A fireproof titanium composite plate and a continuous processing device thereof

Abstract

The present invention discloses a fireproof titanium composite plate, which belongs to the technical field of composite plates, including an outermost aluminum plate, which is composed of five layers of plates, the outermost layer is two outer aluminum plates, the second outer layer is two fireproof plates, and the inner layer is a titanium plate, which are formed by gluing and pressing. A fireproof titanium composite plate continuous processing device includes a frame device, which is used to press the layer plates. The frame device is provided with a plate feeding device, a moving device and a gluing device. The plate feeding device is used to put in each layer plate, the moving device is used to drive each layer plate to move, and the gluing device is used to glue each layer plate. The moving device provided in the present invention takes out the layer plates from the plate feeding device respectively when moving, and glues the four layers of plates below through the gluing device, and finally puts the five layers of plates into the card plate in turn, and finally presses and manufactures the five layers of plates through the pressing plate mechanism, with a high degree of automation.

Description

Technical Field

[0001] The invention relates to the technical field of composite plates, in particular to a fireproof titanium composite plate and a continuous processing device thereof. Background Art

[0002] Titanium and its alloys have the advantages of high specific strength, high temperature resistance, low density, and especially excellent corrosion resistance. Using titanium and its alloys to manufacture large parts will make the cost too high. Titanium / aluminum composite plates combine the advantages of titanium alloys and aluminum, with strong corrosion resistance and high strength, while greatly reducing costs. They have broad application prospects in fields such as petrochemicals. Pressing technology is one of the key technologies that has attracted much attention in the manufacturing of titanium / aluminum composite plate parts. Composite plates usually use a pressing method to press and glue multiple layers of plates together to form an integrated composite plate. At the same time, in order to ensure the bonding strength and prevent delamination at the interface of the connection during processing and forming, heat treatment is generally required to soften the hardened layer. From the current situation, the relevant equipment tends to be large-scale, and the degree of automation is poor. The existing technology mainly uses sliding power to automatically stack various plates to be pressed together, but it is usually not possible to automatically press efficiently during the pressing process. Summary of the invention

[0003] In response to the above technical problems, the technical solution adopted by the present invention is: a fireproof titanium composite plate, including an outermost aluminum plate, which is composed of five layers of plates, the outermost layer is two outer aluminum plates, the second outer layer is two fireproof plates, and the inner layer is a titanium plate, which are formed by gluing and pressing.

[0004] A fireproof titanium composite plate continuous processing device includes a frame device, the frame device includes a frame, a movable guide rail is fixedly installed on the frame, the frame device is used to press the layer plates, the frame device is provided with a plate feeding device, a moving device and a gluing device, the plate feeding device includes an outer pole, the outer pole is fixedly installed on the frame, the plate feeding device is used to put each layer plate in, the moving device includes a moving frame, the moving frame is slidably installed with the movable guide rail, and the moving device is used to drive each layer plate to move. The gluing device includes a gluing frame, the gluing frame is slidably installed on the frame, and the gluing device is used to gluing each layer plate.

[0005] Furthermore, the frame device includes a mobile motor fixedly mounted on the frame, a main bidirectional screw is rotatably mounted on the frame, the main bidirectional screw is fixedly mounted on the motor shaft of the mobile motor, and a pressure plate mechanism and a heating mechanism are provided on the frame.

[0006] Furthermore, the pressure plate mechanism includes a fixed plate fixedly mounted on the frame body, a motor frame fixedly mounted on the fixed plate, a screw motor fixedly mounted on the motor frame, a lower pressure screw rotatably mounted on the motor frame, the lower pressure screw and the motor shaft of the screw motor are fixedly mounted, a bottom wheel is fixedly mounted on the lower pressure screw, a vertical rod is fixedly mounted on the fixed plate, a lower pressure frame is slidably mounted on the vertical rod, a lower pressure plate and four inner push frames are fixedly mounted on the lower pressure frame, a threaded transmission is formed between the lower pressure frame and the lower pressure screw, a ratchet bar is slidably mounted on the lower pressure frame, a ratchet spring is arranged between the ratchet bar and the lower pressure frame, and a layering mechanism is arranged on the pressure plate mechanism.

[0007] Furthermore, the stratification mechanism includes four lifting plates slidably mounted on a fixed plate, three of which are slidably mounted on the vertical rod, and the three lifting plates are connected by a connecting rod. A bidirectional screw is rotatably mounted on the fixed plate, and a top bevel gear is fixedly mounted on the bidirectional screw. One of the lifting plates forms a threaded transmission with the bidirectional screw. A clamping plate is slidably mounted on each of the lifting plates, and an internal pressure spring is arranged between the clamping plate and the lifting plate. An uploading wheel is rotatably mounted on the fixed plate, and a side bevel gear is fixedly mounted on the uploading wheel, and the side bevel gear is meshed with the top bevel gear. An outer transmission wheel and an intermediate wheel are rotatably mounted on the fixed plate, and an inner ratchet and an outer ratchet are fixedly mounted on the intermediate wheel. A vertical transmission belt is wound around the uploading wheel and the outer transmission wheel, and an outer transmission belt is wound between the outer transmission wheel and the intermediate wheel.

[0008] Furthermore, the heating mechanism includes an extending frame fixedly mounted on the frame, a box screw is rotatably mounted on the extending frame, a heating box is slidably mounted on the extending frame, the heating box is slidably mounted on the frame, a screw bevel gear is fixedly mounted on the box screw, a side wheel is rotatably mounted on the extending frame, an upper bevel gear is fixedly mounted on the side wheel, the screw bevel gear is meshed with the upper bevel gear, an oblique transmission belt is wrapped around the side wheel and the bottom wheel, and a heating plate is arranged on the inside of the heating box.

[0009] In the initial state, the card plate is at the lowest point, and the first outer aluminum plate will enter the uppermost card slot of the card plate. The movement of the moving motor drives the main bidirectional screw to rotate, thereby driving the moving frame to slide along the moving guide rail. When the moving frame transports all five layers of plates to the lifting plate, the screw motor rotates to drive the downward pressure screw to rotate, thereby driving the downward pressure frame to descend, thereby driving the inner push frame to descend, thereby pushing the inner pressure spring inward, and the card plate is compressed. At this time, the outer aluminum plate, fireproof plate and titanium plate originally placed between the inner pressure springs fall down and stack together, and the lower pressure plate presses the five plates together. At the same time, the rotation of the downward pressure screw will drive the bottom wheel to rotate, thereby driving the side wheel and the upper bevel gear to rotate through the bottom wheel, thereby driving the screw bevel gear and the box screw to rotate, thereby driving the heating box to move to the plate plate to heat the plate to facilitate the pressing of the plate.

[0010] Before the screw motor rotates, the five layer plates are respectively located in the five slots of the inner pressure spring. At this time, the lifting plate is at the highest point, and the descent of the lower pressure frame will drive the ratchet bar to descend. The ratchet bar contacts the outer ratchet after descending a certain distance. The descent of the ratchet bar will not drive the outer ratchet to rotate, and the ratchet spring is compressed. After the lower pressure frame completes the pressing of the outer aluminum plate, fireproof plate and titanium plate, the screw motor reverses to drive the lower pressure frame to rise. At this time, the box screw rotates to drive the heating box away. At this time, the upward movement of the ratchet bar will drive the outer ratchet and the middle wheel to rotate, thereby driving the outer transmission wheel to rotate through the outer transmission belt, thereby driving the upload wheel to rotate through the vertical transmission belt, thereby driving the side bevel gear to rotate, thereby driving the top bevel gear and the two-way screw to rotate, thereby driving the lifting plate to drop four grids and return to the initial position. At this time, when the first outer aluminum plate is transported over, the outer aluminum plate will enter the slot of the plate frame, ready for the next operation.

[0011] Furthermore, the plate feeding device includes a plate feeding screw rod rotatably installed on the outer pole, a docking gear is fixedly installed on the plate feeding screw rod, a vertical guide rail is fixedly installed on the outer pole, a descending block is slidably installed on the vertical guide rail, the descending block on the other side forms a threaded transmission with the plate feeding screw rod, a descending frame is slidably installed on the descending block, a downward pressure spring is arranged between the descending frame and the descending block, a stratification block is slidably installed on the descending frame, a side spring is arranged between the stratification block and the descending frame, and a plate placing frame is fixedly installed on the descending frame, and the outer aluminum plate, fireproof plate, titanium plate, fireproof plate and outer aluminum plate are placed between the stratification blocks in turn.

[0012] The outer aluminum plate, fireproof plate, titanium plate, fireproof plate and outer aluminum plate are placed in sequence from top to bottom through the plate frame, which will push the upper inclined surface of the stratified block so that the five plates are respectively inserted into the slots of the stratified block and clamped by the side springs. When the docking gear rotates, it drives the plate feeding screw to rotate, thereby driving the descending block to descend, thereby driving the descending frame to descend through the downward pressure spring. The downward pressure spring is not compressed at this time. When the outer aluminum plate contacts the mobile frame, the plate feeding screw continues to rotate to drive the descending block to continue to descend. At this time, the downward pressure spring is compressed, and the descending frame no longer continues to descend. Subsequently, the mobile frame transports the outer aluminum plate into the card block. Similarly, the next time the docking gear rotates, it will drive the fireproof plate to the mobile frame. Repeat five times to transport the two outer aluminum plates, the two fireproof plates and the titanium plate to the card block in order.

[0013] Furthermore, the moving device includes an outer rack and a bidirectional rack fixedly mounted on the moving frame, a short ratchet bar is slidably mounted on the bidirectional rack, a lower spring is arranged between the short ratchet bar and the moving frame, a trapezoidal block is slidably mounted on the moving frame, and a ladder block spring is arranged between the trapezoidal block and the moving frame.

[0014] As the two-way rack moves toward the mobile motor as the mobile frame, the two-way rack will drive the docking gear to rotate. When the outer aluminum plate is placed on the mobile frame, the trapezoidal block is pressed down by the outer aluminum plate, and the ladder block spring is compressed. When the mobile frame moves to the end closest to the mobile motor, the ladder block spring rebounds, driving the trapezoidal block to reset. At this time, the main two-way screw continues to rotate to drive the mobile frame to move toward the heating box, and the two-way rack drives the docking gear to reverse, so that the lowering frame and the plate placing frame are reset, and the outer aluminum plate is driven to move toward the card plate through the trapezoidal block, and finally the outer aluminum plate is placed in the card plate. When the mobile frame moves toward the heating box, the short ratchet bar will not drive the inner ratchet to rotate. , the lower spring will be compressed. When the mobile frame puts the outer aluminum plate into the card plate, the main two-way screw continues to rotate to drive the mobile frame toward the mobile motor. At this time, the trapezoidal block cannot drive the outer aluminum plate, and the outer aluminum plate remains in the card plate. At the same time, the short ratchet bar drives the inner ratchet wheel to rotate, thereby driving the middle wheel to rotate, thereby driving the outer transmission wheel to rotate through the outer transmission belt, thereby driving the upper transmission wheel and the side bevel gear to rotate through the vertical transmission belt, thereby driving the top bevel gear and the two-way screw to rotate, thereby driving the lifting plate to rise one grid. Similarly, the fireproof plate, titanium plate, fireproof plate, and outer aluminum plate are transported to the card plate in turn in the same way, and arranged from top to bottom.

[0015] Furthermore, the glue coating device includes a lifting gear rack slidably mounted on the upper glue rack, a guide column is fixedly mounted on the upper glue rack, the guide column and the lifting gear rack are slidably mounted, a guide column spring is arranged between the lifting gear rack and the upper glue rack, an internal pressure column is fixedly mounted on the lifting gear rack, a glue cylinder is fixedly mounted on the upper glue rack, the glue cylinder is filled with glue, the internal pressure column and the glue cylinder are slidably mounted, an upper wheel and a lower wheel are rotatably mounted on the upper glue rack, a lower gear is fixedly mounted on the lower wheel, an upper gear is fixedly mounted on the upper wheel, the upper gear is meshed with the lifting gear rack, a vertical belt is wrapped around the upper and lower wheels, a lifting electric cylinder is fixedly mounted on the frame, and the top of the lifting electric cylinder is fixedly mounted on the upper glue rack.

[0016] When the moving frame moves toward the card plate with the outer aluminum plate, fireproof plate or titanium plate, when the two-way rack and the outer rack contact the lower gear, it will drive the lower gear and the lower wheel to rotate, thereby driving the upper wheel and the upper gear to rotate through the vertical belt, thereby driving the lifting rack to descend along the guide column, the guide column spring is compressed, and the internal pressure column descends to squeeze the glue in the rubber cylinder onto the outer aluminum plate, fireproof plate or titanium plate, so that all the layers of plates on the card plate are covered with glue, except for the top outer aluminum plate. After the glue is squeezed out four times, the lifting electric cylinder extends to drive the upper glue rack to rise. At this time, when the moving frame moves with the top outer aluminum plate, no glue will be applied to the top outer aluminum plate. When the moving frame moves toward the direction of the moving motor, the two-way rack drives the lifting rack to rise relative to the upper glue rack, and the lifting rack is on the verge of disengagement from the upper gear, and the rubber cylinder does not discharge glue. Each time the lower gear is disengaged from the two-way rack, the guide column spring rebounds, driving the internal pressure column to reset.

[0017] Compared with the prior art, the present invention has the following beneficial effects: (1) The moving device provided in the present invention takes out the layer plates from the plate feeding device respectively when moving, and glues the four lower layers of plates through the glue coating device, and finally puts the five layers of plates into the card block in sequence, and finally presses the five layers of plates together through the pressing mechanism, with a high degree of automation; (2) When in use, the plate feeding device provided in the present invention places the two outer filter plates, the two fireproof plates and the central titanium plate in sequence between the layered blocks, which can be taken out and glued separately by the moving device, and placed in each layer of the card block respectively. Through the stratification of the card block, the layers of plates can be prevented from sticking together before pressing, thereby improving the processing effect; (3) The heating box provided in the present invention automatically approaches when the lower pressing frame presses the layers of plates, thereby improving the pressing quality of the plates. BRIEF DESCRIPTION OF THE DRAWINGS

[0018] Figure 1 It is a schematic diagram of the overall structure of the present invention.

[0019] Figure 2 The structure of the frame device of the present invention is shown in FIG. Figure 1 .

[0020] Figure 3 The structure of the frame device of the present invention is shown in FIG. Figure 2 .

[0021] Figure 4 The structure of the frame device of the present invention is shown in FIG. Figure 3 .

[0022] Figure 5 The structure of the frame device of the present invention is shown in FIG. Figure 4 .

[0023] Figure 6 It is a schematic diagram of the cooperation between the card plate and the lifting plate of the present invention.

[0024] Figure 7 The structure of the plate feeding device of the present invention is shown in FIG. Figure 1 .

[0025] Figure 8 The structure of the plate feeding device of the present invention is shown in FIG. Figure 2 .

[0026] Fig. 9 It is a schematic diagram of the structure of the mobile device of the present invention.

[0027] Fig.10 It is a schematic diagram of the glue coating device of the present invention.

[0028] Reference numerals: 101-frame; 102-moving motor; 103-main bidirectional screw; 104-moving guide rail; 105-extending frame; 106-box screw; 107-screw bevel gear; 108-upper bevel gear; 109-side wheel; 110-oblique transmission belt; 111-bottom wheel; 112-heating box; 113-fixed plate; 114-motor frame; 115-screw motor; 116-down screw; 1 17-inner ratchet; 118-middle wheel; 119-outer ratchet; 120-outer transmission belt; 121-outer transmission wheel; 122-vertical transmission belt; 123-upper transmission wheel; 124-side bevel gear; 125-top bevel gear; 126-bidirectional screw rod; 127-lifting plate; 128-internal pressure spring; 129-card plate; 130-lower pressure frame; 131-lower pressure plate; 132-inner push frame; 133-ratchet spring; 134-ratchet bar; 135-connecting rod; 136-vertical rod; 201-external pole; 202-feeding screw rod; 203-docking gear; 204-descending block; 205-downward pressure spring; 206-layer block; 207-side spring; 208-plate frame; 209-outer aluminum plate; 210-fireproof plate; 211-titanium plate; 212-descending frame; 213-vertical guide rail; 301-moving frame; 302 -external rack; 303-bidirectional rack; 304-short ratchet; 305-lower spring; 306-trapezoidal block; 307-ladder block spring; 401-upper rubber rack; 402-lifting rack; 403-guide column; 404-guide column spring; 405-internal pressure column; 406-rubber cylinder; 407-upper gear; 408-upper wheel; 409-vertical belt; 410-lower wheel; 411-lower gear; 412-lifting electric cylinder. DETAILED DESCRIPTION

[0029] The specific implementation of the present invention will be further described below in conjunction with the accompanying drawings.

[0030] Example: Reference Figure 1-Figure 10 A fireproof titanium composite plate includes an outermost aluminum plate 209, which is composed of five layers. The outermost layer is two outer aluminum plates 209, the second outer layer is two fireproof plates 210, and the inner layer is a titanium plate 211, which are formed by gluing and pressing.

[0031] refer to Figure 1-Figure 10A fireproof titanium composite plate continuous processing device includes a frame device, the frame device includes a frame 101, a movable guide rail 104 is fixedly installed on the frame 101, the frame device is used to press the layer plates, and the frame device is provided with a plate feeding device, a moving device and a gluing device. The plate feeding device includes an outer pole 201, the outer pole 201 is fixedly installed on the frame 101, the plate feeding device is used to put each layer plate in, the moving device includes a moving frame 301, the moving frame 301 is slidably installed with the moving guide rail 104, and the moving device is used to drive each layer plate to move. The gluing device includes a gluing frame 401, the gluing frame 401 is slidably installed on the frame 101, and the gluing device is used to gluing each layer plate.

[0032] like Figure 2-Figure 6 As shown, the frame device includes a mobile motor 102 fixedly mounted on the frame 101, a main bidirectional screw rod 103 is rotatably mounted on the frame 101, the main bidirectional screw rod 103 is fixedly mounted to the motor shaft of the mobile motor 102, and a pressing plate mechanism and a heating mechanism are provided on the frame 101.

[0033] like Figure 2-Figure 6 As shown, the pressure plate mechanism includes a fixed plate 113 fixedly mounted on the frame 101, a motor frame 114 fixedly mounted on the fixed plate 113, a screw motor 115 fixedly mounted on the motor frame 114, a lower pressure screw 116 rotatably mounted on the motor frame 114, the lower pressure screw 116 is fixedly mounted to the motor shaft of the screw motor 115, a bottom wheel 111 is fixedly mounted on the lower pressure screw 116, a vertical rod 136 is fixedly mounted on the fixed plate 113, a lower pressure frame 130 is slidably mounted on the vertical rod 136, a lower pressure plate 131 and four inner push frames 132 are fixedly mounted on the lower pressure frame 130, a threaded transmission is formed between the lower pressure screw 116, a ratchet bar 134 is slidably mounted on the lower pressure frame 130, a ratchet spring 133 is arranged between the ratchet bar 134 and the lower pressure frame 130, and a layering mechanism is arranged on the pressure plate mechanism.

[0034] like Figure 2-Figure 6As shown, the layering mechanism includes four lifting plates 127 slidably mounted on the fixed plate 113, wherein three lifting plates 127 are slidably mounted with the vertical rod 136, and the three lifting plates 127 are connected by a connecting rod 135. A bidirectional screw rod 126 is rotatably mounted on the fixed plate 113, and a top bevel gear 125 is fixedly mounted on the bidirectional screw rod 126. One of the lifting plates 127 forms a threaded transmission with the bidirectional screw rod 126, and a card plate 129 is slidably mounted on each lifting plate 127, and the card plate 129 is connected to the lifting plate An internal pressure spring 128 is arranged between 127, an upper transmission wheel 123 is rotatably mounted on the fixed plate 113, a side bevel gear 124 is fixedly mounted on the upper transmission wheel 123, the side bevel gear 124 is meshed with the top bevel gear 125, an outer transmission wheel 121 and an intermediate wheel 118 are rotatably mounted on the fixed plate 113, an inner ratchet 117 and an outer ratchet 119 are fixedly mounted on the intermediate wheel 118, a vertical transmission belt 122 is wound around the upper transmission wheel 123 and the outer transmission wheel 121, and an outer transmission belt 120 is wound between the outer transmission wheel 121 and the intermediate wheel 118.

[0035] like Figure 2-Figure 6 As shown, the heating mechanism includes an extending frame 105 fixedly mounted on the frame 101, a box screw 106 is rotatably mounted on the extending frame 105, a heating box 112 is slidably mounted on the extending frame 105, the heating box 112 is slidably mounted on the frame 101, a screw bevel gear 107 is fixedly mounted on the box screw 106, a side wheel 109 is rotatably mounted on the extending frame 105, an upper bevel gear 108 is fixedly mounted on the side wheel 109, the screw bevel gear 107 is meshed with the upper bevel gear 108, an oblique transmission belt 110 is wrapped around the side wheel 109 and the bottom wheel 111, and a heating plate is arranged on the inner side of the heating box 112.

[0036] In the initial state, the card plate 129 is at the lowest position, and the first outer aluminum plate 209 will enter the uppermost card slot of the card plate 129. The mobile motor 102 rotates to drive the main bidirectional screw 103 to rotate, thereby driving the mobile frame 301 to slide along the mobile guide rail 104. When the mobile frame 301 transports all five layers of plates to the lifting plate 127, the screw motor 115 rotates to drive the downward pressure screw 116 to rotate, thereby driving the downward pressure frame 130 to descend, thereby driving the inner push frame 132 to descend, thereby pushing the inner pressure spring 128 inward. , the card plate 129 is compressed. At this time, the outer aluminum plate 209, the fireproof plate 210 and the titanium plate 211 originally placed between the inner pressure springs 128 fall down and stack together. The lower pressure plate 131 presses the five plates together. At the same time, the rotation of the lower pressure screw 116 will drive the bottom wheel 111 to rotate, thereby driving the side wheel 109 and the upper bevel gear 108 to rotate through the bottom wheel 111, thereby driving the screw bevel gear 107 and the box screw 106 to rotate, thereby driving the heating box 112 to move to the plate plate to heat the plate to facilitate the pressing of the plate.

[0037] Before the screw motor 115 rotates, the five layer plates are respectively located in the five slots of the inner pressure spring 128. At this time, the lifting plate 127 is at the highest point, and the lower pressure frame 130 descends to drive the ratchet bar 134 to descend. The ratchet bar 134 descends a certain distance and contacts the outer ratchet 119. The descent of the ratchet bar 134 does not drive the outer ratchet 119 to rotate, and the ratchet spring 133 is compressed. When the lower pressure frame 130 presses the outer aluminum plate 209, the fireproof plate 210 and the titanium plate 211 together, the screw motor 115 reverses to drive the lower pressure frame 130 to rise. At this time, the box screw 106 rotates to drive The heating box 112 moves away, and the ratchet bar 134 moves upward to drive the outer ratchet 119 and the middle wheel 118 to rotate, thereby driving the outer transmission wheel 121 to rotate through the outer transmission belt 120, thereby driving the upper transmission wheel 123 to rotate through the vertical transmission belt 122, thereby driving the side bevel gear 124 to rotate, thereby driving the top bevel gear 125 and the two-way screw 126 to rotate, thereby driving the lifting plate 127 to drop four grids and return to the initial position. At this time, when the first outer aluminum plate 209 is transported over, the outer aluminum plate 209 will enter the slot of the plate frame 208, ready for the next operation.

[0038] like Figure 7 , Figure 8 As shown, the plate feeding device includes a plate feeding screw 202 rotatably installed on the outer pole 201, a docking gear 203 is fixedly installed on the plate feeding screw 202, a vertical guide rail 213 is fixedly installed on the outer pole 201, a descending block 204 is slidably installed on the vertical guide rail 213, the descending block 204 on the other side forms a threaded transmission with the plate feeding screw 202, a descending frame 212 is slidably installed on the descending block 204, a downward pressure spring 205 is arranged between the descending frame 212 and the descending block 204, a stratification block 206 is slidably installed on the descending frame 212, a side spring 207 is arranged between the stratification block 206 and the descending frame 212, and a plate placing frame 208 is fixedly installed on the descending frame 212, and the outer aluminum plate 209, the fireproof plate 210, the titanium plate 211, the fireproof plate 210 and the outer aluminum plate 209 are placed between the stratification blocks 206 in turn.

[0039] The outer aluminum plate 209, the fireproof plate 210, the titanium plate 211, the fireproof plate 210 and the outer aluminum plate 209 are sequentially placed from top to bottom through the plate placing frame 208, which will push the upper inclined surface of the stratification block 206, so that the five plates are respectively inserted into the card slots of the stratification block 206 and clamped by the side spring 207. When the docking gear 203 rotates, the plate feeding screw rod 202 rotates, thereby driving the descending block 204 to descend, thereby driving the descending frame 212 to descend through the downward pressure spring 205. The downward pressure spring 205 is not compressed at this time. After the outer aluminum plate 209 contacts the movable frame 301, the plate feeding screw rod 202 continues to rotate, which will drive the descending block 204 to continue to descend. At this time, the downward pressure spring 205 is compressed, and the descending frame 212 no longer continues to descend. Then the movable frame 301 transports the outer aluminum plate 209 into the card plate 129. Similarly, the next time the docking gear 203 rotates, it will drive the fireproof plate 210 to the movable frame 301. Repeat five times to transport the two outer aluminum plates 209, the two fireproof plates 210 and the titanium plate 211 to the card plate 129 in order.

[0040] like Fig. 9 As shown, the moving device includes an outer rack 302 and a bidirectional rack 303 fixedly mounted on a moving frame 301, a short ratchet bar 304 is slidably mounted on the bidirectional rack 303, a lower spring 305 is arranged between the short ratchet bar 304 and the moving frame 301, a trapezoidal block 306 is slidably mounted on the moving frame 301, and a ladder block spring 307 is arranged between the trapezoidal block 306 and the moving frame 301.

[0041] When the two-way rack 303 moves with the moving frame 301 toward the moving motor 102, the two-way rack 303 will drive the docking gear 203 to rotate. When the outer aluminum plate 209 is placed on the moving frame 301, the trapezoidal block 306 is pressed down by the outer aluminum plate 209, and the ladder block spring 307 is compressed. When the moving frame 301 moves to the end closest to the moving motor 102, the ladder block spring 307 rebounds, driving the trapezoidal block 306 to reset. At this time, the main two-way screw rod 103 continues to rotate to drive the moving frame 301 to move toward the heating box 112, and the two-way rack 303 drives the docking gear 203 to reverse, so that the descending frame 212 and the plate placing frame 208 are reset, and the outer aluminum plate 209 is driven to move toward the card plate 129 through the trapezoidal block 306, and finally the outer aluminum plate 209 is placed in the card plate 129. When the moving frame 301 moves toward the heating box 112, the short ratchet bar 304 will not drive the inner ratchet 117 rotates, the lower spring 305 will be compressed, and when the moving frame 301 puts the outer aluminum plate 209 into the card plate 129, the main bidirectional screw 103 continues to rotate to drive the moving frame 301 to move toward the moving motor 102. At this time, the trapezoidal block 306 cannot drive the outer aluminum plate 209, and the outer aluminum plate 209 remains in the card plate 129. At the same time, the short ratchet bar 304 drives the inner ratchet 117 to rotate, thereby driving the intermediate wheel 118 to rotate, thereby driving the outer transmission wheel 121 to rotate through the outer transmission belt 120, thereby driving the upper transmission wheel 123 and the side bevel gear 124 to rotate through the vertical transmission belt 122, thereby driving the top bevel gear 125 and the bidirectional screw 126 to rotate, thereby driving the lifting plate 127 to rise one grid, and similarly, the fireproof plate 210, titanium plate 211, fireproof plate 210, and outer aluminum plate 209 are transported to the card plate 129 in turn in the same way, and arranged from top to bottom.

[0042] like Fig.10 As shown, the glue coating device includes a lifting gear frame 402 slidably mounted on a glue-applying frame 401, a guide column 403 is fixedly mounted on the glue-applying frame 401, the guide column 403 is slidably mounted on the lifting gear frame 402, a guide column spring 404 is arranged between the lifting gear frame 402 and the glue-applying frame 401, an internal pressure column 405 is fixedly mounted on the lifting gear frame 402, a glue cylinder 406 is fixedly mounted on the glue-applying frame 401, the glue cylinder 406 is filled with glue, and the internal pressure column 405 It is slidably installed with the glue cylinder 406, and the upper wheel 408 and the lower wheel 410 are rotatably installed on the glue rack 401. The lower wheel 410 is fixedly installed with a lower gear 411, and the upper wheel 408 is fixedly installed with an upper gear 407. The upper gear 407 is meshed with the lifting gear rack 402. The upper wheel 408 and the lower wheel 410 are wrapped with a vertical belt 409. A lifting electric cylinder 412 is fixedly installed on the frame body 101, and the top of the lifting electric cylinder 412 is fixedly installed with the glue rack 401.

[0043] When the mobile frame 301 moves toward the card plate 129 with the outer aluminum plate 209, the fireproof plate 210 or the titanium plate 211, when the two-way rack 303 and the outer rack 302 contact the lower gear 411, the lower gear 411 and the lower wheel 410 will be driven to rotate, thereby driving the upper wheel 408 and the upper gear 407 to rotate through the vertical belt 409, thereby driving the lifting rack 402 to descend along the guide column 403, the guide column spring 404 is compressed, and the internal pressure column 405 descends to squeeze the glue in the rubber cylinder 406 onto the outer aluminum plate 209, the fireproof plate 210 or the titanium plate 211, so that all the layers of the plates on the card plate 129 are covered with glue, except The top outer aluminum plate 209 is squeezed out four times, and the lifting electric cylinder 412 extends to drive the gluing frame 401 to rise. At this time, when the moving frame 301 moves with the top outer aluminum plate 209, no glue will be applied to the top outer aluminum plate 209. When the moving frame 301 moves toward the direction of the moving motor 102, the two-way rack 303 drives the lifting gear frame 402 to rise relative to the gluing frame 401. The lifting gear frame 402 and the upper gear 407 are on the verge of disengagement, and the glue cylinder 406 does not discharge glue. Each time the lower gear 411 is disengaged from the two-way rack 303, the guide column spring 404 rebounds, driving the internal pressure column 405 to reset.

[0044] The working principle of a fireproof titanium composite plate and its continuous processing device disclosed in the present invention is: the outer aluminum plate 209, the fireproof plate 210, the titanium plate 211, the fireproof plate 210 and the outer aluminum plate 209 are sequentially placed from top to bottom through the plate placing frame 208, which will push the upper inclined surface of the stratification block 206, so that the five plates are respectively inserted into the card slots of the stratification block 206 and clamped by the side spring 207. The mobile motor 102 rotates to drive the main bidirectional screw rod 103 to rotate, thereby driving the mobile frame 301 to slide along the mobile guide rail 104. When the bidirectional rack 303 moves toward the mobile motor 102 as the mobile frame 301 moves, the bidirectional rack 303 will drive the docking gear 203 to rotate. When the docking gear 203 rotates, it drives the feeding plate The screw rod 202 rotates, thereby driving the descending block 204 to descend, thereby driving the descending frame 212 to descend through the downward pressure spring 205. The downward pressure spring 205 is not compressed at this time. When the outer aluminum plate 209 contacts the moving frame 301, the plate feeding screw rod 202 continues to rotate to drive the descending block 204 to continue to descend. At this time, the downward pressure spring 205 is compressed, and the descending frame 212 no longer continues to descend. Similarly, the next time the docking gear 203 rotates, it will drive the fireproof plate 210 to the moving frame 301. Repeat five times. When the outer aluminum plate 209 is placed on the moving frame 301, the trapezoidal block 306 is pressed down by the outer aluminum plate 209, and the ladder block spring 307 is compressed. When the moving frame 301 moves to the end closest to the moving motor 102 , the ladder block spring 307 rebounds, driving the trapezoidal block 306 to reset. At this time, the main bidirectional screw rod 103 continues to rotate to drive the moving frame 301 to move toward the heating box 112, and the bidirectional rack 303 drives the docking gear 203 to reverse, so that the lowering frame 212 and the plate placing frame 208 are reset, and the outer aluminum plate 209 is driven to move toward the card plate 129 through the trapezoidal block 306, and finally the outer aluminum plate 209 is placed in the card plate 129. When the moving frame 301 moves toward the heating box 112, the short ratchet bar 304 will not drive the inner ratchet 117 to rotate, and the lower spring 305 will be compressed. When the moving frame 301 puts the outer aluminum plate 209 into the card plate 129, the main bidirectional screw rod 103 continues to rotate to drive the moving frame 301 to move toward the heating box 112. The frame 301 moves toward the moving motor 102. At this time, the trapezoidal block 306 cannot drive the outer aluminum plate 209, and the outer aluminum plate 209 remains in the card plate 129. At the same time, the short ratchet bar 304 drives the inner ratchet 117 to rotate, thereby driving the intermediate wheel 118 to rotate, thereby driving the outer transmission wheel 121 to rotate through the outer transmission belt 120, thereby driving the upper transmission wheel 123 and the side bevel gear 124 to rotate through the vertical transmission belt 122, thereby driving the top bevel gear 125 and the bidirectional screw 126 to rotate, thereby driving the lifting plate 127 to rise one level. Similarly, the fireproof plate 210, titanium plate 211, fireproof plate 210, and outer aluminum plate 209 are transported to the card plate 129 in turn in the same way, and arranged from top to bottom.When the mobile frame 301 moves toward the card plate 129 with the outer aluminum plate 209, the fireproof plate 210 or the titanium plate 211, when the two-way rack 303 and the outer rack 302 contact the lower gear 411, the lower gear 411 and the lower wheel 410 will be driven to rotate, thereby driving the upper wheel 408 and the upper gear 407 to rotate through the vertical belt 409, thereby driving the lifting rack 402 to descend along the guide column 403, the guide column spring 404 is compressed, and the internal pressure column 405 descends to squeeze the glue in the rubber cylinder 406 onto the outer aluminum plate 209, the fireproof plate 210 or the titanium plate 211, so that all the layers of the plates on the card plate 129 are covered with glue, except The top outer aluminum plate 209 is squeezed out four times, and the lifting electric cylinder 412 extends to drive the gluing frame 401 to rise. At this time, when the moving frame 301 moves with the top outer aluminum plate 209, no glue will be applied to the top outer aluminum plate 209. When the moving frame 301 moves toward the direction of the moving motor 102, the two-way rack 303 drives the lifting gear frame 402 to rise relative to the gluing frame 401. The lifting gear frame 402 and the upper gear 407 are on the verge of disengagement, and the glue cylinder 406 does not discharge glue. Each time the lower gear 411 is disengaged from the two-way rack 303, the guide column spring 404 rebounds, driving the internal pressure column 405 to reset. When the moving frame 301 transports all five layers of plates to the lifting plate 127, the screw motor 115 rotates to drive the downward pressure screw 116 to rotate, thereby driving the downward pressure frame 130 to descend, thereby driving the inner push frame 132 to descend, thereby pushing the inner pressure spring 128 inward, and the card plate 129 is compressed. At this time, the outer aluminum plate 209, the fireproof plate 210 and the titanium plate 211 originally placed between the inner pressure springs 128 fall down and stack together, and the lower pressure plate 131 presses the five plates together. At the same time, the rotation of the downward pressure screw 116 will drive the bottom wheel 111 to rotate, thereby driving the side wheel 109 and the upper bevel gear 108 to rotate through the bottom wheel 111, thereby driving the screw bevel gear 107 and the box screw 106 to rotate, thereby driving the heating box 112 to move to the plate plate, heating the plate to facilitate the pressing of the plate.Before the screw motor 115 rotates, the five layer plates are respectively located in the five slots of the inner pressure spring 128. At this time, the lifting plate 127 is at the highest point, and the lower pressure frame 130 descends to drive the ratchet bar 134 to descend. The ratchet bar 134 descends a certain distance and contacts the outer ratchet 119. The descent of the ratchet bar 134 does not drive the outer ratchet 119 to rotate, and the ratchet spring 133 is compressed. When the lower pressure frame 130 presses the outer aluminum plate 209, the fireproof plate 210 and the titanium plate 211 together, the screw motor 115 reverses to drive the lower pressure frame 130 to rise. At this time, the box screw 106 rotates to drive The heating box 112 moves away, and the ratchet bar 134 moves upward to drive the outer ratchet 119 and the middle wheel 118 to rotate, thereby driving the outer transmission wheel 121 to rotate through the outer transmission belt 120, thereby driving the upper transmission wheel 123 to rotate through the vertical transmission belt 122, thereby driving the side bevel gear 124 to rotate, thereby driving the top bevel gear 125 and the two-way screw 126 to rotate, thereby driving the lifting plate 127 to drop four grids and return to the initial position. At this time, when the first outer aluminum plate 209 is transported over, the outer aluminum plate 209 will enter the slot of the plate frame 208, ready for the next operation.

[0045] The above description is only a preferred specific implementation manner of the present invention, but the protection scope of the present invention is not limited thereto. Any technician familiar with the technical field can make equivalent replacements or changes according to the technical scheme and inventive concept of the present invention within the technical scope of the present invention, which should be covered by the protection scope of the present invention.

Claims

1. A fireproof titanium composite plate continuous processing device, including a frame device, characterized in that: The frame device comprises a frame (101), a movable guide rail (104) is fixedly mounted on the frame (101), the frame device is used to press the layer boards, the frame device is provided with a board feeding device, a moving device and a gluing device, the board feeding device comprises an outer pole (201), the outer pole (201) is fixedly mounted on the frame (101), the board feeding device is used to put each layer board in, the moving device comprises a moving frame (301), the moving frame (301) is slidably mounted on the moving guide rail (104), the moving device is used to drive each layer board to move, the gluing device comprises a gluing frame (401), the gluing frame (401) is slidably mounted on the frame (101), and the gluing device is used to gluing each layer board; The frame device comprises a mobile motor (102) fixedly mounted on the frame (101); a main bidirectional screw rod (103) is rotatably mounted on the frame (101); the main bidirectional screw rod (103) is fixedly mounted on the motor shaft of the mobile motor (102); and a pressing plate mechanism and a heating mechanism are arranged on the frame (101); The pressure plate mechanism comprises a fixing plate (113) fixedly mounted on a frame body (101), a motor frame (114) fixedly mounted on the fixing plate (113), a screw motor (115) fixedly mounted on the motor frame (114), a lower pressing screw (116) rotatably mounted on the motor frame (114), the lower pressing screw (116) being fixedly mounted on a motor shaft of the screw motor (115), a bottom wheel (111) fixedly mounted on the lower pressing screw (116), and the fixing plate (113). A vertical rod (136) is fixedly mounted on the upper part, a lower pressing frame (130) is slidably mounted on the vertical rod (136), a lower pressing plate (131) and four inner pushing frames (132) are fixedly mounted on the lower pressing frame (130), a threaded transmission is formed between the lower pressing frame (130) and the lower pressing screw rod (116), a ratchet bar (134) is slidably mounted on the lower pressing frame (130), a ratchet bar spring (133) is arranged between the ratchet bar (134) and the lower pressing frame (130), and a layering mechanism is arranged on the pressing plate mechanism; The stratified mechanism comprises four lifting plates (127) slidably mounted on a fixed plate (113), wherein three lifting plates (127) are slidably mounted on a vertical rod (136), the three lifting plates (127) are connected via a connecting rod (135), a bidirectional screw rod (126) is rotatably mounted on the fixed plate (113), a top bevel gear (125) is fixedly mounted on the bidirectional screw rod (126), one of the lifting plates (127) and the bidirectional screw rod (126) form a threaded transmission, and a clamping plate (129) is slidably mounted on each lifting plate (127), the clamping plate (129) and the lifting plate (127) are connected to each other via a connecting rod (135). An internal pressure spring (128) is arranged between the upper and lower transmission wheels (123), the fixing plate (113) is rotatably mounted with an upper transmission wheel (123), the upper transmission wheel (123) is fixedly mounted with a side bevel gear (124), the side bevel gear (124) is meshed with a top bevel gear (125), an outer transmission wheel (121) and an intermediate wheel (118) are rotatably mounted on the fixing plate (113), an inner ratchet (117) and an outer ratchet (119) are fixedly mounted on the intermediate wheel (118), a vertical transmission belt (122) is wound around the upper transmission wheel (123) and the outer transmission wheel (121), and an outer transmission belt (120) is wound between the outer transmission wheel (121) and the intermediate wheel (118); The board feeding device comprises a board feeding screw rod (202) rotatably mounted on the outer pole (201), a docking gear (203) fixedly mounted on the board feeding screw rod (202), a vertical guide rail (213) fixedly mounted on the outer pole (201), a descending block (204) slidably mounted on the vertical guide rail (213), the descending block (204) on the other side forms a threaded transmission with the board feeding screw rod (202), a descending frame (212) slidably mounted on the descending block (204), and the descending frame (212) ) and the descending block (204), a pressing spring (205) is arranged between the descending frame (212), a stratification block (206) is slidably mounted on the descending frame (212), a side spring (207) is arranged between the stratification block (206) and the descending frame (212), and a plate placing frame (208) is fixedly mounted on the descending frame (212), and the outer aluminum plate (209), the fireproof plate (210), the titanium plate (211), the fireproof plate (210) and the outer aluminum plate (209) are sequentially placed between the stratification blocks (206); The moving device comprises an outer rack (302) and a bidirectional rack (303) fixedly mounted on a moving frame (301); a short ratchet bar (304) is slidably mounted on the bidirectional rack (303); a lower spring (305) is provided between the short ratchet bar (304) and the moving frame (301); a trapezoidal block (306) is slidably mounted on the moving frame (301); and a ladder block spring (307) is provided between the trapezoidal block (306) and the moving frame (301).

2. The continuous processing device for fireproof titanium composite plates according to claim 1 is characterized in that: The heating mechanism comprises an extension frame (105) fixedly mounted on a frame body (101), a box screw (106) rotatably mounted on the extension frame (105), a heating box (112) slidably mounted on the extension frame (105), the heating box (112) being slidably mounted on the frame body (101), a screw bevel gear (107) fixedly mounted on the box screw (106), a side wheel (109) rotatably mounted on the extension frame (105), an upper bevel gear (108) fixedly mounted on the side wheel (109), the screw bevel gear (107) meshing with the upper bevel gear (108), an oblique transmission belt (110) wound around the side wheel (109) and the bottom wheel (111), and a heating plate is arranged on the inner side of the heating box (112).

3. The continuous processing device for fireproof titanium composite plates according to claim 1 is characterized in that: The glue coating device comprises a lifting gear frame (402) slidably mounted on a glue-applying frame (401), a guide column (403) fixedly mounted on the glue-applying frame (401), the guide column (403) and the lifting gear frame (402) being slidably mounted, a guide column spring (404) being arranged between the lifting gear frame (402) and the glue-applying frame (401), an internal pressure column (405) fixedly mounted on the lifting gear frame (402), a glue cylinder (406) fixedly mounted on the glue-applying frame (401), glue being contained in the glue cylinder (406), and the internal pressure column (405) and the glue cylinder (406) being slidably mounted on the lifting gear frame (402). The cylinder (406) is slidably installed, an upper wheel (408) and a lower wheel (410) are rotatably installed on the glue-applying frame (401), a lower gear (411) is fixedly installed on the lower wheel (410), an upper gear (407) is fixedly installed on the upper wheel (408), the upper gear (407) is meshed with the lifting gear frame (402), a vertical belt (409) is wrapped around the upper wheel (408) and the lower wheel (410), a lifting electric cylinder (412) is fixedly installed on the frame body (101), and the top of the lifting electric cylinder (412) is fixedly installed on the glue-applying frame (401).

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