CN206663475U

CN206663475U - Brickmaking machine

Info

Publication number: CN206663475U
Application number: CN201621345518.XU
Authority: CN
Inventors: 王通达
Original assignee: Tianjin Tianjin Datong Machinery Co Ltd
Current assignee: Tianjin Tianjin Datong Machinery Co Ltd
Priority date: 2016-12-09
Filing date: 2016-12-09
Publication date: 2017-11-24
Anticipated expiration: 2026-12-09

Abstract

A kind of brickmaking machine, including frame, the top of the frame is provided with mould in brickmaking, the bottom of the frame is provided with mould under brickmaking, sent before being provided with the brickmaking under mould and brickmaking between mould trigger, after send trigger, the front end of the frame is provided with preceding cloth component, the rear end of the frame is provided with rear cloth component, lift slab component is installed between the preceding cloth component and rear cloth component, the lift slab component is located at the lower section of mould under the brickmaking, and the top of the preceding cloth component is provided with blanking component.Its advantage is：Regulation of the medium species, pressure medium realization poured in compression degree and bumper post by adjusting vibrations spring to vibrating effect, improves vibrating forming effect.

Description

Brickmaking machine

Technical field

It the utility model is related to building materials manufacture mechanical field, particularly a kind of brickmaking machine.

Background technology

Brickmaking machine is by the machine of the granulated slag such as sandstone, slag package material support solid brick.According to the raw material used and into Type mechanism is different, brickmaking machine, can be divided into vibrating forming brickmaking machine, hydraulic molding brick making machine and vibrations hydraulic forming machine.

Existing brickmaking machine is in process of production mainly by sending plate, cloth, lift slab, shaping, ejecting plate process, in cloth process In, multiple cloth can be carried out as needed.

During vibrating forming, for the difference of raw material, and the difference of brickmaking specification, it will for the effect of vibrations Ask also different, what existing vibrations moulding box used is all closed shaking assembly, and its vibrating effect will not change, except non-replaceable vibrations Component.

Existing shaking assembly is using its part of the deadweight as vibroseis, if shockproofness is excessive, what moulding box departed from Risk, and the gravity after departing from can not be as vibration source.

The content of the invention

The purpose of this utility model is to solve the above problems, and devises a kind of brickmaking machine.Specific design scheme is：

A kind of brickmaking machine, including frame, the top of the frame are provided with mould in brickmaking, and the bottom of the frame is provided with Mould under brickmaking, sent before being provided with mould and brickmaking between mould in the brickmaking trigger, after send trigger, the front end installation of the frame There are preceding cloth component, the rear end of the frame that rear cloth component is installed, pacify between the preceding cloth component and rear cloth component Equipped with lift slab component, the lift slab component is located at the lower section of mould under the brickmaking, and the top of the preceding cloth component is provided with blanking Component, is provided with vibrations moulding box in the frame, and the vibrations moulding box includes upper vibrations mould, lower vibrations mould, the upper vibrations mould, Buffering gas column, vibrations spring are installed, the lower end of the buffering gas column is provided with note and fills mouth, and the vibrations spring passes through on lower vibrations mould Adjusting screw is fixed with the upper vibrations mould, lower vibrations mould.

The upper vibrations mould, the horizontal cross-section of lower vibrations mould are circular configuration, and the buffering gas column runs through the upper shake The middle part of dynamic model, lower vibrations mould, the quantity of the vibrations spring is multiple, and the multiple vibrations spring is with the upper vibrations mould, lower shake Array distribution annular in shape, the buffering gas column, the length of adjusting screw are all higher than on horizontal cross-section centered on the center of circle of dynamic model The upper vibrations mould and the summation of the height of lower vibrations mould, the upper vibrations mould, the vertical cross-section of lower vibrations mould are "T"-shaped knot Structure, wherein the upper vibrations mould is in inverted " T " shape structure, the bottom of the lower vibrations mould is fixed on moulding box installing plate, institute State note fill mouth from bottom to top through the moulding box installing plate and with it is described buffering gas column inside connect, the adjusting screw on to Under sequentially pass through vibrations mould, lower vibrations mould, vibrations spring moulding box installing plate, the upper and lower ends of the adjusting screw are threadedly coupled There is adjusting nut, the vibrations spring is extension spring and the vibrations spring is in extended state.

Mould includes upper mould crossbeam in the brickmaking, and the lower end of the upper mould crossbeam is provided with tringle, the upper tringle Quantity is multiple, axial direction linear array distribution of multiple upper tringles along the upper mould crossbeam, the upper mould crossbeam Upper end upper mould oil cylinder is connected with by oil cylinder connector, the upper mould oil cylinder is fixed in cylinder chamber, in the brickmaking mould with When mould closes under brickmaking, mould is embedded under the brickmaking in mould in the brickmaking, and pressing mold horizontal stroke is provided with above the upper mould crossbeam Beam, the pressing mold crossbeam are connected by pressing mold guiding mechanism with the housing slide, and the pressing mold crossbeam can be along the vertical direction Slide, the pressing mold crossbeam is fixedly connected with the upper mould crossbeam.

Strip is sent before trigger is sent before described including, send the axial direction of strip horizontal positioned along the longitudinal direction before described, before described Send strip lower section be provided with preceding bearing column, it is preceding send board motor, the preceding bearing column is the bumper post with gas column, before described The quantity of bearing column is multiple, and multiple preceding bearing columns are along the axial direction linear array point that strip is sent before described Cloth, it is the horizontal machine with reduction box that board motor is sent before described.

Strip is sent after trigger is sent after described including, send the axial direction of strip horizontal positioned along the longitudinal direction after described, after described Send strip lower section be provided with rear load-bearing pillar, after send board motor, the rear load-bearing pillar is the bumper post with gas column, after described The quantity of bearing column is multiple, and multiple rear load-bearing pillars are along the axial direction linear array point that strip is sent after described Cloth, it is the horizontal machine with reduction box that board motor is sent after described.

The preceding cloth component includes preceding cloth bucket, and the preceding cloth bucket is located at the lower section of the blanking component, before described The bottom of mould in the brickmaking is fixed in the rear end of cloth bucket, and the lower section of the preceding cloth bucket is provided with preceding cloth hopper, the preceding cloth Cloth material oil cylinder before being provided with hopper, blanking rod before the rear end of the preceding cloth material oil cylinder is connected with, under the preceding cloth material oil cylinder Side is provided with engineering drag chain, and the front end of the engineering drag chain is in " C " shape structure, the engineering drag chain by multiple rotation connections modeling Expect that bar is formed, the lower section of the engineering drag chain is provided with preceding material-falling hopper, passed through between the preceding cloth material oil cylinder and the preceding cloth hopper Fix bar is fixedly connected.

Cloth component includes rear cloth bucket after described, and the rear cloth bucket is fixed in frame, and the rear cloth bucket is described Cloth bucket is fixed in the frame by cloth slideway afterwards, and the side of the rear cloth bucket is provided with rear material-falling hopper, after described The " U "-shaped structure of material-falling hopper, the top of the frame are provided with rear cloth swing arm, and the front end of the rear cloth swing arm is in " C " shape Structure, " C " shape structure of the cloth swing arm are embedded with cloth crossbeam, and left and right ends and the frame of the cloth crossbeam are slided Dynamic connection, the cloth crossbeam can slide along the longitudinal direction, and the rear end of the cloth swing arm is provided with rear cloth material oil cylinder, described The rear end of cloth material oil cylinder is connected by cloth connecting rod with the rear cloth bucket afterwards, and the cloth connecting rod is by two rotation connections Metallic rod form, it is described after between cloth material oil cylinder and cloth connecting rod, it is described after between cloth bucket and the cloth connecting rod, the cloth It is rotatablely connected between material connecting rod and the frame.

The lift slab component includes adjustable column, and the quantity of the adjustable column is multiple, and the top of the adjustable column passes through branch Plate is provided with lift slab oil cylinder, and the lift slab oil cylinder is placed in a perpendicular direction, and the top of the lift slab oil cylinder is cased with lift slab flange plate, The lift slab oil cylinder is located in lift slab crossbeam, and the left and right ends of the lift slab crossbeam are slided by lift slab guidance set and the frame Dynamic connection, the lift slab crossbeam can be slidable in the vertical direction, the inside top surface of the lift slab crossbeam and the lift slab oil cylinder Top surface is in contact.

The blanking component includes blanking barrel, and the blanking barrel is fixed on the top of the frame, the bottom of the blanking barrel End is provided with material distribution cartridge, and the material distribution cartridge is welded to connect with the blanking barrel, and the top of the material distribution cartridge is provided with shaking assembly.

The bottom of the vibrations moulding box is fixedly connected with the lift slab crossbeam, and the top of the vibrations moulding box is by being driven skin Band connection has vibration motor, and the vibration motor is fixed on motor support base, it is described vibrations moulding box quantity be two, described two Individual vibrations moulding box is located at the left and right ends of the lift slab crossbeam respectively.

The brickmaking machine obtained by above-mentioned technical proposal of the present utility model, its advantage are：

The medium species poured in the compression degree and bumper post of spring is shaken by adjusting, pressure medium is realized to vibrations The regulation of effect, improve vibrating forming effect.

Brief description of the drawings

Fig. 1 is brickmaking machine side structure schematic view described in the utility model；

Fig. 2 is the side structure schematic view of brickmaking machine described in the utility model；

Fig. 3 is the side elevational cross-section structural representation of vibration box described in the utility model；

Fig. 4 is the overlooking the structure diagram of preceding cloth component described in the utility model；

In figure, 1, frame；11st, moulding box is shaken；12nd, motor support base；13rd, driving belt；14th, vibration motor；15th, upper vibrations Mould；16th, lower vibrations mould；17th, bumper post；18th, spring is shaken；19th, note fills mouth；110th, adjusting screw；111st, moulding box installing plate；112、 Adjusting nut；2nd, mould in brickmaking；21st, upper mould crossbeam；22nd, upper tringle；23rd, oil cylinder link；24th, upper mould oil cylinder；25th, oil cylinder Room；26th, pressing mold crossbeam；27th, pressing mold guiding mechanism；3rd, mould under brickmaking；4th, it is preceding to send trigger；41st, it is preceding to send strip；42nd, preceding load-bearing branch Post；43rd, it is preceding to send board motor；5th, trigger is sent after；51st, strip is sent after；52nd, rear load-bearing pillar；53rd, board motor is sent after；6th, preceding cloth Component；61st, preceding cloth bucket；62nd, preceding cloth hopper；63rd, preceding cloth material oil cylinder；64th, preceding blanking rod；65th, engineering drag chain；66th, preceding blanking Bucket；67th, fix bar；7th, rear cloth component；71st, rear cloth bucket；72nd, rear material-falling hopper；73rd, rear cloth swing arm；74th, cloth crossbeam； 75th, rear cloth material oil cylinder；76th, cloth connecting rod；77th, cloth slideway；8th, lift slab component；81st, adjustable column；82nd, support plate；83rd, lift slab oil Cylinder；84th, lift slab flange plate；85th, lift slab crossbeam；86th, lift slab guidance set；9th, blanking component；91st, blanking barrel；92nd, material distribution cartridge； 93rd, shaking assembly.

Embodiment

The utility model is specifically described below in conjunction with the accompanying drawings.

Fig. 1 is brickmaking machine side structure schematic view described in the utility model；Fig. 2 is the side of brickmaking machine described in the utility model Depending on structural representation；Fig. 3 is the side elevational cross-section structural representation of vibration box described in the utility model, as Figure 1-3, one kind system Brick machine, including frame 1, the top of the frame 1 are provided with mould 2 in brickmaking, and the bottom of the frame 1 is provided with mould 3 under brickmaking, Sent before being provided with the brickmaking under mould 2 and brickmaking between mould 3 trigger 4, after send trigger 5, before the front end of the frame 1 is provided with Cloth component 6, the rear end of the frame 1 are provided with rear cloth component 7, pacify between the preceding cloth component 6 and rear cloth component 7 Equipped with lift slab component 8, the lift slab component 8 is located at the lower section of mould 3 under the brickmaking, and the top of the preceding cloth component 6 is provided with Blanking component 9, vibrations moulding box 11 is provided with the frame 1, and the vibrations moulding box 11 includes upper vibrations mould 15, lower vibrations mould 16, the upper vibrations mould 15, lower shake are provided with buffering gas column 17, vibrations spring 18 on mould 16, the lower end of the buffering gas column 17 Note is installed and fills mouth 19, the vibrations spring 18 is fixed by adjusting screw 110 and the upper vibrations mould 15, lower vibrations mould 16.

The upper vibrations mould 15, the horizontal cross-section of lower vibrations mould 16 are circular configuration, and the buffering gas column 17 runs through institute Vibrations mould 15, the middle part of lower vibrations mould 16 are stated, the quantity of the vibrations spring 18 is multiple, and the multiple vibrations spring 18 is with described It is upper vibrations mould 15, it is lower vibrations mould 16 the center of circle centered on horizontal cross-section array distribution annular in shape, it is described buffering gas column 17, adjust Section leading screw 110 length be all higher than it is described it is upper vibrations mould 15 with it is lower vibrations mould 16 height summation, it is described it is upper vibrations mould 15, under The vertical cross-section for shaking mould 16 is " T " shape structure, wherein the upper vibrations mould 15 is in inverted " T " shape structure, the lower shake The bottom of dynamic model 16 is fixed on moulding box installing plate 111, and the note fills mouth 19 and runs through the moulding box installing plate 111 simultaneously from bottom to top Connected with the inside of buffering gas column 17, the adjusting screw 110 sequentially passes through vibrations mould 15, lower vibrations mould from top to bottom 16th, the moulding box installing plate 111 of spring 18 is shaken, the upper and lower ends of the adjusting screw 110 are threaded with adjusting nut 112, institute State vibrations spring 18 and be in extended state for extension spring and the vibrations spring 18.

Mould 2 includes upper mould crossbeam 21 in the brickmaking, and the lower end of the upper mould crossbeam 21 is provided with tringle 22, it is described on The quantity of tringle 22 is multiple, axial direction linear array distribution of multiple upper tringles 22 along the upper mould crossbeam 21, The upper end of the upper mould crossbeam 21 is connected with upper mould oil cylinder 24 by oil cylinder connector 23, and the upper mould oil cylinder 24 is fixed on oil cylinder In room 25, when mould 3 closes under mould 2 and brickmaking in the brickmaking, mould 2 is embedded under the brickmaking in mould 3 in the brickmaking, it is described on The top of mould crossbeam 21 is provided with pressing mold crossbeam 26, and the pressing mold crossbeam 26 is slided by pressing mold guiding mechanism 27 and the frame 1 Dynamic connection, the pressing mold crossbeam 26 can be slidable in the vertical direction, and the pressing mold crossbeam 26 is fixed with the upper mould crossbeam 21 to be connected Connect.

Strip 41 is sent before trigger 4 is sent before described including, send the axial direction of strip 41 horizontal positioned along the longitudinal direction before described, institute Sent before stating strip 41 lower section be provided with preceding bearing column 42, it is preceding send board motor 43, the preceding bearing column 42 is with gas column Bumper post, the quantity of the preceding bearing column 42 are multiple, and multiple preceding bearing columns 42 are along the axle that strip 41 is sent before described To the linear array distribution in direction, it is the horizontal machine with reduction box that board motor 43 is sent before described.

Strip 51 is sent after trigger 5 is sent after described including, send the axial direction of strip 51 horizontal positioned along the longitudinal direction after described, institute Sent after stating strip 51 lower section be provided with rear load-bearing pillar 52, after send board motor 53, the rear load-bearing pillar 52 is with gas column Bumper post, the quantity of the rear load-bearing pillar 52 are multiple, and multiple rear load-bearing pillars 52 are along the axle that strip 51 is sent after described To the linear array distribution in direction, it is the horizontal machine with reduction box that board motor 53 is sent after described.

Fig. 4 is the overlooking the structure diagram of preceding cloth component described in the utility model, as shown in figure 4, the preceding cloth group Part 6 includes preceding cloth bucket 61, and the preceding cloth bucket 61 is located at the lower section of the blanking component 9, the rear end of the preceding cloth bucket 61 It is fixed on the bottom of mould 2 in the brickmaking, the lower section of the preceding cloth bucket 61 is provided with preceding cloth hopper 62, in the preceding cloth hopper 62 Cloth material oil cylinder 63 before being provided with, the rear end of the preceding cloth material oil cylinder 63 are connected with preceding blanking rod 64, the preceding cloth material oil cylinder 63 Lower section is provided with engineering drag chain 65, and the front end of the engineering drag chain 65 is in " C " shape structure, and the engineering drag chain 65 is by multiple rotations The plastic bar of connection is formed, and the lower section of the engineering drag chain 65 is provided with preceding material-falling hopper 66, the preceding cloth material oil cylinder 63 and it is described before It is fixedly connected between cloth hopper 62 by fix bar 67.

Cloth component 7 includes rear cloth bucket 71 after described, and the rear cloth bucket 71 is fixed in frame 1, the rear cloth Bucket 71, the rear cloth bucket 71 are fixed in the frame 1 by cloth slideway 72, and the side of the rear cloth bucket 71 is provided with Material-falling hopper 72 afterwards, 72 " U "-shaped structure of the rear material-falling hopper, the top of the frame 1 is provided with rear cloth swing arm 73, after described The front end of cloth swing arm 73 is in " C " shape structure, and " C " shape structure of the cloth swing arm 73 is embedded with cloth crossbeam 74, the cloth The left and right ends of material crossbeam 74 are slidably connected with the frame 1, and the cloth crossbeam 74 can slide along the longitudinal direction, the cloth The rear end of material swing arm 73 is provided with rear cloth material oil cylinder 75, it is described after cloth material oil cylinder 75 rear end by cloth connecting rod 76 with it is described after Cloth bucket 71 connects, and the cloth connecting rod 76 is to be made up of the metallic rod of two rotation connections, the rear cloth material oil cylinder 75 and cloth Expect connecting rod 76 between, it is described after between cloth bucket 71 and the cloth connecting rod 76, between the cloth connecting rod 76 and the frame 1 Rotation connection.

The lift slab component 8 includes adjustable column 81, and the quantity of the adjustable column 81 is multiple, the top of the adjustable column 81 Lift slab oil cylinder 83 is provided with by support plate 82, the lift slab oil cylinder 83 is placed in a perpendicular direction, the top of the lift slab oil cylinder 83 Lift slab flange plate 84 is cased with, the lift slab oil cylinder 83 is located in lift slab crossbeam 85, and the left and right ends of the lift slab crossbeam 85 pass through Lift slab guidance set 86 is slidably connected with the frame 1, and the lift slab crossbeam 85 can be slidable in the vertical direction, and the lift slab is horizontal The inside top surface of beam 85 is in contact with the top surface of the lift slab oil cylinder 83.

The blanking component 9 includes blanking barrel 91, and the blanking barrel 91 is fixed on the top of the frame 1, the blanking Cylinder 91 bottom material distribution cartridge 92 is installed, the material distribution cartridge 92 is welded to connect with the blanking barrel 91, the material distribution cartridge 92 it is upper Portion is provided with shaking assembly 93.

The bottom of the vibrations moulding box 11 is fixedly connected with the lift slab crossbeam 85, and the top of the vibrations moulding box 11 passes through Driving belt 13 is connected with vibration motor 14, and the vibration motor 14 is fixed on motor support base 12, the vibrations moulding box 11 Quantity is two, and described two vibrations moulding boxs 11 are located at the left and right ends of the lift slab crossbeam 85 respectively.

During production, sent before shaping flitch is placed on board component 4, send strip 41 to be sent to the lift slab component 8 before menstruation Top, again during, raw material for brickmaking is fallen into shaping flitch from blanking component 9 by preceding cloth component 6, is opened Shaping flitch is pushed up act by dynamic lift slab oil cylinder 83, and then the upper mould oil cylinder 24 promotes upper tringle 22 to move down, and inserts institute State among the material in shaping flitch, and compressed by the pressing mold crossbeam 26, and the vibrating forming of moulding box 11 is shaken by described, By two kinds of raw material mixing blankings, then it can pass through the rear cloth component if necessary to feed or need in process of production 7 realize.

In said process, in the vibrating forming stage, the vibration motor 14 drives vibrations mould by the driving belt 13 Case 11 shakes, and now the buffering gas column 17 can play cushioning effect.

When needing to adjust vibrating effect：

Mouth 19 can be filled by the note and is passed through different filled medias into the buffering gas column 17, to change its vibrations Coefficient；

Mouth 19 can be filled by the note and is passed through different amounts of filled media into the buffering gas column 17, so as to change it Internal pressure, finally change its buffering and wash one's face and rinse one's mouth；

The spring ratio of the vibrations spring 18 can be changed by rotating adjusting nut 112, by shaking spring 18 and buffering Post 17 is realized to the not same-action of the upper vibrations mould 15, lower vibrations mould 16 shakes the regulation washed one's face and rinsed one's mouth to it.

Above-mentioned technical proposal only embodies the optimal technical scheme of technical solutions of the utility model, the technology of the art Personnel embody principle of the present utility model to some variations that some of which part may be made, and belong to the utility model Protection domain within.

Claims

1. a kind of brickmaking machine, including frame (1), the top of the frame (1) is provided with mould in brickmaking (2), the frame (1) Bottom is provided with mould under brickmaking (3), sent before being provided with the brickmaking under mould (2) and brickmaking between mould (3) trigger (4), after give Trigger (5), the front end of the frame (1) is provided with preceding cloth component (6), the rear end of the frame (1) is provided with rear cloth group Part (7), lift slab component (8), lift slab component (8) position are installed between the preceding cloth component (6) and rear cloth component (7) The lower section of mould (3) under the brickmaking, the top of the preceding cloth component (6) are provided with blanking component (9), it is characterised in that institute To state and vibrations moulding box (11) is installed in frame (1), the vibrations moulding box (11) includes upper vibrations mould (15), lower vibrations mould (16), Buffering gas column (17), vibrations spring (18), the buffering gas column (17) are installed on the upper vibrations mould (15), lower vibrations mould (16) Lower end note be installed fill mouth (19), the vibrations spring (18) passes through adjusting screw (110) and the upper vibrations mould (15), lower shake Dynamic model (16) is fixed.

2. according to the brickmaking machine described in claim 1, it is characterised in that the upper vibrations mould (15), lower vibrations mould (16) Horizontal cross-section is circular configuration, and the buffering gas column (17) runs through the upper vibrations mould (15), the middle part of lower vibrations mould (16), The quantity of the vibrations spring (18) is multiple, and the multiple vibrations spring (18) is with the upper vibrations mould (15), lower vibrations mould (16) The center of circle centered on horizontal cross-section array distribution annular in shape, it is described buffering gas column (17), the length of adjusting screw (110) it is equal More than the upper vibrations mould (15) and the summation of the height of lower vibrations mould (16), the upper vibrations mould (15), lower vibrations mould (16) Vertical cross-section be " T " shape structure, wherein the upper vibrations mould (15) is in inverted " T " shape structure, the lower vibrations mould (16) bottom is fixed on moulding box installing plate (111), and the note fills mouth (19) and runs through the moulding box installing plate from bottom to top (111) and with being connected inside the buffering gas column (17), the adjusting screw (110) sequentially passes through vibrations mould from top to bottom (15), lower vibrations mould (16), vibrations spring (18) moulding box installing plate (111), the equal screw thread of upper and lower ends of the adjusting screw (110) Adjusting nut (112) is connected with, the vibrations spring (18) is extension spring and the vibrations spring (18) is in extended state.

3. according to the brickmaking machine described in claim 1, it is characterised in that mould (2) includes upper mould crossbeam (21) in the brickmaking, The lower end of the upper mould crossbeam (21) is provided with tringle (22), the quantity of the upper tringle (22) be it is multiple, it is multiple it is described on Axial direction linear array distribution of the tringle (22) along the upper mould crossbeam (21), the upper end of the upper mould crossbeam (21) pass through Oil cylinder connector (23) is connected with upper mould oil cylinder (24), and the upper mould oil cylinder (24) is fixed in cylinder chamber (25), the brickmaking When upper mould (2) closes with mould (3) under brickmaking, in the brickmaking under the embedded brickmaking of mould (2) in mould (3), the upper mould crossbeam (21) pressing mold crossbeam (26) is installed, the pressing mold crossbeam (26) passes through pressing mold guiding mechanism (27) and the frame above (1) it is slidably connected, the pressing mold crossbeam (26) can be slidable in the vertical direction, the pressing mold crossbeam (26) and the upper mould crossbeam (21) it is fixedly connected.

4. according to the brickmaking machine described in claim 1, it is characterised in that send trigger (4) to send strip (41) before including before described, Send the axial direction of strip (41) horizontal positioned along the longitudinal direction before described, send the lower section of strip (41) to be provided with preceding bearing column before described (42), preceding to send board motor (43), the preceding bearing column (42) is the bumper post with gas column, the preceding bearing column (42) Quantity to be multiple, multiple preceding bearing columns (42) along the linear array distribution of axial direction that strip (41) is sent before described, It is the horizontal machine with reduction box that board motor (43) is sent before described.

5. according to the brickmaking machine described in claim 1, it is characterised in that send trigger (5) to send strip (51) after including after described, Send the axial direction of strip (51) horizontal positioned along the longitudinal direction after described, send the lower section of strip (51) to be provided with rear load-bearing pillar after described (52) board motor (53) is sent after, the rear load-bearing pillar (52) is the bumper post with gas column, the rear load-bearing pillar (52) Quantity to be multiple, multiple rear load-bearing pillars (52) along the linear array distribution of axial direction that strip (51) is sent after described, It is the horizontal machine with reduction box that board motor (53) is sent after described.

6. according to the brickmaking machine described in claim 1, it is characterised in that the preceding cloth component (6) includes preceding cloth bucket (61), the preceding cloth bucket (61) is located at the lower section of the blanking component (9), and institute is fixed in the rear end of the preceding cloth bucket (61) The bottom of mould in brickmaking (2) is stated, the lower section of the preceding cloth bucket (61) is provided with preceding cloth hopper (62), and the preceding cloth hopper (62) is interior Cloth material oil cylinder (63) before being provided with, the rear end of the preceding cloth material oil cylinder (63) are connected with preceding blanking rod (64), the preceding cloth oil Engineering drag chain (65) is installed, the front end of the engineering drag chain (65) is in " C " shape structure, the engineering drag chain below cylinder (63) (65) it is made up of the plastic bar of multiple rotation connections, the lower section of the engineering drag chain (65) is provided with preceding material-falling hopper (66), before described It is fixedly connected between cloth material oil cylinder (63) and the preceding cloth hopper (62) by fix bar (67).

7. according to the brickmaking machine described in claim 1, it is characterised in that cloth component (7) includes rear cloth bucket after described (71), the rear cloth bucket (71) is fixed in frame (1), and the rear cloth bucket (71), the rear cloth bucket (71) passes through cloth Material slideway (77) is fixed in the frame (1), and the side of the rear cloth bucket (71) is provided with rear material-falling hopper (72), after described Material-falling hopper (72) " U "-shaped structure, the top of the frame (1) are provided with rear cloth swing arm (73), the rear cloth swing arm (73) front end is in " C " shape structure, and " C " shape structure of the cloth swing arm (73) is embedded with cloth crossbeam (74), the cloth The left and right ends of crossbeam (74) are slidably connected with the frame (1), and the cloth crossbeam (74) can be slided along the longitudinal direction, institute The rear end for stating cloth swing arm (73) is provided with rear cloth material oil cylinder (75), and the rear end of the rear cloth material oil cylinder (75) passes through cloth connecting rod (76) it is connected with the rear cloth bucket (71), the cloth connecting rod (76) is to be made up of the metallic rods of two rotation connections, described Afterwards between cloth material oil cylinder (75) and cloth connecting rod (76), it is described after between cloth bucket (71) and the cloth connecting rod (76), it is described It is rotatablely connected between cloth connecting rod (76) and the frame (1).

8. according to the brickmaking machine described in claim 1, it is characterised in that the lift slab component (8) includes adjustable column (81), institute The quantity for stating adjustable column (81) is multiple, and the top of the adjustable column (81) is provided with lift slab oil cylinder (83) by support plate (82), The lift slab oil cylinder (83) is placed in a perpendicular direction, and the top of the lift slab oil cylinder (83) is cased with lift slab flange plate (84), described Lift slab oil cylinder (83) is located in lift slab crossbeam (85), and the left and right ends of the lift slab crossbeam (85) pass through lift slab guidance set (86) Be slidably connected with the frame (1), the lift slab crossbeam (85) can be slidable in the vertical direction, the lift slab crossbeam (85) it is interior Portion's top surface is in contact with the top surface of the lift slab oil cylinder (83).

9. according to the brickmaking machine described in claim 1, it is characterised in that the blanking component (9) includes blanking barrel (91), institute The top that blanking barrel (91) is fixed on the frame (1) is stated, the bottom of the blanking barrel (91) is provided with material distribution cartridge (92), described Material distribution cartridge (92) is welded to connect with the blanking barrel (91), and the top of the material distribution cartridge (92) is provided with shaking assembly (93).

10. according to the brickmaking machine described in claim 8, it is characterised in that the bottom of the vibrations moulding box (11) and the liter Plate crossbeam (85) is fixedly connected, and the top of the vibrations moulding box (11) is connected with vibration motor (14) by driving belt (13), The vibration motor (14) is fixed on motor support base (12), and the quantity of the vibrations moulding box (11) is two, described two shakes Dynamic model case (11) is located at the left and right ends of the lift slab crossbeam (85) respectively.