Environment-friendly recycled concrete manufacturing and processing equipment
By introducing double-pulse disengagement components and reflow treatment components in the recycled concrete processing equipment, the problem of insufficient surface activation treatment of aggregates is solved, rapid separation and activation treatment of aggregates is achieved, production efficiency and product quality are improved, and pollution is reduced and environmental impact.
Patent Information
- Application Number
- CN202411383652.8
- Authority / Receiving Office
- CN · China
- Patent Type
- Applications(China)
- Current Assignee / Owner
- Filing Date
- 2024-09-30
- Publication Date
- 2025-01-03
- Estimated Expiration
- Not applicable · inactive patent
AI Technical Summary
Existing recycled concrete processing equipment cannot simultaneously crush, pickle and recycle the aggregate surface, and cannot process different types of aggregates at the same time, affecting the processing efficiency and product quality.
An environmentally friendly recycled concrete production and processing equipment is designed, using double-pulse disengagement components and reflow treatment components. Through rotating motors, swing motors, porous separation barrels, spray pipe racks and hydraulic cylinders, uniform mixing of aggregates is achieved. The acid solution is soaked and squeezed and crushed, and the transmission box and stirring rack are used for activation, and the different materials are separated and recovered by switching the electric slide rails and the collection treatment box.
It realizes rapid separation and activation of aggregates, improves production efficiency, reduces pollution and environmental impact, and can handle different types of aggregates at the same time, improving product quality and resource utilization.
Smart Images
Figure CN119237426A_ABST
Abstract
Description
Technical Field
[0001] The invention relates to the technical field of recycled concrete processing equipment, in particular to an environmentally friendly recycled concrete production and processing equipment. Background Art
[0002] Recycled concrete refers to new concrete made by crushing, cleaning, and grading discarded concrete blocks, mixing them with grading in a certain proportion, and adding cement, water, etc. When used, recycled concrete needs to be activated by crushing, pickling, chemical slurry immersion and other treatment methods.
[0003] The patent with application number 202310546904.3 mentions "an environmentally friendly concrete preparation process". This patent reduces the addition of chemical products by using slag supplementary materials, and the addition of hollow glass microspheres greatly improves the toughness of concrete.
[0004] However, when mixing concrete, insufficient activation treatment of the aggregate surface leads to adhesion and separation between the concrete during mixing, affecting product quality. It is currently impossible to operate the equipment simultaneously when crushing and removing the aggregate surface, recycling the impure steel bars in the middle, and pickling the aggregate. In addition, a single device cannot separate different types of aggregates at the same time, affecting the efficiency and effect of actual processing. Summary of the invention
[0005] The present invention provides an environmentally friendly recycled concrete production and processing equipment, which can effectively solve the problem raised in the above background technology that when concrete is mixed, insufficient activation treatment of the aggregate surface leads to adhesion and separation between the concretes during mixing, affecting product quality. At present, when crushing and removing the aggregate surface, recycling the impure steel bars in the middle and pickling the aggregate, it is impossible to operate the equipment simultaneously, and a single equipment cannot separate different types of aggregates at the same time, affecting the efficiency and effect of actual processing.
[0006] To achieve the above-mentioned purpose, the present invention provides the following technical solutions: an environmentally friendly recycled concrete production and processing equipment, comprising an integrated raised frame, wherein a double-punch disengagement component is provided at the top of the integrated raised frame;
[0007] The double-stroke disengagement assembly includes a rotating motor;
[0008] A rotating motor is installed at one end of the integrated raised frame through a motor seat, an inner rotating blocking barrel is clamped on the output shaft of the rotating motor, a swinging motor is installed at one end of the inner rotating blocking barrel through a motor seat, an in-and-out electric push rod is symmetrically clamped on the bottom of the side end of the inner rotating blocking barrel, a fitting inner hole plate is fixed at one end of the in-and-out electric push rod, an interlocking electromagnetic frame is rotated on the inner side of the fitting inner hole plate, a triangular fixing strip is fixed on one end of the interlocking electromagnetic frame and one end of the porous separation barrel are both fixed with a synchronous transmission box, and one end of the interlocking electromagnetic frame and the porous separation barrel are fixed with a synchronous transmission box. A transmission motor is installed at a position corresponding to the synchronous transmission box at one end through a motor seat, and a plurality of opposite stirring frames are equidistantly connected to the output shaft of the synchronous transmission box, and a plurality of extrusion electric push rods are equidistantly connected to one end of the plug-in electromagnetic frame and one end of the porous separation barrel, and an inner hole extrusion plate is installed at one end of the plurality of extrusion electric push rods, and a storage fixed box is slidably connected to the bottom end of the inner side of the integrated raised frame, and a porous spray pipe rack is penetrated and connected to the top of the storage fixed box, and an injection pipe is connected to one end of the porous spray pipe rack through an adapter, and a booster pump is installed at the position corresponding to the porous spray pipe rack at the top of the storage fixed box through a motor seat;
[0009] The top of the integrated raised frame is symmetrically connected with a movable electric push rod, and the tops of the two movable electric push rods are installed with a crushing linkage barrel, one end of the crushing linkage barrel is installed with a discharging motor through a motor seat, and the output shaft of the discharging motor is connected with a discharging single plate, and the two ends of the crushing linkage barrel are symmetrically connected with an impact hydraulic cylinder, and one end of the impact hydraulic cylinder is connected with a groove impact plate;
[0010] According to the above technical solution, a plurality of discharge processing pipes are equidistantly penetrated and connected at the bottom of the crushing linkage barrel, a plurality of feed limit pipes are equidistantly penetrated at the top of the side end of the inner rotation blocking barrel corresponding to the position of the discharge processing pipe, a plurality of one-way blocking holes are equidistantly penetrated at the side end of the porous separation barrel, a one-way spring is fixed inside the feed limit pipe and the one-way blocking hole, and a one-way entry plate is connected to one end of the one-way spring;
[0011] Several drainage treatment pipes are equidistantly penetrated through the bottom end of the inward rotating blocking barrel, and a closing motor is symmetrically installed on the side end of the inward rotating blocking barrel through a motor seat, one of the output shafts of the closing motor is clamped with an inner hole closing plate, and the other output shaft of the closing motor is clamped with a middle closing plate, and several aligning electric push rods are equidistantly fixed to one end of the inner hole closing plate, and one end of several of the aligning electric push rods is connected to an annular fitting block, a sealing electric push rod is fixed in the middle of one end of the middle closing plate, and a sealing treatment plate is installed on one end of the sealing electric push rod, a replenishing pipe is penetrated through the top of one side of the storage fixed box, and one end of the porous spray pipe rack, injection pipe, discharge treatment pipe, drainage treatment pipe and replenishing pipe are all embedded with a control valve.
[0012] According to the above technical solution, the porous separation barrel is rotatably installed on the inner side of the inner rotating blocking barrel, the side end of the fitting inner hole plate is fitted with the side end of the inner rotating blocking barrel, the plug-in electromagnetic frame is sleeved and combined with the porous separation barrel, and the triangular fixing bar is inserted and installed at one end of the porous separation barrel.
[0013] According to the above technical solution, the output shaft of the transmission motor is snap-connected with the input shaft of the synchronous transmission box, the inner hole extrusion plate is slidably installed on the inner side of the porous separation barrel, and one end of the booster pump is snap-connected with the porous spray pipe rack through an adapter.
[0014] According to the above technical solution, the groove impact plate slides on the inside of the crushing linkage barrel, the discharge single plate is rotationally connected to the crushing linkage barrel, and the inner hole closing plate and the middle closing plate are both fitted with the inner rotating blocking barrel and one end of the porous separation barrel.
[0015] According to the above technical solution, the annular fitting block and the sealing treatment plate are evenly slidably fitted with the side ends of the inner rotating blocking barrel and the porous separation barrel;
[0016] The input ends of the rotating motor, the swinging motor, the in-and-out electric push rod, the plug-in electromagnetic frame, the transmission motor, the extrusion electric push rod, the booster pump, the moving electric push rod, the discharging motor, the impact hydraulic cylinder, the alignment electric push rod, the sealing electric push rod and the control valve are all electrically connected to the output end of the external controller;
[0017] The input terminal of the external controller is electrically connected to the output terminal of the external power supply.
[0018] According to the above technical solution, a reflow processing component is provided inside the integrated raised frame;
[0019] The reflux processing assembly includes a switching electric slide rail;
[0020] The bottom inner end of the integrated raised frame is equidistantly installed with switching electric slide rails, the top of the switching electric slide rail is connected with a positioning clamping plate through a slide rail seat, the top of one of the positioning clamping plates is installed with a collecting and processing box through a slide rail seat, a condenser is installed at the bottom inner end of the collecting and processing box, one end of the collecting and processing box is symmetrically installed with centralized electric push rods, one end of two centralized electric push rods is installed with a centralized positioning plate, a reciprocating pipe is connected through the storage fixed box and the collecting and processing box, and a bidirectional pump is installed at the top of the storage fixed box corresponding to the reciprocating pipe through a motor seat;
[0021] One of the top ends of the positioning and clamping plates is fixedly installed with a centralized processing box. Symmetrically clamped inside the middle top of the centralized processing box are fixed electric slide rails. The top ends of the two fixed electric slide rails are connected to a centralized net box through slide rail seats. Symmetrically clamped inside the middle bottom of the centralized processing box are discharge electric slide rails. The bottom ends of the discharge electric slide rails are connected to a discharge positioning plate through slide rail seats. One end inside the centralized net box is clamped with a single-push electric slide rail. One end of the single-push electric slide rail is clamped with a U-shaped blocking strip. One end of the U-shaped blocking strip is installed with a blocking spring. One end of the blocking spring is installed with an arc-shaped single plate. One end of the integrated convex frame is installed with a flushing storage box. A flushing pipe frame runs through and connects between the flushing storage box and the centralized processing box. At the position corresponding to the flushing pipe frame at the top end of the flushing storage box, a pumping pump is installed through a motor base. A synchronous return pipe runs through and connects between the centralized processing box and the collection and processing box. At the position corresponding to the synchronous return pipe at one end of the centralized processing box, a return pump is installed through a motor base.
[0022] According to the above technical solution, the positioning and clamping plate is slidably installed at the inner bottom end of the overall convex frame, the centralized positioning plate is slidably installed inside the collection and processing box, and the two-way pump is connected to the reciprocating pipe through a rotary joint.
[0023] According to the above technical solution, the centralized net box is slidably placed inside the centralized processing box, the side end of the discharge positioning plate is attached to the inner end of the centralized processing box, and the arc-shaped single plate is rotatably connected to the U-shaped blocking strip.
[0024] According to the above technical solution, the arc-shaped single plate is slidably installed inside the centralized net box;
[0025] The input ends of the switching electric slide rail, the condenser, the centralized electric push rod, the two-way pump, the fixed electric slide rail, the discharge electric slide rail, the single-push electric slide rail, the pumping pump, and the return pump are all electrically connected to the output end of an external controller.
[0026] Compared with the prior art, the beneficial effects of the present invention are:
[0027] 1. A double-flushing separation component is provided. The porous separation barrel is driven to swing back and forth by a swinging motor. The fitting inner hole plate and the inserting electromagnetic frame are driven by the incoming and outgoing electric push rods to be clamped to the side end of the porous separation barrel to achieve the sealing treatment of the equipment. The discharging treatment pipe, the feeding limiting pipe, and the one-way blocking holes are used for feeding and discharging in cooperation. The equipment is driven to move back and forth by rotation. In cooperation with the one-way spring and the one-way inlet plate, continuous feeding is achieved. During the movement of the equipment, continuous feeding can be realized, and the material drops from the top downwards. In cooperation with the back-and-forth swing of the equipment, uniform mixing is achieved. And through continuous feeding and discharging by the swing of the equipment, continuous production is realized, the production efficiency is improved, and the separated hard concrete blocks, steel bars, and fine sand and gravel are separated and collected to realize the rapid separation and treatment of the materials;
[0028] The recycled material is impacted by an impact hydraulic cylinder and a grooved impact plate. The synchronous transmission box and the drive motor drive the opposing stirring frame to push the recycled material to rotate and move. In cooperation with the extrusion electric push rod and the inner hole extrusion plate, the recycled material is extruded. The hydrochloric acid solution is sprayed from the top down by a porous spray pipe rack, an injection pipe and a booster pump, and the hydrochloric acid solution is injected from the bottom up. In cooperation with multiple groups of rotary pushing devices to push the recycled material, the recycled material is fully contacted, and the cement mortar of the aggregate is dissolved and destroyed by hydrochloric acid, and in cooperation with the extrusion and crushing treatment, the cement mortar is separated, and the activation treatment of the recycled material is completed;
[0029] By spraying and soaking, the contact area is increased. Through continuous rotation, liquid convection exchange is realized. Through extrusion and crushing, the internal aggregate can quickly contact with the acid solution, thereby improving the processing speed. During the processing, the rotary impact, continuous feeding extrusion and separation and feeding are cooperated with each other to achieve the effect of rapid crushing, and the liquid is used for blocking to remove dust, solving the problem that the activation operation in the prior art cannot effectively cooperate and link, and the low efficiency and large pollution during activation. The processing speed is effectively improved, and the impact on the environment is reduced.
[0030] 2. A reflux treatment component is provided. The positioning clamping plate is driven to move back and forth by switching the electric slide rail, and the positions of the collection treatment box and the centralized treatment box are switched. The crushed stone and sand materials in the solution are pushed and separated by the centralized electric push rod and the centralized positioning plate, realizing the independent collection operation of the solution and the sand materials, and cooperating with the reciprocating pipe and the two-way pump for recycling, realizing the separation and recycling of the solution, reducing resource waste. The centralized net box is driven to move by the fixed electric slide rail to collect the aggregate, and the aggregate is washed in cooperation with the washing storage box, the washing pipe rack and the extraction pump. The discharge positioning plate is driven to move by the discharge electric slide rail, and the U-shaped blocking strip is driven to move by a single push call, cooperating with the blocking spring and the arc-shaped single plate for one-way blocking, realizing the even distribution of materials. And through the centralized treatment box and the centralized net box, different materials are recycled. By cooperating with multiple groups of separation devices, recycling devices and independent collection devices, different materials are separated and recycled, and the interference between them is reduced, ensuring the stable operation of recycling, without subsequent screening, and facilitating rapid utilization and use.
[0031] In summary, through the mutual cooperation of the double-impact separation component and the reflux treatment component, the inner hole closing plate and the middle closing plate are driven by the closing motor to independently seal the inner rotating blocking barrel and the porous separation barrel. The inner rotating blocking barrel is driven to rotate by the rotating motor, and in cooperation with the collection treatment box, the centralized treatment box and the centralized net box, the aggregate is independently operated, realizing the independent separation and recycling of the aggregate, facilitating subsequent operations. Through the mutual cooperation of multiple components, various aggregates can be quickly recycled and utilized. Description of the Drawings
[0032] The accompanying drawings are used to provide further understanding of the present invention and constitute a part of the specification. They are used to explain the present invention together with the embodiments of the present invention and do not constitute a limitation of the present invention.
[0033] In the attached picture:
[0034] Figure 1 It is a three-dimensional structural schematic diagram of the present invention;
[0035] Figure 2 It is a structural schematic diagram of the double-punch disengagement assembly of the present invention;
[0036] Figure 3 It is a schematic diagram of the installation structure of the porous separation barrel of the present invention;
[0037] Figure 4 It is a schematic diagram of the installation structure of the rotating electrical machine of the present invention;
[0038] Figure 5 It is a schematic diagram of the installation structure of the opposing stirring racks of the present invention;
[0039] Figure 6 It is a schematic diagram of the installation structure of the plug-in electromagnetic frame of the present invention;
[0040] Figure 7 is a schematic structural diagram of a reflux treatment assembly of the present invention;
[0041] Figure 8 It is a schematic diagram of the installation structure of the collection and processing box of the present invention;
[0042] Fig. 9 It is a schematic diagram of the installation structure of the centralized net box of the present invention;
[0043] Numbers in the figure: 1. Integrated raised frame;
[0044] 2. Double-punch separation component; 201. Rotating motor; 202. Inner rotating blocking barrel; 203. Oscillating motor; 204. Porous separation barrel; 205. In-and-out electric push rod; 206. Fitting inner hole plate; 207. Insertion electromagnetic frame; 208. Triangular fixing bar; 209. Synchronous transmission box; 210. Transmission motor; 211. Opposite stirring frame; 212. Extrusion electric push rod; 213. Inner hole extrusion plate; 214. Storage fixing box; 215. Porous spray pipe rack; 216. Injection pipe; 217. Booster pump; 218. Moving electric push rod; 219. Crushing linkage barrel; 220. Discharge motor; 221. Discharge single plate; 222. Impact hydraulic cylinder; 223. Groove impact plate; 224. Discharge treatment pipe; 225. Feed limit pipe; 226. One-way blocking hole; 227. One-way spring; 228. One-way inlet plate; 229. Drainage treatment pipe; 230. Closing motor; 231. Inner hole closing plate; 232. Middle closing plate; 233. Alignment electric push rod; 234. Ring-shaped fitting block; 235. Sealing electric push rod; 236. Sealing treatment plate; 237. Supplementary pipe; 238. Control valve;
[0045] 3. Return flow treatment component; 301. Switching electric slide rail; 302. Collection treatment box; 303. Condenser; 304. Centralized electric push rod; 305. Centralized positioning plate; 306. Reciprocating pipe; 307. Two-way pump; 308. Positioning clamping plate; 309. Centralized treatment box; 310. Fixed electric slide rail; 311. Centralized net box; 312. Discharge electric slide rail; 313. Discharge positioning plate; 314. Single-push electric slide rail; 315. C-shaped blocking bar; 316. Blocking spring; 317. Arc-shaped single plate; 318. Flushing storage box; 319. Flushing pipe rack; 320. Extraction pump; 321. Synchronous return pipe; 322. Return pump. Specific embodiments
[0046] The following is a description of the preferred embodiments of the present invention with reference to the accompanying drawings. It should be understood that the preferred embodiments described herein are only for the purpose of illustrating and explaining the present invention, and are not intended to limit the present invention.
[0047] Embodiment: As Figure 1-9 shown, the present invention provides a technical solution, an environmentally friendly recycled concrete manufacturing and processing device, including an integrated convex frame 1, and a double-punch separation component 2 is arranged at the top of the integrated convex frame 1;
[0048] The double-punch disengagement assembly 2 includes a rotating motor 201, an inner-rotating blocking barrel 202, a swing motor 203, a porous separation barrel 204, an in-and-out electric push rod 205, a fitting inner hole plate 206, an insertion electromagnetic frame 207, a triangular fixing bar 208, a synchronous transmission box 209, a transmission motor 210, an opposing stirring frame 211, an extrusion electric push rod 212, an inner hole extrusion plate 213, a storage fixing box 214, a porous spray pipe rack 215, an injection pipe 216, a booster pump 217, a mobile electric push rod 218, a crushing coupling Moving barrel 219, discharging motor 220, discharging single plate 221, impact hydraulic cylinder 222, groove impact plate 223, discharging processing pipe 224, feeding limit pipe 225, one-way blocking hole 226, one-way spring 227, one-way entry plate 228, liquid discharge processing pipe 229, closing motor 230, inner hole closing plate 231, middle closing plate 232, alignment electric push rod 233, annular fitting block 234, sealing electric push rod 235, sealing processing plate 236, replenishing pipe 237 and control valve 238;
[0049] A rotating motor 201 is installed at one end of the integrated raised frame 1 through the motor seat, and an inner rotating blocking barrel 202 is clamped on the output shaft of the rotating motor 201. A swing motor 203 is installed at one end of the inner rotating blocking barrel 202 through the motor seat. A porous separation barrel 204 is clamped on the output shaft of the swing motor 203. The porous separation barrel 204 is rotatably installed on the inner side of the inner rotating blocking barrel 202 to achieve rotational positioning and ensure the stability of the overall support positioning. The bottom of the side end of the inner rotating blocking barrel 202 is symmetrically clamped with an in-and-out electric push rod 205, and one end of the in-and-out electric push rod 205 is fixed with a fitting inner hole plate 2 06, the side end of the inner hole plate 206 is fitted with the side end of the inner rotating blocking barrel 202, which ensures the accuracy of the fitting and alignment. The inner side of the inner hole plate 206 is rotated with an interlocking electromagnetic frame 207, and a triangular fixing strip 208 is fixed at one end of the interlocking electromagnetic frame 207. The interlocking electromagnetic frame 207 is sleeved and assembled with the porous separation barrel 204. The triangular fixing strip 208 is inserted and installed at one end of the porous separation barrel 204 to achieve positioning support and linkage cooperation. A synchronous transmission box 209 is fixed at one end of the interlocking electromagnetic frame 207 and one end of the porous separation barrel 204. The interlocking electromagnetic frame 207 is sleeved and assembled with the porous separation barrel 204. A transmission motor 210 is installed at one end of the electromagnetic frame 207 and one end of the porous separation barrel 204 at the position of the synchronous transmission box 209 through a motor seat. The output shaft of the transmission motor 210 is connected to the input shaft of the synchronous transmission box 209 by clamping, which is convenient for stable transmission operation. The output shaft of the synchronous transmission box 209 is equidistantly clamped with a plurality of opposite stirring frames 211. One end of the plug-in electromagnetic frame 207 and one end of the porous separation barrel 204 are equidistantly clamped with a plurality of extrusion electric push rods 212. One end of the plurality of extrusion electric push rods 212 is installed with an inner hole extrusion plate 213, and the inner hole extrusion plate 213 is slidably mounted. On the inner side of the porous separation barrel 204, the recycled concrete material after pickling is crushed, and a storage fixed box 214 is slidably connected to the bottom of the inner side of the integrated raised frame 1. A porous spray pipe rack 215 is connected through the top of the storage fixed box 214. One end of the porous spray pipe rack 215 is connected to an injection pipe 216 through an adapter. A booster pump 217 is installed at the top of the storage fixed box 214 corresponding to the position of the porous spray pipe rack 215 through a motor seat. One end of the booster pump 217 is connected to the porous spray pipe rack 215 through an adapter to achieve steady flushing and spraying operations.
[0050] The top of the integrated raised frame 1 is symmetrically connected with a mobile electric push rod 218, and a crushing linkage barrel 219 is installed on the top of the two mobile electric push rods 218. A discharge motor 220 is installed at one end of the crushing linkage barrel 219 through a motor seat. The output shaft of the discharge motor 220 is connected with a discharge single plate 221. The discharge single plate 221 is rotatably connected to the crushing linkage barrel 219, so that the material can be steadily operated during unloading. Impact hydraulic cylinders 222 are symmetrically connected at both ends of the crushing linkage barrel 219, and a groove impact plate 223 is connected at one end of the impact hydraulic cylinder 222. The groove impact plate 223 slides It moves on the inner side of the crushing linkage barrel 219 to realize the extrusion process and ensure the stable operation of the initial crushing. The bottom end of the crushing linkage barrel 219 is equidistantly connected with a plurality of discharge processing pipes 224, and the top of the side end of the inner rotating blocking barrel 202 corresponds to the position of the discharge processing pipe 224. A plurality of feed limit pipes 225 are equidistantly penetrated at the position, and a plurality of one-way blocking holes 226 are equidistantly penetrated at the side end of the porous separation barrel 204. A one-way spring 227 is fixed inside the feed limit pipe 225 and the one-way blocking hole 226, and one end of the one-way spring 227 is connected to a one-way entry plate 228;
[0051] A plurality of drainage treatment tubes 229 are equidistantly passed through the bottom end of the inner rotating blocking barrel 202, and a closing motor 230 is symmetrically installed on the side end of the inner rotating blocking barrel 202 through the motor seat, wherein the output shaft of one closing motor 230 is clamped with an inner hole closing plate 231, wherein the output shaft of another closing motor 230 is clamped with a middle closing plate 232, and a plurality of aligning electric push rods 233 are equidistantly fixed at one end of the inner hole closing plate 231, and one end of the plurality of aligning electric push rods 233 is connected with an annular fitting block 234, and a sealing electric push rod 235 is fixed in the middle of one end of the middle closing plate 232, and one end of the sealing electric push rod 235 is installed with The sealing plate 236, the inner hole closing plate 231 and the middle closing plate 232 are all fitted with the inner rotating blocking barrel 202 and one end of the porous separation barrel 204, and the annular fitting block 234 and the sealing plate 236 are evenly slidably fitted with the side ends of the inner rotating blocking barrel 202 and the porous separation barrel 204, so that the accuracy of the fit and the accuracy of the alignment can be guaranteed when the internal sealing is performed. A supplementary pipe 237 runs through the top of one side of the storage fixed box 214, and a control valve 238 is embedded in one end of the porous spray pipe rack 215, the injection pipe 216, the discharge processing pipe 224, the drainage processing pipe 229 and the supplementary pipe 237;
[0052] For the stable operation of the equipment, the input ends of the rotating motor 201, the swinging motor 203, the in-and-out electric push rod 205, the plug-in electromagnetic frame 207, the transmission motor 210, the extrusion electric push rod 212, the booster pump 217, the moving electric push rod 218, the discharging motor 220, the impact hydraulic cylinder 222, the alignment electric push rod 233, the sealing electric push rod 235 and the control valve 238 are all electrically connected to the output end of the external controller;
[0053] The input terminal of the external controller is electrically connected to the output terminal of the external power supply.
[0054] A reflux treatment component 3 is arranged inside the integrated convex frame 1;
[0055] The reflux treatment component 3 includes a switching electric slide rail 301, a collection and treatment box 302, a condenser 303, a centralized electric push rod 304, a centralized positioning plate 305, a reciprocating pipe 306, a two-way pump 307, a positioning and clamping plate 308, a centralized treatment box 309, a fixed electric slide rail 310, a centralized mesh box 311, a discharge electric slide rail 312, a discharge positioning plate 313, a single-push electric slide rail 314, a C-shaped blocking strip 315, a blocking spring 316, an arc-shaped single plate 317, a flushing storage box 318, a flushing pipe rack 319, an extraction pump 320, a synchronous reflux pipe 321 and a reflux pump 322;
[0056] The switching electric slide rails 301 are equidistantly installed at the inner bottom end of the integrated convex frame 1. The top end of the switching electric slide rail 301 is connected to the positioning and clamping plate 308 through a slide rail seat. The positioning and clamping plate 308 is slidably installed at the inner bottom end of the integrated convex frame 1 to achieve stable support during the moving process, ensuring the stability of support positioning and support limit. The top end of one of the positioning and clamping plates 308 is installed with a collection and treatment box 302 through a slide rail seat. The condenser 303 is installed at the inner bottom end of the collection and treatment box 302. The centralized electric push rods 304 are symmetrically installed at one end of the collection and treatment box 302. The two centralized electric push rods 304 are installed with a centralized positioning plate 305 at one end. The centralized positioning plate 305 is slidably installed inside the collection and treatment box 302 to achieve stable discharge limit and ensure the stable linkage of the overall operation coordination. A reciprocating pipe 306 is connected through between the storage and fixing box 214 and the collection and treatment box 302. The two-way pump 307 is installed at the position corresponding to the reciprocating pipe 306 at the top end of the storage and fixing box 214 through a motor seat. The two-way pump 307 is connected to the reciprocating pipe 306 through a rotary joint to achieve stable discharging operation;
[0057] Among them, a centralized processing box 309 is fixedly installed at the top of another positioning and clamping plate 308. At the top of the middle part inside the centralized processing box 309, fixed electric slide rails 310 are symmetrically clamped. The tops of the two fixed electric slide rails 310 are connected to a centralized network box 311 through slide rail seats. The centralized network box 311 is slidably placed inside the centralized processing box 309 to ensure the stability of mobile positioning and mobile limit. At the bottom of the middle part inside the centralized processing box 309, discharge electric slide rails 312 are symmetrically clamped. The bottoms of the discharge electric slide rails 312 are connected to a discharge positioning plate 313 through slide rail seats. At one end inside the centralized network box 311, a single-push electric slide rail 314 is clamped. At one end of the single-push electric slide rail 314, a U-shaped blocking strip 315 is clamped. At one end of the U-shaped blocking strip 315, a blocking spring 316 is installed. At one end of the blocking spring 316, an arc-shaped single plate 317 is installed. The side end of the discharge positioning plate 313 is attached to the inner end of the centralized processing box 309. The arc-shaped single plate 317 is rotatably connected to the U-shaped blocking strip 315, so that stable operation can be achieved during discharging and material transposition, realizing positioning support. One end of the integrated convex frame 1 is installed with a flushing storage box 318. A flushing pipe rack 319 is connected through between the flushing storage box 318 and the centralized processing box 309. At the position corresponding to the flushing pipe rack 319 at the top of the flushing storage box 318, a pumping pump 320 is installed through a motor seat. A synchronous return pipe 321 is connected through between the centralized processing box 309 and the collection and processing box 302. At the position corresponding to the synchronous return pipe 321 at one end of the centralized processing box 309, a return pump 322 is installed through a motor seat;
[0058] For the stable operation of the equipment, the input ends of the switching electric slide rail 301, the condenser 303, the centralized electric push rod 304, the two-way pump 307, the fixed electric slide rail 310, the discharge electric slide rail 312, the single-push electric slide rail 314, the pumping pump 320 and the return pump 322 are all electrically connected to the output end of an external controller.
[0059] The working principle and use process of the present invention are as follows: when manufacturing recycled concrete, the recycled concrete is generally crushed and activated to convert the recycled concrete into sand and gravel aggregate. The staff will put the concrete that has been initially crushed into blocks into the inner side of the crushing linkage barrel 219, and the rotating motor 201 drives the inner rotating blocking barrel 202 to rotate along the integrated raised frame 1, and rotate it to a position directly opposite to the crushing linkage barrel 219. After the alignment is completed, the mobile electric push rod 218 drives the crushing linkage barrel 219 to move downward, and the discharge processing pipe 224 is inserted into the inner side of the feed limit pipe 225, so that the feed limit pipe 225 is sleeved and connected with the discharge processing pipe 224. After the sleeve is completed, , the swing motor 203 drives the porous separation barrel 204 to rotate, so that the one-way entry plate 228 located at the position of the porous separation barrel 204 is aligned with the one-way entry plate 228 located at the position of the feed limit tube 225. During the alignment process, the impact hydraulic cylinder 222 drives the groove impact plate 223 to move along the crushing linkage barrel 219 to extrude and crush the concrete, squeezing large pieces of concrete into small pieces of concrete, and squeezing and crushing the small protrusions on the surface of the concrete block so that they can be cleaned before processing, reducing the impact of the small protrusions on subsequent production, and removing the edges and corners of the recycled concrete blocks to make them more rounded, which is convenient for discharging and subsequent operations;
[0060] Before the concrete is fed, the electric push rod 205 drives the fitting inner hole plate 206 to move and fit to the side end of the inner rotating blocking barrel 202, and the plug-in electromagnetic frame 207 is inserted into the inner side of the porous separation barrel 204 through the plug-in electromagnetic frame 207, and the opposite stirring frame 211 located at the position of the plug-in electromagnetic frame 207 is inserted into the inner side of the porous separation barrel 204, so as to realize the closed seal and equipment combination, so that the subsequent mixing and crushing processes can be stably coordinated and connected, and the discharging motor 220 drives the discharging single plate 221 to rotate continuously along the crushing linkage barrel 219, and the discharging processing pipe 224 is opened through the control valve 238, so as to push the concrete fragments along the discharging processing pipe 224 into the inner side of the feeding limit pipe 225, and the concrete fragments are pushed into the inner side of the feeding limit pipe 225 through the single The spring 227 and the one-way entry plate 228 are supported and guided in one direction, and the concrete block is discharged into the inner side of the porous separation barrel 204 along the one-way blocking hole 226. After the concrete block is fully put in, the porous separation barrel 204 is driven by the swing motor 203 to swing back and forth along the inner rotating blocking barrel 202, and the booster pump 217, the porous spray pipe rack 215 and the injection pipe 216 extract the hydrochloric acid located inside the storage fixed box 214. The hydrochloric acid is extracted from the storage fixed box 214 through the porous spray pipe rack 215 and evenly sprayed to the position of the porous separation barrel 204, and the hydrochloric acid is evenly sprayed to the side end of the concrete block. At this time, the porous separation barrel 204 is driven by the swing motor 203 to swing back and forth along the inner rotating blocking barrel 202. The driving motor 210 and the synchronous transmission box 209 drive the opposing stirring frames 211 to rotate and swing back and forth, and the multiple opposing stirring frames 211 rotate in opposite directions to each other, pushing the concrete block to rotate continuously in the porous separation barrel 204, and hydrochloric acid is injected from the bottom to the top through the injection pipe 216, and the internal concrete block is soaked with hydrochloric acid. When the hydrochloric acid contacts the concrete block, the calcium hydroxide in the cement regeneration in the concrete block will react with the hydrochloric acid to form calcium hydrochloride, and the calcium hydrochloride will dissolve in water to achieve the loosening of the surface of the concrete aggregate. During the treatment process, the inner hole extrusion plate 213 is driven by the extrusion electric push rod 212 to move along the porous separation barrel 204, extruding and crushing the surface of the concrete aggregate, and the surface attached to it The cement mortar is separated from the surface, and the three-step operation of pickling, stirring and extrusion crushing is used to reduce dust generation when removing the cement mortar on the surface. The layer-by-layer operation is used in combination with the swinging and throwing of the porous separation barrel 204 to separate and discharge small particles of cement mortar, reduce the occurrence of the situation where the hydrochloric acid penetration rate is reduced due to the adhesion and accumulation of particles, and improve the processing speed. In the continuous processing process, by continuously adding materials and coordinating with the rotation operation, the concrete is impacted and crushed with each other, and the crushing speed is further improved. In the process of impact crushing, pickling and pressurized separation, the waste steel bars contained in the concrete are magnetically absorbed and collected by inserting the electromagnetic frame 207 to achieve waste separation.
[0061] After the treatment is completed, the positioning clamping plate 308 is moved by the switching electric slide rail 301, and the collection and treatment box 302 is pushed to the bottom of the drainage treatment pipe 229 along the integrated protrusion frame 1, and the collection and treatment box 302 is moved to the bottom of the drainage treatment pipe 229, and the drainage treatment pipe 229 is opened by the control valve 238, and the reaction liquid is discharged into the inner side of the collection and treatment box 302. After the drainage is completed, the positioning clamping plate 308 is reset by the switching electric slide rail 301, and the positioning clamping plate 308 and the centralized treatment box 309 are moved to the bottom of the inner rotation blocking barrel 202 by another switching electric slide rail 301, so that different equipment can be switched according to the recycling needs when recycling is needed;
[0062] The fixed electric slide rail 310 drives the centralized net box 311 to move along the centralized processing box 309 to the material receiving position, and the in-and-out electric push rod 205 drives the inner hole plate 206, the electromagnetic frame 207, the triangular fixed bar 208, the synchronous transmission box 209 and the opposite stirring frame 211 to be drawn out from the porous separation barrel 204, and the inner hole closing plate 231 driven by the closing motor 230 rotates and fits to the inner rotating blocking barrel 202 and the side end of the porous separation barrel 204, and the annular fitting block 234 is driven by the positioning electric push rod 233 to be inserted between the inner rotating blocking barrel 202 and the porous separation barrel 204, and the rotating motor 201 drives the inner rotating blocking barrel 202 to rotate 90 degrees, and the activated aggregate in the porous separation barrel 204 is put into the centralized net box 311. On the inner side of the box 311, after the aggregate discharge in the porous separation barrel 204 is completed, the rotating motor 201 drives the inner rotating blocking barrel 202 to reset, the closing motor 230 drives the inner hole closing plate 231 to reset, the closing motor 230 drives the middle closing plate 232 to fit to the side end of the porous separation barrel 204, the sealing electric push rod 235 drives the sealing treatment plate 236 to be inserted into the inner side of the porous separation barrel 204 to achieve sealing treatment, the fixed electric slide rail 310 drives the centralized net box 311 to move to the side of the centralized treatment box 309, and the rotating motor 201 drives the inner rotating blocking barrel 202 again, and the sand and gravel thrown out of the inner rotating blocking barrel 202 is pushed to fall to the inner side of the centralized treatment box 309, so as to achieve the recycling treatment of different aggregates;
[0063] After the acid solution and crushed small gravel are recovered inside the collection and treatment tank 302, the centralized electric push rod 304 drives the centralized positioning plate 305 to push the crushed small gravel, separating the crushed small gravel from the solution, realizing the recovery of the crushed small gravel and the recovery of the calcium chloride solution. The solution in the storage and fixing tank 214 is pumped by the reciprocating pipe 306 and the two-way pump 307 to adjust the hydrochloric acid concentration and recover the unused hydrochloric acid, realizing the recovery and treatment of different materials. The aggregate that falls into the centralized net box 311 is driven by the single-push electric slide rail 314 to move the U-shaped blocking strip 315, and the aggregate is pushed to be laid flat unidirectionally through the blocking spring 316 and the arc-shaped single plate 317. The aggregate is washed and cleaned in cooperation with the flushing storage tank 318, the flushing pipe rack 319 and the extraction pump 320, and the flushing liquid is recycled in cooperation with the synchronous return pipe 321 and the return pump 322, realizing the full treatment of the aggregate, ensuring the stability of the treatment. The sand material is pushed out by the discharge electric slide rail 312 driving the discharge positioning plate 313, realizing the separation and recovery of different materials.
[0064] Finally, it should be noted that the above are only preferred examples of the present invention and are not used to limit the present invention. Although the present invention has been described in detail with reference to the foregoing embodiments, for those skilled in the art, they can still modify the technical solutions described in the foregoing embodiments, or perform equivalent replacements for some of the technical features. Any modifications, equivalent replacements, improvements, etc. made within the spirit and principle of the present invention shall be included within the protection scope of the present invention.
Claims
1. An environmentally friendly recycled concrete production and processing device, comprising an integrated raised frame (1), characterized in that: A double-punch disengagement component (2) is disposed at the top of the integrated raised frame (1); The double-stroke disengagement assembly (2) comprises a rotating motor (201); A rotating motor (201) is mounted on one end of the integrated raised frame (1) through a motor seat, an inner rotation blocking barrel (202) is clamped on the output shaft of the rotating motor (201), a swing motor (203) is mounted on one end of the inner rotation blocking barrel (202) through the motor seat, a porous separation barrel (204) is clamped on the output shaft of the swing motor (203), an in-and-out electric push rod (204) is symmetrically clamped on the bottom of the side end of the inner rotation blocking barrel (202), and a plurality of holes are clamped on the output shaft of the swing motor (203). 05), a fitting inner hole plate (206) is fixed at one end of the in-and-out electric push rod (205), a plug-in electromagnetic frame (207) is rotatably arranged inside the plug-in electromagnetic frame (206), a triangular fixing strip (208) is fixed at one end of the plug-in electromagnetic frame (207), a synchronous transmission box (209) is fixed at one end of the plug-in electromagnetic frame (207) and one end of the porous separation barrel (204), and a triangular fixing strip (208) is fixed at one end of the plug-in electromagnetic frame (207) and one end of the porous separation barrel (204). A transmission motor (210) is installed at a position corresponding to the synchronous transmission box (209) at one end of the separation barrel (204) through a motor seat, and a plurality of opposing stirring frames (211) are equidistantly connected to the output shaft of the synchronous transmission box (209), and a plurality of extrusion electric push rods (212) are equidistantly connected to one end of the plug-in electromagnetic frame (207) and one end of the porous separation barrel (204), and an inner hole extrusion plate (213) is installed at one end of the plurality of extrusion electric push rods (212). A storage fixed box (214) is slidably connected to the bottom end of the inner side of the integrated raised frame (1), and a porous spray pipe rack (215) is penetrated and connected to the top of the storage fixed box (214), and an injection pipe (216) is connected to one end of the porous spray pipe rack (215) through an adapter, and a booster pump (217) is installed at a position corresponding to the porous spray pipe rack (215) at the top of the storage fixed box (214) through a motor seat; The top of the integrated raised frame (1) is symmetrically clamped with a movable electric push rod (218), and the tops of the two movable electric push rods (218) are installed with a crushing linkage barrel (219), one end of the crushing linkage barrel (219) is installed with a discharge motor (220) through a motor seat, and the output shaft of the discharge motor (220) is clamped with a discharge single plate (221), and the two ends of the crushing linkage barrel (219) are symmetrically clamped with an impact hydraulic cylinder (222), and one end of the impact hydraulic cylinder (222) is clamped with a groove impact plate (223).
2. The environmentally friendly recycled concrete production and processing equipment according to claim 1 is characterized in that: The bottom end of the crushing linkage barrel (219) is equidistantly penetrated with a plurality of discharge processing pipes (224); the top of the side end of the inner rotating blocking barrel (202) corresponding to the position of the discharge processing pipe (224) is equidistantly penetrated with a plurality of feed limit pipes (225); the side end of the porous separation barrel (204) is equidistantly penetrated with a plurality of one-way blocking holes (226); one-way springs (227) are fixed inside the feed limit pipes (225) and the one-way blocking holes (226); one end of the one-way spring (227) is connected to a one-way entry plate (228); The bottom end of the inner rotating blocking barrel (202) is equidistantly penetrated by a plurality of drainage processing tubes (229); the side end of the inner rotating blocking barrel (202) is symmetrically mounted with a closing motor (230) through a motor seat; the output shaft of one of the closing motors (230) is clamped with an inner hole closing plate (231); the output shaft of another closing motor (230) is clamped with a middle closing plate (232); one end of the inner hole closing plate (231) is equidistantly fixed with a plurality of alignment electric push rods (233); (233) is connected to an annular fitting block (234), a sealing electric push rod (235) is fixed in the middle of one end of the middle closing plate (232), a sealing treatment plate (236) is installed at one end of the sealing electric push rod (235), a replenishing pipe (237) passes through the top of one side of the storage fixed box (214), and a control valve (238) is embedded at one end of the porous spray pipe rack (215), the injection pipe (216), the discharge treatment pipe (224), the drainage treatment pipe (229) and the replenishing pipe (237).
3. The environmentally friendly recycled concrete production and processing equipment according to claim 1 is characterized in that: The porous separation barrel (204) is rotatably mounted on the inner side of the inner rotating blocking barrel (202); the side end of the fitting inner hole plate (206) fits with the side end of the inner rotating blocking barrel (202); the plug-in electromagnetic frame (207) is sleeved and assembled with the porous separation barrel (204); and the triangular fixing bar (208) is inserted and mounted on one end of the porous separation barrel (204).
4. The environmentally friendly recycled concrete production and processing equipment according to claim 1 is characterized in that: The output shaft of the transmission motor (210) is snap-connected to the input shaft of the synchronous transmission box (209); the inner hole extrusion plate (213) is slidably installed on the inner side of the porous separation barrel (204); and one end of the booster pump (217) is snap-connected to the porous spray pipe rack (215) via an adapter.
5. The environmentally friendly recycled concrete production and processing equipment according to claim 2 is characterized in that: The groove impact plate (223) slides on the inner side of the crushing linkage barrel (219), the discharge single plate (221) is rotationally connected to the crushing linkage barrel (219), and the inner hole closing plate (231) and the middle closing plate (232) are both fitted with the inner rotating blocking barrel (202) and one end of the porous separation barrel (204).
6. The environmentally friendly recycled concrete production and processing equipment according to claim 2 is characterized in that: The annular fitting block (234) and the sealing treatment plate (236) are evenly slidably fitted with the side ends of the inner rotating blocking barrel (202) and the porous separation barrel (204); The input ends of the rotating motor (201), the swinging motor (203), the in-and-out electric push rod (205), the plug-in electromagnetic frame (207), the transmission motor (210), the extrusion electric push rod (212), the booster pump (217), the moving electric push rod (218), the discharging motor (220), the impact hydraulic cylinder (222), the alignment electric push rod (233), the sealing electric push rod (235) and the control valve (238) are all electrically connected to the output end of the external controller; The input terminal of the external controller is electrically connected to the output terminal of the external power supply.
7. The environmentally friendly recycled concrete production and processing equipment according to claim 6 is characterized in that: A reflux processing component (3) is arranged inside the integrated raised frame (1); The reflux processing component (3) comprises a switching electric slide rail (301); At the inner bottom end of the integrated convex frame (1), switching electric slide rails (301) are equidistantly installed. The top end of the switching electric slide rail (301) is connected to a positioning clamping plate (308) through a slide rail seat. At the top end of one of the positioning clamping plates (308), a collection and treatment box (302) is installed through a slide rail seat. At the inner bottom end of the collection and treatment box (302), a condenser (303) is installed. At one end of the collection and treatment box (302), centralized electric push rods (304) are symmetrically installed. At one end of the two centralized electric push rods (304), a centralized positioning plate (305) is installed. A reciprocating pipe (306) is connected through the storage and fixing box (214) and the collection and treatment box (302). At the position corresponding to the reciprocating pipe (306) at the top end of the storage and fixing box (214), a two-way pump (307) is installed through a motor seat; At the top end of the other positioning clamping plate (308), a centralized treatment box (309) is fixedly installed. At the top end of the middle part inside the centralized treatment box (309), fixed electric slide rails (310) are symmetrically clamped. The top ends of the two fixed electric slide rails (310) are connected to a centralized net box (311) through a slide rail seat. At the bottom of the middle part inside the centralized treatment box (309), discharge electric slide rails (312) are symmetrically clamped. The bottom end of the discharge electric slide rail (312) is connected to a discharge positioning plate (313) through a slide rail seat. At one end inside the centralized net box (311), a single-push electric slide rail (314) is clamped. At one end of the single-push electric slide rail (314), a U-shaped blocking strip (315) is clamped. At one end of the U-shaped blocking strip (315), a blocking spring (316) is installed. At one end of the blocking spring (316), an arc-shaped single plate (317) is installed. At one end of the integrated convex frame (1), a flushing storage box (318) is installed. A flushing pipe rack (319) is connected through the flushing storage box (318) and the centralized treatment box (309). At the position corresponding to the flushing pipe rack (319) at the top end of the flushing storage box (318), a pumping pump (320) is installed through a motor seat. A synchronous return pipe (321) is connected through the centralized treatment box (309) and the collection and treatment box (302). At the position corresponding to the synchronous return pipe (321) at one end of the centralized treatment box (309), a return pump (322) is installed through a motor seat.
8. The environmentally friendly recycled concrete production and processing equipment according to claim 7 is characterized in that: The positioning clamping plate (308) is slidably installed at the inner bottom end of the overall convex frame (1), the centralized positioning plate (305) is slidably installed inside the collection and treatment box (302), and the two-way pump (307) is connected to the reciprocating pipe (306) through a rotary joint.
9. The environmentally friendly recycled concrete production and processing equipment according to claim 7, characterized in that: The centralized net box (311) is slidably placed inside the centralized treatment box (309), the side end of the discharge positioning plate (313) is attached to the inner end of the centralized treatment box (309), and the arc-shaped single plate (317) is rotatably connected to the U-shaped blocking strip (315).
10. The environmentally friendly recycled concrete production and processing equipment according to claim 7, characterized in that: The arc-shaped single plate (317) is slidably installed inside the centralized net box (311); The input ends of the switching electric slide rail (301), the condenser (303), the centralized electric push rod (304), the bidirectional pump (307), the fixed electric slide rail (310), the discharge electric slide rail (312), the single-push electric slide rail (314), the extraction pump (320) and the reflux pump (322) are all electrically connected to the output end of the external controller.