Concrete mixing plant with feeding system
By introducing a feeding system into the concrete mixing plant, optimizing material conveying and dust removal, the problems of limited silo volume and unstable aggregate supply were solved, enabling efficient production of high-quality concrete and reducing costs.
Patent Information
- Application Number
- CN202423102233.0
- Authority / Receiving Office
- CN · China
- Patent Type
- Utility models(China)
- Current Assignee / Owner
- Filing Date
- 2024-12-16
- Publication Date
- 2025-12-30
- Estimated Expiration
- 2034-12-16
AI Technical Summary
The existing concrete mixing plant's silos are located on rooftop supports, which limits the increase in the volume of stone and sand silos, resulting in limited storage capacity, making it difficult to produce high-quality manufactured sand. Furthermore, the supply of aggregates stored in the open is unstable and has poor environmental performance.
The design includes a concrete mixing plant with a feeding system, comprising a mixing layer and a feeding layer within the main body of the plant. It is equipped with stone silos, sand silos, concrete mixer trucks, batching machines, powder silos, and mixers. Material conveying and dust removal are optimized through components such as belt conveyors, bucket elevators, fans, and dust collectors. Dust removal and crushing are carried out in conjunction with a sand making plant, thereby expanding storage capacity and improving production efficiency.
It shortened the time for aggregate feeding and batching, improved the working efficiency of the concrete mixing plant, reduced cement usage, increased the storage capacity of stone and sand, improved concrete quality, and reduced production costs.
Smart Images
Figure CN223735172U_ABST
Abstract
Description
Technical Field
[0001] This utility model belongs to the field of concrete equipment technology and relates to a concrete mixing plant with a feeding system. Background Technology
[0002] Existing concrete mixing plants typically have independent square stone and sand silos on their roof supports for storing aggregates. While this increases the storage capacity to some extent, the placement of the material silos on the roof supports, along with the surrounding powder tanks adjacent to the stone and sand silos, limits the increase in their volume. This results in limited aggregate storage and difficulty in producing high-quality manufactured sand, leading to low concrete production efficiency and an inability to meet peak monthly concrete production demands. Conventional concrete mixing plants use stockpiled materials at the material yard, fed by a feeder in an underground corridor, and then conveyed into the mixing plant by a conveyor belt. This method is difficult to guarantee an effective supply of aggregates, and open-air stockpiling is environmentally unfriendly and pollutes the air. Therefore, it is imperative to find a concrete mixing plant with large storage capacity, high sand production rate, and excellent environmental performance. Utility Model Content
[0003] The purpose of this invention is to provide a concrete mixing plant with a feeding system, which solves the problem in the prior art where the mixing plant's silos are set on the roof support, limiting the increase in the volume of stone and sand silos.
[0004] The technical solution adopted by this utility model is a concrete mixing plant with a feeding system, including a mixing plant body. The mixing plant body is provided with a mixing layer and a feeding layer from top to bottom. The feeding layer is provided with a stone silo, a sand silo, and a concrete mixer truck. The mixing layer is provided with a batching machine, a powder silo, and a mixer. The batching machine is connected to the powder silo, stone silo, sand silo, and mixer respectively. The mixer is arranged opposite to the concrete mixer truck.
[0005] The concrete mixing plant with a feeding system of this utility model is also characterized by:
[0006] The bottom of the mixer is fixed with a concrete discharge hopper extending to the upper material layer. A concrete mixer truck is set opposite to the bottom of the concrete discharge hopper. The aggregate bin has a first discharge port. The first discharge port is equipped with a maintenance gate and an arc gate feeder. The first discharge port is connected to a circular vibrating screen. A water supply machine and an admixture additive machine are set in the mixing layer and are respectively connected to the mixer.
[0007] The feeding system includes a first belt conveyor, a second belt conveyor, and a third belt conveyor, all connected to a circular vibrating screen. The first belt conveyor is equipped with a pneumatic flat gate, and a first bucket elevator is located opposite the pneumatic flat gate. The first bucket elevator is connected to a powder silo. The second belt conveyor is connected to a stone silo, which is connected to a fourth belt conveyor. The third belt conveyor is connected to a sand silo, which is connected to a fifth belt conveyor. Both the fourth and fifth belt conveyors are equipped with three-way flap gates. One three-way flap gate corresponds to a first bulk loading machine, and the other three-way flap gate corresponds to a second bulk loading machine. The stone and sand silos are connected together to a second bucket elevator, which is connected to a batching machine.
[0008] The top of the stone silo is equipped with a first fan and a first dust collector.
[0009] A second fan and a second dust collector are installed at the top of the sand silo.
[0010] Both the stone silo and the sand silo are equipped with several level gauges.
[0011] A sand making building is set up outside the mixing plant. The first bulk loader and the second bulk loader are both set opposite to the sand making building. A first weighbridge is set between the first bulk loader and the sand making building. Several first unloading cars are set on the first weighbridge. The first unloading cars are located at the bottom of the first bulk loader. A second weighbridge is set between the second bulk loader and the sand making building. Several second unloading cars are set on the second weighbridge. The second unloading cars are located at the bottom of the second bulk loader. The sand making building is connected to a third bucket elevator, which is connected to the powder silo.
[0012] The mixing plant is equipped with a support platform. The first bulk loading machine, the second bulk loading machine, the fourth conveyor belt machine, and the fifth conveyor belt machine are all located on the upper surface of the support platform. The upper surface of the support platform is surrounded by a fence.
[0013] The powder silo has a second discharge port, which is connected to the batching machine. Both the second discharge port and the outlet of the second bucket elevator are equipped with regulating valves.
[0014] The batching machine is equipped with a first dust collector, and the mixer is equipped with a second dust collector.
[0015] The beneficial effects of this utility model are:
[0016] Compared with existing technologies, the concrete mixing plant with a feeding system of this invention can shorten the feeding time of aggregates transported by belt conveyor, shorten the batching and metering time of aggregates, and thus improve the feeding efficiency of the concrete mixing plant; it can reduce the amount of cement used, reduce the cost of concrete production, and further improve the quality of concrete; it can independently produce stone and sand, and the first and second unloading trucks can transport and store the remaining stone and sand, further expanding the storage capacity of stone and sand. Attached Figure Description
[0017] Figure 1 This is an internal structural diagram of the mixing tower body in this utility model;
[0018] Figure 2 This is a diagram of the feeding system and its connection structure in this utility model;
[0019] Figure 3 This is a layout diagram of the sand-making tower, the first weighbridge, the second weighbridge, and the support platform in this utility model.
[0020] In the diagram, 1. Mixing tower body, 2. Feeding system, 201. First conveyor belt, 202. Second conveyor belt, 203. Third conveyor belt, 204. Fourth conveyor belt, 205. Fifth conveyor belt, 3. First blower, 4. Sand making tower, 5. First bulk loader, 6. First dust collector, 7. First weighbridge, 8. First unloading truck, 9. Three-way flap gate, 10. First bucket elevator, 11. Powder silo, 111. Second discharge port, 12. Stone silo, 13. Sand silo, 14. Second blower, 15. Batching machine, 16. Mixer, 161. Concrete discharge hopper. 17. Fence, 18. Level gauge, 19. Second unloading truck, 20. Arc gate feeder, 21. Inspection gate, 22. Regulating valve, 23. Second weighbridge, 24. Aggregate bin, 241. First discharge port, 25. Circular vibrating screen, 26. Mixing layer, 27. Feeding layer, 28. Concrete mixer truck, 29. Pneumatic flat gate, 30. Second bulk loading machine, 31. Support platform, 32. Second bucket elevator, 33. Second dust collector, 34. Third bucket elevator, 35. First dust collector, 36. Second dust collector, 37. Water supply machine, 38. Admixture additive machine. Detailed Implementation
[0021] The present invention will now be described in detail with reference to the accompanying drawings and specific embodiments.
[0022] Concrete mixing plant with feeding system, refer to Figure 1 The system includes a mixing tower body 1, which contains a mixing layer 26 and a feeding layer 27 from top to bottom. The feeding layer 27 contains a stone silo 12, a sand silo 13, and a concrete mixer truck 28. The mixing layer 26 contains a batching machine 15, a powder silo 11, and a mixer 16. The batching machine 15 is positioned opposite to the powder silo 11, stone silo 12, sand silo 13, and mixer 16. The mixer 16 is connected to the concrete mixer truck 28, which can mix concrete while transporting it. An aggregate silo 24 is located outside the mixing tower body 1. The aggregate silo 24 is connected to a circular vibrating screen 25, which can separate aggregates into stone, sand, and powder according to particle size. The circular vibrating screen 25 is connected to a feeding system 2, which is connected to the stone silo 12, sand silo 13, and powder silo 11.
[0023] The bottom of the mixer 16 is fixed with a concrete discharge hopper 161 extending to the upper material layer 27. A concrete mixer truck 28 is arranged opposite to the bottom of the concrete discharge hopper 161. The aggregate bin 24 has a first discharge port 241. The first discharge port 241 is equipped with a maintenance gate 21 and an arc gate feeder 20. The maintenance gate 21 and the arc gate feeder 20 can ensure smooth discharge. The first discharge port 241 is connected to the circular vibrating screen 25. The mixing layer 26 is equipped with a water supply machine 37 and an admixture additive machine 38, which are respectively connected to the mixer 16.
[0024] The feeding system 2 includes a first belt conveyor 201, a second belt conveyor 202, and a third belt conveyor 203, which are respectively connected to the circular vibrating screen 25. The first belt conveyor 201 is equipped with a pneumatic flat gate 29, and a first bucket elevator 10 is arranged opposite to the pneumatic flat gate 29. The first bucket elevator 10 is connected to the powder silo 11. The second belt conveyor 202 is connected to the stone silo 12, and the stone silo 12 is connected to the fourth belt conveyor 204. The third belt conveyor 203 is connected to the sand silo 13, and the sand silo 13 is connected to the fifth belt conveyor 205. The fourth belt conveyor 204 and the fifth belt conveyor 205 are each equipped with a three-way flap gate 9. One three-way flap gate 9 is corresponding to the first bulk loading machine 5, and the other three-way flap gate 9 is corresponding to the second bulk loading machine 30. The stone silo 12 and the sand silo 13 are jointly connected to the second bucket elevator 32, which is connected to the batching machine 15.
[0025] The top of the stone silo 12 is equipped with a first fan 3 and a first dust collector 6, and the top of the sand silo 13 is equipped with a second fan 14 and a second dust collector 33. The fans and the first dust collector are capable of dust removal. Both the stone silo 12 and the sand silo 13 are equipped with several level gauges 18, which can detect the storage volume in the silo. A sand making tower 4 is installed outside the mixing tower body 1. The first bulk loading machine 5 and the second bulk loading machine 30 are both arranged opposite to the sand making tower 4. A first [unclear - possibly a type of barrier] is installed between the first bulk loading machine 5 and the sand making tower 4. Weighbridge 7 has several first unloading cars 8 mounted on it, located at the bottom of the first bulk loader 5. A second weighbridge 23 is located between the second bulk loader 30 and the sand making tower 4, with several second unloading cars 19 mounted on it, located at the bottom of the second bulk loader 30. The sand making tower 4 is connected to a third bucket elevator 34, which is connected to the powder silo 11. The weighbridges prevent the unloading cars from being overloaded, and the unloading cars can transport stones and sand to the sand making tower 4. The remaining stone and sand are transported and stored off-site; the sand making plant 4 can remove dust, crush, and select powder from the stone and sand before sending them to the powder silo 11, reducing the amount of cement used and lowering the production cost of concrete; a support platform 31 is set outside the mixing plant body 1, and the first bulk loading machine 5, the second bulk loading machine 30, the fourth conveyor belt 204, and the fifth conveyor belt 205 are all located on the upper surface of the support platform 31. The support platform 31 can raise the height of the first bulk loading machine 5 and the second bulk loading machine 30, facilitating the unloading of the first unloading truck 8 and the second unloading truck 30. The transport of the two unloading vehicles 19 is supported by a fence 17 along the edge of the upper surface of the support platform 31, which can provide protection for the workers. The powder silo 11 has a second discharge port 111, which is connected to the batching machine 15. The second discharge port 111 and the outlet of the second bucket elevator 32 are both equipped with regulating valves 22, which can regulate the output of stone, sand and powder. The batching machine 15 is equipped with a first dust collector 35, and the mixer 16 is equipped with a second dust collector 36.
[0026] Example 1:
[0027] A concrete mixing plant with a feeding system includes a mixing plant body 1. The mixing plant body 1 has a mixing layer 26 and a feeding layer 27 arranged from top to bottom. The feeding layer 27 contains a stone silo 12, a sand silo 13, and a concrete mixer truck 28. The mixing layer 26 contains a batching machine 15, a powder silo 11, and a mixer 16. The batching machine 15 is connected to the powder silo 11, stone silo 12, sand silo 13, and mixer 16 respectively. The mixer 16 is positioned opposite the concrete mixer truck 28. An aggregate silo 24 is located outside the mixing plant body 1. The aggregate silo 24 is connected to a circular vibrating screen 25. The circular vibrating screen 25 is connected to a feeding system 2, which is connected to the stone silo 12, sand silo 13, and powder silo 11 respectively.
[0028] The bottom of the mixer 16 is fixed with a concrete discharge hopper 161 extending to the upper material layer 27. A concrete mixer truck 28 is arranged opposite to the bottom of the concrete discharge hopper 161. The aggregate bin 24 has a first discharge port 241. The first discharge port 241 is equipped with a maintenance gate 21 and an arc gate feeder 20. The first discharge port 241 is connected to a circular vibrating screen 25. A water supply machine 37 and an admixture additive machine 38 are respectively connected to the mixer 16 in the mixing layer 26.
[0029] The feeding system 2 includes a first belt conveyor 201, a second belt conveyor 202, and a third belt conveyor 203, all connected to a circular vibrating screen 25. The first belt conveyor 201 is equipped with a pneumatic flat gate 29, and a first bucket elevator 10 is positioned opposite the pneumatic flat gate 29. The first bucket elevator 10 is connected to a powder silo 11. The second belt conveyor 202 is connected to a stone silo 12, which is connected to a fourth belt conveyor 204. The third belt conveyor 203 is connected to a sand silo 13, which is connected to a fifth belt conveyor 205. The fourth and fifth belt conveyors 204... Each is equipped with a three-way flap gate 9. One three-way flap gate 9 corresponds to the first bulk loading machine 5, and the other three-way flap gate 9 corresponds to the second bulk loading machine 30. The stone silo 12 and the sand silo 13 are connected to the second bucket elevator 32, which is connected to the batching machine 15. The powder silo 11 has a second discharge port 111, which is connected to the batching machine 15. The second discharge port 111 and the outlet of the second bucket elevator 32 are both equipped with regulating valves 22. The batching machine 15 is equipped with a first dust collector 35, and the mixer 16 is equipped with a second dust collector 36.
[0030] Example 2:
[0031] A concrete mixing plant with a feeding system includes a mixing plant body 1. The mixing plant body 1 has a mixing layer 26 and a feeding layer 27 arranged from top to bottom. The feeding layer 27 contains a stone silo 12, a sand silo 13, and a concrete mixer truck 28. The mixing layer 26 contains a batching machine 15, a powder silo 11, and a mixer 16. The batching machine 15 is connected to the powder silo 11, stone silo 12, sand silo 13, and mixer 16 respectively. The mixer 16 is positioned opposite the concrete mixer truck 28. An aggregate silo 24 is located outside the mixing plant body 1. The aggregate silo 24 is connected to a circular vibrating screen 25. The circular vibrating screen 25 is connected to a feeding system 2, which is connected to the stone silo 12, sand silo 13, and powder silo 11 respectively.
[0032] The feeding system 2 includes a first belt conveyor 201, a second belt conveyor 202, and a third belt conveyor 203, which are respectively connected to the circular vibrating screen 25. The first belt conveyor 201 is equipped with a pneumatic flat gate 29, and a first bucket elevator 10 is arranged opposite to the pneumatic flat gate 29. The first bucket elevator 10 is connected to the powder silo 11. The second belt conveyor 202 is connected to the stone silo 12, and the stone silo 12 is connected to the fourth belt conveyor 204. The third belt conveyor 203 is connected to the sand silo 13, and the sand silo 13 is connected to the fifth belt conveyor 205. The fourth belt conveyor 204 and the fifth belt conveyor 205 are each equipped with a three-way flap gate 9. One three-way flap gate 9 is corresponding to the first bulk loading machine 5, and the other three-way flap gate 9 is corresponding to the second bulk loading machine 30. The stone silo 12 and the sand silo 13 are jointly connected to the second bucket elevator 32, which is connected to the batching machine 15.
[0033] A sand making tower 4 is installed outside the mixing tower body 1. The first bulk loader 5 and the second bulk loader 30 are both installed opposite to the sand making tower 4. A first weighbridge 7 is installed between the first bulk loader 5 and the sand making tower 4. Four first unloading cars 8 are installed on the first weighbridge 7. The first unloading cars 8 are located at the bottom of the first bulk loader 5. A second weighbridge 23 is installed between the second bulk loader 30 and the sand making tower 4. Four second unloading cars 19 are installed on the second weighbridge 23. The second unloading cars 19 are located at the bottom of the second bulk loader 30. The sand making tower 4 is connected to a third bucket elevator 34. The third bucket elevator 34 is connected to the powder silo 11. A support platform 31 is installed outside the mixing tower body 1. The first bulk loader 5, the second bulk loader 30, the fourth conveyor belt 204, and the fifth conveyor belt 205 are all located on the upper surface of the support platform 31. A fence 17 is installed along the edge of the upper surface of the support platform 31.
[0034] Example 3:
[0035] A concrete mixing plant with a feeding system includes a mixing plant body 1. The mixing plant body 1 has a mixing layer 26 and a feeding layer 27 arranged from top to bottom. The feeding layer 27 contains a stone silo 12, a sand silo 13, and a concrete mixer truck 28. The mixing layer 26 contains a batching machine 15, a powder silo 11, and a mixer 16. The batching machine 15 is connected to the powder silo 11, stone silo 12, sand silo 13, and mixer 16 respectively. The mixer 16 is positioned opposite the concrete mixer truck 28. An aggregate silo 24 is located outside the mixing plant body 1. The aggregate silo 24 is connected to a circular vibrating screen 25. The circular vibrating screen 25 is connected to a feeding system 2, which is connected to the stone silo 12, sand silo 13, and powder silo 11 respectively.
[0036] The bottom of the mixer 16 is fixed with a concrete discharge hopper 161 extending to the upper material layer 27. A concrete mixer truck 28 is arranged opposite to the bottom of the concrete discharge hopper 161. The aggregate bin 24 has a first discharge port 241. The first discharge port 241 is equipped with a maintenance gate 21 and an arc gate feeder 20. The first discharge port 241 is connected to a circular vibrating screen 25. A water supply machine 37 and an admixture additive machine 38 are respectively connected to the mixer 16 in the mixing layer 26.
[0037] The feeding system 2 includes a first belt conveyor 201, a second belt conveyor 202, and a third belt conveyor 203, all connected to the circular vibrating screen 25. The first belt conveyor 201 is equipped with a pneumatic flat gate 29, and a first bucket elevator 10 is positioned opposite the pneumatic flat gate 29. The first bucket elevator 10 is connected to a powder silo 11. The second belt conveyor 202 is connected to a stone silo 12, which is connected to a fourth belt conveyor 204. The third belt conveyor 203 is connected to a sand silo 13. Next, the sand silo 13 is connected to the fifth conveyor belt 205. The fourth conveyor belt 204 and the fifth conveyor belt 205 are both equipped with three-way flap doors 9. One three-way flap door 9 is equipped with the first bulk loading machine 5, and the other three-way flap door 9 is equipped with the second bulk loading machine 30. The stone silo 12 and the sand silo 13 are connected to the second bucket elevator 32, which is connected to the batching machine 15. The top of the stone silo 12 is equipped with the first fan 3 and the first dust collector 6.
[0038] Example 4:
[0039] A concrete mixing plant with a feeding system includes a mixing plant body 1. The mixing plant body 1 has a mixing layer 26 and a feeding layer 27 arranged from top to bottom. The feeding layer 27 contains a stone silo 12, a sand silo 13, and a concrete mixer truck 28. The mixing layer 26 contains a batching machine 15, a powder silo 11, and a mixer 16. The batching machine 15 is connected to the powder silo 11, stone silo 12, sand silo 13, and mixer 16 respectively. The mixer 16 is positioned opposite the concrete mixer truck 28. An aggregate silo 24 is located outside the mixing plant body 1. The aggregate silo 24 is connected to a circular vibrating screen 25. The circular vibrating screen 25 is connected to a feeding system 2, which is connected to the stone silo 12, sand silo 13, and powder silo 11 respectively.
[0040] The bottom of the mixer 16 is fixed with a concrete discharge hopper 161 extending to the upper material layer 27. A concrete mixer truck 28 is arranged opposite to the bottom of the concrete discharge hopper 161. The aggregate bin 24 has a first discharge port 241. The first discharge port 241 is equipped with a maintenance gate 21 and an arc gate feeder 20. The first discharge port 241 is connected to a circular vibrating screen 25. The mixing layer 26 is equipped with a water supply machine 37 and an admixture additive machine 38, which are respectively connected to the mixer 16. The top of the sand bin 13 is equipped with a second fan 14 and a second dust collector 33.
[0041] Example 5:
[0042] A concrete mixing plant with a feeding system includes a mixing plant body 1. The mixing plant body 1 has a mixing layer 26 and a feeding layer 27 arranged from top to bottom. The feeding layer 27 contains a stone silo 12, a sand silo 13, and a concrete mixer truck 28. The mixing layer 26 contains a batching machine 15, a powder silo 11, and a mixer 16. The batching machine 15 is connected to the powder silo 11, stone silo 12, sand silo 13, and mixer 16 respectively. The mixer 16 is positioned opposite the concrete mixer truck 28. An aggregate silo 24 is located outside the mixing plant body 1. The aggregate silo 24 is connected to a circular vibrating screen 25. The circular vibrating screen 25 is connected to a feeding system 2, which is connected to the stone silo 12, sand silo 13, and powder silo 11 respectively.
[0043] The bottom of the mixer 16 is fixed with a concrete discharge hopper 161 extending to the upper material layer 27. A concrete mixer truck 28 is arranged opposite to the bottom of the concrete discharge hopper 161. The aggregate bin 24 has a first discharge port 241. The first discharge port 241 is equipped with a maintenance gate 21 and an arc gate feeder 20. The first discharge port 241 is connected to a circular vibrating screen 25. A water supply machine 37 and an admixture additive machine 38 are respectively connected to the mixer 16 in the mixing layer 26.
[0044] The feeding system 2 includes a first belt conveyor 201, a second belt conveyor 202, and a third belt conveyor 203, all connected to the circular vibrating screen 25. The first belt conveyor 201 is equipped with a pneumatic flat gate 29, and a first bucket elevator 10 is positioned opposite the pneumatic flat gate 29. The first bucket elevator 10 is connected to a powder silo 11. The second belt conveyor 202 is connected to a stone silo 12, which is connected to a fourth belt conveyor 204. The third belt conveyor 203 is connected to a sand silo 13. Next, the sand silo 13 is connected to the fifth conveyor belt 205. The fourth conveyor belt 204 and the fifth conveyor belt 205 are both equipped with three-way flap gates 9. One three-way flap gate 9 is connected to the first bulk loading machine 5, and the other three-way flap gate 9 is connected to the second bulk loading machine 30. The stone silo 12 and the sand silo 13 are connected to the second bucket elevator 32, which is connected to the batching machine 15. The stone silo 12 and the sand silo 13 are each equipped with three level gauges 18.
[0045] Example 6:
[0046] A concrete mixing plant with a feeding system includes a mixing plant body 1. The mixing plant body 1 has a mixing layer 26 and a feeding layer 27 arranged from top to bottom. The feeding layer 27 contains a stone silo 12, a sand silo 13, and a concrete mixer truck 28. The mixing layer 26 contains a batching machine 15, a powder silo 11, and a mixer 16. The batching machine 15 is connected to the powder silo 11, stone silo 12, sand silo 13, and mixer 16 respectively. The mixer 16 is positioned opposite the concrete mixer truck 28. An aggregate silo 24 is located outside the mixing plant body 1. The aggregate silo 24 is connected to a circular vibrating screen 25. The circular vibrating screen 25 is connected to a feeding system 2, which is connected to the stone silo 12, sand silo 13, and powder silo 11 respectively.
[0047] The feeding system 2 includes a first belt conveyor 201, a second belt conveyor 202, and a third belt conveyor 203, which are respectively connected to the circular vibrating screen 25. The first belt conveyor 201 is equipped with a pneumatic flat gate 29, and a first bucket elevator 10 is arranged opposite to the pneumatic flat gate 29. The first bucket elevator 10 is connected to the powder silo 11. The second belt conveyor 202 is connected to the stone silo 12, and the stone silo 12 is connected to the fourth belt conveyor 204. The third belt conveyor 203 is connected to the sand silo 13, and the sand silo 13 is connected to the fifth belt conveyor 205. The fourth belt conveyor 204 and the fifth belt conveyor 205 are each equipped with a three-way flap gate 9. One three-way flap gate 9 is corresponding to the first bulk loading machine 5, and the other three-way flap gate 9 is corresponding to the second bulk loading machine 30. The stone silo 12 and the sand silo 13 are jointly connected to the second bucket elevator 32, which is connected to the batching machine 15.
[0048] The top of the stone silo 12 is equipped with a first fan 3 and a first dust collector 6. The top of the sand silo 13 is equipped with a second fan 14 and a second dust collector 33. Both the stone silo 12 and the sand silo 13 are equipped with four level gauges 18. The sand making tower 4 is located outside the mixing tower body 1. The first bulk loader 5 and the second bulk loader 30 are both located opposite the sand making tower 4. The first weighbridge 7 is located between the first bulk loader 5 and the sand making tower 4. The first weighbridge 7 is equipped with three first unloading cars 8, which are located at the bottom of the first bulk loader 5. The second weighbridge 23 is located between the second bulk loader 30 and the sand making tower 4. The second weighbridge 23 is equipped with three second unloading cars 19, which are located at the bottom of the second bulk loader 30. The sand making tower 4 is connected to a third bucket elevator 34, which is connected to the powder silo 11.
Claims
1. A concrete mixing plant with an upper loading system, characterized in that, Including the agitator building body (1), the agitator building body (1) is equipped with the mixing layer (26) and the upper layer (27) from top to bottom, the upper layer (27) is equipped with stone warehouse (12), sand warehouse (13), concrete mixing tank truck (28), the mixing layer (26) is provided with batching machine (15), powder warehouse (11) and mixer (16), the batching machine (15) is connected with powder warehouse (11), stone warehouse (12), sand warehouse (13), mixer (16) respectively, mixer (16) is opposite to concrete mixing tank truck (28) setting;Agitator building body (1) is provided with aggregate warehouse (24), the aggregate warehouse (24) is connected with round vibrating screen (25), the round vibrating screen (25) is connected with upper feeding system (2), the upper feeding system (2) is connected with stone warehouse (12), sand warehouse (13) and powder warehouse (11) respectively.
2. A concrete batching plant with an upper loading system according to claim 1, characterized in that, The bottom of the mixer (16) is fixed with the concrete discharge hopper (161) extending to the upper layer (27), the bottom of the concrete discharge hopper (161) is opposite to the concrete mixing tank truck (28), the aggregate warehouse (24) is provided with the first discharge port (241), the first discharge port (241) is provided with the access door (21) and the arc door feeder (20), the first discharge port (241) is connected with the round vibrating screen (25), the mixing layer (26) is provided with water supply machine (37) and additive adding machine (38) connected with the mixer (16) respectively.
3. The concrete plant with an upper loading system according to claim 1, characterized in that, The upper feeding system (2) includes first rubber belt machine (201), second rubber belt machine (202) and third rubber belt machine (203) connected with the round vibrating screen (25) respectively, the first rubber belt machine (201) is provided with pneumatic flat gate (29), the first rubber belt machine (201) is opposite to the first bucket elevator (10), the first rubber belt machine (201) is connected with the powder warehouse (11), the second rubber belt machine (202) is connected with the stone warehouse (12), the stone warehouse (12) is connected with the fourth rubber belt machine (204), the third rubber belt machine (203) is connected with the sand warehouse (13), the sand warehouse (13) is connected with the fifth rubber belt machine (205), the fourth rubber belt machine (204) and the fifth rubber belt machine (205) are provided with three-way flap door (9), one three-way flap door (9) is provided with first bulk machine (5), another three-way flap door (9) is provided with second bulk machine (30), the stone warehouse (12) and the sand warehouse (13) are connected with the second bucket elevator (32), the second bucket elevator (32) is connected with the batching machine (15).
4. Concrete mixing plant with an upper loading system according to any one of claims 1-3, characterized in that, The first fan (3) and the first dust collector (6) are arranged on the top of the stone warehouse (12).
5. A concrete plant with an upper loading system according to any one of claims 1-3, characterized in that, The second fan (14) and the second dust collector (33) are arranged on the top of the sand warehouse (13).
6. A concrete plant with an upper loading system according to any one of claims 1-3, characterized in that, The stone warehouse (12) and the sand warehouse (13) are provided with a plurality of material level meters (18).
7. The concrete plant with an upper loading system according to claim 3, characterized in that, The sand making building (4) is arranged outside the mixing building body (1), the first bulk machine (5) and the second bulk machine (30) are oppositely arranged with the sand making building (4), the first bulk machine (5) and the sand making building (4) are provided with the first weighbridge (7), a plurality of first unloading vehicles (8) are arranged on the first weighbridge (7), and the first unloading vehicles (8) are located at the bottom of the first bulk machine (5); the second bulk machine (30) and the sand making building (4) are provided with the second weighbridge (23), a plurality of second unloading vehicles (19) are arranged on the second weighbridge (23), and the second unloading vehicles (19) are located at the bottom of the second bulk machine (30); the sand making building (4) is connected with the third bucket elevator (34), and the third bucket elevator (34) is connected with the powder bin (11).
8. A concrete plant with an upper loading system according to claim 7, characterized in that, The supporting platform (31) is arranged outside the mixing building body (1), the first bulk machine (5), the second bulk machine (30), the fourth belt conveyor (204) and the fifth belt conveyor (205) are located on the upper surface of the supporting platform (31), and the upper surface of the supporting platform (31) is provided with the fence (17) along the edge.
9. The concrete plant with an upper loading system according to claim 3, characterized in that, The powder bin (11) is provided with the second discharge port (111), the second discharge port (111) is connected with the batching machine (15), and the second discharge port (111) and the outlet of the second bucket elevator (32) are provided with the adjusting valve (22).
10. The concrete plant with an upper loading system according to claim 1, characterized in that, The first dust remover (35) is arranged on the batching machine (15), and the second dust remover (36) is arranged on the mixer (16).