CN204195964U - Experiment test block batch formation of concrete mixer - Google Patents

Abstract

Experiment test block batch formation of concrete mixer, this mixer has a vertical mixer, and the lower port place of mixer is provided with pull baffle plate; Interlink in the lower left side of mixer and be connected to spiral stirring cage, spiral stirring cage inside is provided with the auger conveyor of level, is provided with feed opening in the bottom of spiral stirring cage, and feed opening place correspondence interlinks and is connected to multiple framed mould combined; Be provided with consignment trolley in the lower right of mould; This mixer can not only make concrete rapid shaping produce in enormous quantities, and simple to operate, produce rapidly, substantially increase production efficiency.

Description

Experimental test block batch forming concrete mixer

technical field

The utility model relates to a concrete mixer, in particular to a batch-forming concrete mixer for experimental test blocks capable of quickly forming concrete in batches .

Background technique

At this stage, most mixers only have a single function to stir the substances of different materials to make them evenly mixed, and then release the mixed concrete through manual operation, and then put it into the mold with a shovel, so that the experimental test block can be made Slow speed, low efficiency and high cost .

Contents of the invention

In order to solve the problem that the existing mixers cannot quickly form concrete in batches, the utility model provides a batch-forming concrete mixer for experimental test blocks. Greatly improved production efficiency.

The technical solution adopted by the utility model to solve the technical problems is: the experimental test block batch forming concrete mixer, including: spiral mixing cage, screw conveyor, feeding port, mold, mixer, pull baffle, consignment trolley; the experiment The concrete mixer for batch forming of test blocks has a vertical mixer. The lower port of the mixer is equipped with a pull-out baffle. When the mixer needs to mix concrete, push the pull-out baffle to close to prevent the concrete from leaking. When the mixing is complete, open the pull-out baffle to allow the concrete to leak downward; a spiral mixing cage is connected to the lower left side of the mixer, and a horizontal screw conveyor is arranged inside the spiral mixing cage, and a feeding material is provided at the lower part of the spiral mixing cage. The mouth and the feeding port correspond to the mold that is connected with multiple mold frames; there is a consignment trolley at the bottom right of the mold.

When in use, pour the concrete into the mixer for mixing. After mixing evenly, open the pull-out baffle to make the concrete leak into the spiral mixing cage below. Stir and pave from right to left, so that the concrete in the spiral mixing cage can be evenly spread in the mold. When a mold is fully paved, use the next empty mold to push it into the consignment trolley on the lower right for consignment. , and proceed to the next procedure.

The beneficial effect of the utility model is that: the mixer can not only make the rapid molding of concrete for mass production, but also has simple operation and rapid production, which greatly improves the production efficiency.

Description of drawings

Below in conjunction with embodiment the utility model is further described.

Fig. 1 is the structure schematic diagram of the utility model.

In the figure 1. Spiral mixing cage, 2. Screw conveyor, 3. Feeding port, 4. Mold, 5. Mixer, 6. Pulling baffle, 7. Consignment trolley.

Detailed ways

In Fig. 1, the experimental test block batch forming concrete mixer, including: screw mixing cage 1, screw conveyor 2, feeding port 3, mold 4, mixer 5, pull-out baffle 6, consignment trolley 7; the experimental test block The batch forming concrete mixer has a vertical mixer 5, and the lower port of the mixer 5 is provided with a pull-out baffle 6. When the mixer 5 needs to mix concrete, the pull-out baffle 6 is pushed in and closed to prevent the concrete from leaking. When the mixer 5 has mixed the concrete, the pull-out baffle 6 is opened to allow the concrete to leak downward; the lower left side of the mixer 5 is connected with a spiral mixing cage 1, and a horizontal screw conveyor 2 is arranged inside the screw mixing cage 1. The lower part of the spiral stirring cage 1 is provided with a feeding port 3, and the feeding port 3 is correspondingly connected with a mold 4 which is combined with a plurality of mold frames;

When in use, pour the concrete into the mixer 5 for mixing. After mixing evenly, open the pull-out baffle 6 to make the concrete leak into the spiral mixing cage 1 below, open the screw conveyor 2, and make the feeding port of the screw mixing cage 1 3 Concrete is leaked and spread from right to left, so that the concrete in the spiral mixing cage 1 can be evenly spread in the mold 4. When a mold 4 is fully covered, the next empty mold 4 is used to push it to the The consignment trolley on the lower right will consign it for 7 miles, and then proceed to the next procedure .

Claims (1)

1. experiment test block batch formation of concrete mixer, comprising: spiral stirring cage (1), auger conveyor (2), feed opening (3), mould (4), mixer (5), pull baffle plate (6), consignment trolley (7); It is characterized in that: this experiment test block batch formation of concrete mixer has a vertical mixer (5), and the lower port place of mixer (5) is provided with pull baffle plate (6); Interlink in the lower left side of mixer (5) and be connected to spiral stirring cage (1), spiral stirring cage (1) inside is provided with the auger conveyor (2) of level, be provided with feed opening (3) in the bottom of spiral stirring cage (1), feed opening (3) place correspondence interlinks and is connected to multiple framed mould (4) combined; Consignment trolley (7) is provided with in the lower right of mould (4).