CN213165894U

CN213165894U - Automatic production line for processing middle plate of ecological decorative plate

Info

Publication number: CN213165894U
Application number: CN202021695117.3U
Authority: CN
Inventors: 洪炳意
Original assignee: Yongan Hongjin Industry & Trade Co ltd
Current assignee: Fujian Hongjin industry and Trade Co.,Ltd.
Priority date: 2020-08-14
Filing date: 2020-08-14
Publication date: 2021-05-11
Anticipated expiration: 2030-08-14

Abstract

The utility model provides an automation line of processing ecological decorative board medium plate, mainly includes left and right feed conveyor who arranges two sets of a plurality of wood short laths different in size on it respectively, is used for accepting the left and right side of a plurality of wood short laths different in size on left and right feed conveyor respectively and cuts off the makeup platform, is located left and right and cuts off the middle feed platform between the makeup platform and is used for accepting the push plate device of middle plate base in the middle feed bench. This automation line of processing ecological decorative board medium plate designs the ideal and ingenious, and continuous type operation mode, production efficiency obtains improving widely, can steadily carry out processes such as short lath feed, automatic rubberizing, automatic concatenation, automatic cutout, automatic push pedal, automatic confession board and automatic clamp plate in order, realizes the production mode of scale integral type, can produce the ecological decorative board medium plate of texture transverse arrangement.

Description

Automatic production line for processing middle plate of ecological decorative plate

Technical Field

The utility model belongs to artificial panel processing field, specifically speaking indicate the automation line of processing ecological decorative board medium plate.

Background

The decorative board is a material for furniture, belongs to a kind of artificial board, and is used for walls, roofs, cabinets, tables, beds and the like of a plurality of high-grade houses on the market. The existing decorative board is generally composed of a core board base material and a veneer (namely a surface skin), and the deformation resistance degree is one of main indexes for measuring the quality of the decorative board. The existing manufacturers generally pay more attention to how to adopt high-performance glue to improve the deformation resistance of the decorative plate, and the use of the high-performance glue can improve the integral deformation resistance of the decorative plate to a certain extent, but the deformation resistance of the decorative plate on the market still needs to be improved at present.

The structure of the existing decorative plate and the blank assembling mode of the existing decorative plate are important influencing factors for determining the quality of the existing decorative plate, the structure and the blank assembling mode of the existing decorative plate are not ideal enough, the decorative plate middle plate is formed by longitudinally splicing long plates, the production mode of the decorative plate middle plate is not ideal enough, the manual glue brushing mode is generally adopted for brushing glue on a plurality of wood short plates with different lengths, then the wood short plates with different lengths are lengthened through a wood lengthening machine to obtain long plates with preset length specifications, then the wood short plates are placed on a wood plate splicing table to be manually brushed with glue to splice plates to obtain plate blanks, and then the spliced plate blanks are placed in a plate pressing machine to be pressed and molded to obtain the decorative plate middle plate. Above-mentioned current decorative board medium plate production mode is because the vertical concatenation of lath forms for the anti deformation degree of decorative board is ideal inadequately, if the preparation grows up the cabinet door, uses for a long time, and the deformation degree of wardrobe door is big, and the leakproofness of door plant is not enough, is difficult to reach the requirement of high-quality. And the production mode inefficiency of current decorative board medium plate, workman intensity of labour is big, and the cost of labor is high, and each equipment (such as equipment such as plank extension machine, push plate device) operation is relatively independent, needs the mode of artifical transport to carry out each equipment and links up the feed, can not realize continuous type operation, is difficult to realize the production mode of scale integral type.

SUMMERY OF THE UTILITY MODEL

The utility model provides an automation line of processing ecological decorative board medium plate, the production mode that its main aim at overcome current decorative board medium plate is ideal inadequately for the resistance to deformation degree of decorative board is ideal inadequately, and the production line can not continuous type operation moreover, is difficult to realize shortcomings such as scale integral type production mode.

In order to solve the problem, the utility model adopts the following technical scheme:

an automatic production line for processing a middle plate of an ecological decorative plate comprises a left feeding conveying device and a right feeding conveying device, a left cutting splicing table and a right cutting splicing table, a middle feeding table and a plate pressing machine, wherein the left feeding conveying device and the right feeding conveying device are used for respectively placing two groups of solid wood short plates with different lengths on the left feeding conveying device and the right feeding conveying device; the left and right feeding conveying devices respectively comprise feeding base frames which are arranged in front and back and automatic gluing devices which brush glue on a plurality of short wood strips with different lengths one by one, and the feeding base frames are provided with feeding conveying belts which convey the short wood strips with different lengths one by one and feeding traction devices which drag the short wood strips with different lengths on the feeding conveying belts one by one to the automatic gluing devices; the left and right cutting and splicing platforms respectively comprise a cutting and splicing platform used for bearing glued solid wood short strips on the automatic gluing device, and the cutting and splicing platform is provided with a top sensing device used for sensing whether the glued solid wood short strips push lengthening operation on splicing stations of the solid wood short strips in place or not, a cutting device used for transversely cutting long strips on the splicing stations, and a lateral transverse pushing assembly used for transversely pushing the cut unit long strips to the next splicing station of the cutting and splicing platform; the middle feeding table comprises a feeding platform table top and a lateral longitudinal pushing assembly, wherein the feeding platform table top is used for carrying a first plate blank and a second plate blank which are pushed on a left cutting and splicing table to be in butt joint and elongated to form a middle plate blank, and the lateral longitudinal pushing assembly is used for pushing the middle plate blank on the feeding platform table top to a hot pressing plate of the plate pressing machine.

Further say, the both sides of feed conveyer belt are equipped with left feed baffle and right feed baffle, form between the year thing face of this left side feed baffle, feed conveyer belt and the right feed baffle and be used for stacking the chamber that holds of a plurality of wood short laths different in size, the preceding tip of feed conveyer belt is equipped with the vertical preceding feed baffle of arranging, preceding feed baffle with form the bin outlet that can only the single-deck wood short lath passes through between the year thing face of feed conveyer belt, left side feed baffle is installed and is used for the response to hold the contact sensor whether there is the wood short lath at intracavity bottom.

Further say, feed draw gear is including installing on the feed bed frame and driving the carry over pinch rolls that the short lath of individual layer wood moved forward, be located directly over the carry over pinch rolls and can carry out the supplementary compression roller of supplementary suppression and be located the carry over pinch rolls side and carry out the conflict roller assembly of gear to the short lath side of individual layer wood to the short lath top surface of individual layer wood, supplementary compression roller passes through its upper and lower adjustment of feed cylinder drive and removes.

Further say, automatic gluing device includes the rubberizing support and installs on the rubberizing support and be used for holding the cell body that holds of glue, and breach and back breach before should holding the preceding, back lateral wall top of cell body has been seted up respectively, forms the brush of the straight pass of wood short lath level between this preceding, the back breach and glues the passageway, holding the internal interval arrangement and rotatable left brush rubber roll and right brush rubber roll that is equipped with of cell body, this left and right brush rubber roll are located brush rubber passageway both sides respectively, and this left brush rubber roll is rotatable to carry out the brush operation to wood short lath one side, right brush rubber roll is rotatable to carry out the brush operation to wood short lath opposite side.

The top induction device comprises a top induction base and a contact induction sensor which is arranged on the top induction base and is used for inducing the tops of the short solid wood strips; the cutting device comprises a tail cutting saw blade used for cutting the tail of the solid wood short lath on the splicing station and a middle cutting saw blade used for cutting the middle of the solid wood short lath on the splicing station.

The cutting and splicing table further comprises a cutting pressure rod for performing abutting pressing on the upper surface of the solid wood short lath on the splicing station, a first driving cylinder for driving the cutting pressure rod to move up and down and a pressure rod support frame for fixing the first driving cylinder; cut off and splice the bench and still include the supplementary depression bar that carries out the conflict suppression to the upper surface of unit rectangular strip on the next concatenation station, drive the second that supplementary depression bar carried out the up-and-down motion and drive actuating cylinder, this second drives actuating cylinder and also installs on the depression bar support frame to it is located the first place ahead that drives actuating cylinder.

The lateral longitudinal pushing assemblies are two lateral longitudinal pushing assemblies which are arranged up and down, the middle feeding table comprises a fixed table and a movable lifting table which are arranged in front and back, and a feeding platform table surface of the fixed table is used for receiving a middle plate blank and pushing the middle plate blank onto an upper-layer hot pressing plate of the plate pressing machine through one lateral longitudinal pushing assembly; the feeding platform table board of the movable lifting table is used for receiving another medium plate blank, can descend one station and then pushes the medium plate blank to the lower hot pressing plate of the plate pressing machine through another lateral longitudinal pushing assembly, and each lateral longitudinal pushing assembly comprises a lateral longitudinal pushing plate and a driving assembly for driving the lateral longitudinal pushing plate to push the medium plate blank.

Furthermore, a material receiving frame used for bearing the pressed ecological decorative plate middle plate on the upper and lower hot pressing plates is arranged at the rear of the plate pressing machine, and a first material receiving platform used for bearing the ecological decorative plate middle plate of the upper hot pressing plate and a second material receiving platform used for bearing the ecological decorative plate middle plate of the lower hot pressing plate are arranged on the material receiving frame.

Furthermore, each short solid wood strip is a finger joint type short solid wood strip or a butt joint type short solid wood strip.

From the above description of the structure of the present invention, compared with the prior art, the present invention has the following advantages: this automation line of processing ecological decorative board medium plate designs the ideal and ingenious, and continuous type operation mode, production efficiency obtains improving widely, can steadily carry out processes such as short lath feed, automatic rubberizing, automatic concatenation, automatic cutout, automatic push pedal, automatic confession board and automatic clamp plate in order, realizes the production mode of scale integral type, can produce the ecological decorative board medium plate of texture transverse arrangement. This ecological decorative board medium plate adopts the horizontal concatenation of a plurality of wood short laths that differ in length to form, has changed traditional decorative board medium plate and has all adopted the vertical concatenation of long lath (if the preparation grows up the cabinet door) and produce the shortcoming of deformation easily, has improved the intensity and the stability ability of the resistance to deformation of this product widely, if make into the door plant of kitchen cabinet, has improved the door plant leakproofness and the stable effect of kitchen cabinet to make this product can reach the requirement of high-quality.

Drawings

Fig. 1 is a schematic view of the flow demonstration of the present invention.

Fig. 2 is a schematic diagram of the present invention.

Fig. 3 is a schematic view of the middle left feeding and conveying device of the present invention.

Fig. 4 is a schematic view of the overlooking direction of the middle left automatic gluing device of the utility model.

Fig. 5 is a schematic view of the front view of the left automatic gluing device of the present invention, wherein a part of the structure is cut away.

Fig. 6 is a schematic view of the middle left cutting board splicing table of the present invention.

Fig. 7 is a schematic diagram of the cooperation between the middle left cutting board splicing table, the right cutting board splicing table, the middle feeding table and the board pressing machine of the present invention.

Fig. 8 is a schematic view of the middle feeding table of the present invention.

Fig. 9 is a schematic view of the main view direction of the middle material receiving frame of the present invention.

Detailed Description

The following describes embodiments of the present invention with reference to the drawings.

Reference is made to figures 1 and 2. A technology for processing the middle plate of ecological decorative plate includes such steps as transversely widening several short wooden strips, and longitudinally splicing and elongating the side surfaces of said short wooden strips. Conveying, brushing and gluing to lengthen, placing a group of solid wood short laths 10 with different lengths on a left feeding conveying device 2, brushing and conveying the solid wood short laths one by one in sequence, and lengthening the solid wood short laths on a left cutting and splicing table 3 to obtain a first long lath, wherein the first long lath is positioned on a left cutting station of the left cutting and splicing table 3; and placing another group of a plurality of short wood strips 10 'with different lengths on a right feeding and conveying device 2' to brush glue one by one in sequence, conveying the glue to a right cutting and splicing table 3 'to be lengthened to obtain a second long strip, and positioning the second long strip on a right cutting station of the right cutting and splicing table 3'. Each short wood strip with different lengths is a finger joint type short wood strip.

2) Cutting off the long laths to splice plates, transversely cutting off the first long lath on the left cutting station to obtain two unit long laths 11, transversely pushing the unit long laths to the next splicing station of the left cutting and splicing plate table 3, and transversely cutting off the next first long lath until a plurality of opposite unit long laths on the left cutting and splicing plate table 3 are spliced to form two first plate blanks 12 with required lengths; and transversely cutting the second long lath on the right cutting station to obtain two unit long laths 11 ', transversely pushing the unit long laths to the next splicing station of the right cutting splicing table 3', and transversely cutting the next second long lath until a plurality of opposite unit long laths on the right cutting splicing table 3 'are spliced to form the required length of two second plate blanks 12'. The cutting mode is specifically as follows: transversely cutting a first long lath on a left cutting station to the initial end part and the middle part of the first long lath respectively to obtain two unit long laths 11 with equal length; the second long lath at the right cutting station is transversely cut at the beginning and the middle thereof to obtain two unit long laths 11' with equal length.

3) The slab combination feeding method comprises the steps that two first slabs 12 on a left cutting splicing table 3 are transversely pushed to a middle feeding table 4, two second slabs 12 'on a right cutting splicing table 3' are transversely pushed to the middle feeding table 4, one first slab 12 and the two second slabs 12 'are in one-to-one butt joint and long combination, one first slab 12 and one second slab 12' which correspond to the first slab 12 form a middle slab 13, one middle slab 13 is arranged on a fixed table 41 of the middle feeding table 4, and the other middle slab 13 is arranged on a movable lifting table 42 of the middle feeding table.

4) And (3) pressing plate forming, namely pushing the two middle plate blanks 13 on the middle feeding table 4 to a hot pressing plate of a pressing plate machine 5 for hot pressing forming to obtain the middle plate 14 of the ecological decorative plate. The specific pushing mode is as follows: pushing one middle slab 13 of the fixed table 41 onto an upper hot press plate of the plate press 5; after the movable lifting platform 42 is lowered to a station, another middle slab 13 is pushed to the lower hot pressing plate of the plate pressing machine 5. The pressing method of the plate pressing machine 5 comprises the following steps: firstly, performing side pressing and returning on the middle plate blank 13 on the hot pressing plate 5 → performing upward pressing and returning on an oil cylinder at the bottom of the hot pressing plate 5 → performing side pressing and returning again on the middle plate blank 13 on the hot pressing plate → finally performing side pressing and upward pressing on the middle plate blank 13 synchronously and returning → then pushing out the middle plate 14 of the ecological decorative plate.

In addition, the number of the unit long laths 11 obtained by transversely cutting the first long lath at the left cutting station can also be one or three or other suitable numbers; the number of the unit long laths 11' obtained by transversely cutting the second long lath at the right cutting station can be one or three or other suitable numbers opposite to the right cutting station, the number of the movable lifting platforms 42 of the middle feeding platform 4 matched with the right cutting station can be no or two or other suitable numbers, and the number of the hot pressing plates of the plate pressing machine 5 matched with the right cutting station can be one or three or other suitable numbers. Each short wood strip with different lengths can be a butt joint type short wood strip.

Reference is made to figures 1 and 2. The utility model provides an automation line of processing ecological decorative board medium plate, includes that the left side feed conveyor 2 and the right feed conveyor 2 ' of placing two sets of a plurality of wood short laths different in size 10, 10 ' on it respectively in for accept respectively left and right feed conveyor 2, 2 ' go up the left side of a plurality of wood short laths different in size cut off makeup platform 3 and cut off makeup platform 3 ' on the right side, be located left and right side and cut off the middle feed platform 4 between makeup platform 3, 3 ' and be used for accepting trigger 5 of push plate device of medium plate base 13 on the middle feed platform 4. The left and right feeding and conveying devices 2 and 2' respectively comprise a feeding base frame 20 arranged in front and back and an automatic gluing device 21 for brushing glue on a plurality of wood short strips with different lengths one by one, wherein the feeding base frame 20 is provided with a feeding conveyer belt 22 for conveying the wood short strips with different lengths one by one and a feeding traction device 23 for drawing the wood short strips with different lengths on the feeding conveyer belt 22 to the automatic gluing device one by one. The left and right cutting-off board splicing tables 3 and 3' comprise a cutting-off board splicing table 30 used for receiving glued solid wood short strips on the automatic gluing device 20, and a top sensing device 31 used for sensing whether the glued solid wood short strips are pushed to be lengthened on a splicing station of the cutting-off board splicing table 30, a cutting device 32 used for transversely cutting off long strips on the splicing station and a lateral transverse pushing assembly 33 used for transversely pushing the cut unit long strips to a next splicing station of the cutting-off board splicing table 30 are arranged on the cutting-off board splicing table 30. The middle feeding table 4 comprises a feeding platform table top for receiving the first plate blank 12 and the second plate blank 12 'pushed up by the left and right cutting and splicing tables 3 and 3' to carry out butt joint and elongation to form a middle plate blank 13, and a lateral longitudinal pushing assembly 40 for pushing the middle plate blank 13 on the feeding platform table top to a hot pressing plate of the plate pressing machine.

Reference is made to fig. 2 and 3. The both sides of feed conveyer belt 22 are equipped with left feed baffle 221 and right feed baffle 222, form between this left feed baffle 221, feed conveyer belt 22 carry the thing face and the right feed baffle 222 and be used for stacking the chamber 220 that holds of a plurality of wood short laths that differ in length, the preceding tip of feed conveyer belt 22 is equipped with the vertical preceding feed baffle 223 of arranging, preceding feed baffle 223 with form the bin outlet that can only the short lath of individual layer wood passes through between the thing face of carrying of feed conveyer belt 22, left side feed baffle 221 is installed and is used for the response to hold whether there is the contact sensor 224 of wood short lath at the bottom in the chamber 220. The feeding traction device 23 comprises a traction roller 231 which is arranged on the feeding base frame 20 and drives the bottom surface of the single-layer solid wood short strip to move forwards, an auxiliary compression roller 232 which is positioned right above the traction roller 231 and can perform auxiliary pressing on the top surface of the single-layer solid wood short strip and an interference roller component 233 which is positioned on the side edge of the traction roller 231 and performs gear shifting on the side edge of the single-layer solid wood short strip, and the auxiliary compression roller 233 is adjusted and moved up and down through a feeding air cylinder drive 234.

Reference is made to fig. 4, 5 and 6. Automatic gluing device 21 includes rubberizing support 210 and installs on rubberizing support 210 and be used for holding the cell body 211 that holds of glue, and preceding breach and back breach have been seted up respectively to preceding, the back lateral wall top that should hold cell body 211, should form the brush of the straight pass of wood short lath level between preceding, the back breach and glue passageway 212, it is equipped with interval arrangement and rotatable left brush in the cell body 211 glues roller 213 and right brush and glues roller 214, and this left and right

brush glues roller

213, 214 and is located brush and glues passageway 212 both sides respectively, and this left brush rubber roller 213 rotatably brushes the operation of gluing to wood short lath one side, right brush rubber roller 214 rotatably brushes the operation of gluing to wood short lath opposite side. A partition 219 is disposed in the middle of the accommodating groove 211, and the top surface of the partition 219 is located right below the glue brushing channel 212.

Reference is made to fig. 4, 5 and 6. The automatic gluing device also comprises a strip-shaped pressing plate 215 which is positioned right above the glue brushing channel 212, and the strip-shaped pressing plate 215 is driven to move up and down by a vertical air cylinder 216. Two sides of the center of the strip-shaped pressing plate 215 are inwards concave left and right arc-

shaped sides

217 and 218, the left glue brushing roller 213 is right opposite to one side of the left arc-shaped side 217, and the right glue brushing roller 214 is right opposite to one side of the right arc-shaped side 218. The design of the left and

right arc edges

217 and 218 is adopted, so that the left and right

glue brushing rollers

213 and 214 respectively brush glue on one side edge and the other side edge of the solid wood short lath correspondingly.

Reference is made to fig. 4 and 5. The left glue brushing roller 213 and the right glue brushing roller 214 both comprise a glue brushing roller body 251 and a glue blocking roller 252 synchronously rotating with the glue brushing roller body 251, a glue blocking disc 253 is arranged at the top of the glue blocking roller 252, and a partial area of the bottom surface of the glue blocking disc 253 covers the top surface of the glue brushing roller body 251. Each glue brushing roller body 251 is in transmission connection with a glue brushing motor 255 with a transmission through a first transmission shaft 254, the glue brushing motor 255 is arranged below the accommodating groove body 211, and the first transmission shaft 254 of each glue brushing roller body 251 is connected with a second transmission shaft 256 of one glue blocking roller 253 matched with the first transmission shaft 254 in a gear 257-combined meshing mode.

Reference is made to fig. 4, 5 and 6. The left glue brushing roller 213 and the right glue brushing roller 214 can adjust the distance between the sides of the glue brushing channel 212 relatively, the bottom of the left glue brushing roller 213 is connected with a left base plate 261, the bottom of the left base plate 261 is provided with a left sliding block 262, the gluing bracket 210 is provided with a horizontal track 263 horizontally arranged left and right, the left sliding block 262 of the left base plate 261 can be connected to the horizontal track 263 in a sliding manner, one side of the bottom of the left glue brushing roller 213 is provided with a left screw rod 265 with a handle 264, the left side of the bottom of the accommodating groove body 211 is provided with a left fixing block 266 with a screw hole, which is matched with the left screw rod 265 in a screwing manner, and the left glue brushing roller 213 can slide left and right on the horizontal track 263 in a rotating manner through the left screw rod 265 to achieve the purpose of adjusting the distance. The bottom of the right glue brushing roller 214 is connected with a right base plate 271, the bottom of the right base plate 271 is provided with a right sliding block 272, the right sliding block 272 of the right base plate 271 is slidably connected to a horizontal track 263, one side of the bottom of the right glue brushing roller 214 is provided with a right screw rod 274 with a handle 273, the right side of the bottom of the accommodating groove body 211 is provided with a right fixing block 275 which is matched with the right screw rod 274 in a screwing mode and is provided with a screw hole, and the right glue brushing roller 214 enables the right base plate 271 to slide left and right on the horizontal track 263 in a rotating mode through the right screw rod 274 so as to achieve the purpose of adjusting the distance. The vertical height of the accommodating groove body 211 can be adjusted up and down on the gluing bracket 210 by the sliding fit between the vertical rail 281 and the vertical slider 282 on the side.

Reference is made to figures 2, 6 and 7. The tip sensing device 31 includes a tip sensing base 311 and a contact sensor 312 installed on the tip sensing base 311 and used for sensing the tip of the short wood strip. The cutting device 32 comprises a tail cutting saw blade 321 for cutting the tail of the short solid wood strip on the splicing station and a middle cutting saw blade 322 for cutting the middle of the short solid wood strip on the splicing station. The cutting and splicing table 30 further comprises a cutting compression bar 34 for pressing the upper surface of the solid wood short lath on the splicing station in an abutting mode, a first driving cylinder 35 for driving the cutting compression bar 34 to move up and down, and a compression bar support frame 36 for fixing the first driving cylinder 35; the board cutting and splicing table 30 further includes an auxiliary pressing rod 37 for pressing the upper surface of the unit long lath on the next splicing station, and a second driving cylinder 38 for driving the auxiliary pressing rod 37 to move up and down, wherein the second driving cylinder 38 is also mounted on the pressing rod supporting frame 36 and is located in front of the first driving cylinder 35. The auxiliary pressure lever 37 is abutted to the upper surface of the unit long lath on the next splicing station through a plurality of vertical cylinders 39 arranged at intervals along the length direction of the auxiliary pressure lever. The lateral transverse pushing assembly 33 includes a lateral transverse pushing plate 331 and a transmission chain for driving the lateral transverse pushing plate 331 to perform pushing operation, and a rear portion of the lateral transverse pushing plate 331 is fixedly connected to the chain of the transmission chain through a connecting block 332.

Reference is made to fig. 1, 2, 7, 8 and 9. The lateral longitudinal pushing assemblies 40 are two lateral longitudinal pushing assemblies which are arranged up and down, the middle feeding table comprises a fixed table 41 and a movable lifting table 42 which are arranged in front and back, and the feeding platform table surface of the fixed table 41 is used for receiving one middle plate blank 13 and pushing the middle plate blank onto the upper-layer hot pressing plate of the plate pressing machine 5 through one lateral longitudinal pushing assembly 40; the feeding platform of the movable lifting platform 42 is used for receiving another medium slab 5, and can descend one station to push the medium slab to the lower hot press plate of the plate press 5 through another lateral longitudinal pushing assembly (not shown in the figure due to a view angle), and each lateral longitudinal pushing assembly 40 includes a lateral longitudinal pushing plate 400 and a driving assembly 401 for driving the lateral longitudinal pushing plate 400 to push. A material receiving frame 6 for receiving the pressed middle plate 14 of the ecological decorative plate on the upper and lower hot pressing plates is arranged behind the plate pressing machine 5, and a first material receiving platform 61 for receiving the middle plate 14 of the ecological decorative plate on the upper hot pressing plate and a second material receiving platform 62 for receiving the middle plate of the ecological decorative plate 14 on the lower hot pressing plate are arranged on the material receiving frame 6.

The above-mentioned be the utility model discloses a concrete implementation way, nevertheless the utility model discloses a design concept is not limited to this, and the ordinary use of this design is right the utility model discloses carry out immaterial change, all should belong to the act of infringement the protection scope of the utility model.

Claims

1. The utility model provides an automation line of processing ecological decorative board medium plate which characterized in that: the device comprises a left feeding conveying device, a right feeding conveying device, a left cutting splicing table, a right cutting splicing table, a middle feeding table and a plate pressing machine, wherein two groups of solid wood short strips with different lengths are respectively arranged on the left feeding conveying device and the right feeding conveying device; the left and right feeding conveying devices respectively comprise feeding base frames which are arranged in front and back and automatic gluing devices which brush glue on a plurality of short wood strips with different lengths one by one, and the feeding base frames are provided with feeding conveying belts which convey the short wood strips with different lengths one by one and feeding traction devices which drag the short wood strips with different lengths on the feeding conveying belts one by one to the automatic gluing devices; the left and right cutting and splicing platforms respectively comprise a cutting and splicing platform used for bearing glued solid wood short strips on the automatic gluing device, and the cutting and splicing platform is provided with a top sensing device used for sensing whether the glued solid wood short strips push lengthening operation on splicing stations of the solid wood short strips in place or not, a cutting device used for transversely cutting long strips on the splicing stations, and a lateral transverse pushing assembly used for transversely pushing the cut unit long strips to the next splicing station of the cutting and splicing platform; the middle feeding table comprises a feeding platform table top and a lateral longitudinal pushing assembly, wherein the feeding platform table top is used for carrying a first plate blank and a second plate blank which are pushed on a left cutting and splicing table to be in butt joint and elongated to form a middle plate blank, and the lateral longitudinal pushing assembly is used for pushing the middle plate blank on the feeding platform table top to a hot pressing plate of the plate pressing machine.

2. The automatic production line for processing the middle plate of the ecological decorative plate as claimed in claim 1, wherein: the both sides of feed conveyer belt are equipped with left feed baffle and right feed baffle, form between this left side feed baffle, the year thing face of feed conveyer belt and the right feed baffle and be used for stacking the chamber that holds of a plurality of wood short laths different in size, the preceding tip of feed conveyer belt is equipped with the vertical preceding feed baffle of arranging, preceding feed baffle with form the bin outlet that can only the single-deck wood short lath pass through between the thing face of carrying of feed conveyer belt, left side feed baffle is installed and is used for the response to hold the contact sensor whether there is the wood short lath at intracavity bottom.

3. The automatic production line for processing the middle plate of the ecological decorative plate as claimed in claim 1, wherein: the feed draw gear is including installing on the feed bed frame and driving the carry over pinch rolls that the short lath of individual layer wood moved forward, be located directly over the carry over pinch rolls and can carry out the supplementary compression roller of supplementary suppression and be located the carry over pinch rolls side and carry out the conflict roller assembly of gear to the short lath side of individual layer wood to the short lath top surface of individual layer wood, supplementary compression roller passes through feed cylinder drive its adjustment from top to bottom and removes.

4. The automatic production line for processing the middle plate of the ecological decorative plate as claimed in claim 1, wherein: automatic rubberizing device includes the rubberizing support and installs on the rubberizing support and be used for holding the cell body that holds of glue, and breach and back breach before should holding the preceding, back lateral wall top of cell body seted up respectively, and the brush that forms the straight pass of wood short lath level between this preceding, back breach glues the passageway, holding tank is internal to be equipped with interval arrangement and rotatable left brush rubber roll and right brush rubber roll, and this left and right brush rubber roll is located brush rubber passageway both sides respectively, and this left brush rubber roll rotatably brushes and glues the operation of gluing to wood short lath one side, right brush rubber roll rotatably brushes the operation of gluing to wood short lath opposite side.

5. The automatic production line for processing the middle plate of the ecological decorative plate as claimed in claim 1, wherein: the top induction device comprises a top induction base and a contact induction sensor which is arranged on the top induction base and is used for inducing the top of the solid wood short lath; the cutting device comprises a tail cutting saw blade used for cutting the tail of the solid wood short lath on the splicing station and a middle cutting saw blade used for cutting the middle of the solid wood short lath on the splicing station.

6. The automatic production line for processing the middle plate of the ecological decorative plate as claimed in claim 1, wherein: the cutting and splicing plate table also comprises a cutting pressure rod for performing abutting pressing on the upper surface of the solid wood short lath on the splicing station, a first driving cylinder for driving the cutting pressure rod to move up and down and a pressure rod support frame for fixing the first driving cylinder; cut off and splice the bench and still include the supplementary depression bar that carries out the conflict suppression to the upper surface of unit rectangular strip on the next concatenation station, drive the second that supplementary depression bar carried out the up-and-down motion and drive actuating cylinder, this second drives actuating cylinder and also installs on the depression bar support frame to it is located the first place ahead that drives actuating cylinder.

7. The automatic production line for processing the middle plate of the ecological decorative plate as claimed in claim 5, wherein: the lateral longitudinal pushing assemblies are two lateral longitudinal pushing assemblies which are arranged up and down, the middle feeding table comprises a fixed table and a movable lifting table which are arranged in front and back, and a feeding platform table surface of the fixed table is used for receiving a middle plate blank and pushing the middle plate blank to an upper hot pressing plate of the plate pressing machine through one lateral longitudinal pushing assembly; the feeding platform table board of the movable lifting table is used for receiving another medium plate blank, can descend one station and then pushes the medium plate blank to the lower hot pressing plate of the plate pressing machine through another lateral longitudinal pushing assembly, and each lateral longitudinal pushing assembly comprises a lateral longitudinal pushing plate and a driving assembly for driving the lateral longitudinal pushing plate to push the medium plate blank.

8. The automatic production line for processing the middle plate of the ecological decorative plate as claimed in claim 1, wherein: the rear of push plate device is equipped with the receipts material frame that is used for accepting the ecological decorative board medium plate of completion of having suppressed on the upper and lower floor's hot pressboard, should receive to be equipped with on the frame of receipts and be used for accepting the first platform of receiving of the ecological decorative board medium plate of upper hot pressboard and be used for accepting the second platform of receiving of the ecological decorative board medium plate of lower floor's hot pressboard.

9. The automatic production line for processing the middle plate of the ecological decorative plate as claimed in claim 1, wherein: each short solid wood strip is a finger joint type short solid wood strip or a butt joint type short solid wood strip.