Building concrete stirring device capable of realizing synchronous quantitative feeding and discharging

Abstract

The invention relates to the technical field of buildings and discloses a building concrete stirring device capable of realizing synchronous quantitative feeding and discharging. The device comprisesa device body, a stirring roller is arranged in the device body, a feeding port is formed in a top of the device body, a discharging port is formed in a bottom of the device body, a feeding sieve is arranged above the feeding port, and a discharging sieve is arranged below the discharging port. The invention discloses the building concrete stirring device capable of realizing synchronous quantitative feeding and discharging. When a first reciprocating gear and a second reciprocating gear synchronously rotate back and forth in the same direction, sieve holes in the feeding sieve and the discharging sieve which are fixed with the gears are driven to be synchronously opened and closed, placed concrete can synchronously enter and exit from the feeding port and the discharging port, the phenomenon that a worker can use concrete only after the stirring of a traditional stirring device is completed is avoided, and the purpose of stirring while working is achieved.

Description

technical field [0001] The invention relates to the technical field of construction, in particular to a concrete mixing device for construction that realizes simultaneous quantitative feeding and discharging of materials. Background technique [0002] Cement is a powdery hard inorganic gel material. It can be colloided by adding water and stirring, and can firmly bond sand, stone and other materials together. It is widely used in many different fields such as land construction, water conservancy, and national defense. Play a vital role in people's daily life. [0003] Before the traditional processing of cement mortar, in some small construction projects, workers often dump the cement packaging bags manually, and then manually mix them. However, in some large-scale projects, some mixing devices are often used. Traditional mixing devices often It is to manually add a large amount of concrete, place it in the mixing device, and mix it. After the mixing of the device is comple...

AI Technical Summary

Problems solved by technology

[0003] Before the traditional processing of cement mortar, in some small construction projects, workers often dump the cement packaging bags manually, and then manually mix them. However, in some large-scale projects, some mixing devices are often used. Traditional mixing devices often It is to manually add a large amount of concrete, place it in the mixing device, and mix it. After the mixing of the device is completed, the concrete that has been stirred is poured out of the device. This traditional mixing device has too much mixing time, and workers often use it when the device is stirring. Only waiting anxiously, only after the whole mixing of the device is completed, the workers can use the concrete, and then carry out the next round of mixing and work, will cause a lot of time waste, and often may require the cooperation of several similar devices, and this mixing device , no matter if you are a novice or a veteran, you cannot perfectly grasp the ratio of the amount of concrete added to the water, which often causes the mixed concrete to be too diluted or too hard, and the amount of one-time mixing is too large, and it is difficult to find and remedy in the middle of mixing , tends to cause loss of concrete mixing

[0004] Therefore, we propose a concrete mixing device for construction that realizes simultaneous quantitative feeding and discharging. This device can simultaneously realize the purpose of feeding and discharging materials at the same time, avoiding the fact that workers cannot use concrete when the traditional mixing device is stirring. , and can find out whether the ratio of concrete to water is appropriate through the concrete that has been mixed in time, and check for gaps and make up for leaks, avoiding the problem of loss caused by uneven mixing of a large amount of concrete

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