CN214725185U - Movable building block production line - Google Patents
Movable building block production line Download PDFInfo
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- CN214725185U CN214725185U CN202120108324.2U CN202120108324U CN214725185U CN 214725185 U CN214725185 U CN 214725185U CN 202120108324 U CN202120108324 U CN 202120108324U CN 214725185 U CN214725185 U CN 214725185U
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- hopper
- trolley
- fabric
- forming machine
- rail
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Abstract
The utility model relates to a movable block production line, which comprises a surface material conveying system, a bottom material conveying system, a hopper transferring frame, a flying hopper device, a movable block forming machine and a ferry system, wherein the output end of the surface material conveying system and the output end of the bottom material conveying system are both positioned above the hopper transferring frame and are all higher than the flying hopper device, a plurality of forming machine walking rails which are parallel to each other are laid at the bottom of the movable block forming machine, each forming machine walking rail extends to the ferry system, each forming machine walking rail is positioned below the hopper transferring frame, the flying hopper device comprises a surface material hopper, a bottom material hopper, a hopper trolley and a track beam trolley, the bottom material hopper and the surface material hopper are both fixedly arranged on the hopper trolley, the hopper trolley slides along the track beam trolley, the track beam trolley slides along the hopper transferring frame, a surface material stirring mechanism is arranged in the surface material hopper, and a bottom material stirring mechanism is arranged in the bottom material hopper, the accuracy of the material feeding quality of the moving cloth is ensured.
Description
Technical Field
The utility model relates to a building block former technical field especially relates to a portable building block production line.
Background
The existing mobile block production line is directly formed on the ground, a supporting plate is not needed, the cost is greatly reduced, but the mobile block production line must use a flight hopper device to move on a hopper transport frame and follow the motion feeding of a mobile block forming machine, when the flight hopper device moves on the hopper transport frame in the production line operation process, powder is easily generated in the flight hopper device due to the vibration during walking and other reasons and is adhered to the flight hopper device, the unloading of the flight hopper device is not thorough, unnecessary distribution errors are caused, and the powder is vibrated in the conveying process, large particles in the powder are easily gathered downwards, and the uniformity of the powder is influenced.
SUMMERY OF THE UTILITY MODEL
For overcoming the technical defect that prior art exists, the utility model provides a portable building block production line guarantees that the removal cloth feed quality is accurate.
The utility model discloses a technical solution be:
a movable block production line comprises a fabric conveying system, a bottom material conveying system, a hopper transfer frame, a flying hopper device, a movable block forming machine and a ferrying system, wherein the output end of the fabric conveying system and the output end of the bottom material conveying system are both positioned above the hopper transfer frame and are higher than the flying hopper device, a plurality of forming machine walking rails which are parallel to each other are paved at the bottom of the movable block forming machine, each forming machine walking rail extends to the ferrying system, each forming machine walking rail is positioned below the hopper transfer frame, the flying hopper device comprises a surface hopper, a bottom hopper, a hopper trolley and a track beam trolley, the bottom hopper and the surface hopper are fixedly arranged on the hopper trolley, the hopper trolley slides along the track beam trolley, the track beam trolley slides along the hopper transfer frame, and a fabric stirring mechanism is arranged in the fabric hopper, and a bottom material stirring mechanism is arranged in the bottom hopper.
As the utility model discloses a further improvement, the hopper dolly includes the hopper frame, installs hopper walking wheelset and hopper driving motor on the hopper frame, hopper driving motor drive hopper walking wheelset rotates, hopper walking wheelset and track beam dolly roll cooperation.
As the utility model discloses a further improvement, the track beam dolly includes track beam, installs crossbeam walking wheelset and crossbeam driving motor on track beam, crossbeam driving motor drive crossbeam walking wheelset rotates, crossbeam walking wheelset and hopper transport frame roll cooperation, the hopper dolly slides along track beam.
As a further improvement, the fabric stirring mechanism comprises a fabric stirring frame fixedly arranged in the fabric hopper, a fabric stirring motor fixedly arranged in the fabric stirring frame and a fabric stirring claw fixedly arranged at the output end of the fabric stirring motor.
As a further improvement, the bed charge rabbling mechanism includes the bed charge agitator truck of solid dress in the hopper, adorns the bed charge agitator motor of dress in the bed charge agitator truck and adorns the bed charge stirring claw at bed charge agitator motor output admittedly.
As a further improvement of the utility model, the ferry-boat system includes the ferry-boat rail that perpendicular to make-up machine walking rail arranged and follows the gliding ferry-boat dolly of ferry-boat rail, ferry-boat dolly top surface and make-up machine walking rail height equal.
The utility model has the advantages that:
the bottom of the movable block forming machine is laid with a plurality of forming machine walking rails which are parallel to each other, each forming machine walking rail extends to the ferrying system, each forming machine walking rail is positioned below the hopper transport frame, the movable block forming machine walks along the corresponding forming machine walking rail, each forming machine walking rail extends to the ferrying system, the movable block forming machine walks to the tail end of the forming machine walking rail and enters the ferrying system, the ferrying system transports the movable block forming machine between the forming machine walking rails, the flying hopper device comprises a surface hopper, a bottom hopper, a hopper trolley and a track beam trolley, the bottom hopper and the surface hopper are fixedly arranged on the hopper trolley, the hopper trolley slides along the track beam trolley, the track beam trolley slides along the hopper transport frame, and further two-dimensional movement of the hopper trolley on the hopper transport frame is realized, the output end of the surface material conveying system and the output end of the bottom material conveying system are positioned above the hopper transport frame and are higher than the flying hopper device, guarantee that each component of flight magazine attachment all not interfere with each part of surface fabric conveying system and bed charge conveying system, be equipped with surface fabric rabbling mechanism in the surface fabric is fought, guarantees that the surface fabric in the surface fabric is loose even, guarantees that the surface fabric in the surface fabric is poured and is fallen totally, is equipped with bed charge rabbling mechanism in the bed charge fill, guarantees that the bed charge in the bed charge fill is loose even, guarantees that the bed charge in the bed charge fill is poured and is fallen totally, guarantees to remove cloth feeding quality accuracy.
Drawings
Fig. 1 is an overall schematic view of the present invention.
Fig. 2 is an enlarged schematic view of a point a in fig. 1.
Fig. 3 is a schematic side view of the present invention.
Fig. 4 is an enlarged schematic view of B in fig. 3.
Fig. 5 is a schematic top view of the present invention.
FIG. 6 is an enlarged view of the point C in FIG. 5
Description of reference numerals:
1. a fabric conveying system;
2. a bed charge conveying system;
3. a hopper transfer frame;
4. a flight hopper device; 41. a dough hopper; 411. a fabric stirring mechanism; 4111. a fabric stirring frame; 4112. a fabric stirring motor; 4113. fabric stirring claws; 42. a bottom hopper; 421. a bed charge stirring mechanism; 4211. a bottom material stirring frame; 4212. a bottom material stirring motor; 4213. a bottom material stirring claw; 43. a hopper trolley; 431. a hopper frame; 432. a hopper traveling wheel set; 433. a hopper drive motor; 44. a track beam trolley; 441. a rail beam; 442. a beam traveling wheel set; 443. a beam drive motor;
5. a mobile block forming machine;
6. a ferry system; 61. ferry rails; 62. ferry dollies;
7. the forming machine walks the rail.
Detailed Description
The present invention will be further explained with reference to the accompanying drawings:
as shown in fig. 1-6, this embodiment provides a mobile block production line, which includes a fabric conveying system 1, a bed charge conveying system 2, a hopper transport frame 3, a flying hopper device 4, a mobile block forming machine 5 and a ferry system 6, wherein the output end of the fabric conveying system 1 and the output end of the bed charge conveying system 2 are both located above the hopper transport frame 3 and higher than the flying hopper device 4, a plurality of forming machine running rails 7 parallel to each other are laid at the bottom of the mobile block forming machine 5, each forming machine running rail 7 extends to the ferry system 6, each forming machine running rail 7 is located below the hopper transport frame 3, the mobile block forming machine 5 runs along the corresponding forming machine running rail 7, each forming machine running rail 7 extends to the ferry system 6, the mobile block forming machine 5 runs to the end of the forming machine running rail 7 and enters the ferry system 6, a ferry system 6 transports the mobile block-making machines 5 between the machine travel rails 7.
The flying hopper device 4 comprises a surface hopper 41, a bottom hopper 42, a hopper trolley 43 and a track beam trolley 44, wherein the bottom hopper 42 and the surface hopper 41 are fixedly arranged on the hopper trolley 43, the hopper trolley 43 slides along the track beam trolley 44, the track beam trolley 44 slides along the hopper transfer frame 3, so that two-dimensional motion of the hopper trolley 43 on the hopper transfer frame 3 is realized, the output end of the surface material conveying system 1 and the output end of the backing material conveying system 2 are both positioned above the hopper transfer frame 3 and are higher than the flying hopper device 4, all components of the flying hopper device 4 are ensured not to interfere with all parts of the surface material conveying system 1 and the backing material conveying system 2, a surface material stirring mechanism 411 is arranged in the surface hopper 41, the surface material in the surface hopper 41 is ensured to be loose and uniform, the surface material in the surface hopper 41 is ensured to be poured cleanly, a backing material stirring mechanism 421 is arranged in the bottom hopper 42, the bottom material in the bottom hopper 42 is ensured to be loose and uniform, the bed charge in the bottom hopper 42 is ensured to be poured cleanly, and the feeding quality of the moving cloth is ensured to be accurate.
The rail trolley 44 comprises a rail cross beam 441, a cross beam traveling wheel group 442 and a cross beam driving motor 443, the cross beam driving motor 443 drives the cross beam traveling wheel group 442 to rotate, the cross beam traveling wheel group 442 is in rolling fit with the hopper transfer frame 3, the hopper trolley 43 comprises a hopper frame 431, a hopper traveling wheel group 432 and a hopper driving motor 433, the hopper traveling wheel group 432 is in rolling fit with the rail cross beam 441, the cross beam driving motor 443 drives the cross beam traveling wheel group 442 to roll along the hopper transfer frame 3, thereby driving the track beam 441 to move, the hopper driving motor 433 drives the hopper walking wheel set 432 to rotate, and the hopper frame 431 is driven to move along the rail cross beam 441, and the moving direction of the rail cross beam 441 is perpendicular to the trend of the rail cross beam 441 so that the hopper frame 431 can move to any point in the hopper transport frame 3.
The surface material stirring mechanism 411 comprises a surface material stirring frame 4111 fixedly arranged in a surface material hopper 41, a surface material stirring motor 4112 fixedly arranged in the surface material stirring frame 4111, and a surface material stirring claw 4113 fixedly arranged at the output end of the surface material stirring motor 4112, wherein the surface material falling into the surface material hopper 41 from the output end of the surface material conveying system 1 drives the surface material stirring claw 4113 to rotate, so that the surface material in the surface material hopper 41 is scattered and kept loose, the adhesion of the surface material in the surface material hopper 41 is prevented, the base material stirring mechanism 421 comprises a base material stirring frame 4211 fixedly arranged in a bottom material hopper 42, a base material stirring motor 4212 fixedly arranged in the base material stirring frame 4211, and a base material stirring claw 4213 fixedly arranged at the output end of the base material stirring motor 4212, after the base material falls into the bottom material hopper 42 from the output end of the base material conveying system 2, the base material stirring motor 4212 rotates to drive the base material stirring claw 4213 to rotate, so that the base material in the bottom material hopper 42 is scattered and kept loose, the bed material is prevented from sticking in the bed hopper 42.
The ferrying system 6 comprises a ferrying rail 61 perpendicular to the forming machine traveling rails 7 and a ferrying trolley 62 sliding along the ferrying rail 61, the top surface of the ferrying trolley 62 is equal to the forming machine traveling rails 7 in height, the forming machine traveling rails 7 are parallel to each other and the adjacent forming machine traveling rails 7 are equidistant, the mobile block forming machine 5 forms bricks on the ground between the two adjacent forming machine traveling rails 7, the mobile block forming machine 5 moves to the ferrying trolley 62 along the forming machine traveling rails 7 after the two adjacent forming machine traveling rails 7 are fully stacked with bricks, and the ferrying trolley 62 conveys the mobile block forming machine 5 to the other two adjacent forming machine traveling rails 7 for continuous production.
Having shown and described the fundamental principles and the principal 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 that various changes and modifications may be made therein without departing from the spirit and scope of the invention as defined by the appended claims and their equivalents.
Claims (6)
1. The movable block production line is characterized by comprising a fabric conveying system, a backing material conveying system, a hopper transfer frame, a flying hopper device, a movable block forming machine and a ferry system, wherein the output end of the fabric conveying system and the output end of the backing material conveying system are both positioned above the hopper transfer frame and are higher than the flying hopper device, a plurality of forming machine walking rails which are parallel to each other are paved at the bottom of the movable block forming machine, each forming machine walking rail extends to the ferry system, each forming machine walking rail is positioned below the hopper transfer frame, the flying hopper device comprises a surface hopper, a bottom hopper, a hopper trolley and a track beam trolley, the bottom hopper and the surface hopper are fixedly arranged on the hopper trolley, the hopper trolley slides along the track beam trolley, the track beam trolley slides along the hopper transfer frame, a fabric stirring mechanism is arranged in the fabric hopper, and a bottom material stirring mechanism is arranged in the bottom hopper.
2. The mobile block production line of claim 1, wherein the hopper trolley comprises a hopper frame, a hopper traveling wheel set mounted on the hopper frame, and a hopper driving motor, the hopper driving motor drives the hopper traveling wheel set to rotate, and the hopper traveling wheel set is in rolling fit with the rail beam trolley.
3. The mobile block production line according to claim 1, wherein the rail beam trolley comprises a rail beam, a beam traveling wheel set and a beam driving motor, the beam traveling wheel set is mounted on the rail beam and drives the beam traveling wheel set to rotate, the beam traveling wheel set is in rolling fit with the hopper transfer frame, and the hopper trolley slides along the rail beam.
4. The mobile building block production line according to claim 1, wherein the fabric stirring mechanism comprises a fabric stirring frame fixedly arranged in the fabric hopper, a fabric stirring motor fixedly arranged in the fabric stirring frame, and a fabric stirring claw fixedly arranged at the output end of the fabric stirring motor.
5. The mobile block production line of claim 1, wherein the primer stirring mechanism comprises a primer stirring frame fixedly arranged in the primer hopper, a primer stirring motor fixedly arranged in the primer stirring frame, and a primer stirring claw fixedly arranged at the output end of the primer stirring motor.
6. The mobile block production line of claim 1, wherein the ferry system comprises a ferry rail arranged perpendicular to the machine running rail and a ferry trolley sliding along the ferry rail, the top surface of the ferry trolley being at the same height as the machine running rail.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202120108324.2U CN214725185U (en) | 2021-01-15 | 2021-01-15 | Movable building block production line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202120108324.2U CN214725185U (en) | 2021-01-15 | 2021-01-15 | Movable building block production line |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN214725185U true CN214725185U (en) | 2021-11-16 |
Family
ID=78639494
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202120108324.2U Active CN214725185U (en) | 2021-01-15 | 2021-01-15 | Movable building block production line |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN214725185U (en) |
-
2021
- 2021-01-15 CN CN202120108324.2U patent/CN214725185U/en active Active
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