CN217322437U - Stacking brick separator - Google Patents

Abstract

The utility model relates to a pile up neatly brick separator, keep off the brick device including dividing brick frame, dividing brick transition device, dividing brick device and double stroke, divide the brick device slidable and divide into the three branch brick unit that can keep away from each other, divide brick transition device to install on dividing the brick frame, double stroke keeps off the brick device and installs on dividing the brick device and double stroke keeps off brick device and is located keeping away from branch brick transition device one side of dividing the brick device, double stroke keeps off the brick device and has short stroke state and long stroke state, double stroke keeps off the brick device and is located when short stroke state than when being in long stroke state and more far away from when dividing brick transition device, and production flexibility is strong.

Description

Stacking brick separator

Technical Field

The utility model relates to a pile up neatly technical field of laying bricks, especially relate to a pile up neatly brick separator.

Background

The full-automatic building block forming production line is a production line capable of producing various bricks, and the bricks need to be piled into brick piles and packed for later transportation and delivery of finished bricks.

Due to the bricks produced by different types of equipment, the sizes of folded veneers are inconsistent, and subsequent loading is influenced. Therefore, the single-plate bricks need to be pushed together by a brick pushing device to form a size more suitable for delivery. However, the conventional brick pushing machine only has a splicing function, so that bricks are stacked on a pallet and the brick stack on the pallet are forked away by a forklift. In this way, a fixed cost of one pallet per brick stack results.

In order to eliminate the pallet, forklift holes must be reserved when bricks are stacked, a special brick distribution machine is needed, and the existing brick distribution machine cannot meet the brick distribution requirements of a plurality of different specifications of bricks and is poor in flexibility.

SUMMERY OF THE UTILITY MODEL

For overcoming the technical defect that prior art exists, the utility model provides a pile up neatly brick separator, it is flexible strong to produce.

The utility model discloses a technical solution be:

the stacking brick divider comprises a brick dividing frame, a brick dividing transition device, a brick dividing device and a double-stroke brick blocking device, wherein the brick dividing device is slidable and divided into three brick dividing units which can be far away from each other, the brick dividing transition device is installed on the brick dividing frame, the double-stroke brick blocking device is installed on the brick dividing device and is positioned on one side, far away from the brick dividing transition device, of the brick dividing device, the double-stroke brick blocking device has a short stroke state and a long stroke state, and the double-stroke brick blocking device is further away from the brick dividing transition device when in the short stroke state than when in the long stroke state.

Preferably, divide brick transition device to advance brick direction subassembly and pressure brick subassembly including dividing brick transition bottom plate, two, divide brick transition bottom plate to install on dividing the brick frame, two advance the brick direction subassembly and all install on dividing the brick frame, two advance to form between the brick direction subassembly and lead the brick passageway, press the brick unit mount on dividing the brick frame and press the brick subassembly to be located the terminal upside of branch brick transition bottom plate.

Preferably, the brick feeding guide assemblies respectively comprise a plurality of brick feeding guide seats, a plurality of brick feeding guide screw rods and brick feeding guide plates, each brick feeding guide seat is fixedly arranged on the brick distributing frame, each brick feeding guide screw rod is fixedly arranged on the brick feeding guide plate, each brick feeding guide screw rod is fixedly arranged on the corresponding brick feeding guide seat through a brick guide fixing nut, and each brick feeding guide plate is parallel to each other and forms a splayed opening on the brick feeding side of the brick feeding guide plate.

Preferably, the brick pressing assembly comprises a brick pressing cylinder, a supporting beam, guide pillars and a brick pressing frame, the guide pillars penetrate through the supporting beam to slide up and down, the guide pillars are fixedly arranged on the brick pressing frame, the supporting beam stretches across the brick dividing frame and is positioned on the upper side of the tail end of the brick dividing transition bottom plate, the brick pressing cylinder is arranged on the supporting beam, and the output end of the brick pressing cylinder is arranged on the brick pressing frame.

Preferably, the brick separating device comprises a brick separating cylinder and a stacking brick separating trolley, the stacking brick separating trolley is slidably mounted on the brick separating frame, the fixed end of the brick separating cylinder is mounted on the brick separating frame, the movable end of the brick separating cylinder is mounted on the stacking brick separating trolley, and the stacking brick separating trolley comprises three brick separating units which can be far away from each other.

Preferably, the stacking brick dividing trolley further comprises a brick dividing movable frame, the three brick dividing units are respectively an intermediate brick dividing unit and two movable brick dividing units, the brick dividing movable frame slides along the brick dividing frame, the fixed end of the brick dividing cylinder is mounted on the brick dividing frame, the movable end of the brick dividing cylinder is mounted on the brick dividing movable frame, a plurality of parallel brick dividing slide rails are horizontally and fixedly mounted at the top of the brick dividing movable frame, the intermediate brick dividing units are fixedly mounted on the brick dividing movable frame, two intermediate brick clamping assemblies are symmetrically arranged on two sides of each intermediate brick dividing unit along the sliding direction of the brick dividing movable frame, and the clamping positions of the intermediate brick clamping assemblies are positioned on the upper side of the intermediate brick dividing units; but two removal minute brick units slidable mounting are respectively on the branch brick slide rail of dividing brick unit both sides, two strokes keep off the brick device and are located the removal minute brick unit on the output side of brick pushing direction, two remove the minute brick unit along dividing the equal symmetrical arrangement in brick adjustable shelf slip direction both sides and have two removals to press from both sides the brick subassembly, it presss from both sides the brick subassembly and presss from both sides tightly to be located to correspond and divides brick unit upside.

Preferably, the double-stroke brick retaining device comprises a brick retaining fixing seat, a baffle cylinder, a brick retaining rolling plate assembly, a limiting assembly and a clamping control assembly, wherein the limiting assembly comprises a short-stroke limiting end and a long-stroke limiting end, a selection hole is formed in the brick retaining fixing seat, the limiting assembly is fixedly arranged on the brick retaining rolling plate assembly, the selection hole can allow the short-stroke limiting end to pass through but cannot allow the long-stroke limiting end to pass through, the brick retaining fixing seat is fixedly arranged on the brick separating device, the baffle cylinder is arranged on the brick retaining fixing seat, the output end of the baffle cylinder is arranged on the brick retaining rolling plate assembly, the clamping control assembly is arranged on the baffle fixing seat, the clamping control assembly is provided with a clamping ascending position and a clamping descending position, and the clamping control assembly is used for blocking the short-stroke limiting end when being in the clamping ascending position.

Preferably, the brick blocking rolling plate assembly comprises a brick blocking plate, a roller mounting seat and a rolling wheel, the roller mounting seat is mounted on the brick blocking plate through a long hole, the rolling wheel is rotatably mounted on the roller mounting seat, and the brick blocking plate is fixedly mounted at the output end of the baffle cylinder.

Preferably, the limiting assembly comprises an adjusting screw, a short stroke limiting plate and a long stroke limiting plate, the short stroke limiting plate is fixedly arranged on the adjusting screw so as to form a short stroke limiting end, the long stroke limiting plate is fixedly arranged on the adjusting screw so as to form a long stroke limiting end, and the adjusting screw is arranged on the brick blocking plate through a thread pair.

Preferably, the joint control assembly comprises a brick blocking limiting clamping plate and a brick blocking limiting cylinder, the brick blocking limiting clamping plate is provided with a horizontal section and a vertical section which are integrally arranged, the brick blocking limiting cylinder is installed on the horizontal section, the output end of the brick blocking limiting cylinder penetrates through the horizontal section and is installed on a brick blocking fixing seat, the brick blocking limiting cylinder is provided with a clamping ascending position and a clamping descending position, and the vertical section blocks the short-stroke limiting end when the clamping ascending position exists.

The utility model has the advantages that:

the brick dividing device is slidable and divided into three brick dividing units which can be far away from each other, the brick dividing units are used for dividing the pushed whole layer of bricks into three parts, and then brick dividing is realized, the brick dividing transition device is arranged on the brick dividing frame, the brick dividing transition device is positioned between the brick dividing device and the brick pushing machine, the brick dividing units are required to move transversely in each brick dividing process, if the brick dividing units close to one side of the brick pushing machine are directly matched with the brick pushing machine, the brick pushing machine and the brick dividing units respectively belong to two independent devices, and the brick pushing machine is difficult to be tightly matched with the brick dividing units, so the brick dividing frame is provided with the brick dividing transition device, the brick dividing units are matched with the brick dividing transition devices belonging to the same device during transverse movement, equipment debugging is greatly facilitated, the whole layer of bricks can be more stable when being conveyed from the brick dividing transition devices to the brick dividing units, the double-stroke brick blocking devices are arranged on the brick dividing devices, and the double-stroke brick blocking devices are positioned on the brick dividing devices and far away from the brick dividing transition devices The side, the double-stroke keeps off the brick device and has short stroke state and long stroke state, and the double-stroke keeps off the brick device and is in the short stroke state when more be farther away from when being in the long stroke state and divides the brick transition device, and the double-stroke keeps off the convenient adjustment of ranks number that the brick size and pile up neatly piled up the type and be short stroke state or long stroke state, the flexible production of being convenient for.

Drawings

Fig. 1 is a schematic view of the overall structure of the present invention.

Fig. 2 is an enlarged schematic view of E in fig. 1.

Fig. 3 is an enlarged schematic view of F in fig. 1.

Fig. 4 is a schematic side view of the tile.

Fig. 5 is a schematic structural view of the double-stroke brick blocking device.

Description of reference numerals:

51. dividing the brick frame;

52. a brick dividing transition device; 521. a brick dividing transition bottom plate; 522. a brick feeding guide assembly; 5221. a brick feeding guide seat; 5222. a brick feeding guide screw rod; 5223. a brick feeding guide plate; 523. pressing the brick assembly; 5231. a brick pressing cylinder; 5232. a support beam; 5233. a guide post; 5234. pressing a brick frame;

53. a brick separating device; 531. a brick separating cylinder; 532. a brick stacking and distributing trolley; 5321. a brick dividing movable frame; 3222. a brick dividing unit; 53221. a brick dividing slide rail; 5323. moving the brick dividing unit; 5324. a middle clamping brick component; 5325. moving the brick clamping assembly;

54. a double-stroke brick blocking device; 541. a brick blocking fixing seat; 5411. selecting a hole; 542. a baffle cylinder; 543. a brick blocking rolling plate assembly; 5431. a brick blocking plate; 5432. a roller mounting seat; 5433. a rolling wheel; 5434. jacking the screw tightly; 544. a limiting component; 5441. adjusting the screw rod; 5442. a short-stroke limit plate; 5443. a long-stroke limit plate; 545. clamping the control assembly; 5451. a brick blocking limiting clamping plate; 5452. keep off the spacing cylinder of brick.

Detailed Description

The present invention will be further explained with reference to the accompanying drawings:

as shown in fig. 1-5, the present embodiment provides a stacking brick divider, which is connected with a brick pushing machine, and comprises a brick dividing frame 51, a brick dividing transition device 52, a brick dividing device 53 and a double-stroke brick retaining device 54, wherein the brick dividing device 53 is slidable and divided into three brick dividing units which are far away from each other, the brick dividing units are used for dividing a whole layer of pushed bricks into three parts, so as to realize brick dividing, the brick dividing transition device 52 is installed on the brick dividing frame 51, the brick dividing transition device 52 is located between the brick dividing device 53 and the brick pushing machine, since the brick dividing units are moved transversely in each brick dividing process, if the brick dividing unit near one side of the brick pushing machine is directly matched with the brick pushing machine, since the brick pushing machine and the brick dividing unit belong to two independent devices respectively, the brick pushing machine and the brick dividing unit are difficult to be matched tightly, the brick dividing transition device 52 is installed on the brick dividing frame 51, and the brick dividing unit is matched with the brick dividing transition device 52 belonging to the same device when the brick dividing unit moves transversely, greatly made things convenient for the equipment debugging, also make whole course brickwork can be more steady when carrying to the brick dividing unit from dividing brick transition device 52, two strokes keep off brick device 54 and install on dividing brick device 53 and two strokes keep off brick device 54 and be located dividing brick device 53 keep away from dividing brick transition device 52 one side, two strokes keep off brick device 54 and have short stroke state and long stroke state, two strokes keep off brick device 54 and be located more far away from when short stroke state dividing brick transition device 52 than when being in the long stroke state when being in the short stroke state, two strokes keep off brick device 54 can be according to the convenient adjustment of ranks number of brick size and pile up neatly heap type for short stroke state or long stroke state, the flexible production of being convenient for.

Wherein, the brick dividing transition device 52 comprises a brick dividing transition bottom plate 521, two advance brick direction subassembly 522 and pressure brick subassembly 523, divide brick transition bottom plate 521 to install on dividing brick frame 51, two advance brick direction subassemblies 522 and all install on dividing brick frame 51, two advance to form between the brick direction subassembly 522 and lead the brick passageway, it installs on dividing brick frame 51 and presses brick subassembly 523 to be located the terminal upside of brick transition bottom plate 521, it pushes away the first brick channel that leads that gets into of whole layer brick to push away the brick machine, lead the brick channel and carry out the plastic to the brickwork, prevent that the clearance from appearing in the brickwork, divide brick device 53 laminating branch brick transition bottom plate 521 side, the brickwork gets into branch brick device 53 through branch brick transition bottom plate 521, it presses the last row of brickwork on the branch brick transition bottom plate 521 to press brick subassembly 523, divide brick device 53 to keep away from branch brick transition bottom plate 521 afterwards, brick subassembly 523 has prevented when dividing brick device 53 and the separation of brick transition bottom plate 521 from dividing the separation of brick transition bottom plate 521 that the device 53 and the branch brick transition bottom plate 521 is dragged to drop between branch brick transition bottom plate 521.

The brick feeding guide assemblies 522 respectively comprise a plurality of brick feeding guide seats 5221, a plurality of brick feeding guide screws 5222 and brick feeding guide plates 5223, each brick feeding guide seat 5221 is fixedly arranged on the brick dividing frame 51, each brick feeding guide screw 5222 is fixedly arranged on the brick feeding guide plate 5223, each brick feeding guide screw 5222 is fixedly arranged on the corresponding brick feeding guide seat 5221 through a brick guide fixing nut, the distance between the two brick feeding guide plates 5223 is adjusted by adjusting the position of the brick guide fixing nut on the brick feeding guide screw 5222 so as to adapt to different stacking requirements of different sizes of bricks or different numbers of rows of bricks in different stacking types, the brick feeding guide plates 5223 are parallel to each other, and the brick feeding sides of the brick feeding guide plates 5223 form a splayed opening.

The brick pressing assembly 523 comprises a brick pressing cylinder 5231, a support beam 5232, guide posts 5233 and a brick pressing frame 5234, the guide posts 5233 penetrate through the support beam 5232 to slide up and down, the guide posts 5233 are fixedly mounted on the brick pressing frame 5234, the guide posts 5233 are used for providing guide for the lifting of the brick pressing frame 5234, the support beam 5232 is arranged on the brick dividing frame 51 in a crossing mode, the support beam 5232 is positioned on the upper side of the tail end of the brick dividing transition bottom plate 521, the brick pressing cylinder 5231 is mounted on the support beam 5232, the output end of the brick pressing cylinder 5231 is mounted on the brick pressing frame 5234, the brick pressing cylinder 5231 drives the brick pressing frame 5234 to press the lower-side bricks, and the bricks are prevented from being dragged and dropped from between the brick dividing device 53 and the brick dividing transition bottom plate 521 when the brick dividing device 53 is separated from the brick dividing transition bottom plate 521.

Wherein, divide brick device 53 to include and divide brick cylinder 531 and pile up neatly to divide brick dolly 532, pile up neatly divide brick dolly 532 slidable mounting on dividing brick frame 51, divide brick cylinder 531 fixed end to install on dividing brick frame 51 and the expansion end is installed on pile up neatly to divide brick dolly 532, divide brick cylinder 531 to be used for driving pile up neatly to divide brick dolly 532 laminating or keep away from branch brick transition bottom plate 521, pile up neatly divide brick dolly 532 to include three branch brick unit that can keep away from each other.

Specifically, the stacking brick-dividing trolley 532 further comprises a brick-dividing movable frame 5321, the three brick-dividing units are respectively an intermediate brick-dividing unit 3222 and two movable brick-dividing units 5323, the brick-dividing movable frame 5321 slides along the brick-dividing frame 51, a fixed end of a brick-dividing cylinder 531 is mounted on the brick-dividing frame 51, a movable end of the brick-dividing cylinder is mounted on the brick-dividing movable frame 5321, the brick-dividing cylinder 531 is used for driving the brick-dividing movable frame 5321 to move, a plurality of parallel brick-dividing slide rails 53221 are horizontally and fixedly mounted at the top of the brick-dividing movable frame 5321, the intermediate brick-dividing unit 3222 is fixedly mounted on the brick-dividing movable frame 5321, two intermediate brick-clamping assemblies 5324 are symmetrically arranged at two sides of the intermediate brick-dividing unit 3222 in the sliding direction of the brick-dividing movable frame 5321, a clamping position of the intermediate brick-clamping assembly 5324 is located at the upper side of the intermediate brick-dividing unit 3222, and the intermediate brick-clamping assembly 5324 is used for clamping a brick positioned on the intermediate brick-dividing unit 3222; the two movable brick-dividing units 5323 are respectively slidably mounted on brick-dividing slide rails 53221 on two sides of the brick-dividing unit 3222, bricks on the two brick-dividing units are driven by the movable brick-dividing units 5323 to be away from the brick-dividing unit 3222, so that brick division is realized, the double-stroke brick blocking device 54 is located on the movable brick-dividing unit 5323 on the output side in the brick pushing direction, two movable brick-clamping assemblies 5325 are symmetrically arranged on the two movable brick-dividing units 5323 along two sides of the sliding direction of the brick-dividing movable frame 5321, the movable brick-clamping assemblies 5325 are clamped on the upper side of the corresponding brick-dividing unit 3222, and the movable brick-clamping assemblies 5325 are used for preventing the bricks on the corresponding movable brick-dividing unit 5323 from falling or moving in a staggered manner.

The double-stroke brick retaining device 54 comprises a brick retaining fixing seat 541, a baffle cylinder 542, a brick retaining rolling plate component 543, a limiting component 544 and a clamping control component 545, wherein the limiting component 544 comprises a short-stroke limiting end and a long-stroke limiting end, a selection hole 5411 is arranged on the brick retaining fixing seat 541, the limiting component 544 is fixedly arranged on the brick retaining rolling plate component 543, the selection hole 5411 can allow the short-stroke limiting end to pass through but not allow the long-stroke limiting end to pass through, the brick retaining fixing seat 541 is fixedly arranged on the brick separating device 53, the baffle cylinder 542 is arranged on the brick retaining fixing seat, the output end of the baffle cylinder 542 is arranged on the brick retaining rolling plate component 543, the brick retaining rolling plate component 543 rolls on each brick separating unit of the brick separating device 53, the baffle cylinder 542 is used for pushing the brick retaining rolling plate component 543, the clamping control component 545 is arranged on the baffle fixing seat, and the clamping control component 545 has a clamping ascending position and a clamping descending position, the clamping control assembly 545 blocks the short travel limit when in the clamping up position.

The double-stroke brick blocking device 54 has the action mode that when the double-stroke brick blocking device 54 is required to be in a short-stroke state, the clamping control component 545 rises and is positioned at a clamping rising position, and when the baffle cylinder 542 pushes the brick blocking rolling plate component 543 to move, the clamping control component 545 is positioned at the clamping rising position and blocks the short-stroke limiting end, so that the double-stroke brick blocking device 54 is in the short-stroke state; when the double-stroke brick retaining device 54 is required to be in a long-stroke state, the clamping control assembly 545 descends and is further in a clamping descending position, when the baffle cylinder 542 pushes the brick retaining rolling plate assembly 543 to move, the clamping control assembly 545 is in the clamping descending position and cannot block the short-stroke limiting end, the baffle cylinder 542 continues to push the brick retaining rolling plate assembly 543, so that the short-stroke limiting end penetrates through the selection hole 5411, but the long-stroke limiting end cannot penetrate through the selection hole 5411, and the double-stroke brick retaining device 54 is further in the long-stroke state.

It is noted that the stacking dimension of the brick composition on the brick dividing unit is smaller when the double-stroke brick stop 54 is in the short-stroke state, whereas the stacking dimension of the brick composition on the brick dividing unit is larger when the double-stroke brick stop 54 is in the long-stroke state.

The brick blocking rolling plate assembly 543 comprises a brick blocking plate 5431, a roller mounting seat 5432 and a rolling wheel 5433, the roller mounting seat 5432 is mounted on the brick blocking plate 5431 through a long hole, the rolling wheel 5433 is rotatably mounted on the roller mounting seat 5432, the brick blocking plate 5431 is fixedly mounted at the output end of the baffle cylinder 542, the baffle cylinder 542 pushes the brick blocking plate 5431 to move on each brick dividing unit, the long hole on the roller mounting seat 5432 is used for adjusting the height of the roller mounting seat 5432 so as to eliminate the influence of the gravity of the brick blocking plate 5431 on the output end of the baffle cylinder 542, prolong the service life of the baffle cylinder 542, and the way of using the rolling wheel 5433 to bear the weight of the tile blocking plate 5431 avoids the use of the guide post way to guide the tile blocking plate 5431, because the guide post is higher in cost and the direction of the guide post is difficult to debug, the brick blocking plate 5431 can be suspended by using the guide post, the cost is reduced by using the rolling wheel 5433, and the bearing of the brick blocking plate 5431 is more reliable.

The brick blocking rolling plate assembly 543 further comprises a jacking screw 5434, the jacking screw 5434 is connected with the brick blocking plate 5431 through a thread pair, the jacking screw 5434 jacks the upper side of the roller mounting seat 5432, and the jacking screw 5434 prevents the roller mounting seat 5432 from loosening, so that the rolling wheel 5433 can reliably support the brick blocking plate 5431.

The limit component 544 comprises an adjusting screw 5441, a short stroke limit plate 5442 and a long stroke limit plate 5443, the short stroke limit plate 5442 is fixedly mounted on the adjusting screw 5441 through a nut to form a short stroke limit end, so that the position of the short stroke limit plate 5442 is convenient to adjust, the long stroke limit plate 5443 is fixedly mounted on the adjusting screw 5441 through a nut to form a long stroke limit end, so that the position of the long stroke limit plate 5443 is convenient to adjust, and the adjusting screw 5441 is mounted on the brick baffle plate 5431 through a thread pair.

Joint control assembly 545 includes keeping off the spacing cardboard 5451 of brick and keeps off the spacing cylinder 5452 of brick, keep off the horizontal segment and the vertical section that the spacing cardboard 5451 of brick has integrative setting, keep off the spacing cylinder 5452 of brick and install on the horizontal segment, the output that keeps off the spacing cylinder 5452 of brick passes the horizontal segment and installs on keeping off brick fixing base 541, keep off the spacing cylinder 5452 of brick and have joint and go up to rise the position and the joint position of falling, the vertical section blocks the spacing end of short stroke when the joint goes up the position, the vertical section top is equipped with the V type breach that blocks the spacing end of short stroke, keep off the spacing cylinder 5452 of brick and drive the vertical section and go up and down and then switch between the joint is gone up the position and the joint position of falling.

Having shown and described the basic principles and essential features of the invention and its advantages, it will be understood by those skilled in the art that the present invention is not limited by the embodiments described above, which are merely illustrative of the principles of the invention, but is susceptible to various changes and modifications without departing from the spirit and scope of the invention as defined by the appended claims and their equivalents.

Claims (10)

1. The stacking brick distributor is characterized by comprising a brick distributing frame, a brick distributing transition device, a brick distributing device and a double-stroke brick blocking device, wherein the brick distributing device is capable of sliding and is divided into three brick distributing units which can be far away from each other, the brick distributing transition device is arranged on the brick distributing frame, the double-stroke brick blocking device is arranged on the brick distributing device and is positioned on one side, far away from the brick distributing transition device, of the brick distributing device, the double-stroke brick blocking device has a short stroke state and a long stroke state, and the double-stroke brick blocking device is further away from the brick distributing transition device when in the short stroke state than when in the long stroke state.

2. The stacking brick distributor according to claim 1, wherein the brick distributing transition device comprises a brick distributing transition bottom plate, two brick feeding guide assemblies and a brick pressing assembly, the brick distributing transition bottom plate is mounted on a brick distributing frame, the two brick feeding guide assemblies are both mounted on the brick distributing frame, a brick guide channel is formed between the two brick feeding guide assemblies, the brick pressing assembly is mounted on the brick distributing frame, and the brick pressing assembly is located on the upper side of the tail end of the brick distributing transition bottom plate.

3. The stacking brick distributor according to claim 2, wherein the brick feeding guide assemblies each comprise a plurality of brick feeding guide seats, a plurality of brick feeding guide screws and a brick feeding guide plate, each brick feeding guide seat is fixedly mounted on the brick distributing frame, each brick feeding guide screw is fixedly mounted on the brick feeding guide plate, each brick feeding guide screw is fixedly mounted on the corresponding brick feeding guide seat through a brick guide fixing nut, each brick feeding guide plate is parallel to each other, and a splayed opening is formed on the brick feeding side of each brick feeding guide plate.

4. The stacking brick distributor according to claim 2, wherein the brick pressing assembly comprises a brick pressing cylinder, a support beam, guide columns and a brick pressing frame, the guide columns penetrate through the support beam to slide up and down, the guide columns are fixedly arranged on the brick pressing frame, the support beam is arranged on the brick distributing frame in a crossing mode and is located on the upper side of the tail end of the brick distributing transition bottom plate, the brick pressing cylinder is arranged on the support beam, and the output end of the brick pressing cylinder is arranged on the brick pressing frame.

5. The palletizing brick distributor according to claim 1, wherein the brick distributing device comprises a brick distributing cylinder and a palletizing brick distributing trolley, the palletizing brick distributing trolley is slidably mounted on a brick distributing frame, a fixed end of the brick distributing cylinder is mounted on the brick distributing frame, a movable end of the brick distributing cylinder is mounted on the palletizing brick distributing trolley, and the palletizing brick distributing trolley comprises three brick distributing units which can be far away from each other.

6. The stacking brick distributor according to claim 5, wherein the stacking brick distributor trolley further comprises a brick distributing movable frame, the three brick distributing units are respectively an intermediate brick distributing unit and two movable brick distributing units, the brick distributing movable frame slides along the brick distributing frame, the fixed end of the brick distributing cylinder is mounted on the brick distributing frame, the movable end of the brick distributing cylinder is mounted on the brick distributing movable frame, a plurality of parallel brick distributing slide rails are horizontally and fixedly mounted at the top of the brick distributing movable frame, the intermediate brick distributing units are fixedly mounted on the brick distributing movable frame, two intermediate brick clamping assemblies are symmetrically arranged on two sides of the intermediate brick distributing unit in the sliding direction of the brick distributing movable frame, and the clamping positions of the intermediate brick clamping assemblies are positioned on the upper sides of the intermediate brick distributing units; but two removal minute brick units slidable mounting are respectively on the branch brick slide rail of dividing brick unit both sides, two strokes keep off the brick device and are located the removal minute brick unit on the output side of brick pushing direction, two remove the minute brick unit along dividing the equal symmetrical arrangement in brick adjustable shelf slip direction both sides and have two removals to press from both sides the brick subassembly, it presss from both sides the brick subassembly and presss from both sides tightly to be located to correspond and divides brick unit upside.

7. The stacking brick distributor according to claim 1, wherein the double-stroke brick blocking device comprises a brick blocking fixing seat, a baffle cylinder, a brick blocking rolling plate assembly, a limiting assembly and a clamping control assembly, the limiting component comprises a short stroke limiting end and a long stroke limiting end, the blocking brick fixing seat is provided with a selection hole, the limiting assembly is fixedly arranged on the blocking brick rolling plate assembly, the selection hole can be used for the short stroke limiting end to pass through but not used for the long stroke limiting end to pass through, the baffle brick fixing seat is fixedly arranged on the brick dividing device, the baffle plate cylinder is arranged on the baffle brick fixing seat, the output end of the baffle plate cylinder is arranged on the baffle brick rolling plate component, the clamping control assembly is arranged on the baffle fixing seat and provided with a clamping ascending position and a clamping descending position, and the clamping control assembly blocks the short-stroke limiting end when being in the clamping ascending position.

8. The stacking brick distributor according to claim 7, wherein the brick blocking and rolling plate assembly comprises a brick blocking plate, a roller mounting seat and a rolling wheel, the roller mounting seat is mounted on the brick blocking plate through a long hole, the rolling wheel is rotatably mounted on the roller mounting seat, and the brick blocking plate is fixedly mounted at the output end of the baffle cylinder.

9. The stacking brick distributor according to claim 7, wherein the limiting assembly comprises an adjusting screw, a short stroke limiting plate and a long stroke limiting plate, the short stroke limiting plate is fixedly arranged on the adjusting screw to form a short stroke limiting end, the long stroke limiting plate is fixedly arranged on the adjusting screw to form a long stroke limiting end, and the adjusting screw is arranged on the brick blocking plate through a thread pair.

10. The stacking brick distributor according to claim 7, wherein the clamping control assembly comprises a brick blocking limiting clamping plate and a brick blocking limiting cylinder, the brick blocking limiting clamping plate is provided with a horizontal section and a vertical section which are integrally arranged, the brick blocking limiting cylinder is installed on the horizontal section, an output end of the brick blocking limiting cylinder penetrates through the horizontal section and is installed on the brick blocking fixing seat, the brick blocking limiting cylinder is provided with a clamping ascending position and a clamping descending position, and the vertical section blocks the short stroke limiting end when the brick blocking ascending position is clamped.

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