CN201077118Y

CN201077118Y - Concrete block building machine

Info

Publication number: CN201077118Y
Application number: CNU200720045129XU
Authority: CN
Inventors: 田先春
Original assignee: Individual
Current assignee: Individual
Priority date: 2007-08-20
Filing date: 2007-08-20
Publication date: 2008-06-25
Anticipated expiration: 2017-08-20

Abstract

The utility model relates to a concrete block-making machine, comprising a mainframe (1), a feeding plate (2), a rolling table (3), a material mechanism (4) and a hydraulic system (5). The utility model is characterized in that the in-out support plate of the vibration platform on the mainframe (1) is arranged on one side of the mainframe (1); the material mechanism (4) is arranged in front of the mainframe (1); a moulding box lifting mechanism (9) comprises two cylinders (19) and two moulding box sliding sleeves (20), and two cylinders (19) and two moulding box sliding sleeves (20) are respectively arranged at both sides of a frame (6); two cylinders (19) are respectively connected with two moulding box sliding sleeves (20) which are connected with a synchronous mechanism (7); a pressure head (12) is arranged below and connected with a pressure head connecting mechanism (8); the pressure head (12) is connected below a moulding box (13), and a vibration mechanism (14) is arranged below the moulding box (13). The utility model has the advantages of automatic material distribution, automatic plate feeding, convenient material discharging, cost saving, fast and uniform material distribution and high product quality.

Description

A kind of concrete segment machine

Technical field

The utility model relates to a kind of small-size concrete hollow block machine.

Background technology

At present the existing concrete block structure mainly comprise main frame, send plate, roll platform, lining mechanism and several parts of hydraulic system, wherein the lifting of moulding box generally is to utilize oil cylinder to drive hoisting mechanism to realize, the unlatching of hopper door and closure also utilize oil cylinder to control, send plate to extend into main frame inside, below feed system, cause clamp easily like this, and be difficult to maintenance and cleaning difficulty, and beat floor tile the time marquis lining mechanism all can be very complicated.

Summary of the invention

The purpose of this utility model then is at above-mentioned the deficiencies in the prior art, and a kind of all-hydraulic control is provided, and realizes automatic distributing, send the concrete segment machine of plate automatically.

The purpose of this utility model can realize by following measure:

A kind of concrete segment machine, comprise main frame 1, send plate 2, roll platform 3, lining mechanism 4 and hydraulic system 5, it is characterized in that the supporting plate turnover direction of shaking platform on the described main frame 1 is located at the side of main frame 1, lining mechanism 4 is installed in the place ahead of main frame 1, main frame 1 includes by frame 6, lazy-tongs 7, pressure head bindiny mechanism 8, moulding box hoisting mechanism 9, hopper 10, cloth broken arch mechanism 11 and vibrating mechanism 14, moulding box hoisting mechanism 9 is made up of two oil cylinders 19 and two moulding box sliding sleeves 20, they lay respectively at the both sides of frame 6, two oil cylinders 19 are an end and are connected with frame 6, the other end links to each other with moulding box sliding sleeve 20, lazy-tongs 7 also are connected on the moulding box sliding sleeve 20, pressure head bindiny mechanism 8 belows connect pressure head 12, the below of pressure head 12 is provided with moulding box 13, moulding box 13 is connected with moulding box hoisting mechanism 9, the below of moulding box 13 is a vibrating mechanism 14, and the below of hopper 10 is the broken arch of a cloth mechanism 11.

In the broken arch of the described cloth mechanism 11 arch axis 36 is housed brokenly, broken arch axis 36 is provided with takes off material pawl 37, two of broken arch axis 36 reaches cloth casing 34 outsides, the one end is connected with bearing, the other end is connected with short connecting rod 29, short connecting rod 29 connects long connecting rod 31 1 ends, and the other end of long connecting rod 31 connects rotating disk 23, and rotating disk 23 connects reductor 33.

Described frame 6 is made up of side arm 16 and after-frame 18, hopper 10 is installed in the top of after-frame 18, described hopper 10 is made up of hopper body 22 and hopper door 23, be welded with bearing block 25 on the hopper body 22, hopper door 23 utilizes bearing pin to be connected with bearing block 25, and the two ends of hopper door 23 are welded with roller 24, be welded with raceway 26 in the broken arch of the cloth mechanism 11, roller 24 is assemblied in the raceway 26, and the 11 front and back operation of the broken arch of cloth mechanism drives the automatic switch that roller 24 is realized hopper door 23 by raceway 26.

The beneficial effects of the utility model have:

Carry out all-hydraulic control, realize automatic distributing, send plate automatically; Utilize unlatching that roller on raceway and the hopper door finishes hopper door with closed, make blanking convenient, save cost; With the sending plate and roll the side that platform brick output direction is changed into main frame of main frame, for floor tile production amount body is made surely, realize that lining adds automatically, make the lining mechanism structure very simple, and safeguard that cleaning is very convenient; Cloth system adopts forces arch breaking apparatus, and cloth is even fast, improves quality of item.

Description of drawings

Fig. 1 is a structural representation of the present utility model.

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

Fig. 3 is the structural representation of moulding box hoisting mechanism and lazy-tongs.

Fig. 4 is the left view of Fig. 3.

Fig. 5 is hopper of the present utility model and the broken arch of cloth mechanism structure schematic diagram.

Fig. 6 is the broken arch of a cloth of the present utility model mechanism structure schematic diagram.

Fig. 7 is the vertical view of Fig. 6.

The specific embodiment

The utility model is further described below in conjunction with accompanying drawing:

Shown in 1-7 figure.

The utility model by main frame 1, send plate 2, roll platform 3, lining mechanism 4, hydraulic system more than 5 parts form.Main frame 1 is made up of parts such as frame 6, lazy-tongs 7, pressure head bindiny mechanism 8, moulding box hoisting mechanism 9, hopper 10, the broken arch of cloth mechanism 11, vibrating mechanisms 15.Frame 6 is assembled by side arm 16 and after-frame 18 usefulness bolts, utilizes screw rod 17 to regulate the height of after-frame when beating brick.

Moulding box hoisting mechanism 9 is made up of two oil cylinders 19 and two moulding box sliding sleeves 20, one end of two oil cylinders 19 is installed on the frame 6, the other end divides frame to be connected with moulding box sliding sleeve 20, lazy-tongs 7 also are connected with moulding box sliding sleeve 20, realize forced synchronism, two moulding box sliding sleeves 20 are assembled (as shown in Figure 3, Figure 4) with four guide pillars 21 respectively.

Hopper 10 of the present utility model is installed in the top of described after-frame 18, it is made up of hopper body 22 and hopper door 23, bearing block 25 is welded on the hopper body 22, hopper door 23 utilizes bearing pin to be connected with bearing block 25, the two ends of hopper door 23 are welded with roller 24, are welded with raceway 26 in the broken arch of the cloth mechanism 11, and roller 24 is assemblied in the raceway 26, roller 24 is walked in raceway 26 during work, realizes the unlatching and closed (as shown in Figure 5) of hopper door 23.

In the broken arch of the cloth mechanism 11 three broken arch axis 36 are housed, uniform being interspersed taken off material pawl 37 on the broken arch axis 36, stretch out outside the cloth casing 34 at two of broken arch axis 36, one end and bearing assembling, the other end assembles with three short connecting rods 29 respectively, reductor 33 drives rotating disk 32 and rotates, again by synchronising (connecting) rod 30, long connecting rod 31 drives short connecting rod 29 and broken arch axis 36 is done straight reciprocating motion, cloth casing 34 upper and lower openings of the broken arch of cloth mechanism 11, directive wheel 35 during feeding in the broken arch of the cloth mechanism 11 runs to the top of moulding box 13 along the guide rail on the feeding base plate 27 28, and cloth casing 34 and moulding box 13 upper-lower positions are matched (as Fig. 1, Fig. 5, Fig. 6, shown in Figure 7).

The course of work of the present utility model is as follows:

During original state, send plate 2 supporting plate 38 to be delivered on the vibrating mechanism 14 of main frame 1, moulding box drops on the supporting plate 38 for 13 times.Material is fed in the hopper 10 subsequently, and the broken arch of cloth mechanism is in the position, back 11 this moments, and the roller 24 on the hopper door 23 is in raceway 26, and at this moment hopper door 23 is in opening, and material falls in the casing of the broken arch of cloth mechanism 11.The broken arch of cloth mechanism 11 utilizes oil cylinder along guide rail 28 forward, roller 24 moves along raceway 26, when roller 24 arrives the bending part of raceway 26, hopper door 23 is buttoned-up status, the broken arch of cloth mechanism 11 material is delivered to always moulding box 13 directly over the time stop, reductor 33 quickens swing simultaneously by three broken arch axis 36 that linkage drives in the broken arch of the cloth mechanism 11, material is joined in the moulding box 13 equably, motor 15 makes vibrating mechanism 14 work by belt pulley, moulding box 13 vibrations, return after 11 blankings of the broken arch of cloth mechanism finish, hopper door 23 is opened once more because of the motion of roller 24 in raceway 26, and mechanism 11 carries out feed supplement to the broken arch of cloth.Pressure head 12 drops in the moulding box 13 by pressure head bindiny mechanism 8, and with the material compression moulding in the moulding box 13, moulding box 13 utilizes moulding box hoisting mechanism 9 and lazy-tongs 7 to rise subsequently, and pressure head 12 rises simultaneously, and shaping building block is deviate from.Send plate 2 to continue to send plate that in type building block and supporting plate 38 are released from the side of main frame 1 then and roll on the platform 3, pressure head 12 and moulding box 13 reset, and enter next circulation.

The utility model adopts all-hydraulic control, by the PLC Based Intelligent Control, realizes automatic distributing and send plate automatically, for the output body of floor tile is made surely, realizes that lining adds automatically, and structure is concisely reliable, thoroughly solves and uses, safeguards, clears up difficult problem.

The undeclared part that relates in the utility model is same as the prior art or adopt prior art to be realized.

Claims

1. concrete segment machine, comprise main frame (1), send plate (2), roll platform (3), lining mechanism (4) and hydraulic system (5), it is characterized in that the supporting plate turnover direction of the last shaking platform of described main frame (1) is located at the side of main frame (1), lining mechanism (4) is installed in the place ahead of main frame (1), main frame (1) includes by frame (6), lazy-tongs (7), pressure head bindiny mechanism (8), moulding box hoisting mechanism (9), hopper (10), cloth broken arch mechanism (11) and vibrating mechanism (14), moulding box hoisting mechanism (9) is by two oil cylinders (19) and two moulding box sliding sleeves (20), they lay respectively at the both sides of frame (6), two oil cylinders (19) are an end and are connected with frame (6), the other end links to each other with moulding box sliding sleeve (20), lazy-tongs (7) also are connected on the moulding box sliding sleeve (20), pressure head bindiny mechanism (8) below connects pressure head (12), the below of pressure head (12) is provided with moulding box (13), moulding box (13) is connected with moulding box hoisting mechanism (9), the below of moulding box (13) is vibrating mechanism (14), and the below of hopper (10) is the broken arch of a cloth mechanism (11).

2. concrete segment machine according to claim 1, it is characterized in that in the described cloth broken arch mechanism (11) arch axis (36) being housed brokenly, broken arch axis (36) is provided with takes off material pawl (37), two of broken arch axis (36) reaches cloth casing (34) outside, the one end is connected with bearing, and the other end is connected with short connecting rod (29), and short connecting rod (29) connects long connecting rod (31) one ends, the other end of long connecting rod (31) connects rotating disk (23), and rotating disk (23) connects reductor (33).

3. concrete segment machine according to claim 1, it is characterized in that described frame (6) is made up of side arm (16) and after-frame (18), hopper (10) is installed in the top of after-frame (18), described hopper (10) is made up of hopper body (22) and hopper door (23), be welded with bearing block (25) on the hopper body (22), hopper door (23) utilizes bearing pin to be connected with bearing block (25), the two ends of hopper door (23) are welded with roller (24), be welded with raceway (26) in the cloth broken arch mechanism (11), roller (24) is assemblied in the raceway (26), operation before and after the cloth broken arch mechanism (11) drives the automatic switch that roller (24) is realized hopper door (23) by raceway (26).