CN207058852U - A kind of warming plate feeder of edge alignment device - Google Patents

Abstract

The utility model relates to a thermal insulation board feeding device of an edge trimming device, which belongs to the technical field of thermal insulation board production. It is characterized in that: it includes a material rack (1), a lifting device (5) and a conveying device, and both sides of the material rack (1) are symmetrically provided with carrying parts (102) for carrying heat preservation boards, and the carrying parts (102 ) along the height direction of the material rack (1) are arranged at intervals. The material rack (1) is set on the lifting device (5) and rises and falls synchronously with the lifting device (5), and the conveying device is set in the middle of the lifting device (5). And the feeding end of the conveying device extends into the material rack (1). The thermal insulation board feeding device of this edge trimming device puts the two sides of the thermal insulation board to be cut on the carrying part, and the lifting device cooperates with the conveying device to convey the thermal insulation board to the cutting device one by one, realizing the insulation of the thermal insulation board. Continuous conveying one by one, and when the insulation board on the material rack is completely conveyed, the material rack full of insulation boards can be replaced by the empty material rack, and the material replenishment is rapid.

Description

A thermal insulation board feeding device of an edge trimming device

technical field

The utility model relates to a thermal insulation board feeding device of an edge trimming device, which belongs to the technical field of thermal insulation board production.

Background technique

Polystyrene molded board (EPS), extruded polystyrene board (XPS), phenolic board, polyurethane board, graphite polystyrene board and rock wool are commonly used external wall insulation materials in buildings at present. These insulation materials have It has good thermal insulation performance and convenient construction, and is widely used throughout the country. However, the combustion performance of these insulation materials, except rock wool, cannot reach Class A, which is easy to cause fire. In the prior art, the fibers of flat silk rock wool are parallel to the mortar layer during use, and the vertical drawing strength is low, and layer after layer cracking is prone to occur after use, which affects the service life of the insulation board. Moreover, rock wool is also easy to absorb water, causing damage to its physical properties, thereby reducing the service life of the insulation board.

In the production process of the insulation board, it is necessary to align the edges of the insulation board after the mortar on the insulation board is solidified, which can not only ensure that the sides of the insulation board are neat, but also make the insulation board meet the required size requirements. At present, the edge alignment of the insulation board is usually carried out by manual cutting. This method has the following disadvantages: 1. Due to the heavy weight of the insulation board, the speed of edge alignment is relatively slow, thereby increasing the processing cost of the insulation board, and manual alignment Edges lead to unstable dimensions of the insulation board, leading to a high scrap rate; 2. Since the edge alignment needs to be performed after the mortar solidifies, the working environment for edge alignment is harsh and poses a great hazard to the operator. Due to the limitation of the diameter of the cutting saw blade, the cutting saw blade can only cut one insulation board at a time, so how to continuously convey the insulation boards one by one to the cutting device is one of the technical problems that must be solved.

Contents of the invention

The technical problem to be solved by the utility model is: to overcome the deficiencies of the prior art, and to provide a thermal insulation board feeding device capable of conveying the thermal insulation boards to the cutting device one by one and realizing continuous delivery.

The technical solution adopted by the utility model to solve the technical problem is: the thermal insulation board feeding device of the edge trimming device is characterized in that it includes a material rack, a lifting device and a conveying device, and the two sides of the material rack are symmetrically equipped with The loading and unloading part of the heat preservation board, and several loading and unloading parts are arranged at intervals along the height direction of the material rack. The material rack is set on the lifting device and rises and falls synchronously with the lifting device. The material end extends into the material rack.

Preferably, the material rack is a rectangular parallelepiped frame, and the width of the material rack is larger than the width of the insulation board, and the carrying part is arranged in the material rack.

Preferably, the conveying device is a cutting conveyor belt, and the width of the cutting conveyor belt is greater than the width of the insulation board and smaller than the width of the material rack.

Preferably, the lifting device includes a main body of the lifting device, a lifting frame slidably installed in the main body of the lifting device, and a lifting power mechanism. The lifting power mechanism is arranged on the upper side of the main body of the lifting device. Rack lift.

Preferably, the lifting frame is a rectangular parallelepiped frame, on which a lifting frame conveyor belt is installed horizontally, and the material rack is placed on the lifting frame conveyor belt.

Preferably, two sides of the lifting frame are symmetrically provided with lifting frame guide wheels, the lifting frame guiding wheels are rotatably mounted on the lifting frame, and the lifting frame is slidably mounted on the main body of the lifting device through the lifting frame guiding wheels.

Preferably, two sides of the lifting frame are symmetrically provided with lifting frame guide rods for guiding the material rack.

Preferably, both ends of the guide rod of the lifting frame are inclined from the middle part to the end and gradually bent toward the outside of the lifting frame.

Compared with the prior art, the beneficial effects of the utility model are:

1. The thermal insulation board of this edge trimming device is sent into the device. The two sides of the thermal insulation board to be cut are placed on the loading part, and the lifting device drives the material rack down, and cooperates with the conveying device to convey the thermal insulation board to the Cutting device, so as to realize the continuous conveying of insulation boards one by one, and when the insulation boards on the material rack are completely conveyed, the material rack full of insulation boards can be replaced by the empty material rack, the material is replenished quickly, and the insulation board conveying efficiency is high .

2. The elevator conveyor belt is installed on the lifting frame, which can transport the material rack horizontally, so that it can better cooperate with the conveying device, avoid the conveying device from affecting the lifting of the material rack, and do not need to add insulation boards at high places. Insulation board replenishment is convenient.

3. The guide wheel of the lifting frame can cooperate with the main body of the lifting device to guide the lifting frame, which can not only ensure the straight-line lifting of the lifting frame, but also ensure that the material frame and the conveying device are just aligned, and can avoid the shaking of the lifting frame during the lifting process, thereby affecting Stability of equipment work.

4. The guide rod of the lifting frame can guide the horizontal movement of the material rack, so as to prevent the material rack from deviating from the conveyor belt of the lifting frame during the movement, and affect the cooperation between the material rack and the conveying device; the end of the lifting frame guide rod is inclined, Make the material rack more convenient to enter between the two lifting frame guide rods.

Description of drawings

Fig. 1 is a three-dimensional schematic diagram of the lifting device.

FIG. 2 is a partial enlarged view of A in FIG. 1 .

Fig. 3 is a three-dimensional schematic diagram of a material rack.

Fig. 4 is a three-dimensional schematic diagram of an edge trimming device for a thermal insulation board.

Fig. 5 is a schematic perspective view of the feeding device.

Fig. 6 is a three-dimensional schematic view of the feeding frame.

Fig. 7 is a schematic perspective view of the cutting device.

FIG. 8 is a partial enlarged view of B in FIG. 7 .

FIG. 9 is a partially enlarged view at point C in FIG. 7 .

FIG. 10 is a partially enlarged view at D in FIG. 7 .

Fig. 11 is a schematic perspective view of the cutting platform.

Fig. 12 is a schematic perspective view of the discharging device.

Fig. 13 is a three-dimensional schematic view of the discharge rack.

In the figure: 1, material rack 101, material rack main body 102, carrying part 2, transfer rack 3, feeding rack 4, feeding rack base 5, lifting device 6, cutting device 7, discharging rack base 8, discharging Frame 9, transfer frame feed roller 10, transfer frame limit plate 11, feed table 12, feed table guide rod 13, feed table feed roller 14, feed drive shaft 15, feed frame limit block 16, lifting device main body 17, Lifting frame 18, lifting frame conveyor belt 19, lifting frame guide rod 20, lifting frame guide wheel 21, stacking device 22, cutting platform 23, saw blade installation frame 24, cutting conveyor belt 25, cutting frame 26, cutting saw blade 27, Guide sleeve 28, mounting beam 29, cutting frame mounting shaft 30, cutting frame guide wheel 31, cutting frame guide rail 32, cutting positioning plate 33, cutting positioning cylinder 34, stacking push plate 35, pushing plate cylinder 36, stacking frame guide wheel 37 , stacking frame guide arm 38, stacking frame 39, swing frame 40, cutting roller 41, column 42, swing arm 43, swing cylinder 44, cutting platform guide rod 45, stacking guide plate 46, cutting device main body 47, discharge frame Limiting block 48, discharge table 49, discharge table feed roller 50, discharge frame guide plate 51, discharge frame limit plate 52, discharge frame roller.

Detailed ways

Fig. 1～13 is the preferred embodiment of the present utility model, below in conjunction with accompanying drawing 1～13 the utility model is described further.

A thermal insulation board feeding device of an edge-aligning device is characterized in that it includes a material rack 1, a lifting device 5, and a conveying device. The two sides of the material rack 1 are symmetrically provided with carrying parts 102 for carrying the thermal insulation board, and There are a plurality of placing parts 102 at intervals along the height direction of the material rack 1. The material rack 1 is arranged on the lifting device 5 and rises and falls synchronously with the lifting device 5. The conveying device is arranged in the middle of the lifting device 5, and the feeding end of the conveying device extends Put it into material shelf 1. Both sides of the thermal insulation board to be cut in this edge trimming device are placed on the carrying part 102, and the lifting device 5 drives the material rack 1 to descend, and cooperates with the conveying device to transport the thermal insulation board one by one. To the cutting device 6, thereby realizing the continuous conveying of the insulation board one by one, and when the insulation board on the material rack 1 is completely conveyed, the material rack 1 filled with the insulation board can be replaced by the empty material rack 1, and the material is replenished quickly. The conveying efficiency of the insulation board is high.

The utility model will be further described below in conjunction with specific embodiments, yet those who are familiar with the art should understand that the detailed description provided in conjunction with the accompanying drawings is for better explanation, and the structure of the utility model must exceed these limited implementations For example, some equivalent replacement solutions or common means will not be described in detail herein, but still belong to the protection scope of this application.

As shown in Figures 1-2: the lifting device 5 includes a lifting frame 17 and a lifting power mechanism that drives the lifting frame 17 up and down. upper side. The lifting device main body 16 is a cuboid frame, and the lifting frame 17 is a rectangular frame arranged horizontally. The two sides of the lifting frame 17 are symmetrically equipped with lifting frame guide wheels 20, and the lifting frame guiding wheels 20 are rotatably installed on the lifting frame 17. The lifting frame 17 passes The lifting frame guide wheel 20 is slidably installed in the main body 16 of the lifting device. The lifting frame 17 is provided with a horizontal lifting frame conveyor belt 18, and the lifting frame conveyor belt 18 is used for horizontally conveying the material frame 1. Lifting power mechanism links to each other with lifting frame 17, and drives lifting frame 17 lifting.

The lifting power mechanism comprises a lifting motor, a lifting shaft and a lifting chain that are mounted on the lifting device main body 16 in rotation. The two lifting shafts are connected by a chain and keep rotating synchronously. The lifting motor is installed on the upper side of the lifting device main body 16, and the lifting motor is connected with a lifting shaft by a chain and drives the lifting shaft to rotate. Both ends of each lifting shaft are equipped with lifting sprockets, and the lifting chains correspond to the lifting sprockets one by one. The main body 16 of the device is fixedly connected, thereby driving the lifting frame 17 to rise and fall, the load-bearing capacity is strong, and the force of the lifting frame 17 is balanced.

The width of lifting frame 17 is greater than the width of material rack 1, and the length of lifting frame 17 is greater than the length of material rack 1, and the both sides of lifting frame 17 is provided with the lifting frame guide rod 19 that is used to guide material rack 1, and lifting frame guides The rod 19 is horizontally arranged on the upper side of the lifting frame 17, and the two ends of the lifting frame guide rod 19 are gradually bent toward the outside of the lifting frame 17 from the middle to the end, so that the material rack 1 can be conveniently entered into the two lifting frame guides. On the lifting frame 17 between the rods 19. The conveying device is a cutting conveyor belt 24 .

As shown in Figure 3: the material rack 1 includes a material rack main body 101, the material rack main body 101 is a rectangular parallelepiped frame, and both sides of the material rack main body 101 are symmetrically provided with carrying parts 102, and the carrying parts 102 are arranged in the material rack main body 101, Two carrying parts 102 located on the same horizontal plane form a group. There are several sets of carrying parts 102 arranged at intervals along the height direction, so that a plurality of thermal insulation boards can be placed on one material rack 1 . The material rack 1 can place the insulation boards at intervals, thereby facilitating the solidification of the mortar on the insulation boards, avoiding mutual interference between the insulation boards, and conveniently transporting the insulation boards to the cutting platform 22 page by page.

As shown in Figure 4: a thermal insulation board trimming device, including a cutting device 6, a conveying device and a stacking device 21, the lower side of the cutting device 6 is provided with a cutting platform 22, and the conveying device is arranged on the feeding side of the cutting platform 22 , the bottom of the cutting platform 22 is the discharge side, and the stacking device 21 is arranged on the lower side of the cutting platform 22 so as to be able to lift. The conveying device of this insulation board trimming device completes the work of conveying the insulation board to the cutting platform 22, the cutting device 6 cooperates with the cutting platform 22 to cut the insulation board, and the cut insulation board is stacked on the stacking device 21 , thereby replacing manual labor, realizing automatic cutting, fast edge trimming, high accuracy, and high pass rate of the insulation board after cutting; the stacking device 21 can be lifted and lowered on the lower side of the cutting platform 22, which can avoid stacking When the insulation board is broken, it can avoid that too many stacked insulation boards hinder the work of the cutting platform 22.

The thermal insulation board trimming device also includes a feeding device arranged on the cutting platform 22 feeding side, a discharging device arranged on the stacking device 21 discharging side and a material rack 1 for placing the thermal insulation board to be cut, and the feeding device A lifting device 5 is provided between the cutting platform 22. The feeding device transports the material rack 1 full of thermal insulation boards to be cut to the lifting device 5, and the lifting device 5 cooperates with the conveying device to transport the thermal insulation boards to be cut on the material rack 1 to the cutting platform 22, and the cutting device 6 and The cutting platform 22 cooperates to cut the insulation board on the cutting platform 22 , and the cut insulation board falls onto the stacking device 21 and is stacked on the stacking device 21 . When the stacking device 21 is full of insulation boards, the stacking device 21 sends the stacked insulation boards to the discharge device, and is removed by a forklift.

As shown in Figures 5 to 6: the feeding device includes a feed frame base 4 and a feed frame 3 slidingly arranged on the feed frame base 4, the feed frame base 4 is a cuboid frame, and the material along the feed frame base 4 The width in the conveying direction is greater than the width of the feed frame 3 . Feeding rack 3 is slidingly arranged on the upper side of feeding rack base 4, and feeding rack 3 is also a cuboid frame, and the length of feeding rack 3 is greater than the length of material rack 1, and the width of feeding rack 3 is greater than that of material rack 1. Width, so that the material rack 1 can be smoothly transported to the lifting device 5, and the empty material rack 1 can be transported to the feeding rack 3. The both sides of feed frame 3 are all provided with feed frame roller, and feed frame 3 is installed on the feed frame base 4 by the sliding of feed frame roller, and the both sides of feed frame base 4 are provided with for feeding frame 3 Carry out the feeding rack limit block 15 of spacing, prevent feeding rack 3 from breaking away from feeding rack base 4. The feeding frame 3 is connected with a feeding driving mechanism to promote its movement, and the moving direction of the feeding frame 3 is opposite to the conveying direction of the material frame 1 .

The feed frame 3 is provided with a feed table guide rod 12 for guiding the material frame 1, thereby forming a feed table 11 respectively on both sides of the feed frame 3, the feed table 11 is a rectangle, and each feed table 11 has a A plurality of feeding table feeding rollers 13 are arranged at intervals, the diameter of the middle part of the feeding table feeding roller 13 is smaller than the diameter of both sides, and the two sides of the material rack 1 are placed on the both sides of the feeding table feeding roller 13, thereby completing the conveying of the material, the feeding table feeding Roller 13 is connected with the feeding motor that drives it to rotate. The two feeding tables 11 alternately send the material rack 1 to the lifting device 5, and during the process of sending the material rack 1 to the lifting device 5 by one feeding table 11, the other feeding table 11 can accept the space above the lifting device 5. The material rack 1 can also replace the empty material rack 1 with the material rack 1 filled with insulation boards, thereby realizing continuous feeding and meeting the requirements of the cutting device 6 for continuous cutting.

The feeding drive mechanism is arranged on the feed frame 3 between the two feed tables 11. The feed drive mechanism includes a feed drive shaft 14 and a feed drive motor. The axis of 14 is perpendicular to the conveying direction of material rack 1, and the two ends of feeding drive shaft 14 are equipped with feeding driving wheels, and the feeding driving wheels rotate and are installed on feeding rack base 4 upper sides. The feeding drive motor is installed on the feed frame 3, and the output shaft of the feed drive motor links to each other with the feed drive shaft 14 through a chain, and drives the feed drive shaft 14 to rotate, thereby realizing the movement of the feed frame 3.

The rear side of the feeding table 11 on the front side is provided with a feeding table guide bar 12, and the left end of the feeding table 11 on the front side is provided with a feeding positioning plate, and the material rack 1 is sent into the feeding table by the front side of the feeding table 11 on the front side. within 11. The right end of the feed table guide bar 12 of the feed table 11 on the front side is gradually outwardly inclined from the middle to the end, so that the empty material rack 1 is conveniently returned to the feed table 11.

The front and rear sides of the feed table 11 on the rear side are symmetrically provided with feed table guide rods 12, and the left and right ends of the feed table guide rods 12 are gradually outwardly inclined from the middle to the end, so that the two feed table guide rods The spacing of 12 ends gradually increases from the middle to the end, so that the material rack 1 is sent into the feeding table 11 conveniently, and the material rack 1 filled with insulation board is sent in by the left side of the feeding table 11 on the rear side.

The left side of the feed rack base 4 is provided with a transfer rack 2, the transfer rack 2 is used to send the material rack 1 filled with insulation boards to the feed table 11 on the rear side, and the transfer rack 2 is arranged at the rear of the feed rack base 4 side. The transfer frame 2 is a rectangular frame, and the transfer frame 2 is provided with a plurality of transfer frame feed rollers 9 at intervals. The structure of the transfer frame feed rollers 9 is the same as that of the feed table feed roller 13, and the transfer frame feed rollers 9 are connected to drive them to rotate. The transfer frame motor. The rear side of the transfer frame 2 is provided with a transfer frame limit plate 10, and the upper front side of the transfer frame limit plate 10 is gradually inclined backward from top to bottom, so that the material frame 1 can be adjusted when the material frame 1 is placed. The guide can be used to limit the position of the material rack 1, and the middle part of the left side of the transfer frame 2 is provided with a transfer frame baffle, so as to limit the position of the material rack 1. Due to the existence of the transfer rack 2, the material rack 1 can be put into two feeding tables 11 from the front side, and there is no need to reserve a space for placing the material rack 1 on both sides of the feed rack base 4, so that the equipment occupies a small space. Moreover, it is convenient to place the material rack 1 by a forklift, without too many U-turns, and the operation is convenient and the feeding speed is fast.

As shown in Figure 7: the cutting device 6, the cutting platform 22 and the conveying device are all installed on the cutting device main body 46, the cutting device main body 46 is a cuboid frame, and the stacking device 21 is mounted on the cutting device main body 46 so as to slide up and down. The cutting platform 22 is arranged between the cutting device 6 and the stacking device 21, and the conveying device is arranged between the cutting platform 22 and the lifting device 5, and one end of the conveying device is connected with the cutting platform 22, and the other end extends into the upper part of the lifting device main body 16. In this embodiment, the conveying device is a cutting conveyor belt 24 .

The stacking device 21 includes a stacking frame 38 and a stacking lifting mechanism that drives the stacking frame 38 up and down. The stacking frame 38 is a rectangular frame arranged horizontally, the width of the stacking frame 38 is greater than the width of the insulation board, and the length of the stacking frame 38 is greater than the length of the cutting platform 22 . On the stacking frame 38, a plurality of stacking frame conveying rollers are arranged at intervals, and a plurality of stacking frame conveying rollers are arranged horizontally. The chain drives the conveying roller of the stacking frame to rotate, so that the cut insulation board is sent out. The stacking frame conveying roller is cylindrical. The stacking lifting mechanism is arranged on the upper side of the cutting device main body 46, and the stacking lifting mechanism is connected with the stacking frame 38, and drives the stacking frame 38 to lift.

The both sides of stacking frame 38 are provided with the stacking guide plate 45 that the insulation plate that falls is guided, and stacking guide plate 45 is a rectangular plate, and stacking guide plate 45 is installed on the cutting device main body 46 on the stacking frame 38, thereby guarantees stacking. Align the sides of the insulation board.

The stacking lifting mechanism includes a stacking lifting motor, a stacking lifting shaft and a stacking chain. The stacking lifting shaft is rotatably installed on the upper side of the main body 46 of the cutting device. The axes of the two stacking lifting shafts are arranged in parallel. The two stacking lifting shafts are connected by a chain and kept in sync. Rotate, the stacking lifting motor is arranged on the upper side of the cutting device main body 46, and the stacking lifting motor drives the stacking lifting shaft to rotate through the chain. Both ends of the stacking lifting shaft are equipped with stacking lifting sprockets, one end of the stacking chain is fixedly connected with the stacking frame 8, and the other end is bypassed by the upper side of the stacking lifting sprocket and fixedly connected with the main body 46 of the cutting device. The motor is connected with the stacking lifting shaft and drives the stacking lifting shaft to rotate.

As shown in FIG. 8 , the cutting device 6 includes a cutting frame 25 , a cutting saw blade 26 rotatably mounted on the cutting frame 25 , and a cutting motor. Cutting frame 25 is connected with the cutting walking device that drives its motion, and the moving direction of cutting frame 25 is perpendicular to the conveying direction of insulation board, thereby can cut and align the two ends of insulation board by cutting saw blade 26. The cutting motor is installed on the cutting frame 25, and the cutting saw blade 26 is installed on the cutting frame 25 through the rotation of the saw blade mounting shaft. 26 rotate synchronously with saw blade mounting shaft. In this embodiment, there are three cutting saw blades 26, and the saw blade installation shaft and the cutting motor are in one-to-one correspondence with the cutting saw blades 26, so that both ends of the insulation board can be aligned, and the heat preservation board can also be realized synchronously. cutting work. The cutting traveling device drives the cutting frame 25 to move, thereby completing the cutting of the insulation board. The cutting device main body 46 is also provided with a water spray pipe for cutting device 6 to deliver water. The water spray pipe is installed on the cutting frame 25 and moves synchronously with the cutting frame 25. The water outlet end of the water spray pipe is arranged on the cutting saw blade 26 side. And the water spray pipe corresponds to the cutting saw blade 26 one by one.

A horizontal installation beam 28 is arranged on the upper side of the cutting frame 25, and the axis of the installation beam 28 is parallel to the conveying direction of the insulation board. The mounting beam 28 is provided with a saw blade mounting frame 23, and the upper side of the saw blade mounting frame 23 is provided with a guide sleeve 27. The saw blade mounting frame 23 is fixedly connected with the guide sleeve 27 and keeps moving synchronously. The guide sleeve 27 can slide axially. Set outside the mounting beam 28. The guide sleeve 27 is connected with an adjusting mechanism for adjusting the position of the saw blade mounting frame 23 . The saw blade installation shaft is rotatably installed on the saw blade installation frame 23, and the saw blade installation shaft is horizontally arranged, and the cutting motor is installed on the guide sleeve 27 upper side.

The adjustment mechanism includes an adjustment rod and an adjustment nut. The adjustment rod is rotatably mounted on the installation beam 28, and the adjustment rod is parallel to the axis of the installation beam 28. The adjustment nut is installed on the guide sleeve 27. screw thread, the end of the adjusting rod extends into the adjusting nut and is threadedly connected with the adjusting nut, the position of the guide sleeve 27 can be adjusted by turning the adjusting rod, and then the position of the cutting saw blade 26 can be adjusted, so that it can be adjusted according to the size of the insulation board produced Adjustment, so that the trimming device can adapt to the trimming work of insulation boards of any size, and has a wide range of applications.

Cutting walking device comprises cutting frame mounting shaft 29 and cutting travel motor, and cutting frame mounting shaft 29 is rotated and installed on the cutting frame 25 lower side, and cutting frame mounting shaft 29 has two that are arranged at intervals, and the axis of cutting frame mounting shaft 29 and installation The axes of the beam 28 are parallel, and the two ends of the cutting frame installation shaft 29 are equipped with a cutting frame guide wheel 30, and the cutting device main body 46 is provided with a cutting frame guide rail 31, and the cutting frame guide rail 31 has two horizontally arranged, and the cutting frame guide rail The axis of 31 is perpendicular to the axis of cutting frame mounting shaft 29. The cutting frame guide wheels 30 at each cutting frame mounting shaft 29 two ends are placed on two cutting frame guide rails 31 respectively, and the cutting frame guide rails 31 and the cutting frame guide wheels 30 cooperate to form a cutting frame for guiding the cutting frame 25. Machine guide mechanism, so as to ensure that the cutting frame 25 moves in a straight line, ensures the edge-alignment effect of the insulation board, and avoids unqualified products. Cutting walking motor is installed on the cutting frame 25, and cutting walking motor links to each other with cutting frame mounting shaft 29 by chain and drives cutting frame mounting shaft 29 to rotate, thus has realized the walking of cutting frame 25.

As shown in Figure 9: the cutting platform 22 is provided with a thermal insulation board positioning mechanism away from the end of the cutting conveyor belt 24, and the thermal insulation board positioning mechanism is used to locate the thermal insulation board to be cut, thereby ensuring that the cutting position of the thermal insulation board is accurate and consistent, ensuring Insulation board quality and dimensional accuracy. Both ends of the cutting platform 22 are symmetrically provided with a stacking positioning mechanism, and the stacking positioning mechanism is arranged on the lower side of the thermal insulation board positioning mechanism, thereby ensuring that the thermal insulation boards are stacked neatly.

The insulation board positioning mechanism includes a cutting positioning plate 32 and a cutting positioning cylinder 33, the cutting positioning cylinder 33 is horizontally installed on the cutting platform 22 upper side, and the cutting positioning plate 32 is installed on the piston rod of the cutting positioning cylinder 33. The upper part of the cutting positioning plate 32 is provided with a recessed positioning opening on the side close to the insulation board. When the cutting conveyor belt 24 sends the insulation board to the cutting platform 22, the end of the insulation board away from the cutting conveyor belt 24 enters the cutting positioning plate 32. At this time, the cutting positioning cylinder 33 pushes the cutting positioning plate 32 to move a certain distance towards the direction of the cutting conveyor belt 24, thereby completing the positioning of the cutting insulation board, and making the position to be cut of the insulation board aligned with the cutting saw blade 26 just. The cutting positioning cylinder 33 pushes the insulation board to move through the cutting positioning board 32, so that the position to be cut of the insulation board is aligned with the cutting device 6, which improves the cutting accuracy and can ensure that the cutting position of the insulation board is accurate; the top of the cutting positioning board 32 A positioning opening is provided, so that the cutting positioning plate 32 can fit better with the heat preservation board.

The stack positioning mechanism includes a stack push plate 34 and a push plate cylinder 35. The stack push plate 34 is an inverted “T” shaped plate. On the main body 46 of the cutting device, the piston rod of the push plate cylinder 35 is connected with the stack push plate 34 and pushes the stack push plate 34 to swing. The stacking push plate 34 can guide the falling insulation boards, thereby ensuring that the insulation boards are stacked neatly, and the push plate cylinder 35 pushes the stacking push plate 34 to swing, so that the stacked insulation boards can be aligned, so that the stacked insulation boards The two ends are aligned, which not only facilitates the storage of the insulation board, but also prevents the insulation board from being dumped and damaged due to uneven stacking of the insulation board.

As shown in FIG. 10 , a stacking frame guiding mechanism is provided between the stacking frame 38 and the main body 46 of the cutting device. The stacker guide mechanism includes a stacker guide arm 37 and a stacker guide wheel 36 rotatably mounted on the stacker guide arm 37 . There are four stacker guide arms 37, symmetrically arranged on both sides of the stacker 38, the stacker guide wheels 36 correspond to the stacker guide arms 37 one by one, the stacker guide wheels 36 are arranged on the inside of the cutting device main body 46, and are supported on cutting device main body 46, so as to guide the stacking frame 38, to ensure that the stacking frame 38 rises and falls in a straight line, and to avoid the shaking of the stacking frame 38 during the lifting process, which is convenient to ensure that the insulation boards are stacked neatly, and can avoid shaking to cause stacked insulation boards dump. The cutting device main body 46 is detachably provided with fastening bolts, and the fastening bolts fasten the stacking frame 38 through the stacking frame guide wheels 36, so as to avoid safety accidents caused by the sudden fall of the stacking frame 38 when the equipment is not working.

As shown in FIG. 11 , the cutting platform 22 includes two swing frames 39 and swing cylinders 43 arranged at intervals. Both sides of the cutting device main body 46 are symmetrically provided with uprights 41, and each side of the cutting device main body 46 is provided with two uprights 41 at intervals, and the distance between the two uprights 41 on the same side is greater than the width of the insulation board. The swing frame 39 is a "匚" shape with an upward opening, and the two ends of the vertical part of the swing frame 39 are rotated and installed on the columns 41 on both sides, so that the two swing frames 39 are arranged at intervals, and the two swing frames 39 are arranged at intervals. The spacing is greater than the width of the insulation board. Each swing frame 39 is provided with a plurality of supporting parts at intervals. The supporting parts are cutting idlers 40 arranged horizontally. side, so as to prevent the swing frame 39 from obstructing the cutting work of the cutting saw blade 26 . The upper side of each swing frame 39 is also provided with a cutting platform guide rod 44 for guiding the insulation board, and the cutting platform guide rod 44 and the swing frame 39 are located in the same vertical plane. The middle part of each swing frame 39 is connected with a horizontal swing arm 42, one end of the swing arm 42 is fixedly connected with the swing frame 39, and the other end is a free end. The swing cylinder 43 is arranged on the lower side of the swing arm 42, and the swing cylinder 43 is rotatably installed on the cutting device main body 46. The piston rod of the swing cylinder 43 is rotatably connected with the free end of the swing arm 42. Swing, so that the swing cylinder 43 and the swing frame 39 are spaced apart, the moment of the swing cylinder 43 can be increased, and the swing cylinder 43 can be prevented from hindering the cutting of the insulation board. After the cutting of the insulation board on the cutting platform 22 is completed, the swing cylinders 43 on both sides push the swing frame 39 to swing, so that the insulation board falls from between the two swing frames 39 to the stacking frame 38 on the lower side.

In this embodiment, both the stacking positioning mechanism and the insulation board positioning mechanism are installed on the column 41 .

Cutting conveyor belt 24 is arranged on the feeding end of cutting platform 22, and the both sides of cutting conveyor belt 24 are provided with the cutting conveyor belt guide plate that is used to guide thermal insulation board, and the left end of cutting conveyor belt guide plate is from left to right gradually The inward slope enables the insulation board to enter between the guide plates of the cutting conveyor belt on both sides more smoothly, and guide the insulation board to ensure neat cutting and accurate size.

As shown in Figures 12 to 13: the discharge mechanism includes a discharge frame base 7 and a discharge frame 8, the discharge frame base 7 is a rectangular frame, the width of the discharge frame base 7 is greater than the width of the discharge frame 8, and the discharge frame Both sides of the base 7 are symmetrically provided with a discharge frame limit block 47 for limiting the discharge frame 8 , so as to prevent the discharge frame 8 from being separated from the discharge frame base 7 . The discharge frame 8 is also a rectangular frame, and the middle part of the discharge frame 8 is provided with a discharge frame mounting plate, thereby the discharge frame 8 is divided into two discharge platforms 48, and each discharge platform 48 is evenly spaced with multiple A discharge table feed roller 49, the discharge table feed roller 49 is cylindrical, and the discharge table feed roller 49 of each discharge table 48 is connected with a discharge table motor that drives it to rotate, so that the insulation board is integrally transported to Discharging table 48 tops. The discharge table feeding roller 49 protrudes from the discharge rack 8 and is arranged so as to facilitate the removal of the insulation plate on the discharge rack 8 with a forklift. The width of the discharge platform 48 is greater than the width of the insulation board, and the length of the discharge platform 48 is greater than the length of the insulation board after cutting.

The both sides of discharge frame 8 are rotated and installed with discharge frame roller 52, and discharge frame 8 is installed on the discharge frame base 7 by the rotation of discharge frame roller 52, and discharge frame roller 52 is connected with the discharge frame that drives it to rotate. Mobile motor, thereby realizes the walking of discharging frame 8. The two discharge platforms 48 are realized to work alternately, that is, when one discharge platform 48 accepts the insulation board on the stacking frame 38, the insulation board on the other discharge platform 48 can be removed by a forklift.

Both sides of the discharge frame 8 are symmetrically provided with a discharge frame guide plate 50 for guiding the guide plate, so as to guide the insulation board entering the discharge frame 8, and the end of the discharge frame 8 away from the feed end is provided with a discharge frame. The material rack limiter plate 51, thereby avoids insulation plate and discharge rack 8 to break away from.

A kind of trimming process of the above-mentioned thermal insulation board trimming device, is characterized in that: comprises the following steps:

(1) The conveying device conveys the thermal insulation boards to be cut to the cutting platform 22 one by one;

Place the material rack 1 full of cutting insulation boards directly on the feeding rack 3, or place the material rack 1 full of cutting insulation boards on the transfer rack 2, and then the transfer rack 2 will send the material rack 1 into On the feeding rack 3. Lifting rack 17 descends to the level with feeding rack 3, then empty material rack 1 is sent to the empty feeding table 11 of feeding rack 3, and feeding rack 3 moves to material rack 1 filled with insulation board and lifting rack 17 are aligned, and the feeding platform 11 sends the material rack 1 full of insulation boards to the elevating frame 17. The empty material rack 1 is removed directly from the feed rack 3 by a forklift, or removed from the transfer rack 2 .

The lifting frame 17 drives the material rack 1 filled with insulation boards to move to the top of the lifting device main body 16, and then the lifting frame 17 drives the material rack 1 to move in a direction close to the cutting conveyor belt 24, and makes the cutting conveyor belt 24 stretch into the material rack 1. On the lower side of the lowermost insulation board, the cutting conveyor belt 24 transports the insulation board to the cutting platform 22, and the insulation board is placed on the cutting rollers 40 of the two swing frames 39. The lifting frame 17 drives the material rack 1 to move down and makes the cutting conveyor belt 24 contact with the lowermost heat preservation board again, thereby conveying the heat preservation board to the cutting platform 22 one by one.

(2) The cutting device 6 cooperates with the cutting platform 22 to cut the insulation board on the cutting platform 22;

After the insulation board is delivered to the cutting platform 22, the cutting positioning cylinder 33 pushes the insulation board to move towards the direction of the cutting conveyor belt 24 through the cutting positioning plate 32, so that the insulation board and the cutting saw blade 26 of the cutting device 6 are aligned. The cutting frame 25 drives the cutting saw blade 26 to move, thereby completing the edge-aligned cutting of the insulation board.

(3) The cut insulation boards are stacked on the stacking device 21 , and the stacking device 21 drives the stacked insulation boards down.

After the cutting is completed, the swing cylinder 43 pushes the swing frame 39 to swing, and the cut insulation board falls from between the two swing frames 39 to the stacking frame 38, and the stacking frame 38 moves down by a distance of the thickness of the insulation board for the next step. An insulation board falls. After the thermal insulation boards on the stacking rack 38 are stacked to a specified number, the push plate cylinder 35 pushes the stacked push pedal 34 to swing, and aligns the stacked thermal insulation boards. The stacking frame 38 transports the stacked insulation boards to the discharge rack 8, and is transported away by a forklift to complete the trimming of the insulation boards.

The above is only a preferred embodiment of the utility model, and is not intended to limit the utility model in other forms. Any skilled person who is familiar with this profession may use the technical content disclosed above to change or remodel it into an equivalent change. Equivalent embodiment. However, any simple modifications, equivalent changes and modifications made to the above embodiments according to the technical essence of the present utility model without departing from the content of the technical solution of the utility model still belong to the protection scope of the technical solution of the utility model.

Claims (8)

1. A kind of 1. warming plate feeder of edge alignment device, it is characterised in that：Including material frame（1）, lowering or hoisting gear（5）It is and defeated Send device, material frame（1）Both sides be arranged with and put the load of warming plate for carrying on a shoulder pole and put portion（102）, and load puts portion（102）Along material Frame（1）Short transverse be arranged at intervals with multiple, material frame（1）It is arranged on lowering or hoisting gear（5）Above and with lowering or hoisting gear（5）It is synchronous Lifting, conveying device are arranged on lowering or hoisting gear（5）Middle part, and the feed end of conveying device stretches into material frame（1）It is interior.
2. 2. the warming plate feeder of edge alignment device according to claim 1, it is characterised in that：Described material frame（1） For cuboid framework, and material frame（1）Width be more than warming plate width, load put portion（102）It is arranged on material frame（1）It is interior.
3. 3. the warming plate feeder of edge alignment device according to claim 1, it is characterised in that：Described conveying device is Cut conveyer belt（24）, cut conveyer belt（24）Width be more than the width of warming plate, and be less than material frame（1）Width.
4. 4. the warming plate feeder of edge alignment device according to claim 1, it is characterised in that：Described lowering or hoisting gear （5）Including lowering or hoisting gear main body（16）, be slidably mounted on lowering or hoisting gear main body（16）Interior crane（17）And lifting drive Mechanism, lifting drive mechanism are arranged on lowering or hoisting gear main body（16）Upside, lifting drive mechanism and crane（17）It is connected, and band Dynamic crane（17）Lifting.
5. 5. the warming plate feeder of edge alignment device according to claim 4, it is characterised in that：Described crane（17） For horizontally disposed cuboid framework, crane（17）On be horizontally installed with crane conveyer belt（18）, material frame（1）It is placed on Crane conveyer belt（18）On.
6. 6. the warming plate feeder of edge alignment device according to claim 4, it is characterised in that：Described crane（17） Both sides be arranged with crane directive wheel（20）, crane directive wheel（20）It is rotatably installed in crane（17）On, crane （17）Pass through crane directive wheel（20）It is slidably mounted on lowering or hoisting gear main body（16）On.
7. 7. the warming plate feeder of edge alignment device according to claim 5, it is characterised in that：Described crane（17） Both sides be arranged with for material frame（1）The crane guide rod of guiding（19）.
8. 8. the warming plate feeder of edge alignment device according to claim 7, it is characterised in that：Described crane is oriented to Bar（19）Both ends be from middle part to end gradually to crane（17）Outside is bent skewed.