Top crack finishing device and forming system based on dry-method formed ecological stone

Abstract

The utility model discloses a top crack finishing device and a forming system based on dry-method formed ecostone. The top crack sorting device comprises a top crack conveying mechanism and a top crack mechanism; a soft pad is arranged at the conveying end of the top grain conveying mechanism; the multiple top grain mechanisms are distributed below the conveying end of the top grain conveying mechanism in an array mode. The output end of the top grain driver is connected to the top grain part and used for driving the top grain part to ascend and descend to abut against the conveying end of the top grain conveying mechanism or the soft cushion, and the top grain part jacks up the local area of the soft cushion. The top crack finishing device is used in the forming system. According to the scheme, the soft cushion is jacked up from bottom to top through the grain jacking piece of the grain jacking mechanism, so that cracks are formed on the surface of the blocky powder of the soft cushion under the jacking action, the crack effect of the eco-stone is formed, and the problem that the grain effect formed through wet processing is poor is solved.

Description

Technical Field

[0001] The utility model relates to the field of ecological stone forming devices, in particular to a top crack texture device and a forming system based on dry-process ecological stone forming. Background Art

[0002] Existing eco-stones are mainly prepared by the wet method, which can keep the powder in a moist state for surface texture processing, such as top texture processing and crack processing; in the wet method, it usually uses a single-color or 2-3-color slurry for simple mixing and casting to form a decorative texture; on the one hand, the powder obtained by the wet method will stick to the output end of the conveying device, and it is impossible to form cracks by oscillating the block powder; on the other hand, when the powder obtained by the wet method is further processed to form cracks on the surface, it can only be scratched on the surface of the block powder by a tool, but because there is a certain degree of adhesion between the powders, the movement of the powders is restricted, so when cracks are formed on the top of the eco-stone, the cracks have a stiff texture. Utility Model Content

[0003] The purpose of the utility model is to propose a top crack texture device based on dry-formed ecological stone, which is provided with a soft pad at the conveying end of the top crack conveying mechanism, and a plurality of top crack mechanisms are provided below the soft pad, and the soft pad is lifted up from bottom to top by the top crack parts of the top crack mechanism, so that the block powder of the soft pad forms cracks on the lower surface under the lifting action, thereby forming the crack effect of the ecological stone.

[0004] The utility model also provides a forming system based on dry forming ecological stone, which uses the above-mentioned top crack texture device.

[0005] To achieve this purpose, the utility model adopts the following technical solutions:

[0006] A top crack texture device based on dry-molded ecological stone, comprising: a top crack transmission mechanism and a top crack mechanism;

[0007] The conveying end of the top grain conveying mechanism is provided with a soft pad; a plurality of the top grain mechanisms are distributed in an array below the conveying end of the top grain conveying mechanism;

[0008] The top grain mechanism comprises: a top grain member and a top grain driver;

[0009] The output end of the top grain driver is connected to the top grain member, and is used to drive the top grain member to move up and down to abut against the conveying end of the top grain conveying mechanism or the soft pad, so that the top grain member lifts up a local area of ​​the soft pad.

[0010] It can be optimized to further include: a top grain powder replenishing device;

[0011] The top grain powder replenishing device is located above the conveying end of the top grain conveying mechanism; the top grain powder replenishing device is provided with a top grain powder replenishing nozzle for outputting dry powder, and the top grain powder replenishing nozzle moves through any area of ​​the soft pad.

[0012] Optimally, when or after the top pattern member lifts up the soft pad, the top pattern powder replenishing nozzle moves to the pushed area of ​​the soft pad, and the output end of the top pattern powder replenishing nozzle faces the pushed area.

[0013] Optimally, the top grain mechanism further comprises: a top grain controller;

[0014] The top grain controller is communicatively connected to the plurality of top grain drivers;

[0015] The plurality of top grain drivers arranged linearly drive the top grain member to rise simultaneously, and the plurality of regions of the soft pad are lifted up simultaneously.

[0016] Preferably, the soft pad is a leather or rubber pad.

[0017] Preferably, the conveying end of the top grain transmission mechanism is provided with a jacking hollow portion; the output end of the top grain driver is lifted and lowered through the jacking hollow portion.

[0018] Optimally, the top grain transmission mechanism includes: a top grain transmission frame, a top grain transmission driving wheel, a top grain transmission driven wheel, a top grain transmission belt, a top grain transmission bottom plate and a top grain transmission driver;

[0019] The top grain transmission driving wheel and the top grain transmission driven wheel are rotatably mounted on the top grain transmission frame; the top grain transmission belt connects the top grain transmission driving wheel and the top grain transmission driven wheel in synchronous rotation; the soft pad is transversely arranged on the top grain transmission belt; the upper surface of the top grain transmission bottom plate lifts the soft pad upward; the output end of the top grain transmission driver is connected to the top grain transmission driving wheel, which is used to drive the top grain transmission driving wheel to rotate, thereby driving the soft pad of the top grain transmission belt to move;

[0020] The top grain conveying bottom plate and the top grain conveying belt are respectively provided with a top-raised hollow portion; after the top grain member moves through the top-raised hollow portion, it abuts against the soft pad.

[0021] A forming system based on dry forming ecological stone, comprising: a top grain feeding mechanism and the above-mentioned top crack texture device based on dry forming ecological stone;

[0022] The top grain blanking mechanism comprises: a blanking guide plate, a top grain blanking mold frame and a blanking horizontal driver;

[0023] The conveying end of the top grain conveying mechanism gradually tilts downward to near the top of the top grain blanking mold frame; the blanking guide plate is inclined; the conveying end of the top grain conveying mechanism is docked with the upper end of the blanking guide plate, and the lower end of the blanking guide plate extends into the blanking mold cavity of the top grain blanking mold frame; the blanking horizontal driver is used to drive the top grain blanking mold frame and the top grain conveying mechanism to move horizontally relative to each other, so that the blanking guide plate moves relative to the blanking mold cavity.

[0024] Optimally, the upper end and the lower end of the blanking guide plate are transitioned through an arc surface, the lower end of the blanking guide plate abuts against the bottom wall of the blanking mold cavity, and the angle between the arc surface and the bottom wall of the blanking mold cavity is 0-45°.

[0025] Optimally, a gap is formed between the lower end of the blanking guide plate and the inner side wall of the blanking mold cavity.

[0026] Compared with the prior art, one of the above technical solutions has the following beneficial effects:

[0027] The present invention provides a top crack texture device based on dry-formed ecological stone, which arranges a soft pad at the conveying end of the top crack conveying mechanism and arranges a plurality of top crack mechanisms below the soft pad, and lifts the soft pad from bottom to top through the top crack parts of the top crack mechanism, so that the block powder of the soft pad forms cracks on the lower surface under the lifting action, thereby forming the crack effect of the ecological stone and solving the problem of poor texture effect formed by wet processing. BRIEF DESCRIPTION OF THE DRAWINGS

[0028] Figure 1 is a schematic cross-sectional structure diagram of one embodiment of a capping texture device;

[0029] Figure 2 is a schematic structural diagram of one embodiment of a capping texture device;

[0030] Figure 3 It is a structural schematic diagram of one embodiment of a conveying end of a top grain conveying mechanism and a top grain blanking die frame;

[0031] in:

[0032] Top grain conveying mechanism 31, top grain mechanism 32; top grain powder replenishing device 33; top grain unloading mechanism 34;

[0033] Soft pad 30;

[0034] A top-lift hollow portion 310; a top-grain transmission frame 311, a top-grain transmission driving wheel 312, a top-grain transmission driven wheel 313, a top-grain transmission belt 314, a top-grain transmission bottom plate 315, and a top-grain transmission driver 316;

[0035] Top grain component 321, top grain driver 322; top grain powder replenishing nozzle 331;

[0036] Cutting guide plate 341, top grain cutting mold frame 342, cutting horizontal driver 343; arc surface 3411;

[0037] Blanking mold cavity 3421. DETAILED DESCRIPTION

[0038] The embodiments of the present invention are described in detail below, and examples of the embodiments are shown in the accompanying drawings, wherein the same or similar reference numerals throughout represent the same or similar elements or elements having the same or similar functions. The embodiments described below with reference to the accompanying drawings are exemplary and are only used to explain the present invention, and cannot be understood as limiting the present invention.

[0039] In the description of the present utility model, it is necessary to understand that the terms "center", "longitudinal", "lateral", "length", "width", "thickness", "up", "down", "left", "right", "front", "back", "vertical", "horizontal", "top", "bottom", "inside", "outside", "inner side", "outer side", "inner end", "outer end", "axial", "radial", "circumferential" and the like indicate positions or positional relationships based on the positions or positional relationships shown in the accompanying drawings, and are only for the convenience of describing the present utility model and simplifying the description, rather than indicating or implying that the device or element referred to must have a specific orientation, be constructed and operated in a specific orientation, and therefore cannot be understood as a limitation on the present utility model. In addition, the features defined as "first" and "second" may explicitly or implicitly include one or more of the features, which are used to distinguish and describe the features, without distinction of order or importance. In the description of the present utility model, unless otherwise specified, "multiple" means more than two.

[0040] like Figure 1-3 , a top crack texture device based on dry forming ecological stone, comprising: a top crack transmission mechanism 31 and a top crack mechanism 32;

[0041] The conveying end of the top grain conveying mechanism 31 is provided with a soft pad 30; a plurality of the top grain mechanisms 32 are distributed in an array below the conveying end of the top grain conveying mechanism 31;

[0042] The top grain mechanism 32 includes: a top grain member 321 and a top grain driver 322;

[0043] The output end of the top grain driver 322 is connected to the top grain member 321 for driving the top grain member 321 to move up and down to abut against the conveying end of the top grain conveying mechanism 31 or the soft pad 30 , so that the top grain member 321 lifts up a local area of ​​the soft pad 30 .

[0044] The present invention provides a top crack texture device based on dry-formed ecological stone, which arranges a soft pad 30 at the conveying end of a top crack conveying mechanism 31, and arranges a plurality of top crack mechanisms 32 below the soft pad 30, and lifts the soft pad 30 from bottom to top through a top crack member 321 of the top crack mechanism 32, so that the block powder of the soft pad 30 forms cracks on the lower surface under the pushing action, thereby forming the crack effect of the ecological stone and solving the problem of poor texture effect formed by wet processing.

[0045] Specifically, since the present solution is for dry processing of ecological stone, block powder has been formed at the front end, and the conveying end of the top grain conveying mechanism 31 receives the block powder; at the same time, a soft pad 30 is pre-laid at the conveying end of the top grain conveying mechanism 31, and when the conveying end of the top grain conveying mechanism 31 receives the block powder, the block powder is directly placed on the soft pad 30; a number of top grain mechanisms 32 are arranged below the conveying end of the top grain conveying mechanism 31, and a plurality of top grain mechanisms 32 are distributed in an array, and one area of ​​the soft pad 30 corresponds to one top grain mechanism 32; the soft pad 30 may also correspond to one or several top grain mechanisms 32 before or after the conveying end of the top grain conveying mechanism 31 moves. The top grain driver 322 drives the top grain member 321 to move up and down, driving the top grain member 321 to press against a certain area of ​​the conveying end of the top grain conveying mechanism 31 or a certain area of ​​the soft pad 30, and a part of the soft pad 30 is directly or indirectly lifted up, so that a part of the block powder moves upward, and then a part of the block powder is lifted up, while the remaining non-lifted positions remain in contact with the conveying end of the lower top grain conveying mechanism 31 under gravity, and cracks are formed in the block powder between the lifted area and the non-lifted area; then the top grain driver 322 is reset, so that the top grain member 321 is separated from the conveying end of the top grain conveying mechanism 31 or the soft pad 30, and the soft pad 30 is reset under the action of gravity, and the lifted part of the powder sinks; in this way, cracks can be formed in the block powder during dry forming. In wet processing, since water or other organic solvents are added to the powder, its viscosity is relatively high. When the powder is lifted from the bottom up, the height difference between the lifted area and the non-lifted area of ​​the powder is small, and no cracks will be formed. However, this solution uses a soft pad 30 for dry processing. The soft pad 30 plays the role of mainly loading the block powder to prevent the block powder from falling. At the same time, the soft pad 30 can allow any area to deform, so that the block powder can have a height difference in any area. Since there is no adhesion between the lifted area and the non-lifted area of ​​the block powder, cracks can be formed locally. In addition, the soft pad 30 is soft. After it is lifted, the block powder and the soft pad 30 themselves fall back to the conveying end of the top grain conveying mechanism 31 due to their own gravity. Therefore, for the block powder in dry processing, the same area can be lifted multiple times to adjust the size and depth of the cracks. Furthermore, the soft pad 30 is very suitable for the dry production of ecological stone. Since there is no stickiness on the surface of the block powder, the block powder will not adhere to the surface of the soft pad 30, and it is easier to separate later.

[0046] The top groove driver 322 is a well-known mechanism with a driving lifting function, such as a pneumatic cylinder, an oil cylinder, a combination of a motor and a screw rod, a mechanical arm, etc.

[0047] It can be optimized to further include: a top grain powder replenishing device 33;

[0048] The top grain powder replenishing device 33 is located above the conveying end of the top grain conveying mechanism 31 ; the top grain powder replenishing device 33 is provided with a top grain powder replenishing nozzle 331 for outputting dry powder, and the top grain powder replenishing nozzle 331 moves through any area of ​​the soft pad 30 .

[0049] The top-grain powder filling device 33 is filled with powder, and can be used to fill powder in any area of ​​the block powder in the soft pad 30 as needed. Dry powder can be added to the ejected cracks to control the depth of the cracks, or dry powder can be added along the outer edges of the cracks to make the grain more three-dimensional and more obvious. Dry powder can also be filled in obvious defective positions to temporarily repair specific areas of block powder.

[0050] The movement of the top grain powder replenishing nozzle 331 can be achieved by a known mechanism with a driving linear movement function, such as an air cylinder, an oil cylinder, a moving trolley, etc.

[0051] Optimally, when or after the top pattern member 321 lifts the soft pad 30 , the top pattern powder replenishing nozzle 331 moves to the pushed area of ​​the soft pad 30 , and the output end of the top pattern powder replenishing nozzle 331 faces the pushed area.

[0052] When the top grain piece 321 is lifted, the top grain powder filling nozzle 331 can be synchronously moved to the pushed area of ​​the soft pad 30, and can directly fill powder in the lifted area when the block powder is lifted and cracks are generated. This method can be used to fill powder in the cracks of the block powder during the top cracking operation, so that the powder can be added in the depth direction of the cracks; the top grain powder filling nozzle 331 can also be moved to the area of ​​the soft pad 30 where the top cracking is completed after the top grain piece 321 lifts the soft pad 30, that is, after it is separated from the soft pad 30, so that the powder can be mainly added near the cracks. In this way, for the crack forming of the ecological stone by the dry method, the three-dimensional structure of the cracks of the ecological stone can be further regulated by using different powder filling methods of the top grain powder filling nozzle 331.

[0053] Optimally, the top grain mechanism 32 further includes: a top grain controller;

[0054] The top grain controller is communicatively connected to the plurality of top grain drivers 322;

[0055] The plurality of top grain drivers 322 arranged linearly simultaneously drive the top grain member 321 to rise, and multiple areas of the soft pad 30 are simultaneously lifted up.

[0056] The top grain controller can directly control any top grain driver 322 to start, so the present solution can use the top grain controller to control and drive multiple top grain drivers 322 to start at the same time as needed, thereby driving multiple top grain parts 321 to rise at the same time; and since the top grain drivers 322 are distributed in an array, one top grain driver 322 forms a linear arrangement structure with the top grain drivers 322 in front, rear, left, right, left front, left rear, right front or right rear, so when multiple linearly arranged top grain drivers 322 simultaneously drive the top grain parts 321 to rise, it is equivalent to multiple soft pads 30 being lifted up in a linear area at the same time, so that the block powder of the soft pad 30 can be lifted up linearly, thereby forming a crack of a specific length in the block powder, and the length of the crack can be controlled according to the number of activations of the top grain driver 322, so that the crack length of the ecological stone can be controlled. Among them, the crack can be a straight line, a curve, or an irregular multi-segment line. A group of linearly arranged top grain drivers 322 corresponds to one crack, and multiple groups of linearly arranged top grain drivers 322 can be driven to start at the same time, so that the block powder can simultaneously form multiple groups of non-intersecting cracks.

[0057] The top pattern controller can be a mobile terminal such as a computer, a mobile phone, or a control panel.

[0058] Optimally, the soft pad 30 is a leather or rubber pad.

[0059] The soft pad 30 of the present solution can be made of a known partially deformable material as needed, as long as it is a soft material, such as leather, plastic film, paper or rubber pad; the present solution preferably uses leather and rubber, which have moderate weight and strength, and are very suitable for long-term use. When lifted up, they can fall together with the block powder under the action of gravity to the conveying end of the top grain conveying mechanism 31, and have a certain cushioning effect when falling.

[0060] It can be optimized that the conveying end of the top grain transmission mechanism 31 is provided with a top hollow portion 310 ; the output end of the top grain driver 322 is lifted and lowered through the top hollow portion 310 .

[0061] The jacking hollow portion 310 is a hollowed-out area at the conveying end of the jacking conveying mechanism 31, which can expose the jacking piece 321 below, so as to directly jack up multiple local positions of the soft pad 30 through the jacking piece 321 below the soft pad 30. For example, in one embodiment, the jacking conveying mechanism 31 is a conveyor belt structure, and multiple rotating wheels are respectively installed on the rotating shaft, and the rotating wheels of the two rotating shafts are connected to rotate synchronously through the conveyor belt, and each conveyor belt is separated, and the above-mentioned jacking hollow portion 310 is formed at the separated position. For example, in one embodiment, the jacking conveying mechanism 31 is a conveyor belt structure, and the driving wheel and the driven wheel are connected to rotate synchronously through the conveyor belt, and the conveyor belt is provided with a jacking hollow portion 310.

[0062] Optimally, the top grain transmission mechanism 31 includes: a top grain transmission frame 311, a top grain transmission driving wheel 312, a top grain transmission driven wheel 313, a top grain transmission belt 314, a top grain transmission bottom plate 315 and a top grain transmission driver 316;

[0063] The top grain transmission driving wheel 312 and the top grain transmission driven wheel 313 are rotatably mounted on the top grain transmission frame 311; the top grain transmission belt 314 connects the top grain transmission driving wheel 312 and the top grain transmission driven wheel 313 in synchronous rotation; the soft pad 30 is transversely arranged on the top grain transmission belt 314; the upper surface of the top grain transmission bottom plate 315 lifts the soft pad 30 upward; the output end of the top grain transmission driver 316 is connected to the top grain transmission driving wheel 312, which is used to drive the top grain transmission driving wheel 312 to rotate, thereby driving the soft pad 30 of the top grain transmission belt 314 to move;

[0064] The top grain conveying bottom plate 315 and the top grain conveying belt 314 are respectively provided with a top-raised hollow portion 310 ; after the top grain member 321 moves through the top-raised hollow portion 310 , it abuts against the soft pad 30 .

[0065] The top grain transmission driving wheel 312 and the top grain transmission driven wheel 313 are rotatably installed on the top grain transmission frame 311 to open the top grain conveyor belt 314; when the top grain transmission driver 316 is started, the output end of the top grain transmission driver 316 drives the top grain transmission driving wheel 312 to rotate, and drives the top grain transmission driven wheel 313 to rotate under the synchronous action of the top grain conveyor belt 314, the top grain conveyor belt 314 rotates, and the straight section above the top grain conveyor belt 314 moves, thereby forming the conveying end of the top grain transmission mechanism 31. The straight section above the top-grain conveyor belt 314 can be parallel to and close to the upper surface of the top-grain conveyor bottom plate 315. When the soft pad 30 and the block powder are heavier, the top-grain conveyor belt 314 can press downward against the upper surface of the top-grain conveyor bottom plate 315. The upper surface of the top-grain conveyor bottom plate 315 can lift the soft pad 30 upward, thereby preventing the block powder from sinking after being lifted up, causing the top-grain conveyor belt 314 to rebound and cause the top-grain conveyor belt 314 to vibrate, thereby avoiding damage to the texture formed by the block powder of the soft pad 30.

[0066] A forming system based on dry forming ecological stone, comprising: a top grain feeding mechanism 34 and the above-mentioned top crack texture device based on dry forming ecological stone;

[0067] The top grain material cutting mechanism 34 comprises: a material cutting guide plate 341, a top grain material cutting mold frame 342 and a material cutting horizontal driver 343;

[0068] The conveying end of the top grain conveying mechanism 31 gradually tilts downward to near the top of the top grain blanking mold frame 342; the blanking guide plate 341 is tilted; the conveying end of the top grain conveying mechanism 31 is docked at the upper end of the blanking guide plate 341, and the lower end of the blanking guide plate 341 extends into the blanking mold cavity 3421 of the top grain blanking mold frame 342; the blanking horizontal driver 343 is used to drive the top grain blanking mold frame 342 and the top grain conveying mechanism 31 to move horizontally relative to each other, so that the blanking guide plate 341 moves relative to the blanking mold cavity 3421.

[0069] The present invention is applied to the top crack texture step in the dry processing of ecological stone. Since the viscosity between block powders is very low, when the block powders transition between the conveying mechanisms, the block powders may collapse in the gaps between the conveying mechanisms, thereby destroying the texture formed by the dry process of the ecological stone. In this regard, the present invention uses a top cracking material discharge mechanism 34 for the dry processing of ecological stone. The top cracking conveying mechanism 31 is tilted downward at the conveying end, and the conveying end is the main position for the top cracking conveying mechanism 31 to output the soft pad 30. Therefore, the soft pad 30 is tilted downward as a whole at the conveying end, so that the block powders can maintain a downward tilted angle and enter the top cracking material discharge mold cavity 3421 of the top cracking material discharge mold frame 342. At the same time, the conveying end of the top cracking conveying mechanism 31 is connected to the inclined portion of the discharge guide plate 341. At the upper oblique end, the block powder can fall downward along the blanking guide plate 341 under the action of gravity, and be introduced into the blanking mold cavity 3421 of the top grain blanking mold frame 342; at the same time, the blanking horizontal driver 343 is started, and the output end of the blanking horizontal driver 343 is connected to the top grain blanking mold frame 342 and / or the top grain conveying mechanism 31, driving the top grain blanking mold frame 342 and / or the top grain conveying mechanism 31 to move, so that the top grain blanking mold frame 342 and the top grain conveying mechanism 31 undergo relative horizontal movement, thereby driving the blanking guide plate 341 to move relative to the blanking mold cavity 3421, and then the blanking guide plate 341 gradually fills the blanking mold cavity 3421 with the block powder during the relative movement, so that the texture formed by the dry method of the ecological stone can be maintained after being loaded into the top grain blanking mold frame 342.

[0070] The material unloading horizontal driver 343 is a well-known mechanism with a function of driving horizontal movement, such as a pneumatic cylinder, an oil cylinder, a combination of a motor and a screw rod, a robotic arm, etc.

[0071] Optimally, the upper end and the lower end of the blanking guide plate 341 are transitioned through an arc surface 3411, the lower end of the blanking guide plate 341 abuts against the bottom wall of the blanking mold cavity 3421, and the angle between the arc surface 3411 and the bottom wall of the blanking mold cavity 3421 is 0-45°.

[0072] The upper end and the lower end of the discharge guide plate 341 are transitioned by the arc surface 3411. The arc surface 3411 makes the block powder fall along the inner wall of the arc surface 3411, so that the angle of the block powder gradually changes, and the speed direction of the block powder and the angle a of the bottom wall of the discharge mold cavity 3421 changes from 45° to 0°. The angle of the block powder when entering the discharge mold cavity 3421 is parallel to the bottom wall of the discharge mold cavity 3421, thereby preventing the position of the top layer and the bottom layer of the block powder from changing when the block powder enters the discharge mold cavity 3421 at an inclined angle, thereby preventing the texture of the dry forming of the ecological stone from changing.

[0073] Optimally, a gap is formed between the lower end of the blanking guide plate 341 and the inner side wall of the blanking cavity 3421 .

[0074] The blanking guide plate 341 can preferably form a gap between the lower end of the blanking guide plate 341 and the inner wall of the blanking die cavity 3421. After reaching the blanking die cavity 3421, the block powder still forms a gap with the inner wall of the blanking die cavity 3421, which can facilitate the subsequent filling of powder in the gap, or the two sides of the block powder can be pressed from the outside to the inside in the gap to adjust the texture, and it can also prevent excessive block powder from leaking out of the blanking die cavity 3421. Therefore, the relative position between the lower end of the blanking guide plate 341 and the inner wall of the blanking die cavity 3421 can make the subsequent processing of the block powder more flexible.

[0075] Although the embodiments of the present invention have been shown and described, those skilled in the art will appreciate that various changes, modifications, substitutions and variations may be made to the embodiments without departing from the principles and spirit of the present invention, and that the scope of the present invention is defined by the claims and their equivalents.

Claims

1. A top crack texture device based on dry-molded ecological stone, characterized in that: include: Top grain transmission mechanism and top grain mechanism; The conveying end of the top grain conveying mechanism is provided with a soft pad; a plurality of the top grain mechanisms are distributed in an array below the conveying end of the top grain conveying mechanism; The top grain mechanism comprises: a top grain member and a top grain driver; The output end of the top grain driver is connected to the top grain member, and is used to drive the top grain member to move up and down to abut against the conveying end of the top grain conveying mechanism or the soft pad, so that the top grain member lifts up a local area of ​​the soft pad.

2. The top crack texture device based on dry-molded ecological stone according to claim 1 is characterized in that: Also includes: Top grain powder replenishing device; The top grain powder replenishing device is located above the conveying end of the top grain conveying mechanism; the top grain powder replenishing device is provided with a top grain powder replenishing nozzle for outputting dry powder, and the top grain powder replenishing nozzle moves through any area of ​​the soft pad.

3. The top crack texture device based on dry-molded ecological stone according to claim 2 is characterized in that: When or after the top pattern member lifts up the soft pad, the top pattern powder replenishing nozzle moves to the pushed area of ​​the soft pad, and the output end of the top pattern powder replenishing nozzle faces the pushed area.

4. A top crack texture device based on dry-molded ecological stone according to claim 1 or 3, characterized in that: The top grain mechanism further includes: a top grain controller; The top grain controller is communicatively connected to the plurality of top grain drivers; The plurality of top grain drivers arranged linearly drive the top grain member to rise simultaneously, and the plurality of regions of the soft pad are lifted up simultaneously.

5. The top crack texture device based on dry-molded ecological stone according to claim 1 is characterized in that: The soft pad is a leather or rubber pad.

6. The top crack texture device based on dry-molded ecological stone according to claim 1 is characterized in that: The conveying end of the top grain transmission mechanism is provided with a jacking hollow portion; the output end of the top grain driver is lifted and lowered through the jacking hollow portion.

7. The top crack texture device based on dry-molded ecological stone according to claim 1 is characterized in that: The top grain transmission mechanism comprises: a top grain transmission frame, a top grain transmission driving wheel, a top grain transmission driven wheel, a top grain transmission belt, a top grain transmission bottom plate and a top grain transmission driver; The top grain transmission driving wheel and the top grain transmission driven wheel are rotatably mounted on the top grain transmission frame; the top grain transmission belt connects the top grain transmission driving wheel and the top grain transmission driven wheel in synchronous rotation; the soft pad is transversely arranged on the top grain transmission belt; the upper surface of the top grain transmission bottom plate lifts the soft pad upward; the output end of the top grain transmission driver is connected to the top grain transmission driving wheel, which is used to drive the top grain transmission driving wheel to rotate, thereby driving the soft pad of the top grain transmission belt to move; The top grain conveying bottom plate and the top grain conveying belt are respectively provided with a top-raised hollow portion; after the top grain member moves through the top-raised hollow portion, it abuts against the soft pad.

8. A forming system based on dry forming ecological stone, characterized in that: include: A top cracking texture device based on dry-molded ecological stone according to any one of claims 1 to 7; The top grain blanking mechanism comprises: a blanking guide plate, a top grain blanking mold frame and a blanking horizontal driver; The conveying end of the top grain conveying mechanism gradually tilts downward to near the top of the top grain blanking mold frame; the blanking guide plate is inclined; the conveying end of the top grain conveying mechanism is docked with the upper end of the blanking guide plate, and the lower end of the blanking guide plate extends into the blanking mold cavity of the top grain blanking mold frame; the blanking horizontal driver is used to drive the top grain blanking mold frame and the top grain conveying mechanism to move horizontally relative to each other, so that the blanking guide plate moves relative to the blanking mold cavity.

9. A forming system based on dry forming ecological stone according to claim 8, characterized in that: The upper end and the lower end of the blanking guide plate are transitioned through an arc surface, the lower end of the blanking guide plate abuts against the bottom wall of the blanking mold cavity, and the angle between the arc surface and the bottom wall of the blanking mold cavity is 0-45°.

10. A forming system based on dry forming ecological stone according to claim 9, characterized in that: A gap is formed between the lower end of the blanking guide plate and the inner side wall of the blanking die cavity.

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