CN204869019U - Full -automatic decoration heated board cutting machine - Google Patents

Abstract

The utility model discloses a full -automatic decoration heated board cutting machine, it includes the frame, is equipped with the transport bearing roller of the transport panel of interval setting in the frame, be equipped with in the frame and vertically slide and prorsad sliding -velocity and the panel walking frame that functioning speed is the same forward along the frame by walking servo power device drive, the walking frame be connected with by the drive of horizontal servo power device along frame cross slip and lie in the cutting frame of carrying the bearing roller top, be equipped with on the cutting frame by the cutting saw bit that cuts motor drive, it carries the proximity switch of position to be equipped with the pick -up plate material in the frame, servo power device, horizontal servo power device, cutting motor and the proximity switch of walking is all controlled by the PLC controller. The utility model has the advantages of can effectively protect bottom calcium silicate board material, effective extension cutting saw bit life, cutting accuracy and product quality high.

Description

Fully automatic decorative insulation board cutting machine

technical field

The utility model relates to a fully automatic cutting machine for decorative heat preservation boards.

Background technique

Decorative insulation boards are mainly used to install on the exterior walls of buildings, which not only play a decorative role but also play a role in heat preservation. The decorative insulation board is divided into three layers, which include the calcium silicate board at the bottom, the mortar paper at the top, and the insulating foam layer bonded between the two. The original production method is single-piece production, that is, the production Single-piece mold, the single-piece mold includes a bottom supporting plate and a top pressure plate corresponding to the bottom supporting plate. There are side plates that can be opened on both sides of the bottom supporting plate. The side plates are equipped with nozzles for spraying insulating foam. Driven by power, it moves up and down to compress the sprayed insulation foam and mortar paper downwards, so as to form the above-mentioned decorative insulation board.

The applicant provides an automatic continuous production process and equipment, in which a plurality of calcium silicate plates are moved forward at intervals through conveying rollers, that is to say, the calcium silicate plates are conveyed uninterruptedly with a slight gap between them. During the conveying process, the insulating foam is sprayed on the upper surface of the calcium silicate board through the glue injection machine, and then the mortar paper is unfolded by the uncoiler, and the mortar paper is covered on the upper surface of the insulating foam by the pressure of the rotary roller, and finally passed The drying and shaping equipment shapes the above three into a board with the same thickness and infinite extension, and finally cuts the board along the gap between adjacent calcium silicate boards through a cutting device to form a single piece of decorative insulation board profile. Since the above-mentioned plates are continuously conveyed and the gap between adjacent calcium silicate plates is very small, the existing cutting device cannot accurately cut along the gap, and it is easy to damage the calcium silicate plate at the bottom, resulting in poor product quality and scrap rate high defect.

Utility model content

The technical problem to be solved by the utility model is to provide a fully automatic decorative insulation board cutting machine that effectively protects the bottom plate and cuts accurately.

In order to solve the above technical problems, the provided automatic decorative insulation board cutting machine includes a frame, and its structural characteristics are: the frame is equipped with a sliding speed that is driven by a walking servo power device to slide longitudinally along the frame and forward. The traveling frame with the same forward running speed as the plate is equipped with conveying rollers arranged longitudinally and at intervals, and the traveling frame is connected with a cutting machine which is driven by a horizontal servo power device and slides laterally along the frame and is located above the conveying rollers. The cutting frame is equipped with a cutting saw blade driven by a cutting motor. The frame is equipped with a proximity switch for detecting the conveying position of the plate. The walking servo power device, horizontal servo power device, cutting motor and proximity switch are all controlled by PLC. device control.

After adopting the above structure, when the decorative thermal insulation board is conveyed forward at a certain speed, after the proximity switch detects the decorative thermal insulation board, the PLC controller controls the walking frame to run forward at the same speed. Since the cutting saw blade is located above the decorative thermal insulation board, Thereby its cutting can only be cut to the insulation insulation foam layer of the decorative insulation board, and the cutting saw blade is cut by the sliding of the cutting frame, thereby forming a single decorative insulation board. It can be seen from the above description that the utility model cuts along the upper layer of the decorative insulation board, which can effectively protect the calcium silicate board at the bottom, and can also avoid severe wear and tear of the cutting saw blade caused by cutting the calcium silicate board. The phenomenon effectively prolongs the service life of the cutting saw blade. Through the above-mentioned automatic control process, it can accurately cut to the gap between adjacent calcium silicate plates, which has the advantages of precise cutting and high product quality.

The walking frame is equipped with pressing plates which are respectively located on the front and rear sides of the cutting frame and can slide up and down along the walking frame. The pressing plates are driven by a power cylinder connected to the walking frame and controlled by a PLC controller.

The walking servo power device includes two walking drive shafts that are connected to the frame and arranged in parallel longitudinally, one of which is driven by a walking servo motor connected to the frame, and the two walking drive shafts pass through the drive wheels A drive belt is connected, and the walking frame is slidably connected to the frame through rollers and slideways and is connected with the drive belt.

The horizontal servo power device includes cutting drive shafts that are rotatably connected to the frame and arranged in parallel in the transverse direction. One of the cutting drive shafts is driven by a cutting servo motor connected to the frame. A drive belt, the cutting frame is slidably connected to the walking frame through a guide post and a sliding sleeve and is dynamically connected with the cutting drive belt.

In summary, the utility model has the advantages of effectively protecting the calcium silicate plate at the bottom, effectively prolonging the service life of the cutting saw blade, accurate cutting and high product quality.

Description of drawings

Below in conjunction with accompanying drawing, the specific embodiment of the present utility model is described in further detail:

Fig. 1 is the structural representation of a kind of embodiment of the utility model;

Fig. 2 is the structural schematic diagram of Fig. 1 top view;

Fig. 3 is a schematic diagram of cutting a plurality of decorative insulation boards.

Detailed ways

As shown in Figure 1 and Figure 2, the utility model provides an embodiment of a fully automatic decorative insulation board cutting machine. The board cutting machine includes a frame 1, on which there are conveying rollers 2 arranged at intervals for conveying the board, and on the frame 1 is driven by a walking servo power device to slide along the longitudinal direction of the rack and the forward sliding speed and board The walking frame 3 running forward at the same speed is connected with the cutting frame 4 driven by the lateral servo power device to slide laterally along the frame and located above the conveyor roller 2. The cutting frame 4 is equipped with a cutting machine driven by a cutting motor. Saw blade 5, the proximity switch 6 for detecting the conveying position of the plate is installed on the frame 1, and the walking servo power device, horizontal servo power device, cutting motor and proximity switch are all controlled by PLC controller; the walking frame 3 is equipped with respectively The pressing plate 7 located on the front and rear sides of the cutting frame 4 and can slide up and down along the walking frame. The pressing plate 7 is slidably connected to the walking frame 3 through the sliding fit structure of the guide column sliding sleeve. The pressing plate 7 is connected to the walking frame and controlled by PLC. Driven by a power cylinder 8 controlled by a motor, the walking servo power device includes two walking drive shafts 9 that are rotatably connected to the frame 1 and arranged in parallel in the longitudinal direction, one of which is driven by a walking servo motor connected to the frame 1 10 power drive, two walking drive shafts 9 are connected with driving belt 11 through driving wheels, and described traveling frame 3 is connected on the frame 1 by roller and slideway sliding connection and is connected with driving belt 11 power.

As shown in Fig. 1 and Fig. 2, the transverse servo power device comprises cutting drive shafts 12 that are rotatably connected on the frame 1 and arranged in parallel in the transverse direction, wherein one cutting drive shaft is driven by a cutting servo motor 13 connected on the frame 1 Driven by power, the two cutting drive shafts 12 are connected with a cutting drive belt 14 through the drive wheels, and the cutting frame 4 is slidably connected to the walking frame 3 through a guide post and a sliding sleeve and is power connected with the cutting drive belt 14 .

As shown in Figure 2 and Figure 3, the applicant has realized the automatic continuous production of decorative insulation boards, the structure of the decorative insulation boards after continuous production is shown in Figure 3, the calcium silicate boards at the bottom are single pieces and mutually There is a slight gap between them, or there is no gap against each other. When cutting, it is necessary to cut along the X-line and Y-line in Figure 3, that is, to cut off the top mortar paper layer and the middle insulation foam layer to achieve single-piece separation. When the decorative insulation board is conveyed at a certain speed, the PLC controller controls the cutting frame to move forward at the same speed. After the proximity switch detects the decorative insulation board, since the cutting saw blade is located above the decorative insulation board, its cutting can only cut To the insulating foam layer of the decorative thermal insulation board, the cutting saw blade cuts it through the sliding of the cutting frame to form a single decorative thermal insulation board. The board cutting device cuts along the upper layer of the decorative thermal insulation board, which can effectively protect The calcium silicate plate located at the bottom can also avoid severe wear and tear of the cutting saw blade due to the cutting of the calcium silicate plate by the cutting saw blade, effectively prolonging the service life of the cutting saw blade.

Certainly, the utility model is not limited by the above-mentioned embodiments, and those skilled in the art, based on the equivalent change of the specific structure of the utility model and parts replacement, are all within the protection scope of the utility model.

Claims (4)

1. A fully automatic cutting machine for decorative insulation boards, including a frame (1), characterized in that: the frame (1) is equipped with a moving servo drive device that slides longitudinally along the frame and slides forward. The traveling frame (3) whose speed is the same as the forward running speed of the plate, is equipped with conveying rollers (2) arranged longitudinally and at intervals on the traveling frame (3), and the traveling frame (3) is connected with an edge driven by a horizontal servo power device. The frame slides laterally and is located on the cutting frame (4) above the conveyor roller (2). The cutting frame (4) is equipped with a cutting saw blade (5) driven by a cutting motor. The frame (1) is equipped with a detection The proximity switch (6) at the plate conveying position, the walking servo power device, the horizontal servo power device, the cutting motor and the proximity switch are all controlled by a PLC controller. 2. The automatic decorative insulation board cutting machine according to claim 1, characterized in that: the walking frame (3) is equipped with pressing plates which are respectively located on the front and rear sides of the cutting frame (4) and can slide up and down along the walking frame (7), the pressing plate (7) is driven by a power cylinder (8) connected to the walking frame and controlled by a PLC controller. 3. The fully automatic decorative insulation board cutting machine according to claim 1, characterized in that: the travel servo power device includes two travel drive shafts (9) that are rotatably connected to the frame (1) and arranged in parallel longitudinally ), one of the walking drive shafts is powered by the walking servo motor (10) connected to the frame (1), and the two walking drive shafts (9) are connected with driving belts (11) through the driving wheels. The walking frame (3) Slidingly connected to the frame (1) through rollers and slideways and power connected to the driving belt (11). 4. The fully automatic decorative insulation board cutting machine according to claim 1, characterized in that: the horizontal servo power device includes a cutting drive shaft (12) that is rotatably connected to the frame (1) and arranged in parallel horizontally, One of the cutting drive shafts is powered by a cutting servo motor (13) connected to the frame (1), and the two cutting drive shafts (12) are connected with a cutting drive belt (14) through drive wheels, and the cutting frame (4 ) is slidably connected to the walking frame (3) through the guide post and the sliding sleeve and is power-connected with the cutting drive belt (14).