on the upper end of the pretreatment bracket, the pretreatment main box is installed on one side of the pretreatment bracket, and the lower end of the pretreatment feed part extends into the pretreatment main box, the pretreatment first rotating shaft and the pretreatment second rotating shaft are both rotatably connected in the pretreatment main box, multiple first knocking and crushing parts are installed on the pretreatment first rotating shaft, multiple second knocking and crushing parts are installed on the pretreatment second rotating shaft, the discharge part is installed at the bottom of the pretreatment main box, the pretreatment drive part is installed on one side of the pretreatment main box, and the output end of the pretreatment drive part is connected to the pretreatment first rotating shaft and the pretreatment second rotating shaft.

[0009] Optionally, the first knocking and crushing part includes a knocking and crushing support part, a knocking and crushing rotating part and a knocking and crushing counterweight block. The knocking and crushing support part is a semicircular structure, and the knocking and crushing support part is installed on the outside of the first pre-treatment shaft. A knocking limit groove is opened on the side wall of the knocking and crushing support part. One end of the knocking and crushing rotating part is slidably connected in the knocking limit groove, and the other end of the knocking and crushing rotating part is connected to the knocking and crushing counterweight block; and a knocking and crushing spring for resetting the knocking and crushing rotating part is arranged in the knocking limit groove; the second knocking and crushing part has the same structure as the first knocking and crushing part.

[0010] Optionally, the pretreatment drive component includes a pretreatment drive motor, a pretreatment drive housing, a pretreatment first connecting wheel, a pretreatment first connecting shaft, a pretreatment first driving gear, a pretreatment first driving shaft, a pretreatment first connecting gear, a pretreatment second driving gear, a pretreatment second driving shaft, a pretreatment drive main gear and a pretreatment drive sub-gear; the pretreatment drive motor is installed on the pretreatment base, the pretreatment drive housing is installed on one side of the pretreatment main housing, the pretreatment first connecting shaft, the pretreatment first driving shaft and the pretreatment second driving shaft are rotatably connected in the pretreatment drive housing in sequence, the pretreatment first connecting wheel is installed at one end of the pretreatment first connecting shaft, and the pretreatment The output end of the processing drive motor is connected to the first preprocessing connecting wheel through a belt, the first preprocessing driving gear and the first preprocessing connecting gear are installed on the first preprocessing driving shaft, the second preprocessing driving gear is installed on the second preprocessing driving shaft, the first preprocessing connecting shaft is meshed and connected with the first preprocessing driving gear, the first preprocessing connecting gear is meshed and connected with the second preprocessing driving gear, the preprocessing driving main gear is installed at one end of the first preprocessing driving shaft, the preprocessing driving sub-gear is installed at one end of the second preprocessing driving shaft, and the preprocessing driving main gear is meshed and connected with the first preprocessing rotating shaft, and the preprocessing driving sub-gear is meshed and connected with the second preprocessing rotating shaft.

[0011] Optionally, the unloading part includes a first unloading shaft, a second unloading shaft, a unloading rotating part and a unloading dividing rod, one end of the first unloading shaft is rotatably connected to the pretreatment main box body, the other end of the first unloading shaft is connected to one side of the unloading rotating part, one end of the second unloading shaft is rotatably connected to the pretreatment main box body, the other end of the second unloading shaft is connected to the other side of the unloading rotating part, and the unloading rotating part is rotatably connected at the center of the pretreatment main box body, and the unloading dividing rod is installed in the unloading rotating part; and the unloading rotating part has a hollow structure.

[0012] Optionally, the pre-screening component includes a pre-screening bracket, a pre-screening first-level frame, a pre-screening vibrating screen, a pre-screening motor, an active linkage part, multiple pre-screening connecting parts and a pre-screening discharge part. The pre-screening bracket is installed on one side of the pretreatment component, the pre-screening first-level frame is installed on the pre-screening bracket, the pre-screening vibrating screen is arranged on the side of the pre-screening first-level frame away from the pre-screening bracket, the pre-screening motor is installed on one side of the pre-screening first-level frame, and one end of the active linkage part is connected to the output end of the pre-screening motor, and the other end of the active linkage part is connected to the pre-screening vibrating screen, multiple pre-screening connecting parts are installed between the pre-screening first-level frame and the pre-screening vibrating screen, and the pre-screening discharge part is installed at one end of the pre-screening vibrating screen.

[0013] Optionally, the primary fine screening assembly includes a primary fine screening base, a primary fine screening bracket, a primary fine screening main box, a primary fine screening feed part, a primary fine screening rotating shaft, a primary fine screening material barrel, a primary fine screening motor, a primary fine screening linkage part, a primary fine screening first-level discharging part, a primary fine screening second-level discharging part, a primary fine screening third-level discharging part, a primary screening vibrating part, a primary screening flushing part and a spiral discharging part; the primary fine screening base is installed on one side of the pre-screening assembly, the primary fine screening bracket is installed on the primary fine screening base, the primary fine screening main box is installed on the primary fine screening bracket, and the primary fine screening rotating shaft rotates The primary fine screening main box is connected, the primary fine screening material barrel is installed on the primary fine screening rotating shaft, the primary fine screening feeding part is installed on one side of the primary fine screening main box, and one end of the primary fine screening feeding part extends into the primary fine screening material barrel, the primary fine screening motor is installed on the primary fine screening bracket, and the primary fine screening motor is connected to one end of the primary fine screening rotating shaft through the primary fine screening linkage part; the primary fine screening first-level discharging part, the primary fine screening second-level discharging part and the primary fine screening third-level discharging part are installed on the lower side of the primary fine screening main box in sequence, the primary screening vibrator is installed on the primary fine screening first-level discharging part, and the primary screening impact The water piece is installed on the primary fine screening base, the spiral discharging piece is also installed on the primary fine screening base, and the primary fine screening first-level discharging part extends to the spiral discharging piece; a plurality of primary fine screening first-level filtering holes are opened on the primary fine screening first-level discharging part; the primary fine screening dividing barrel comprises a dividing barrel main body, a first-level dividing stirring part, a second-level dividing stirring part, a third-level dividing stirring part and a plurality of dividing barrel dividing rods, the dividing barrel main body, the first-level dividing stirring part, the second-level dividing stirring part and the third-level dividing stirring part are sequentially installed on the primary fine screening rotating shaft, and the plurality of dividing barrel dividing rods are sequentially connected to the dividing barrel main body, the first-level dividing stirring part, the second-level dividing stirring part and the third-level dividing stirring part between the stirring part and the three-stage material separation stirring part; the primary screening vibration element includes a screening vibration connection plate, a screening vibration motor, at least one screening vibration sliding rod, at least one screening vibration sleeve and at least one screening vibration spring, the screening vibration connection plate is installed on the primary fine screening first-level discharging part, the screening vibration motor is installed on the screening vibration connection plate, one end of the screening vibration sliding rod is connected to the screening vibration connection plate, the other end of the screening vibration sliding rod is slidably connected in the screening vibration sleeve, one end of the screening vibration sleeve away from the screening vibration sliding rod is connected to the primary fine screening main box, and the screening vibration spring is installed on the outside of the screening vibration sliding rod;The primary screening flushing part includes a flushing water receiving part, a first conduit, a flushing water pump, a second conduit, a flushing water storage part and a plurality of water outlet pipes. The flushing water receiving part is installed on the primary fine screening base, and the position of the flushing water receiving part corresponds to the position of the primary fine screening first-level discharge part. The flushing water pump is installed on one side of the primary fine screening base, and the flushing water storage part is installed on the upper side of the primary fine screening main box. The first conduit is installed between the flushing water receiving part and the flushing water pump, and the second conduit is installed between the flushing water storage part and the flushing water pump. A plurality of water outlet pipes are installed on the lower side of the flushing water storage part, and the water outlet pipes face the primary fine screening material barrel. The spiral discharging part includes a spiral discharging barrel, a spiral discharging motor and a spiral discharging blade. The spiral discharging motor is installed on the primary fine screening base. The spiral discharging barrel is inclined, and the spiral discharging barrel is installed on one side of the spiral discharging motor. The spiral discharging blade is rotatably connected in the spiral discharging barrel, and the output end of the spiral discharging motor is connected to the spiral discharging blade. ;

[0014] Optionally, the present invention also discloses an operation method of a surface coating anti-fouling hardening material processing device, comprising the following steps: S1, quartz raw material loading, the loading component performs a loading action on the quartz raw material to be processed; S2, quartz raw material pretreatment, the quartz raw material after being loaded by the loading component enters into the pretreatment component, and the pretreatment component performs a preliminary crushing pretreatment action on the quartz raw material; S3, quartz raw material prescreening, the quartz raw material after being pretreated by the pretreatment component enters into the prescreening component, and the prescreening component performs a prescreening treatment on the quartz raw material; S4, the first fine screening of the quartz raw material, the quartz raw material after being prescreened by the prescreening component enters into the primary fine screening component, and the primary fine screening component performs a first fine screening treatment on the quartz raw material; S5, the second fine screening of the quartz raw material, the quartz raw material after being processed by the primary fine screening component enters into the secondary fine screening component, and the secondary fine screening component performs a second fine screening treatment on the quartz raw material.

[0015] The beneficial effects of the present invention are as follows: The surface coating anti-fouling hardening material processing device includes a loading component for loading the quartz raw material to be processed, a pretreatment component for pretreating the quartz raw material after being loaded by the loading component, a pre-screening component, a primary fine screening component for primary fine screening of the quartz raw material after pre-screening by the pre-screening component, and a secondary fine screening component for secondary fine screening of the quartz raw material after being processed by the primary fine screening component, wherein the pretreatment component is installed on one side of the loading component, the pre-screening component is installed on the side of the pretreatment component away from the loading component, and the primary fine screening component is installed on the side of the pre-screening component away from the pre-screening component. The surface coating anti-fouling hardening material processing device of the present invention realizes multi-stage processing of the quartz raw material through the mutual cooperation of various structures, thereby effectively ensuring the screening effect of the quartz raw material, and further improving the efficiency of screening the quartz raw material, thereby ensuring the subsequent processing of the surface coating anti-fouling hardening material. BRIEF DESCRIPTION OF THE DRAWINGS

[0016] In order to more clearly illustrate the technical solutions in the embodiments of the present invention, the drawings required for use in the description of the embodiments will be briefly introduced below. Obviously, the drawings described below are only some embodiments of the present invention. For ordinary technicians in this field, other drawings can be obtained based on these drawings without creative work.

[0017] Figure 1 It is a schematic diagram of the working process of the device for processing the surface coating anti-fouling and hardening material provided by the present invention; Figure 2 It is a structural schematic diagram of a first-viewing angle of a feeding assembly for a surface coating anti-fouling and hardening material processing device provided by the present invention; Figure 3 It is a structural schematic diagram of a second viewing angle of a feeding assembly for a surface coating anti-fouling and hardening material processing device provided by the present invention; Figure 4 yes Figure 3 A partial enlarged view of the middle A area; Figure 5 It is a structural schematic diagram of a pretreatment component for a surface coating anti-fouling hardening material processing device provided by the present invention from a first perspective; Figure 6 It is a structural schematic diagram of a second viewing angle of a pretreatment component for a surface coating anti-fouling and hardening material processing device provided by the present invention; Figure 7 It is a structural schematic diagram of a pre-treatment driving member for a surface coating anti-fouling hardening material processing device provided by the present invention; Figure 8It is a structural schematic diagram of a pretreatment main box of a surface coating anti-fouling and hardening material processing device provided by the present invention from a first perspective; Fig. 9 yes Figure 8 A partial enlarged view of the middle B area; Fig.10 It is a schematic structural diagram of a knocking and crushing support part of a surface coating anti-fouling and hardening material processing device provided by the present invention; Fig.11 It is a structural schematic diagram of a second viewing angle of a pretreatment main box of a surface coating anti-fouling and hardening material processing device provided by the present invention; Fig.12 It is a structural schematic diagram of a pre-screening assembly for a surface coating anti-fouling hardening material processing device provided by the present invention from a first perspective; Fig.13 It is a structural schematic diagram of a second viewing angle of a pre-screening assembly for a surface coating anti-fouling hardening material processing device provided by the present invention; Fig.14 It is a structural schematic diagram of a primary fine screening assembly for a surface coating anti-fouling hardening material processing device provided by the present invention from a first perspective; Fig.15 yes Fig.14 A partial enlarged view of the middle C area; Fig.16 yes Fig.14 A partial enlarged view of the D area in the middle; Fig.17 It is a structural schematic diagram of a primary fine screening assembly for a surface coating anti-fouling hardening material processing device provided by the present invention from a second viewing angle; Fig.18 yes Fig.17 A partial enlarged view of the middle E area; Fig.19 It is a structural schematic diagram of the secondary fine screening component for the surface coating anti-fouling hardening material processing device provided by the present invention from a first perspective; Fig. 20 It is a structural schematic diagram of a second viewing angle of a secondary fine screening assembly for a surface coating anti-fouling hardening material processing device provided by the present invention; Fig.21 It is a structural schematic diagram of a secondary fine filtering grinding element for a surface coating anti-fouling hardening material processing device provided by the present invention; Fig. 22 It is a structural schematic diagram from a third perspective of a secondary fine screening component for a surface coating anti-fouling hardening material processing device provided by the present invention. DETAILED DESCRIPTION

[0018] The technical solutions in the embodiments of the present invention will be described clearly and completely below in conjunction with the drawings in the embodiments of the present invention. It will be understood that the specific embodiments described herein are only used to explain the present invention, rather than to limit the present invention. It should also be noted that, for ease of description, only parts related to the present invention, rather than all structures, are shown in the drawings. 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.

[0019] Reference to "embodiments" herein means that a particular feature, structure, or characteristic described in conjunction with the embodiments may be included in at least one embodiment of the present invention. The appearance of the phrase in various places in the specification does not necessarily refer to the same embodiment, nor is it an independent or alternative embodiment that is mutually exclusive with other embodiments. It is explicitly and implicitly understood by those skilled in the art that the embodiments described herein may be combined with other embodiments.

[0020] See also Figures 1 to 22 The surface coating anti-fouling hardening material processing device of the present invention comprises a feeding component 1000 for feeding a quartz raw material to be processed, a pretreatment component 2000 for pre-treating the quartz raw material after being fed by the feeding component 1000, a pre-screening component 4000, a primary fine screening component 5000 for primary fine screening the quartz raw material after pre-screening by the pre-screening component 4000, and a secondary fine screening component 6000 for secondary fine screening the quartz raw material after being processed by the primary fine screening component 5000; The pre-treatment component 2000 is installed on one side of the feeding component 1000, the pre-screening component 4000 is installed on one side of the pre-treatment component 2000 away from the feeding component 1000, the primary fine screening component 5000 is installed on one side of the pre-screening component 4000 away from the pre-treatment component 2000, and the secondary fine screening component 6000 is installed on one side of the primary fine screening component 5000 away from the pre-screening component 4000; The secondary fine screening component 6000 includes a secondary fine screening bracket 6101, a secondary fine screening main box 6102, a secondary fine screening rotating shaft 6104, multiple secondary fine screening pushing parts, a secondary fine screening feeding part 6300, a secondary fine screening feeding flip plate 6400, a secondary fine screening motor 6500, a secondary fine screening belt 6600 and a secondary fine filtering grinding piece 6700; the secondary fine screening bracket 6101 is installed on one side of the primary fine screening component 5000, the secondary fine screening main box 6102 is installed on the secondary fine screening bracket 6101, the secondary fine screening rotating shaft 6104 is rotatably connected in the secondary fine screening main box 6102, and multiple secondary fine screening pushing parts are installed on the secondary fine screening rotating shaft 6104. , the secondary fine screening feed part 6300 is installed on the upper side of the secondary fine screening main box 6102, the secondary fine screening feed flip plate 6400 is rotatably connected in the secondary fine screening feed part 6300, the secondary fine screening motor 6500 is installed on the secondary fine screening bracket 6101, and the secondary fine screening belt 6600 is installed between the secondary fine screening feed flip plate 6400, the secondary fine screening rotating shaft 6104 and the output end of the secondary fine screening motor 6500; a secondary fine screening discharge port 6103 is opened on the lower side of the secondary fine screening main box 6102, and a secondary fine filtering and grinding member 6700 is installed on the secondary fine screening bracket 6101, and the secondary fine filtering and grinding member 6700 corresponds to the position of the secondary fine screening discharge port 6103; The secondary fine screening pushing part includes a secondary fine screening pushing connecting ring 6210, a secondary fine screening first pushing piece 6220, a secondary fine screening second pushing piece 6230 and a secondary fine screening third pushing piece 6240, the secondary fine screening first pushing piece 6220, the secondary fine screening second pushing piece 6230 and the secondary fine screening third pushing piece 6240 are all installed on the secondary fine screening rotating shaft 6104, and the secondary fine screening pushing connecting ring 6210 is installed on the outer sides of the secondary fine screening first pushing piece 6220, the secondary fine screening second pushing piece 6230 and the secondary fine screening third pushing piece 6240; The secondary fine filtration grinding element 6700 includes a grinding rotating cylinder 6710, a grinding fixed cylinder 6720, a grinding filter plate 6730, a grinding motor 6740, a grinding reducer 6750, a grinding drive vertical rod 6760, a grinding drive horizontal rod 6770, at least one grinding compacting part 6780 and a grinding discharge part 6790; the grinding fixed cylinder 6720 is installed on the lower side of the secondary fine screening main box 6102, the grinding rotating cylinder 6710 is rotatably connected to the upper side of the grinding fixed cylinder 6720, the grinding filter plate 6730 is installed in the grinding fixed cylinder 6720, and the grinding motor 6740 is installed On the secondary fine screening support 6101, the output end of the grinding motor 6740 is connected to the grinding reducer 6750, the output end of the grinding reducer 6750 is connected to the grinding drive vertical rod 6760, the center of the grinding drive vertical rod 6760 is connected to the grinding drive cross rod 6770, and both ends of the grinding drive cross rod 6770 are connected to the inner wall of the grinding rotating cylinder 6710, the grinding compaction part 6780 is installed on the grinding drive cross rod 6770, and the lower side of the grinding compaction part 6780 is in contact with the grinding filter plate 6730, and the grinding discharge part 6790 is installed on one side of the grinding fixed cylinder 6720; When the user needs to use the surface coating anti-fouling hardening material processing device of the present invention to work, first, the user loads the quartz raw material through the loading component 1000, and then the loading component 1000 transfers the quartz raw material to the pretreatment component 2000, and the pretreatment component 2000 performs preliminary crushing pretreatment on the quartz raw material, and then the quartz raw material enters the pre-screening component 4000, and the pre-screening component 4000 performs pre-screening treatment on the quartz raw material to ensure the uniformity of the quartz raw material, and then the quartz raw material enters the primary fine screen In the subassembly 5000, the primary fine screening assembly 5000 performs the first fine screening action on the quartz raw material, and then the quartz raw material enters the secondary fine screening assembly 6000, and the secondary fine screening assembly 6000 performs the second fine screening action on the quartz raw material, thereby completing the overall screening of the quartz raw material, and then the screened quartz raw material is used in the subsequent surface coating anti-fouling and hardening material processing and production, thereby ensuring the particle uniformity of the quartz raw material before the production of the surface coating anti-fouling and hardening material, and then indirectly ensuring the effect of the surface coating anti-fouling and hardening material processing and production.

[0021] Specifically, after the quartz raw material is processed by the primary fine screening component 5000, it enters the secondary fine screening component 6000, and the secondary fine screening support 6101 plays a role of fixing and supporting each structure in the secondary fine screening component 6000; When the quartz raw material needs to enter the secondary fine screening component 6000 for the second fine screening, first, the quartz raw material is added to the secondary fine screening feed part 6300. At this time, the secondary fine screening motor 6500 enters the working state, so that the output end of the secondary fine screening motor 6500 drives the secondary fine screening belt 6600 to rotate, so that the secondary fine screening belt 6600 simultaneously drives the secondary fine screening feed flip plate 6400 and the secondary fine screening rotating shaft 6104 to rotate together, so that the secondary fine screening feed flip plate 6400 will shoot the quartz raw material entering the secondary fine screening feed part 6300 into the secondary fine screening. The main box 6102 increases the speed of the quartz raw material entering the secondary fine screening main box 6102 to a certain extent. Then, the quartz raw material entering the secondary fine screening main box 6102 moves in the secondary fine screening main box 6102 driven by multiple secondary fine screening pushing parts until the quartz raw material is discharged to the secondary fine screening discharge port 6103, so that the quartz raw material enters the secondary fine filtering grinding piece 6700. The secondary fine filtering grinding piece 6700 performs fine grinding on the quartz raw material, thereby ensuring that the particles of the quartz raw material are small enough, thereby realizing the screening process of the quartz raw material. Further, the secondary fine screening first push piece 6220, the secondary fine screening second push piece 6230 and the secondary fine screening third push piece 6240 are all curved, and the secondary fine screening pusher connecting ring 6210 connects the three together, so that when the overall secondary fine screening pusher rotates, on the one hand, it can promote the quartz raw material, and on the other hand, because the secondary fine screening first push piece 6220, the secondary fine screening second push piece 6230 and the secondary fine screening third push piece 6240 are all curved, they can promote the quartz raw material forward and also stir the quartz raw material to a certain extent, thereby ensuring the uniformity of the quartz raw material; Furthermore, when the quartz raw material falls from the secondary fine screening main box 6102 into the grinding rotating cylinder 6710, the grinding motor 6740 enters the working state, so that the grinding motor 6740 drives the grinding reducer 6750 to enter the working state, and then the grinding reducer 6750 drives the grinding drive vertical rod 6760 to rotate, so that the grinding drive vertical rod 6760 drives the grinding drive horizontal rod 6770 to rotate, and then the grinding drive horizontal rod 6770 drives the grinding rotating cylinder 6710 to rotate on the upper side of the grinding fixed cylinder 6720, so that the grinding drive horizontal rod 6770 also drives the grinding compacting part 6780 to rotate on the grinding filter plate 673 0, so that the grinding and compacting part 6780 is provided with a plurality of strip-shaped protrusions, which can reciprocately squeeze the quartz raw material falling onto the grinding filter plate 6730. On the one hand, the grinding and compacting part 6780 can crush the quartz raw material, and on the other hand, the grinding and compacting part 6780 can ensure that the quartz raw material is squeezed through the grinding filter plate 6730, so that the quartz raw material passing through the grinding filter plate 6730 enters the external receiving device through the grinding discharge part 6790. Of course, the grinding filter plate 6730 is provided with a plurality of holes for allowing the quartz raw material to pass through, and the specific hole size is designed according to actual production needs.

[0022] In this embodiment, the loading assembly 1000 includes a first loading bracket 1100, a second loading bracket 1200, a first limiting slide rail 1300, a second limiting slide rail 1400, a loading transfer rack 1500, a loading hopper 1600, a loading discharge pipe 1700 and a loading seal for sealing the lower end of the loading hopper 1600; the first limiting slide rail 1300 is installed on the first loading bracket 1100, the second limiting slide rail 1400 is installed on the second loading bracket 1200, the loading transfer rack 1500 is slidably connected between the first limiting slide rail 1300 and the second limiting slide rail 1400, the loading hopper 1600 is installed in the loading transfer rack 1500, the loading discharge pipe 1700 is installed at the lower end of the loading hopper 1600, and the loading seal is installed at the lower end of the loading hopper 1600.

[0023] The first loading bracket 1100 and the second loading bracket 1200 cooperate with each other to support the loading transfer rack 1500; Specifically, when the user needs to use the loading component 1000 to transfer the quartz raw material to the pretreatment component 2000, first, the waste quartz raw material to be screened is added to the loading hopper 1600 through an external device, and then the loading transfer rack 1500 can slide on the first limiting slide rail 1300 and the second limiting slide rail 1400 under the drive of an external driving device, so as to realize the displacement of the quartz raw material in a certain direction. When the loading transfer rack 1500 moves to a position corresponding to the pretreatment component 2000, the loading seal is in an open state, so that the quartz raw material enters the pretreatment component 2000 through the loading and discharging pipe 1700; Furthermore, the external driving device can be a cylinder or a motor and a screw rod cooperating with each other. At the same time, the loading seal can control whether the quartz raw material in the loading hopper 1600 enters the loading discharge pipe 1700, thereby realizing a more convenient loading process.

[0024] In this embodiment, the feeding seal includes a sealing ring 1810, a plurality of sealing connecting rods 1820, a sealing drive cylinder 1830 and a sealing sliding plate 1840. The sealing ring 1810 is installed on the outer side of the lower end of the feeding hopper 1600. One end of the sealing connecting rod 1820 is connected to the sealing ring 1810, and the other end of the sealing connecting rod 1820 is connected to the sealing drive cylinder 1830. The output end of the sealing drive cylinder 1830 is connected to one end of the sealing sliding plate 1840, and the other end of the sealing sliding plate 1840 is slidably connected in the sealing ring 1810.

[0025] Among them, the sealing ring 1810 and multiple sealing connecting rods 1820 cooperate with each other to support the sealing driving cylinder 1830. When the quartz raw material needs to enter the loading and discharging pipe 1700 from the loading and discharging hopper 1600, the sealing driving cylinder 1830 enters the working state, so that the sealing driving cylinder 1830 drives the sealing sliding plate 1840 to pull out the sealing ring 1810, so that the sealing sliding plate 1840 loses its blocking effect on the quartz raw material, so that the quartz raw material falls into the loading and discharging pipe 1700.

[0026] In this embodiment, the pretreatment component 2000 includes a pretreatment base 2110, a pretreatment bracket 2120, a pretreatment feed part 2130, a pretreatment main box 2140, a pretreatment first rotating shaft 2150, a pretreatment second rotating shaft 2160, a plurality of first knocking and crushing parts, a plurality of second knocking and crushing parts 2180, a discharge member 2200 and a pretreatment driving member 2300 for driving the first rotating shaft 2150 and the second rotating shaft 2160 to rotate; the pretreatment base 2110 is installed on one side of the loading component 1000, the pretreatment bracket 2120 is installed on the pretreatment base 2110, the pretreatment feed part 2130 is installed on the upper end of the pretreatment bracket 2120, and the pretreatment main box The body 2140 is installed on one side of the pretreatment bracket 2120, and the lower end of the pretreatment feeding part 2130 extends into the pretreatment main box body 2140, the pretreatment first rotating shaft 2150 and the pretreatment second rotating shaft 2160 are both rotatably connected in the pretreatment main box body 2140, a plurality of first knocking and crushing parts are installed on the pretreatment first rotating shaft 2150, a plurality of second knocking and crushing parts 2180 are installed on the pretreatment second rotating shaft 2160, the unloading part 2200 is installed at the bottom of the pretreatment main box body 2140, the pretreatment driving part 2300 is installed on one side of the pretreatment main box body 2140, and the output end of the pretreatment driving part 2300 is connected to the pretreatment first rotating shaft 2150 and the pretreatment second rotating shaft 2160.

[0027] The pre-processing base 2110 plays a role of fixing and supporting each structure in the pre-processing assembly 2000; Specifically, when the quartz raw material enters the pretreatment assembly 2000, first, the quartz raw material enters the pretreatment feed part 2130, then, the quartz raw material enters the pretreatment main box 2140 through the pretreatment feed part 2130, and then, the pretreatment driving member 2300 enters the working state, so that the pretreatment driving member 2300 drives the pretreatment first rotating shaft 2150 and the pretreatment second rotating shaft 2160 to rotate, and then the pretreatment first rotating shaft 2150 drives the plurality of first knocking and crushing parts. Rotate, the pre-treatment second rotating shaft 2160 drives multiple second knocking and crushing parts 2180 to rotate, so that the first knocking and crushing part and the second knocking and crushing part 2180 cooperate with each other to knock and crush the quartz raw material. When the first knocking and crushing part and the second knocking and crushing part 2180 complete the pre-treatment action on the quartz raw material, the unloading part 2200 enters the working state, so that the unloading part 2200 opens the bottom of the pre-treatment main box 2140, and then the quartz raw material falls into the pre-screening component 4000.

[0028] In this embodiment, the first knocking and crushing part includes a knocking and crushing support part 2171, a knocking and crushing rotating part 2172 and a knocking and crushing counterweight 2173. The knocking and crushing support part 2171 is a semicircular ring structure, and the knocking and crushing support part 2171 is installed on the outside of the pre-treatment first rotating shaft 2150. A knocking limit groove 2174 is opened on the side wall of the knocking and crushing support part 2171. One end of the knocking and crushing rotating part 2172 is slidably connected in the knocking limit groove 2174, and the other end of the knocking and crushing rotating part 2172 is connected to the knocking and crushing counterweight 2173; and a knocking and crushing spring 2175 for resetting the knocking and crushing rotating part 2172 is arranged in the knocking limit groove 2174; the second knocking and crushing part 2180 has the same structure as the first knocking and crushing part.

[0029] Among them, the knocking and crushing support part 2171 plays a role of fixing and supporting various structures in the entire first knocking and crushing part. When the pre-processing first rotating shaft 2150 rotates, the pre-processing first rotating shaft 2150 drives the knocking and crushing support part 2171 to rotate, so that the knocking and crushing support part 2171 drives the knocking and crushing rotating part 2172 to rotate in the pre-processing main box 2140, so that the knocking and crushing rotating part 2172 drives the knocking and crushing counterweight block 2173 to rotate, so that the knocking and crushing counterweight block 2173 knocks the quartz raw material in the pre-processing main box 2140 to complete the crushing action of the quartz raw material; It is worth noting that when the first pre-treatment shaft 2150 rotates, one end of the knocking and crushing rotating part 2172 located in the knocking limit groove 2174 squeezes the knocking and crushing spring 2175. When the first pre-treatment shaft 2150 stops rotating, the elastic force of the knocking and crushing spring 2175 restores the knocking and crushing rotating part 2172 to its initial state. Therefore, after the first pre-treatment shaft 2150 stops rotating, the knocking and crushing rotating part 2172 can rebound in the opposite direction, thereby performing a reverse striking action on the quartz raw material again, thereby effectively improving the pre-treatment crushing effect on the quartz raw material. At the same time, one end of the knocking and breaking spring 2175 is located at one end of the knocking and breaking groove 2174, and the other end of the knocking and breaking spring 2175 is connected to one end of the knocking and breaking rotating part 2172 located in the knocking and breaking groove 2174; Furthermore, the structures of the second knocking and crushing part 2180 and the first knocking and crushing part are completely the same, and therefore, the working principles of the second knocking and crushing part 2180 and the first knocking and crushing part are completely the same.

[0030] In this embodiment, the pretreatment drive member 2300 includes a pretreatment drive motor 2310, a pretreatment drive housing 2320, a pretreatment first connection wheel 2330, a pretreatment first connection shaft 2340, a pretreatment first drive gear 2350, a pretreatment first drive shaft 2360, a pretreatment first connection gear 2370, a pretreatment second drive gear 2380, a pretreatment second drive shaft 2390, a pretreatment drive main gear 2391 and a pretreatment drive sub-gear 2392; the pretreatment drive motor 2310 is installed on the pretreatment base 2110, the pretreatment drive housing 2320 is installed on one side of the pretreatment main housing 2140, the pretreatment first connection shaft 2340, the pretreatment first drive shaft 2360 and the pretreatment second drive shaft 2390 are rotatably connected in the pretreatment drive housing 2320 in sequence, and the pretreatment first connection wheel 2330 is installed on the pretreatment first connection shaft 2 At one end of the pretreatment drive motor 2310, the output end of the pretreatment drive motor 2310 is connected to the pretreatment first connecting wheel 2330 through a belt, the pretreatment first driving gear 2350 and the pretreatment first connecting gear 2370 are installed on the pretreatment first driving shaft 2360, and the pretreatment second driving gear 2380 is installed on the pretreatment second driving shaft 2390. The pretreatment first connecting shaft 2340 is meshed with the pretreatment first driving gear 2350, and the pretreatment first connecting gear 2370 is meshed with the pretreatment second driving gear 2380. The pretreatment driving main gear 2391 is installed at one end of the pretreatment first driving shaft 2360, and the pretreatment driving sub-gear 2392 is installed at one end of the pretreatment second driving shaft 2390, and the pretreatment driving main gear 2391 is meshed with the pretreatment first rotating shaft 2150, and the pretreatment driving sub-gear 2392 is meshed with the pretreatment second rotating shaft 2160.

[0031] Among them, the pre-processing drive box 2320 plays a role of fixing and supporting each internal structure; Specifically, when the pre-processing driving member 2300 needs to drive the pre-processing first rotating shaft 2150 and the pre-processing second rotating shaft 2160 to rotate, first, the pre-processing driving motor 2310 enters the working state, and then, the output end of the pre-processing driving motor 2310 drives the belt to rotate, so that the belt drives the pre-processing first connecting wheel 2330 to rotate, so that the pre-processing first connecting wheel 2330 drives the pre-processing first connecting shaft 2340 to rotate, so that the pre-processing first connecting shaft 2340 drives the pre-processing first driving gear 2350 to rotate, and the pre-processing first driving gear 2350 drives the pre-processing first driving shaft 2360 to rotate; Thus, the pre-processing first driving shaft 2360 drives the pre-processing first connecting gear 2370 to rotate, and the pre-processing first connecting gear 2370 drives the pre-processing second driving gear 2380 to rotate, and the pre-processing second driving gear 2380 drives the pre-processing second driving shaft 2390 to rotate; More specifically, the pre-processing first drive shaft 2360 drives the pre-processing drive main gear 2391 to rotate, and the pre-processing drive main gear 2391 drives the pre-processing first rotating shaft 2150 to rotate; The pre-processing second driving shaft 2390 drives the pre-processing driving sub-gear 2392 to rotate, so that the pre-processing driving sub-gear 2392 drives the pre-processing second rotating shaft 2160 to rotate; Furthermore, a gear meshingly connected to the pre-processing driving main gear 2391 may be provided at the end of the pre-processing first rotating shaft 2150 ; and a gear meshingly connected to the pre-processing driving sub-gear 2392 may be provided at the end of the pre-processing second rotating shaft 2160 .

[0032] In this embodiment, the unloading member 2200 includes a first unloading shaft 2210, a second unloading shaft 2220, a unloading rotating part 2230 and a unloading dividing rod 2240, one end of the first unloading shaft 2210 is rotatably connected to the pretreatment main box body 2140, the other end of the first unloading shaft 2210 is connected to one side of the unloading rotating part 2230, one end of the second unloading shaft 2220 is rotatably connected to the pretreatment main box body 2140, the other end of the second unloading shaft 2220 is connected to the other side of the unloading rotating part 2230, and the unloading rotating part 2230 is rotatably connected at the center of the pretreatment main box body 2140, and the unloading dividing rod 2240 is installed in the unloading rotating part 2230; and the unloading rotating part 2230 has a hollow structure.

[0033] The first unloading shaft 2210 and the second unloading shaft 2220 cooperate with each other to limit the unloading rotating part 2230, and the unloading rotating part 2230 can rotate around the first unloading shaft 2210 and the second unloading shaft 2220. When the quartz raw material is crushed in the pretreatment main box 2140, the unloading rotating part 2230 seals the bottom of the pretreatment main box 2140. When the first knocking and crushing part 2180 completes the work, the first unloading shaft 2210 and the second unloading shaft 2220 rotate, thereby driving the unloading rotating part 2230 to flip. Since one side of the unloading rotating part 2230 is a plate-like structure, it can seal the bottom of the pretreatment main box 2140, and the other side of the unloading rotating part 2230 is hollow, when the unloading rotating part 2230 is turned over, the unloading rotating part 2230 loses the shielding of the bottom of the pretreatment main box 2140, so the quartz raw material can be automatically discharged. At the same time, when the quartz raw material passes through the unloading dividing rod 2240, the unloading dividing rod 2240 blocks the quartz raw material, thereby realizing the dividing action, which can avoid the quartz raw material from agglomerating to a certain extent. It is worth noting that the transfer of the quartz raw material in each component may rely on external handling equipment, such as a robot, etc. The present invention does not elaborate on the specific transfer equipment of the quartz raw material.

[0034] In this embodiment, the pre-screening component 4000 includes a pre-screening bracket 4100, a pre-screening primary frame 4200, a pre-screening vibrating screen 4300, a pre-screening motor 4400, an active linkage part 4500, a plurality of pre-screening connection parts 4600 and a pre-screening unloading part 4700, the pre-screening bracket 4100 is installed on one side of the pre-treatment component 2000, the pre-screening primary frame 4200 is installed on the pre-screening bracket 4100, and the pre-screening vibrating screen 4300 is arranged on the pre-screening primary frame 4 200 is away from one side of the pre-screening bracket 4100, the pre-screening motor 4400 is installed on one side of the pre-screening first-level frame 4200, and one end of the active linkage part 4500 is connected to the output end of the pre-screening motor 4400, and the other end of the active linkage part 4500 is connected to the pre-screening vibrating screen 4300, a plurality of pre-screening connecting parts 4600 are installed between the pre-screening first-level frame 4200 and the pre-screening vibrating screen 4300, and the pre-screening unloading part 4700 is installed at one end of the pre-screening vibrating screen 4300.

[0035] Among them, the pre-screening bracket 4100 plays a role of fixing and supporting each structure in the pre-screening assembly 4000; Specifically, when the quartz raw material enters the pre-screening assembly 4000, first, the quartz raw material enters the pre-screening vibration screen 4300, and then the pre-screening motor 4400 enters the working state, and the output end of the pre-screening motor 4400 drives the active linkage part 4500 to reciprocate, so that the active linkage part 4500 drives the pre-screening primary frame 4200 to vibrate up and down, so that the quartz raw material vibrates in the pre-screening primary frame 4200, so that the quartz raw material is vibrated evenly, so as to improve the efficiency of screening the quartz raw material in the subsequent process; Further, the quartz raw material moves to the end of the pre-screening primary rack 4200, thereby falling from the pre-screening discharge portion 4700 into the primary fine screening assembly 5000; Furthermore, the plurality of pre-screening connection parts 4600 can ensure the stability of the movement of the pre-screening first-stage frame 4200 .

[0036] In this embodiment, the primary fine screening assembly 5000 includes a primary fine screening base 5100, a primary fine screening bracket 5101, a primary fine screening main box 5102, a primary fine screening feed part 5103, a primary fine screening rotating shaft 5104, a primary fine screening barrel 5200, a primary fine screening motor 5201, a primary fine screening linkage part 5202, a primary fine screening primary discharge part 5203, a primary fine screening secondary discharge part 5204, a primary fine screening The three-stage discharging part 5205, the primary screening vibrating part, the primary screening flushing part 5400 and the spiral discharging part; the primary fine screening base 5100 is installed on one side of the pre-screening component 4000, the primary fine screening bracket 5101 is installed on the primary fine screening base 5100, the primary fine screening main box 5102 is installed on the primary fine screening bracket 5101, the primary fine screening rotating shaft 5104 is rotatably connected to the primary fine screening main box 5102, and the primary fine screening material barrel 5 200 is installed on the primary fine screening rotating shaft 5104, the primary fine screening feeding part 5103 is installed on one side of the primary fine screening main box 5102, and one end of the primary fine screening feeding part 5103 extends into the primary fine screening material barrel 5200, the primary fine screening motor 5201 is installed on the primary fine screening bracket 5101, and the primary fine screening motor 5201 is connected to one end of the primary fine screening rotating shaft 5104 through the primary fine screening linkage part 5202; the primary fine screening The primary discharge part 5203, the primary fine screening secondary discharge part 5204 and the primary fine screening tertiary discharge part 5205 are sequentially installed on the lower side of the primary fine screening main box 5102, the primary screening vibrating part is installed on the primary fine screening primary discharge part 5203, the primary screening flushing part 5400 is installed on the primary fine screening base 5100, the spiral discharge part is also installed on the primary fine screening base 5100, and the primary fine screening primary discharge part 5203 extends to the spiral discharge part; A plurality of primary fine screening first-stage filter holes 5206 are provided on the primary fine screening first-stage discharge portion 5203; the primary fine screening dividing barrel 5200 comprises a dividing barrel body 5210, a first-stage dividing stirring portion 5220, a second-stage dividing stirring portion 5230, a third-stage dividing stirring portion 5240 and a plurality of dividing barrel dividing rods 5250, the dividing barrel body 5210, the first-stage dividing stirring portion 5220, the second-stage dividing stirring portion 5230 and the third-stage dividing stirring portion 5240 are sequentially mounted on the primary fine screening rotating shaft 5104, and the plurality of dividing barrel dividing rods 5250 are sequentially connected between the dividing barrel body 5210, the first-stage dividing stirring portion 5220, the second-stage dividing stirring portion 5230 and the third-stage dividing stirring portion 5240; The primary screening vibration member includes a screening vibration connection plate 5310, a screening vibration motor 5320, at least one screening vibration sliding rod 5330, at least one screening vibration sleeve 5340 and at least one screening vibration spring 5350, the screening vibration connection plate 5310 is installed on the primary fine screening first-level discharge portion 5203, the screening vibration motor 5320 is installed on the screening vibration connection plate 5310, one end of the screening vibration sliding rod 5330 is connected to the screening vibration connection plate 5310, the other end of the screening vibration sliding rod 5330 is slidably connected in the screening vibration sleeve 5340, one end of the screening vibration sleeve 5340 away from the screening vibration sliding rod 5330 is connected to the primary fine screening main box 5102, and the screening vibration spring 5350 is installed on the outside of the screening vibration sliding rod 5330; The primary screening flushing part 5400 includes a flushing water receiving part 5410, a first conduit 5420, a flushing pump 5430, a second conduit 5440, a flushing water storage part 5450 and a plurality of water outlet pipes 5460. The flushing water receiving part 5410 is installed on the primary fine screening base 5100, and the position of the flushing water receiving part 5410 corresponds to the position of the primary fine screening first-level discharge part 5203. The flushing pump 5430 is installed on the primary fine screening base. On one side of 5100, the flushing water storage part 5450 is installed on the upper side of the primary fine screening main box 5102, the first conduit 5420 is installed between the flushing water receiving part 5410 and the flushing pump 5430, the second conduit 5440 is installed between the flushing water storage part 5450 and the flushing pump 5430, and a plurality of water outlet pipes 5460 are installed on the lower side of the flushing water storage part 5450, and the water outlet pipes 5460 face the primary fine screening material cylinder 5200; The spiral discharging member includes a spiral discharging barrel 5510, a spiral discharging motor 5520 and a spiral discharging blade. The spiral discharging motor 5520 is installed on the primary fine screening base 5100. The spiral discharging barrel 5510 is inclined and installed on one side of the spiral discharging motor 5520. The spiral discharging blade is rotatably connected in the spiral discharging barrel 5510, and the output end of the spiral discharging motor 5520 is connected to the spiral discharging blade. Among them, the pre-screening bracket 4100 plays a role of fixing and supporting various structures in the pre-screening assembly 4000; When the quartz raw material enters the pre-screening assembly 4000, first, the quartz raw material enters the primary fine screening feed part 5103, then, the quartz raw material passes through the primary fine screening feed part 5103 and enters the primary fine screening barrel 5200, then, the primary fine screening motor 5201 enters the working state, so that the output end of the primary fine screening motor 5201 drives the primary fine screening linkage part 5202 to rotate, so that the primary fine screening linkage part 5202 drives the primary fine screening rotating shaft 5104 to rotate, so that the primary fine screening rotating shaft 5104 is driven to rotate. 104 drives the primary fine screening barrel 5200 to rotate, and the quartz raw materials entering the primary fine screening barrel 5200 move in the primary fine screening barrel 5200, and according to the different sizes of the quartz raw materials, the quartz raw materials fall out of the primary fine screening barrel 5200 in batches, so that the quartz raw materials with the smallest size fall into the primary fine screening first-level discharge part 5203, the quartz raw materials with medium size fall into the primary fine screening second-level discharge part 5204, and the quartz raw materials with the largest size fall into the primary fine screening third-level discharge part 5205; Furthermore, the primary fine screening linkage part 5202 may be a conventional conveyor belt; Further, when the quartz raw material enters the primary fine screening first-stage discharging part 5203, the primary screening vibration part enters the working state, and the primary screening vibration part drives the primary fine screening first-stage discharging part 5203 to vibrate, thereby ensuring that the quartz raw material normally enters the spiral discharging part. At the same time, when the quartz raw material moves in the primary fine screening first-stage discharging part 5203, the primary screening flushing part 5400 enters the working state, and the primary screening flushing part 5400 flushes water into the primary fine screening barrel 5200, so as to flush the quartz raw material, thereby removing impurities on the outer surface of the quartz raw material; Furthermore, water can fall back into the primary screening flushing member 5400 through the plurality of primary fine screening primary filtering holes 5206 on the primary fine screening primary discharge portion 5203; At the same time, the primary fine screening barrel 5200 can be tilted to facilitate the movement of the quartz raw material therein; At the same time, the main body 5210 of the material dividing barrel, the first-level material dividing stirring part 5220, the second-level material dividing stirring part 5230, and the third-level material dividing stirring part 5240 form the main structure of the overall primary fine screening material dividing barrel 5200, and then, a plurality of material dividing barrel dividing rods 5250 connect the three together, and at the same time, a gap is left between the two material dividing barrel dividing rods 5250 to facilitate the screening of the quartz raw materials. Further, in one embodiment, the distance between the two material dividing barrel dividing rods 5250 can be gradually increased to facilitate the screening of quartz raw materials of different sizes; Furthermore, the quartz raw material screened between the primary material distribution and stirring section 5220 and the secondary material distribution and stirring section 5230 just enters the primary fine screening primary material discharging section 5203; The quartz raw materials screened between the secondary material distribution stirring section 5230 and the tertiary material distribution stirring section 5240 just enter the primary fine screening secondary material discharging section 5204; the quartz raw materials not screened from the side wall of the primary fine screening material distribution barrel 5200 are large in size and directly fall into the primary fine screening tertiary material discharging section 5205; Furthermore, the screening vibration connection plate 5310 plays a role of fixed support for the primary screening vibration member, and at the same time, the screening vibration motor 5320 enters the working state, so that the primary fine screening first-level discharge part 5203 vibrates, thereby playing a role of vibration transmission for the quartz raw material, and when the screening vibration motor 5320 is working, the screening vibration sliding rod 5330 reciprocates in the screening vibration sleeve 5340, and the screening vibration sliding rod 5330 squeezes the screening vibration spring 5350 during movement, thereby playing a buffering role to a certain extent, thereby ensuring the stability of the vibration feeding of the primary screening vibration member; Furthermore, when it is necessary to flush the primary fine screening material dividing barrel 5200, first, water is injected into the flushing water receiving portion 5410, and then the flushing pump 5430 enters the working state, so that the water in the flushing water receiving portion 5410 enters the flushing water storage portion 5450 through the first conduit 5420 and the second conduit 5440, and then enters the primary fine screening material dividing barrel 5200 through the multiple water outlet pipes 5460. It is worth noting that the water discharged from the multiple water outlet pipes 5460 just enters the primary fine screening first-level material discharging portion 5203, and then flows back to the flushing water receiving portion 5410 through the primary fine screening first-level filter hole 5206; The quartz raw material passing through the primary fine screening first-stage discharging part 5203 enters the spiral discharging barrel 5510, and then the spiral discharging motor 5520 enters the working state, so that the output end of the spiral discharging motor 5520 drives the spiral discharging blade to rotate in the spiral discharging barrel 5510, so as to realize the discharging action of the small-sized quartz raw material; The user can transport the small-sized quartz raw materials to the secondary fine screening component 6000 for further screening and grinding according to actual production needs, and the larger-sized quartz raw materials can be put into the pretreatment component 2000 for reprocessing to ensure that the size of the quartz raw materials meets the production requirements; In this embodiment, the present invention also discloses an operation method of a surface coating anti-fouling hardening material processing device, comprising the following steps: S1, quartz raw material loading, the loading component 1000 performs a loading action on the quartz raw material to be processed; S2, quartz raw material pretreatment, the quartz raw material after being loaded by the loading component 1000 enters the pretreatment component 2000, and the pretreatment component 2000 performs a preliminary crushing pretreatment action on the quartz raw material; S3, quartz raw material prescreening, the quartz raw material after being pretreated by the pretreatment component 2000 enters the prescreening component 4000, the pre-screening component 4000 performs pre-screening treatment on the quartz raw material; S4, the quartz raw material is finely screened for the first time, and the quartz raw material after the pre-screening treatment of the pre-screening component 4000 enters the primary fine screening component 5000, and the primary fine screening component 5000 performs the first fine screening treatment on the quartz raw material; S5, the quartz raw material is finely screened for the second time, and the quartz raw material after the treatment of the primary fine screening component 5000 enters the secondary fine screening component 6000, and the secondary fine screening component 6000 performs the second fine screening treatment on the quartz raw material; The surface coating anti-fouling hardening material processing device of the present invention only processes part of the production raw materials of the surface coating anti-fouling hardening material, and the subsequent preparation of the complete surface coating anti-fouling hardening material depends on conventional production and processing equipment in the prior art.

[0037] The above are only implementation modes of the present invention, and are not intended to limit the patent scope of the present invention. Any equivalent structure or equivalent process transformation made using the contents of the present invention specification and drawings, or directly or indirectly applied in other related technical fields, are also included in the patent protection scope of the present invention.

Claims

1. A surface coating anti-fouling hardening material processing device, characterized in that: include A feeding component for feeding the quartz raw material to be processed; A pretreatment component for pretreatment of the quartz raw material after being fed by the feeding component, wherein the pretreatment component is installed on one side of the feeding component; A pre-screening component, the pre-screening component is installed on a side of the pre-treatment component away from the feeding component; A primary fine screening component for performing primary fine screening on the quartz raw material after pre-screening treatment by the pre-screening component, wherein the primary fine screening component is installed on a side of the pre-screening component away from the pre-treatment component; A secondary fine screening component for performing secondary fine screening on the quartz raw material processed by the primary fine screening component, wherein the secondary fine screening component is installed on a side of the primary fine screening component away from the pre-screening component; The secondary fine screening assembly includes a secondary fine screening bracket, a secondary fine screening main box, a secondary fine screening rotating shaft, a plurality of secondary fine screening pushing parts, a secondary fine screening feeding part, a secondary fine screening feeding flip plate, a secondary fine screening motor, a secondary fine screening belt and a secondary fine filtering grinding piece; The secondary fine screening bracket is installed on one side of the primary fine screening component, the secondary fine screening main box is installed on the secondary fine screening bracket, the secondary fine screening rotating shaft is rotatably connected in the secondary fine screening main box, a plurality of secondary fine screening pushing parts are installed on the secondary fine screening rotating shaft, the secondary fine screening feeding part is installed on the upper side of the secondary fine screening main box, the secondary fine screening feeding flip plate is rotatably connected in the secondary fine screening feeding part, the secondary fine screening motor is installed on the secondary fine screening bracket, and the secondary fine screening belt is installed between the secondary fine screening feeding flip plate, the secondary fine screening rotating shaft and the output end of the secondary fine screening motor; A secondary fine screening feed opening is provided at the lower side of the secondary fine screening main box, and the secondary fine filtering and grinding element is installed on the secondary fine screening bracket, and the secondary fine filtering and grinding element corresponds to the position of the secondary fine screening feed opening; The secondary fine screening pushing part comprises a secondary fine screening pushing connecting ring, a secondary fine screening first pushing piece, a secondary fine screening second pushing piece and a secondary fine screening third pushing piece, the secondary fine screening first pushing piece, the secondary fine screening second pushing piece and the secondary fine screening third pushing piece are all installed on the secondary fine screening rotating shaft, and the secondary fine screening pushing connecting ring is installed on the outer sides of the secondary fine screening first pushing piece, the secondary fine screening second pushing piece and the secondary fine screening third pushing piece; The secondary fine filtration grinding element comprises a grinding rotating cylinder, a grinding fixed cylinder, a grinding filter plate, a grinding motor, a grinding reducer, a grinding drive vertical rod, a grinding drive cross rod, at least one grinding compacting part and a grinding discharge part; The grinding fixed cylinder is installed on the lower side of the secondary fine screening main box, the grinding rotating cylinder is rotatably connected to the upper side of the grinding fixed cylinder, the grinding filter plate is installed in the grinding fixed cylinder, the grinding motor is installed on the secondary fine screening bracket, the output end of the grinding motor is connected to the grinding reducer, the output end of the grinding reducer is connected to the grinding drive vertical rod, the center of the grinding drive vertical rod is connected to the grinding drive cross rod, and both ends of the grinding drive cross rod are connected to the inner wall of the grinding rotating cylinder, the grinding compaction part is installed on the grinding drive cross rod, and the lower side of the grinding compaction part abuts against the grinding filter plate, and the grinding discharge part is installed on one side of the grinding fixed cylinder.

2. The surface coating anti-fouling hardening material processing device according to claim 1 is characterized in that: The feeding assembly includes a first feeding bracket, a second feeding bracket, a first limiting slide rail, a second limiting slide rail, a feeding transfer rack, a feeding hopper, a feeding discharge pipe, and a feeding seal for sealing the lower end of the feeding hopper; The first limiting slide rail is installed on the first feeding bracket, the second limiting slide rail is installed on the second feeding bracket, the feeding transfer frame is slidably connected between the first limiting slide rail and the second limiting slide rail, the feeding hopper is installed in the feeding transfer frame, the feeding discharge pipe is installed at the lower end of the feeding hopper, and the feeding seal is installed at the lower end of the feeding hopper.

3. The surface coating anti-fouling hardening material processing device according to claim 2 is characterized in that: The feeding seal includes a sealing ring, a plurality of sealing connecting rods, a sealing drive cylinder and a sealing sliding plate. The sealing ring is installed on the outer side of the lower end of the feeding hopper. One end of the sealing connecting rod is connected to the sealing ring, and the other end of the sealing connecting rod is connected to the sealing drive cylinder. The output end of the sealing drive cylinder is connected to one end of the sealing sliding plate, and the other end of the sealing sliding plate is slidably connected in the sealing ring.

4. The surface coating anti-fouling hardening material processing device according to claim 1 is characterized in that: The pretreatment assembly includes a pretreatment base, a pretreatment bracket, a pretreatment feeding part, a pretreatment main box, a pretreatment first rotating shaft, a pretreatment second rotating shaft, a plurality of first knocking and crushing parts, a plurality of second knocking and crushing parts, a discharge part, and a pretreatment driving part for driving the first rotating shaft and the second rotating shaft to rotate; The pretreatment base is installed on one side of the loading assembly, the pretreatment bracket is installed on the pretreatment base, the pretreatment feed part is installed on the upper end of the pretreatment bracket, the pretreatment main box is installed on one side of the pretreatment bracket, and the lower end of the pretreatment feed part extends into the pretreatment main box, the pretreatment first rotating shaft and the pretreatment second rotating shaft are both rotatably connected in the pretreatment main box, a plurality of the first knocking and crushing parts are installed on the pretreatment first rotating shaft, a plurality of the second knocking and crushing parts are installed on the pretreatment second rotating shaft, the unloading part is installed at the bottom of the pretreatment main box, the pretreatment driving part is installed on one side of the pretreatment main box, and the output end of the pretreatment driving part is connected to the pretreatment first rotating shaft and the pretreatment second rotating shaft.

5. The surface coating anti-fouling hardening material processing device according to claim 4 is characterized in that: The first knocking and crushing part comprises a knocking and crushing support part, a knocking and crushing rotating part and a knocking and crushing counterweight block, the knocking and crushing support part is in a semicircular ring structure, and the knocking and crushing support part is installed on the outer side of the pre-treatment first rotating shaft, a knocking limit groove is provided on the side wall of the knocking and crushing support part, one end of the knocking and crushing rotating part is slidably connected in the knocking limit groove, and the other end of the knocking and crushing rotating part is connected to the knocking and crushing counterweight block; A knocking and crushing spring is arranged in the knocking and limiting groove for resetting the knocking and crushing rotating part; The second knocking and crushing part has the same structure as the first knocking and crushing part.

6. The surface coating anti-fouling hardening material processing device according to claim 4 is characterized in that: The pretreatment drive member includes a pretreatment drive motor, a pretreatment drive housing, a pretreatment first connecting wheel, a pretreatment first connecting shaft, a pretreatment first driving gear, a pretreatment first driving shaft, a pretreatment first connecting gear, a pretreatment second driving gear, a pretreatment second driving shaft, a pretreatment driving main gear and a pretreatment driving sub-gear; The pretreatment drive motor is installed on the pretreatment base, the pretreatment drive housing is installed on one side of the pretreatment main housing, the pretreatment first connecting shaft, the pretreatment first driving shaft and the pretreatment second driving shaft are rotatably connected in the pretreatment drive housing in sequence, the pretreatment first connecting wheel is installed at one end of the pretreatment first connecting shaft, the output end of the pretreatment drive motor is connected with the pretreatment first connecting wheel through a belt, the pretreatment first driving gear and the pretreatment first connecting gear are installed on the pretreatment first driving shaft, the pretreatment second driving gear is installed on the pretreatment second driving shaft, the pretreatment first connecting shaft is meshed and connected with the pretreatment first driving gear, the pretreatment first connecting gear is meshed and connected with the pretreatment second driving gear, the pretreatment drive main gear is installed at one end of the pretreatment first driving shaft, the pretreatment drive sub-gear is installed at one end of the pretreatment second driving shaft, and the pretreatment drive main gear is meshed and connected with the pretreatment first rotating shaft, and the pretreatment drive sub-gear is meshed and connected with the pretreatment second rotating shaft.

7. The surface coating anti-fouling hardening material processing device according to claim 4 is characterized in that: The unloading member includes a first unloading shaft, a second unloading shaft, a unloading rotating part and a unloading dividing rod, one end of the first unloading shaft is rotatably connected to the pre-processing main box body, the other end of the first unloading shaft is connected to one side of the unloading rotating part, one end of the second unloading shaft is rotatably connected to the pre-processing main box body, the other end of the second unloading shaft is connected to the other side of the unloading rotating part, and the unloading rotating part is rotatably connected to the center of the pre-processing main box body, and the unloading dividing rod is installed in the unloading rotating part; Furthermore, the discharging rotating part has a hollow structure.

8. The surface coating anti-fouling hardening material processing device according to claim 1 is characterized in that: The pre-screening component includes a pre-screening bracket, a pre-screening first-level frame, a pre-screening vibrating screen, a pre-screening motor, an active linkage part, a plurality of pre-screening connecting parts and a pre-screening discharge part. The pre-screening bracket is installed on one side of the pretreatment component, the pre-screening first-level frame is installed on the pre-screening bracket, the pre-screening vibrating screen is arranged on a side of the pre-screening first-level frame away from the pre-screening bracket, the pre-screening motor is installed on one side of the pre-screening first-level frame, and one end of the active linkage part is connected to the output end of the pre-screening motor, and the other end of the active linkage part is connected to the pre-screening vibrating screen, a plurality of the pre-screening connecting parts are installed between the pre-screening first-level frame and the pre-screening vibrating screen, and the pre-screening discharge part is installed at one end of the pre-screening vibrating screen.

9. The device for processing surface coating anti-fouling hardening materials according to claim 1, characterized in that: The primary fine screening assembly includes a primary fine screening base, a primary fine screening bracket, a primary fine screening main box, a primary fine screening feeding part, a primary fine screening rotating shaft, a primary fine screening material barrel, a primary fine screening motor, a primary fine screening linkage part, a primary fine screening first-level discharging part, a primary fine screening second-level discharging part, a primary fine screening third-level discharging part, a primary screening vibrating part, a primary screening flushing part and a spiral discharging part; The primary fine screening base is installed on one side of the pre-screening assembly, the primary fine screening bracket is installed on the primary fine screening base, the primary fine screening main box is installed on the primary fine screening bracket, the primary fine screening rotating shaft is rotatably connected to the primary fine screening main box, the primary fine screening material barrel is installed on the primary fine screening rotating shaft, the primary fine screening feed part is installed on one side of the primary fine screening main box, and one end of the primary fine screening feed part extends into the primary fine screening material barrel, the primary fine screening motor is installed on the primary fine screening bracket, and the primary fine screening motor is connected to one end of the primary fine screening rotating shaft through the primary fine screening linkage part; The primary fine screening first-stage discharging part, the primary fine screening second-stage discharging part and the primary fine screening third-stage discharging part are sequentially installed on the lower side of the primary fine screening main box body, the primary screening vibrating part is installed on the primary fine screening first-stage discharging part, the primary screening flushing part is installed on the primary fine screening base, the spiral discharging part is also installed on the primary fine screening base, and the primary fine screening first-stage discharging part extends to the spiral discharging part; The primary fine screening first-stage discharging portion is provided with a plurality of primary fine screening first-stage filtering holes; The primary fine screening material dividing barrel comprises a material dividing barrel main body, a primary material dividing stirring part, a secondary material dividing stirring part, a tertiary material dividing stirring part and a plurality of material dividing barrel material dividing rods, wherein the material dividing barrel main body, the primary material dividing stirring part, the secondary material dividing stirring part and the tertiary material dividing stirring part are sequentially mounted on the primary fine screening rotating shaft, and the plurality of material dividing barrel material dividing rods are sequentially connected between the material dividing barrel main body, the primary material dividing stirring part, the secondary material dividing stirring part and the tertiary material dividing stirring part; The primary screening vibration member comprises a screening vibration connection plate, a screening vibration motor, at least one screening vibration sliding rod, at least one screening vibration sleeve and at least one screening vibration spring, wherein the screening vibration connection plate is mounted on the primary fine screening first-level discharging portion, the screening vibration motor is mounted on the screening vibration connection plate, one end of the screening vibration sliding rod is connected to the screening vibration connection plate, the other end of the screening vibration sliding rod is slidably connected in the screening vibration sleeve, one end of the screening vibration sleeve away from the screening vibration sliding rod is connected to the primary fine screening main box, and the screening vibration spring is mounted on the outside of the screening vibration sliding rod; The primary screening flushing part includes a flushing water receiving part, a first conduit, a flushing water pump, a second conduit, a flushing water storage part and a plurality of water outlet pipes, the flushing water receiving part is installed on the primary fine screening base, and the position of the flushing water receiving part corresponds to the position of the primary fine screening first-level discharge part, the flushing water pump is installed on one side of the primary fine screening base, the flushing water storage part is installed on the upper side of the primary fine screening main box, the first conduit is installed between the flushing water receiving part and the flushing water pump, the second conduit is installed between the flushing water storage part and the flushing water pump, and the plurality of water outlet pipes are installed on the lower side of the flushing water storage part, and the water outlet pipes face the primary fine screening material discharging barrel; The spiral discharging component includes a spiral discharging barrel, a spiral discharging motor and a spiral discharging blade. The spiral discharging motor is installed on the primary fine screening base. The spiral discharging barrel is inclined and installed on one side of the spiral discharging motor. The spiral discharging blade is rotatably connected in the spiral discharging barrel, and the output end of the spiral discharging motor is connected to the spiral discharging blade.

10. An operating method of a surface coating anti-fouling hardening material processing device as claimed in any one of claims 1 to 9, characterized in that: The following steps are involved: S1, quartz raw material loading, the loading component performs a loading action on the quartz raw material to be processed; S2, pretreatment of quartz raw materials, the quartz raw materials after being fed by the feeding component enter into the pretreatment component, and the pretreatment component performs preliminary crushing pretreatment on the quartz raw materials; S3, pre-screening of quartz raw materials, the quartz raw materials pre-treated by the pre-treatment component enter the pre-screening component, and the pre-screening component performs pre-screening treatment on the quartz raw materials; S4, the quartz raw material is subjected to the first fine screening, the quartz raw material after the pre-screening treatment by the pre-screening component enters the primary fine screening component, and the primary fine screening component performs the first fine screening treatment on the quartz raw material; S5, the quartz raw material is finely screened for the second time. The quartz raw material processed by the primary fine screening component enters the secondary fine screening component, and the secondary fine screening component performs a second fine screening process on the quartz raw material.

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