CN2508929Y

CN2508929Y - Machine for producing baking-free bricks with holes

Info

Publication number: CN2508929Y
Application number: CN 01265604
Authority: CN
Inventors: 吴银富; 姚楠
Original assignee: Individual
Current assignee: Individual
Priority date: 2001-09-24
Filing date: 2001-09-24
Publication date: 2002-09-04
Anticipated expiration: 2011-09-24

Abstract

The utility model provides a brick making machine for producing perforated baking-free bricks, solves the problem that the solid clay brick produced by using the prior art can consume a great deal of clay to cause heavy self-weight, and can devastate the plantation severely, devastate the water and soil conservation, devastate the environment, and the baking can consume a great deal of fuel and pollute the environment, so the state makes public proclamation to disuse the prior art in step by step. The utility model is characterized in that one end of the frame is provided with a motion making cylinder 2. The right side of the motion making cylinder 2 is provided with in turn a stand-to station, a feeding vibration station, a compacting station, a 90-degree overturning station, a mould release station, and an empty mould transmission line. The utility model solves the problem of the mechanization process of the concrete perforated baking-free brick, can produce the light brick for the high rise building, the perforated baking-free brick, or the brick of other specifications. The utility model is multifunctional, does not pollute environment, is beneficial for protecting the ecosystem, can save natural resource, and has short producing period and fast investment income. The product made by the utility model can replace the clay brick completely, have heat preserving and sound insulating effect. The utility is applicable for producing the perforated baking-free brick.

Description

A kind ofly produce non-burning brick brickmaking machine with holes

The utility model relates to a kind of brickmaking machine, particularly a kind ofly produces non-burning brick brickmaking machine with holes.

Brickmaking machine of the prior art its objective is for producing with holes or solid clay brick and solid concrete brick usefulness.Its structure is with clay or concrete extrusion modling.Adobe is still needed for clay, and dry, fire can.Its weak point is to produce porose, solid clay brick and solid concrete brick.But because of solid concrete brick self is heavier, be unfavorable for that skyscraper uses, and solid or keramzite brick consumes a large amount of earth because of it, heavy damage is ploughed, and destroys water and soil conservation, destroys ecological environment, it is fired and expends a large amount of fuel, contaminated environment, and native land man explicit order progressively eliminates.This just is badly in need of a kind of non-burning brick brickmaking machine with holes and comes out.

The purpose of this utility model is to solve above-mentioned weak point of the prior art, and a kind of non-burning brick brickmaking machine with holes of producing is provided, to reduce the destruction to national natural resources and enviroment resource.

Technical solution of the present utility model is:

In the pressurized strut 2 that be arranged in parallel of an end of frame 1 and frame.The right side of pressurized strut 2 is followed successively by the station 8 of awaiting orders, reinforced vibration station 10, compresses station 11,90 degree upset station 14, demoulding station 15 and empty mould transmission lines 16.The utility model is by hydraulic control system, the time relay, travel switch electric system control work.Non-burning brick mould 20 with holes is after empty mould transmission line moves to the station 8 of awaiting orders during work, and pressurized strut 2 work are delivered to reinforced vibration station 10 with this mould, reinforced and vibration at this.(the empty mould of follow-up moulding adds to the station of awaiting orders subsequently again, by that analogy).Pressurized strut 2, promote follow-up additional empty mould with before it the mould of reinforced vibration move to and compress on the station 11.Extruding pressurized strut 5 presses down, with the concrete material compacting in the mould.Pressurized strut 2 work are delivered to the mould after the compacting in 90 turning frames 19 of spending on the upset stations.Pressurized strut 13 work, with turning frame together with mould turn over together turn 90 degrees after, pressurized strut 12 is delivered to demoulding station with mould.Pressurized strut 6 work realize the demoulding with non-burning brick release the with holes in mould.Empty mould is delivered to the station of awaiting orders successively from transmission line.With this periodic duty.

The advantage that the utility model is had compared to existing technology is: but production lightweight skyscraper is with the brick (more mold exchange gets final product) of brick, non-burning brick or other specification with holes.Tool a tractor serves several purposes and free from environmental pollution, favourable protection is ecological, saves natural resources.Social demand is big, uses wide.Land occupation is few, and gain quick return in investment with short production cycle, and the product of producing is the instead of clay brick fully.Product has effects such as insulation, sound insulation, antidetonation.Solved concrete non-burning brick Mechanized Processing problem with holes.

The drawing of accompanying drawing is described as follows:

Fig. 1 looks schematic diagram for overall structure master of the present utility model.

Fig. 2 is the vertical view of Fig. 1.

Fig. 3 is the A-A cutaway view among Fig. 2.

Fig. 4 is B-B cutaway view and the working state schematic representation among Fig. 1.

Fig. 5 is the C-C cutaway view among Fig. 1.

Fig. 6 is the D-D cutaway view among Fig. 1.

Fig. 7 is the E-E cutaway view among Fig. 1.

Fig. 8 is the F-F cutaway view among Fig. 1.

Fig. 9 is a non-burning brick mould cross-sectional schematic with holes.

Figure 10 is the schematic diagram of stripper plate 21 among Fig. 9.

Figure 11 is control circuit figure.

Figure 12 is a main wiring diagram.

Figure 13 is hydraulic system five cylinder working schematic diagrames.

The utility model provides embodiment below in conjunction with accompanying drawing: in the pressurized strut 2 that be arranged in parallel of an end of frame 1 and frame.The right side of pressurized strut 2 is followed successively by the station 8 of awaiting orders, reinforced vibration station 10, compresses station 11,90 degree upset station 14, demoulding station 15 and empty mould transmission lines 16.The await orders bottom of station 8 is the rolling transporting rail 7 that links to each other with frame, and empty mould 20 is placed on it, (as shown in Figure 7).Connect a feed hopper 4 on reinforced vibration station 10 frames, connect a vibrating device 9 down.The pawl formula that one pawl of band on it formula blade is set in the hopper stirs filler axle, (as shown in Figure 6).Compress and connect a pressurized strut 5 on the frame of station 11.One side of awaiting orders on the station 8 is provided with plate washer 3, and reinforced vibration station 10 thereafter, the left and right sides that compresses station 11 and 90 degree upset stations 14 are provided with plate washer 3, with the trend of control mould 20.Its angle block that is connected with spring is fixed on the sidewall of plate washer of mould process, and like this, mould back angle block in the past ejects, and works the effect of fixing and positioning.Pressurized strut 12 is arranged on the side in frame stage casing and parallel with frame.One end of pressurized strut 13 links to each other with frame, and its other end and turning frame 19 are hinged.Another hinge 18 links to each other turning frame 19 (as shown in Figure 4) with frame.The pressurized strut 6 perpendicular with frame 1 horizontal plane is arranged on the frame of demoulding station 15.Demoulding station 15 is provided with and fixes and positions device 17, in case pressurized strut pushed away mould the position or mould knocked over (as shown in Figure 2) during the demoulding.Being connected with its front on the termination of pressurized strut 6 is the knockout pin of a location guide plate.Being configured to of non-burning brick mould 20 with holes: the stripper plate 21 that has hole 25 on it is placed on the core rod 23 that its front end is a tapering, and places the end in the rectangular vessel 24 of no end cap.Have demoulding hole 22 on the end face of rectangular vessel opposite side, for the knockout pin ejection stripper plate 21 on pressurized strut 6 terminations.(shown in Fig. 9,10).Hydraulic pressure, air pressure, machinery all can be used as power source of the present utility model.Attached " hydraulic system action schedule " and " hydraulic system action sequence table ".Can be for producing non-burning brick usefulness with holes.

The hydraulic system action schedule

Claims

1, a kind ofly produce non-burning brick brickmaking machine with holes, by frame, pressurized strut, the rolling transporting rail, feeding device, vibrating device constitutes, it is characterized in that in the pressurized strut (2) that be arranged in parallel of an end of frame (1) and frame, the await orders bottom of station (8) is the rolling transporting rail (7) that links to each other with frame (1), empty mould (20) is placed on it, connect a feed hopper (4) on reinforced vibration station (10) frame, under connect a vibrating device (9), compress and connect a pressurized strut (5) on the frame of station (11), pressurized strut (12) is arranged on the side in frame stage casing and parallel with frame, one end of pressurized strut (13) links to each other with frame, its other end and turning frame (19) are hinged, another hinge (18) links to each other turning frame (19) with frame (1), the pressurized strut (6) perpendicular with frame (1) ice plane is arranged on the frame of demoulding station (15), and being connected with its front on the termination of pressurized strut (6) is the knockout pin of a location guide plate.

2, produce non-burning brick brickmaking machine with holes according to a kind of described in the claim 1, it is characterized in that feed hopper (4) is provided with the stirring filler axle of a band pawl formula blade on it.

3, produce non-burning brick brickmaking machine with holes according to a kind of described in the claim 1, a side that it is characterized in that awaiting orders on the station (8) is provided with plate washer (3), thereafter reinforced vibration station (10), the left and right sides that compresses station (11) and 90 degree upset stations (14) is provided with plate washer (3), and its angle block that is connected with spring is fixed on the sidewall of plate washer (3).

4, produce non-burning brick brickmaking machine with holes according to a kind of described in the claim 1, it is characterized in that demoulding station (15) is provided with to fix and position device (17).

5, produce non-burning brick brickmaking machine with holes according to a kind of described in the claim 1, it is characterized in that being configured to of non-burning brick mould (20) with holes: the stripper plate (21) that has hole (25) on it is placed on the core rod that its front end is a tapering (23), and place a end in the rectangular vessel (24) of no end cap, have demoulding hole (22) on the end face of rectangular vessel (24) opposite side.