CN205889523U - A color mixing system for concrete products - Google Patents

Abstract

The utility model discloses a concrete product additive colour syste, include the frame and set up the mixer in the frame, the downside of mixer is equipped with the first hopper of keeping in, second hopper and the third hopper of keeping in of keeping in, the bottom of mixer be equipped with respectively with the first hopper of keeping in, second hopper and the third discharge door that the hopper corresponds of keeping in of keeping in, the downside of the first hopper of keeping in is equipped with the first ejection of compact belt of keeping in, the second is kept in the downside of hopper and is equipped with the second ejection of compact belt of keeping in, the third is kept in the downside of hopper and is equipped with the third ejection of compact belt of keeping in, the first ejection of compact belt of keeping in, the second ejection of compact is kept in belt and the third ejection of compact and is kept in the end of belt all directly over outfeed belt. It has simple structure, the colour mixture is effectual, the practicality is strong advantage.

Description

A color mixing system for concrete products

technical field

The utility model relates to concrete product equipment, in particular to a color mixing system for preparing concrete products.

Background technique

With the rapid development of our economy and the acceleration of urbanization, old towns have been transformed in many areas, resulting in a large amount of construction waste. In order to realize the purpose of turning waste into wealth and saving resources, various types of construction waste rapid processing and molding equipment have been developed in this field, but the current type of equipment can only produce concrete products of one color, and for mixed-color concrete products ( A product has multiple colors) but cannot meet the production requirements, which affects the scope of use and has poor practicability.

Utility model content

The purpose of the utility model is to provide a concrete product color mixing system, which has the advantages of simple structure, good color mixing effect and strong practicability.

In order to solve the problem that the concrete product equipment in the prior art can only produce single-color products, the utility model provides a concrete product color mixing system, which includes a frame and a mixer arranged on the frame, wherein the mixer The lower side is provided with the first temporary storage hopper, the second temporary storage hopper and the third temporary storage hopper, and the bottom of the mixer is respectively provided with the first temporary storage hopper, the second temporary storage hopper and the third temporary storage hopper The first temporary storage belt is provided on the lower side of the first temporary storage hopper, the second temporary storage belt is provided on the lower side of the second temporary storage hopper, and the third temporary storage belt is provided on the lower side of the third temporary storage hopper. Out of the temporary storage belt, the ends of the first temporary storage belt, the second temporary storage belt and the third temporary storage belt are all directly above the discharge belt.

Further, the utility model is a concrete product color mixing system, which also includes a batching machine, a cement silo and a water supply subsystem. The batching machine includes four batching bins and a feeding belt arranged on the lower side of the batching bin. An aggregate feeding device is provided between the end of the belt and the feed port of the mixer, and the aggregate feeding device includes a guide rail and a hopper; a cement screw conveyor is provided between the bottom of the cement silo and the feed port of the mixer. machine, and the water supply subsystem is used to provide water source for the mixer.

Further, the utility model is a concrete product color mixing system, which also includes a cement metering hopper, and the cement metering hopper is arranged at the end of the cement screw conveyor and on the upper side of the feed inlet of the mixer.

Further, the utility model is a concrete product color mixing system, wherein the water supply subsystem is provided with a turbine flowmeter.

Further, the utility model is a concrete product color mixing system, which also includes a pigment adding device arranged on the upper side of the feed inlet of the mixer, and the pigment adding device is provided with three colors of paint boxes and corresponding paint metering devices.

Further, the utility model is a concrete product color mixing system, which also includes an electronic control subsystem, and the electronic control subsystem is used to control the start and stop of each component in the color mixing system.

Further, the utility model is a concrete product color mixing system, which also includes a molding machine, the hopper of the molding machine is located at the lower side of the end of the discharge belt.

Compared with the prior art, a color mixing system for concrete products of the utility model has the following advantages: the utility model is provided with a first temporary storage hopper, a The second temporary storage hopper and the third temporary storage hopper are respectively provided with discharge doors corresponding to the first temporary storage hopper, the second temporary storage hopper and the third temporary storage hopper at the bottom of the mixer, and the bottom of the first temporary storage hopper Set the first discharge temporary storage belt on the side, set the second discharge temporary storage belt on the lower side of the second temporary storage hopper, and set the third discharge temporary storage belt on the lower side of the third temporary storage hopper, and make the first discharge temporary storage belt The ends of the temporary storage belt for discharging material, the temporary storage belt for discharging material and the third temporary storage belt for discharging material are all directly above the discharging belt. Thus, a concrete product color mixing system with simple structure, good color mixing effect and strong practicability is formed. In practical application, the mixture of three different colors is prepared by stirring the mixture three times and adding different pigments into the mixture respectively. The mixed materials of three different colors are respectively discharged into the first temporary storage hopper, the second temporary storage hopper and the third temporary storage hopper, and pass through the first discharge temporary storage belt, the second discharge temporary storage belt and the third temporary storage hopper. The discharge temporary storage belts are respectively conveyed to the discharge belt, and the three-color mixed materials are conveyed to the hopper of the molding machine by the discharge belt. The molding machine can complete the production of mixed-color concrete products through blanking and vibration molding. The utility model can reduce the interaction and influence of the three colors by setting three temporary storage hoppers, the first temporary storage hopper, the second temporary storage hopper and the third temporary storage hopper, and ensure the color mixing effect.

Below in conjunction with the embodiment shown in the accompanying drawings, a concrete product color mixing system of the present invention will be further described in detail:

Description of drawings

Fig. 1 is the side view of a kind of concrete product color mixing system of the present utility model;

Fig. 2 is the left view of Fig. 1;

Fig. 3 is a side view of a concrete product color mixing system of the present invention after removing the frame;

Fig. 4 is a left side view of Fig. 3 .

detailed description

First of all, it needs to be explained that the utility model not only provides a color mixing system for concrete products, but also provides a control method for the color mixing system.

As shown in FIGS. 1 to 4 , a specific embodiment of a color mixing system for concrete products of the present invention includes a frame 1 and a mixer 2 arranged on the frame 1 . The first temporary storage hopper 3, the second temporary storage hopper 4 and the third temporary storage hopper 5 are set on the lower side of the mixer 2, and the first temporary storage hopper 3, the second temporary storage hopper 4 and the first temporary storage hopper 4 are respectively arranged at the bottom of the mixer 2. The discharge door corresponding to the third temporary storage hopper 5. And be provided with the first discharge temporary storage belt 31 on the downside of the first temporary storage hopper 3, the second discharge temporary storage belt 41 is set on the downside of the second temporary storage hopper 4, in the 3rd temporary storage hopper 5 The lower side is provided with the third temporary storage belt 51, and the ends of the first temporary storage belt 31, the second temporary storage belt 41 and the third temporary storage belt 51 are all at the end of the discharge belt 6. Directly above. Through the above structural settings, a concrete product color mixing system with simple structure, good color mixing effect and strong practicability is formed. In practical application, the mixture of three different colors is prepared by stirring the mixture three times and adding different pigments to the mixture respectively. Allow the mixed materials of three different colors to be respectively discharged into the first temporary storage hopper 3, the second temporary storage hopper 4 and the third temporary storage hopper 5, and pass through the first discharge temporary storage belt 31, the second discharge temporary storage The belt 41 and the third discharge temporary storage belt 51 are respectively conveyed to the discharge belt 6, and the mixture of three colors is conveyed to the hopper of the molding machine 12 by the discharge belt 6, and the molding machine 12 is formed by blanking and vibration. The production of mixed color concrete products can be completed. The utility model can reduce the interaction and influence of the three colors by setting the first temporary storage hopper 3 , the second temporary storage hopper 4 and the third temporary storage hopper 5 , thereby ensuring the color mixing effect.

As a specific embodiment, the utility model also includes a batching machine 7, a cement silo 8 and a water supply subsystem. The batching machine 7 includes four batching bins 71 and a feeding belt 72 arranged on the lower side of the batching bins 71 . An aggregate feeding device 9 is arranged between the end of the feeding belt 72 and the feed inlet of the mixer 2 , and the aggregate feeding device 9 includes a guide rail 91 and a hopper 92 . A cement screw conveyor 10 is set between the bottom of the cement silo 8 and the feed inlet of the mixer 2 . During use, the water supply subsystem is used to provide water source for the mixer 2 . In order to improve the accuracy of control and improve product quality, this specific embodiment is also provided with a cement metering hopper 11, allowing the cement metering hopper 11 to be arranged at the end of the cement screw conveyor 10 and on the upper side of the feed port of the mixer 2. Likewise, in this specific embodiment, a turbine flowmeter is provided in the water supply subsystem to improve the accuracy of water supply.

As an optimized solution, this specific embodiment is also provided with a pigment addition device (not shown) on the upper side of the feed port of the mixer 2, allowing the pigment addition device to be provided with three colors of pigment boxes and their corresponding pigment metering devices, so as to Improve the convenience, precision and automation of operation, and further enhance the practicality. It should be noted that the pigment adding device is not a necessary device. If no pigment adding device is provided, the purpose of the utility model can also be achieved by manually adding pigments during the production and preparation process. At the same time, in order to improve intelligent production and reduce labor intensity, an electronic control subsystem is also set up in this specific embodiment. The electronic control subsystem controls the start and stop of each component in the color mixing system, which can effectively improve work efficiency. It should be pointed out that in practical application, the end of the discharge belt 6 in the present invention should be arranged on the upper side of the hopper of the forming machine 12 .

In order to help those skilled in the art understand the utility model, the operation process of a concrete product color mixing system provided by the utility model is briefly described below, which specifically includes the following steps,

1. According to production requirements, the sand and stones in the batching bin 71 are placed on the feeding belt 72 according to the required ratio through the batching machine 7, and the sand and stones are transported to the upper hopper 92 through the operation of the feeding belt 72; The upper hopper 92 runs along the guide rail 91 and sends the sand and stones therein into the mixing bin of the mixer 2;

2. The cement in the cement silo 8 is transported to the cement metering hopper 11 through the cement screw conveyor 10, and after being measured by the cement metering hopper 11, the cement is put into the mixing bin of the mixer 2;

3. Add water to the mixing chamber of the mixer 2 after metering by the water supply subsystem;

4. Add a kind of pigment to the mixing chamber of the mixer 2 manually or through the pigment adding device;

5. Stir with the mixer 2 and discharge the stirred mixture into the first temporary storage hopper 3 for temporary storage, so far the preparation of the first color mixture is completed;

6. Complete the preparation of the mixture of the second color according to the procedures of steps 1 to 5, and discharge the mixture of the second color into the second temporary storage hopper 4 for temporary storage;

Seven, complete the preparation of the third color mixture according to the procedure of steps 1 to 5, and discharge the mixture of the third color into the third temporary storage hopper 5 for temporary storage;

8. After the preparation of the mixtures of the three colors is completed, the mixtures in the first temporary storage hopper 3, the second temporary storage hopper 4 and the third temporary storage hopper 5 are respectively discharged to the first discharge temporary storage belt 31 , the second temporary storage belt 41 and the third temporary storage belt 51, and by the first temporary storage belt 31, the second temporary storage belt 41 and the third temporary storage belt 51, the three The mixture of different colors is delivered to the discharge belt 6;

9. The discharge belt 6 transports the mixed materials of three colors to the hopper of the forming machine 12, and the forming machine 12 is formed by blanking and vibrating to complete the mixed-color concrete product.

In order to ensure that the three kinds of pigments are fully mixed with the corresponding mixture to improve the color mixing effect, in the eighth step above, the first discharge temporary storage belt 31, the second discharge temporary storage belt 41 and the third discharge The temporary storage belt 51 transports the mixed materials of the three colors to the discharge belt 6 respectively, which is carried out according to the order in which the stirring is completed in practical applications.

In addition, in order to avoid the mixture of the three colors in the molding machine 12 from being too fully mixed, which will affect the color mixing effect of the product, in practical applications, the utility model is equipped with the first discharge temporary storage belt 31 and the second discharge temporary storage belt. When 41 and the third discharge temporary storage belt 51 transport the mixture of three colors to the discharge belt 6 respectively, the mixture of the three colors is superimposed on the discharge belt 6. This method It can reduce the mixing degree of the three color mixtures.

The above embodiment is only a description of the preferred implementation of the present utility model, and is not a limitation to the scope of protection of the present utility model. The various forms of deformation made should fall within the scope of protection determined by the claims of the present utility model.

Claims (7)

1. A concrete product color mixing system, comprising a frame (1) and an agitator (2) arranged on the frame (1), characterized in that, the underside of the agitator (2) is provided with a first temporary storage hopper (3), the second temporary storage hopper (4) and the third temporary storage hopper (5), the bottom of the mixer (2) is respectively provided with the first temporary storage hopper (3), the second temporary storage hopper (4) and The discharge door corresponding to the third temporary storage hopper (5), the lower side of the first temporary storage hopper (3) is provided with the first discharge temporary storage belt (31), and the lower side of the second temporary storage hopper (4) is provided with The second discharge temporary storage belt (41) is arranged, the third temporary storage hopper (5) is provided with the third discharge temporary storage belt (51), the first discharge temporary storage belt (31), the second discharge temporary storage belt The end of material temporary storage belt (41) and the 3rd discharge temporary storage belt (51) is all in the direct top of discharge belt (6). 2. A kind of concrete product color mixing system according to claim 1, is characterized in that, also comprises batching machine (7), cement silo (8) and water supply subsystem, and described batching machine (7) comprises four batching bins (71) and the feeding belt (72) that is arranged on the lower side of the batching bin (71), an aggregate feeding device (9) is arranged between the end of the feeding belt (72) and the feed inlet of the mixer ), the aggregate feeding device (9) includes a guide rail (91) and an upper hopper (92); a cement screw conveyor (10) is provided between the bottom of the cement silo (8) and the feed inlet of the mixer (2) ), the water supply subsystem is used to provide a water source for the mixer (2). 3. A kind of concrete product color mixing system according to claim 2, is characterized in that, also comprises cement metering hopper (11), and described cement metering hopper (11) is arranged on the end of cement screw conveyor (10) and It is on the upper side of the feed inlet of the mixer (2). 4. The color mixing system for concrete products according to claim 3, wherein the water supply subsystem is provided with a turbine flowmeter. 5. according to the described a kind of concrete product color mixing system of claim 4, it is characterized in that, also comprise the pigment addition device that is arranged on mixer (2) feed inlet upper side, described pigment addition device is provided with the pigment box of three kinds of colors and Its corresponding pigment metering device. 6. The color mixing system for concrete products according to claim 5, further comprising an electronic control subsystem, which is used to control the start and stop of each component in the color mixing system. 7. The color mixing system for concrete products according to claim 6, further comprising a forming machine (12), the hopper of the forming machine (12) is located at the lower end of the discharge belt (6).