CN206653492U - A kind of door leaf edge strip gluing presses trimming production line - Google Patents

Abstract

The utility model relates to a door leaf edge strip glue coating press-fitting trimming production line, which includes a double-end glue coating machine, a double-end edge welting machine and a double-end trimming machine, and the double-end edge welting machine is arranged on the double-end glue At one end of the machine, the double-end trimming machine is set at one end of the double-end welting machine, and is opposite to the double-end gluing machine; the double-end gluing machine applies glue to both ends of the door leaf, and the double-end gluing machine Attach the edge strips to both ends of the door leaf, heat and press the edge strips and the door leaf, fix the edge strips on the door leaf, and align and trim the edge strips at both ends of the door leaf with the double-end trimming machine. The door edge strip gluing, pressing and trimming production line of this application can automatically fit the edge strip on the door leaf, and also automatically trim the edge strip attached to the door leaf to achieve precise fit, save labor intensity of workers, and effectively Increase productivity.

Description

A production line for door leaf edge gluing, pressing and trimming

technical field

The utility model relates to the technical field of door leaf side strip lamination, in particular to a door leaf side strip glue coating, pressing and trimming production line.

Background technique

At present, the jointing of the door leaf edge strips on the market is usually done manually with glue. The accuracy of the manual bonding of the edge strips is not good. After the edge strips are pasted, the edge strips need to be trimmed manually. Such a side strip bonding process takes a long time, prolongs the production cycle, and has a great impact on the production efficiency of the enterprise.

Utility model content

Aiming at the deficiencies in the prior art, the purpose of the utility model is to provide a production line for gluing, pressing, and trimming door leaf edge strips.

In order to solve the above-mentioned technical problems, this application discloses a production line for gluing, pressing, and trimming of door leaf edge strips, which is characterized in that it includes a double-end gluing machine, a double-end welting machine and a double-end trimming machine. The double-end welting machine is arranged at one end of the double-end gluing machine, and the double-end trimming machine is arranged at one end of the double-end wetting machine and is opposite to the double-end gluing machine; wherein The double-end gluing machine applies glue to both ends of the door leaf, the double-end welter attaches the edge strips to the two ends of the door leaf, and heats and presses the edge strips and the door leaf to fix the The edge strips are on the door leaf, and the double-end trimming machine aligns and trims the edge strips at both ends of the door leaf.

According to an embodiment of the present application, the above-mentioned double-end gluing machine includes a gluing machine base, two side supports, two feeding crawlers, synchronous linkage components and two gluing components, and the two side supports are respectively set At both ends of the gluing machine base, the two feeding crawlers are respectively arranged on the two side supports, the synchronous moving parts are connected to the two feeding crawlers, and the two gluing parts They are respectively arranged on the two side supports, are located at both ends of the synchronous linkage component, and are located on the outside of the corresponding feeding track.

According to an embodiment of the present application, the aforementioned synchronous linkage components include a support frame, a power shaft, and a synchronous connecting rod. One end of the shaft is connected to one of the two feeding crawlers, the other end is fixed to the support frame, one end of the synchronous link is connected to the power shaft, and the other end is connected to the other feeding crawler.

According to an embodiment of the present application, each of the above-mentioned gluing parts includes a gluing base, a plurality of rubber roller lifting cylinders, a plurality of rubber rollers, a Y-direction moving mechanism and an X-direction moving mechanism, and the plurality of rubber roller lifting cylinders Set on the gluing base, the multiple rubber rollers are respectively connected to the corresponding rubber roller lifting cylinders, the Y-direction moving mechanism is set on the gluing base, and drives the multiple rubber roller lifting cylinders and A plurality of rubber rollers move in the Y direction, and the X-direction moving mechanism is arranged on the Y-direction moving mechanism, and drives the lifting cylinders and a plurality of rubber rollers arranged in the plurality of rubber rollers to move in the X direction; wherein each A gluing unit further includes a glue box, and the glue box provides glue to the plurality of rubber rollers.

According to an embodiment of the present application, the above-mentioned double-end gluing machine further includes two feeding pallets, two movable upper pressure beam parts, two lifting backers, fixed side backer parts, movable side pressing parts, and middle gluing parts. Group and length adjustment parts, the two feeding pallets are respectively arranged on the corresponding side brackets, and are located at the feeding end of the corresponding feeding crawler, and the two movable upper pressure beam parts are respectively arranged on the two The side brackets are respectively located above the two feeding crawlers; the two lifting backers are respectively arranged on the inner sides of the two feeding crawlers; the fixed side backing parts and the movable side pressing parts are respectively arranged on The two side supports are respectively located on the outer sides of the two feeding crawlers; the middle gluing group is arranged on the gluing machine base and located between the two side supports; the length adjustment part It is arranged on the gluing machine base and connected to one of the two side supports.

According to an embodiment of the present application, the above-mentioned double-end welting machine includes a welting frame, two conveying parts, two side beading parts and two cutting parts, and the two conveying parts are respectively arranged on the welting The two brackets at both ends of the frame, the two side pressing parts are respectively arranged on the two brackets, and are respectively located on the outside of the two conveying parts, and the two cutting parts are respectively arranged on the two The outer side of the conveying part is located on one side of the two side bead parts respectively.

According to an embodiment of the present application, each of the above-mentioned side pressing parts includes a heating part and a pressing part, and the heating part is arranged on the corresponding bracket and is located outside the corresponding conveying part; the pressing part is arranged on the Above the heating component; wherein the press-fitting component includes at least one X-direction rail, a bead seat, an X-direction push cylinder, a plurality of push plates and a plurality of stop blocks, a first side strip pressing plate and a plurality of press-fit The cylinder, the at least one X-guiding rail is arranged on the corresponding support, and is located above the heating component, and the batten base is slid on at least one X-guiding rail, and is located on the corresponding conveying component The outer side of the X-direction push cylinder is fixed on the corresponding bracket, and its air rod is connected to the bead seat, and the plurality of push plates are arranged on the bead seat and face the corresponding conveying part The plurality of notches are arranged on the plurality of chutes of the press base; the plurality of press cylinders are fixed on the press base, and the air rod of each press cylinder is connected to the first Edge compression plate.

According to an embodiment of the present application, the above-mentioned pressing parts further include a second side strip pressing plate and a plurality of ram lift cylinders, the second side strip pressing plate is arranged on the pressing strip plate seat, and is connected to the first strip pressing plate One side strip pressing plate is opposite, and there is a gap between the plurality of push blocks and the second side strip pressing plate; the plurality of ram lifting cylinders are arranged on the second side strip pressing plate, and Connect the corresponding gates respectively.

According to an embodiment of the present application, the above-mentioned double-end trimming machine includes a trimming base, two bases, two transmission parts, a linkage part, two trimming parts and two trimming parts , the two bases are arranged at both ends of the trimming base, the two transmission parts are respectively arranged on the two bases, and the linkage parts are connected to the two transmission parts, The two trimming parts are respectively arranged on the two bases and are respectively located outside the two transmission parts, and the two trimming parts are respectively arranged on the two bases and are respectively located on the outside of the two transmission parts. The corresponding alignment part is located between the linking part and the outside of the corresponding transmission part.

Compared with the prior art, the present application can obtain the following technical effects:

The door edge strip glue coating and pressing trimming production line of this application can automatically fit the edge strip on the door leaf, and at the same time automatically trim the edge strip attached to the door leaf to achieve precise fit, save the labor intensity of workers, and effectively Increase productivity.

Description of drawings

Fig. 1 is a perspective view of a production line for gluing, pressing, and trimming door edge strips according to an embodiment of the present application.

Fig. 2 is a perspective view of a double-end gluing machine according to an embodiment of the present application.

Fig. 3 is a perspective view of a glue-applied part according to an embodiment of the present application.

Fig. 4 is a schematic diagram of a double-end gluing machine according to an embodiment of the present application.

Fig. 5 is a perspective view of a double-end welting machine according to an embodiment of the present application.

FIG. 6 is a schematic diagram of a pressing component according to an embodiment of the present application.

Fig. 7 is a perspective view of a double-end trimming machine according to an embodiment of the present application.

Fig. 8 is a schematic diagram of a double-end trimming machine according to an embodiment of the present application.

detailed description

A number of implementations of the present application will be disclosed in the following figures. For the sake of clarity, many practical details will be described together in the following description. It should be understood, however, that these practical details should not be used to limit the application. That is to say, in some embodiments of the present application, these practical details are unnecessary. In addition, for the sake of simplifying the drawings, some well-known and commonly used structures and components will be shown in a simple schematic manner in the drawings.

The terms "first", "second", etc. used herein do not specifically refer to a sequence or order, nor are they used to limit the present application, but are only used to distinguish components or operations described with the same technical terms. .

Please refer to FIG. 1 , which is a perspective view of a production line 1 for gluing, pressing, and trimming door edge strips according to an embodiment of the present application; as shown in the figure, this embodiment provides a production line 1 for gluing, pressing, and trimming door edge strips. The door edge strip glue coating, pressing and trimming production line 1 includes a double-end gluing machine 10 , a double-end welting machine 11 and a double-end trimming machine 13 . The double-end welter 11 is arranged at one end of the double-end gluing machine 10 , and the double-end trimming machine 13 is arranged at one end of the double-end gluing machine 11 , and is opposite to the double-end gluing machine 10 . When the door leaf enters the double-end gluing machine 10, the double-end gluing machine 10 glues the two ends of the door leaf. The door leaf that has been glued enters the double-end welter 11, and the double-end welter 11 sticks the edge strips on both ends of the door leaf at the same time, and heats and presses the edge strips and the door leaf to fix the edge strips on one end of the corresponding door leaf . The door leaf with edge strip enters the double-end trimming machine 13, and the double-end trimming machine 13 aligns and trims the edge strips at the two ends of the door leaf.

Please also refer to Fig. 2, which is a perspective view of a double-end glue coating machine 10 according to an embodiment of the present application; as shown in the figure, the double-end glue coating machine 10 of this embodiment includes a glue coating machine base 101 and two side supports 102, two feeding crawlers 103, synchronous linkage parts 104 and two gluing parts 105, two side supports 102 are respectively arranged on the two ends of the gluing machine base 101, and two feeding crawlers 103 are respectively arranged on two The side bracket 102, the synchronous interlocking part 104 is arranged on the gluing base 101 and connected to the two feeding crawlers 103, the two gluing parts 105 are respectively arranged on the two side brackets 102, and are located at both ends of the synchronous interlocking part 104, And it is located on the outside of the corresponding feeding crawler belt 103 . The synchronous linkage component 104 includes a supporting frame 1041 , a power shaft 1042 and a synchronizing connecting rod 1043 . The supporting frame 1041 is arranged on the gluing machine base 101 and is located between the two side frames 102 . One end of the power shaft 1042 is connected to the feeding track 103 on the right side in the figure, and the other end is fixed to the support frame 1041 . One end of the synchronous link 1043 is connected to the power shaft 1042, and the other end is connected to the feeding track 103 on the left side in the figure.

Referring to Fig. 3 again, it is the perspective view of the gluing part 105 of one embodiment of the present application; Roller 1053, Y-direction moving mechanism 1054 and X-direction moving mechanism 1055, multiple rubber roller lifting cylinders 1052 are arranged side by side on the glue base 1051, multiple rubber rollers 1053 are respectively connected to corresponding rubber roller lifting cylinders 1052, Y-direction moving mechanism 1054 is set on the gluing base 1051, and drives a plurality of rubber roller lifting cylinders 1052 and a plurality of rubber rollers 1053 arranged on the gluing base 1051 to move in the Y direction. The X-direction moving mechanism 1055 is arranged on the Y-direction moving mechanism 1054, and drives a plurality of rubber roller lifting cylinders 1052 and a plurality of rubber rollers 1053 arranged on the gluing base 1051 to move in the X direction. Each gluing unit 105 further includes a glue box 1056, and the glue box 1056 is arranged on one side of the plurality of rubber rollers 1053 to supply glue to the plurality of glue rollers 1053, so that the surfaces of the plurality of glue rollers 1053 continue to have glue, Then continue to apply glue.

When the door leaf enters the two feeding crawlers 103, one of the two feeding crawlers 103 rotates, and the rotating feeding crawler 103 drives the other feeding crawler 103 to rotate through the synchronous linkage part 104, and makes the two feeding crawlers 103 rotate synchronously, and two feeder belts 103 drive the door leaf to advance to positioning. Then a plurality of rubber roller lifting cylinders 1052 and an X-direction moving mechanism 1055 of each gluing member 105 adjust the positions of a plurality of rubber rollers 1053 so that the plurality of rubber rollers 1053 correspond to one end of the door leaf. Then the Y-direction moving mechanism 1054 of the gluing component 105 drives a plurality of rubber rollers 1053 to move in the Y-direction to apply glue on one end of the door leaf. The double-end gluing machine 10 of this embodiment can apply gluing to both ends of the door leaf at the same time.

The feeding end of each of the above-mentioned feeding crawlers 103 has a feeding pallet 106, and the feeding pallet 106 is arranged on the corresponding side bracket 102. When the door leaf just enters the two feeding crawlers 103, it is located on the two feeding crawlers 103 Two feeding pallets 106 at the feeding end support the door leaves that do not enter the two feeding crawlers 103, so as to avoid the door leaves from falling. The double-end gluing machine 10 of the present embodiment further includes two movable upper pressure beam parts 107, two lifting backers 108, a fixed side backer part 109a and a movable side pressing part 109b, and the two movable upper pressure beam parts 107 are respectively arranged On the two side supports 102, and respectively located above the corresponding feeding crawlers 103, wherein each movable upper pressure beam part 107 includes at least one pressure beam lifting cylinder 1071 and a pressure beam member 1072, and at least one pressure beam lifting cylinder 1071 is set For the corresponding side bracket 102 , the pressure beam member 1072 is connected to the gas rod of at least one pressure beam elevating cylinder 1071 , and is located above the corresponding feeding track 103 . Each movable upper pressure beam part 107 of this embodiment further includes at least one auxiliary guide rail 1073, at least one auxiliary guide rail 1073 is arranged on the corresponding side bracket 102, and extends along the Z direction, and the pressure beam part 1072 is slidably arranged on at least one auxiliary guide rail 1073. Guide rail 1073, when at least one pressure beam lifting cylinder 1071 pushes the pressure beam 1072 to move in the Z direction, the pressure beam 1072 moves along at least one auxiliary guide rail 1073, so as to prevent the pressure beam 1072 from being skewed when moving.

The two lifting backers 108 are respectively arranged on the inner sides of the corresponding feeding crawlers 103 . The fixed side backing part 109a and the movable side pressing part 109b are respectively arranged on the corresponding side brackets 102, and are respectively located on the outside of the corresponding feeding crawler 103. For example, the fixed side backing part 109a is located on the feeding crawler on the left side of the figure 103, the movable side pressing part 109b is located on the outside of the feeding crawler belt 103 on the right side in the figure. The fixed side backing part 109a includes a fixed side pressing block 1091a; the movable side pressing part 109b includes a side pressing fixed seat 1091b, a movable side pressing block 1092b, at least one push rod 1093b and at least one side pressing cylinder 1094b, and the side pressing The fixed seat 1091b is arranged on the corresponding side bracket 102, the movable side pressing block 1092b is arranged on the side pressing fixed seat 1091b, and is located on one side of the corresponding feeding track 103, and at least one push rod 1093b passes through the side pressing fixed seat 1091b, at least one side pressing cylinder 1094b is disposed on the side pressing fixing seat 1091b, opposite to the movable side pressing block 1092b, and connected to at least one push rod 1093b. When at least one side pressing cylinder 1094b pulls or pushes at least one push rod 1093b, at least one push rod 1093b drives the movable side pressing block 1092b to approach or move away from the corresponding feeding track 103 .

When the door leaf entered the two feeding crawlers 103, each lifting backer 108 drove the lifting backer 108 to move to the lower surface of the door leaf through the cylinder, and abut against the lower surface of the door leaf. At the same time, the movable measuring and pressing block 1092b of the movable side pressing part 109b abuts against one end of the door leaf, and pushes the door leaf to move toward the fixed side pressing block 1091a of the fixed side backing part 109a, and the other end of the door leaf abuts against the fixed side for pressing The block 1091a, the fixed side pressing block 1091a and the movable side pressing block 1092b clamp the door leaf to fix the horizontal position of the door leaf. However, at least one pressure beam lifting cylinder 1071 of each movable upper pressure beam component 107 drives the pressure beam component 1072 to move to the corresponding feeding track 103, and the pressure beam component 1072 presses against the upper surface of the door leaf. The vertical position of the door leaf is fixed by the movable upper pressure beam part 107 and the lifting backer 108. In this way, the two gluing components 105 can stably apply glue to both ends of the door leaf, and the door leaf will not deviate during the coating process. Wherein the movable pressure measuring block 1092b has a plurality of auxiliary rollers 10921b, and the contact area between the plurality of auxiliary rollers 10921b and one end of the door leaf is reduced, so as to reduce the friction between the movable side pressing block 1092b and the door leaf, so that the movable side can be compressed The block 1092b easily drives the door leaf to move toward the fixed side pressing block 1091a.

The double-end gluing machine 10 of this embodiment further includes a middle gluing group 120 , and the middle gluing group 120 is arranged on the gluing machine base 101 and located between the two side supports 102 . The middle gluing group 120 includes at least one tugboat lifting cylinder 1201 and a plurality of tugboats 1202, at least one tugboat lifting cylinder 1201 is arranged on the gluing machine base 101, and a plurality of tugboat 1202 is arranged on at least one tugboat lifting cylinder 1201. The door leaf is placed on two feeding crawlers 103, and at least one tugboat lifting cylinder 1201 adjusts the height of multiple tugboats 1202, so that multiple tugboats 1202 abut against the lower surface of the door leaf, and the middle glue group 120 supports the door leaf. When the door leaf moves on When two feeding crawlers 103 are used, a plurality of tugboats 1202 of the middle gluing group 120 assist the door leaf to move.

Please also refer to FIG. 4 , which is a schematic diagram of a double-end gluing machine 10 according to an embodiment of the present application; The side bracket 102 located on the right is connected to the length adjusting member 121 and is arranged on the glue coating machine base 101 . The length adjustment part 121 comprises two guide rails 1211, a length positioning screw rod 1212 and a length adjustment motor 1213. The side bracket 102 located on the right side of the figure is slidably arranged on the two guide rails 1211, and one end of the length positioning screw rod 1212 is connected and slidably arranged on the two guide rails. The side brackets 102 of the first guide rail 1211 and the length adjustment motor 1213 are arranged on the gluing machine base 101, and are located between the two side brackets 102, and are connected to the other end of the length positioning screw rod 1212. The length adjustment motor 1213 drives the length positioning screw mandrel 1212, and the length positioning screw mandrel 1212 drives the side support 102 located on the right side of the figure to move inside or outside the glue coating machine base 101, and then drives the feeding crawler belt 103, which is arranged on the side support 102, The gluing part 105, the movable upper pressure beam part 107, the lifting backer 108 and the movable side pressing part 109b move to the inside or outside of the gluing base 101 to adjust the distance between the two side supports 102 according to the length or width of the door leaf. And then adjust the spacing between two feeding crawlers 103, two gluing parts 105, two movable upper pressure beam parts 107, two lifting backers 108, fixed side backer parts 109a and movable side pressing parts 109b, accurately locate Door leaf, and apply glue to both ends of the door leaf accurately.

Refer to 5 again, which is a perspective view of a double-end welting machine 11 according to an embodiment of the present application; , two side beading parts 113 and two cutting parts 114, two conveying parts 112 are respectively arranged on the two brackets 1111 at the two ends of the welting frame 111, and correspond to the two feeding crawlers of the double-end gluing machine 10 respectively 103. The two side bead parts 113 are respectively arranged on the two brackets 1111 at both ends of the welting machine frame 111 , and are respectively located outside the corresponding conveying parts 112 . The two cutting parts 114 are respectively arranged on the outer sides of the two conveying parts 112 and located on one side of the corresponding side pressing part 113 .

When the two feeding crawlers 103 of the double-end gluing machine 10 convey the glue-coated door leaf to the two conveying parts 112 of the double-end welting machine 11, the two conveying parts 112 convey the door leaf to the two side bead parts 113, two side bead parts 113 attach two side strips to the two ends of the door leaf respectively, and respectively heat the side strips and the door leaf, and press the side strips on one end of the corresponding door leaf, and the side strips are fixed and corresponding one end of the door leaf. The two strip cutting components 114 respectively pre-cut the corresponding side strips. The double-end welting machine 11 of this embodiment can press and bond two edge strips to both ends of the door leaf at the same time.

Each conveying part 112 includes a conveying crawler 1121 and at least one crawler lifting cylinder 1122. At least one crawler lifting cylinder 1122 is arranged on the inner side of the conveying crawler 1121, and drives the conveying crawler 1121 to rise or fall, so that the two conveying parts 112 drive the door leaf to rise or fall. Descend, and allow the door leaf to correspond to two side bead parts 113 . Each conveying part 112 further comprises two door-stop cylinders 1123, and the two door-stop cylinders 1123 are arranged on the inner side of the conveyor belt 1121, and are positioned at both ends of the conveyor belt 1121, and the distance between the two door-stop cylinders 1123 is equal to or greater than the door leaf When the air rods of the two door-stop cylinders 1123 are raised, the door leaf is positioned between the two door-stop cylinders 1123, and the position of the door leaf can be accurately positioned so that the subsequent two side bead parts 113 can carry out the door leaf operation. Heating and pressing.

Each side bead part 113 includes a heating part 1131 and a pressing part 1132, the heating part 1131 is arranged on the support 1111 of the corresponding welt frame 111, and is positioned at the outside of the corresponding conveying part 112, and the pressing part 1132 is arranged on the heating part 1131 above. The heating unit 1131 includes a heating base 11311 and an electric heating plate 11312. The heating base 11311 is arranged on the support 1111 of the corresponding welting frame 111. The electric heating plate 11312 is arranged on the heating base 11311 and faces the corresponding conveying member 112. The heating component 1131 of this embodiment further includes a plurality of guide plates 11313 disposed on the heating base 11311 .

Please also refer to FIG. 6 , which is a schematic diagram of a pressing part 1132 according to an embodiment of the present application; as shown in the figure, the pressing part 1132 includes at least one X-direction rail 11321 , bead seat 11322 , X-direction pushing cylinder 11323 , A plurality of push plates 11324, a plurality of notch plates 11325, a first edge pressing plate 11326 and a plurality of pressing cylinders 11327. At least one X-guiding rail 11321 is arranged on the bracket 1111 of the corresponding welting frame 111, and is located above the heating component 1131, and the batten seat 11322 is slid on at least one X-guiding rail 11321, and is located outside the corresponding conveying component 112 . The X-direction pushing cylinder 11323 is fixed on the bracket 1111 of the corresponding welt frame 111 , and its air rod is connected to the bead base 11322 to push or pull the bead base 11322 to move in the X direction along at least one X guide rail 11321 . A plurality of push plates 11324 are disposed on the bead seat 11322 and face the corresponding conveying parts 112 . A plurality of notch plates 11325 are arranged in a plurality of slide grooves of the bead seat 11322 . A plurality of pressing cylinders 11327 are fixed on the batten base 11322, and the air rod of each pressing cylinder 11327 is connected to the first edge pressing plate 11326. The X-direction pushing cylinder 11323 expands and contracts the bead seat 11322 along the X direction, driving the bead seat 11322 to move back and forth. A plurality of pressing cylinders 11327 simultaneously push the first side bar pressing plate 11326, and the first side bar pressing plate 11326 presses the bead on the bead seat 11322.

The pressing part 1132 of this embodiment further includes a second side strip pressing plate 11328 and a plurality of gate lifting cylinders 11329, the second side strip pressing plate 11328 is arranged on the pressing strip plate seat 11322, and the first side strip pressing plate 11326 is opposite to each other, there is a gap between the plurality of push blocks 11325 and the second interlocking push plate 11328, and a plurality of ram lift cylinders 11329 are arranged on the second side strip pressing plate 11328, and are respectively connected to the corresponding ram 11324, To drive the corresponding flashboard 11324 up and down, so that the first bead on the bead seat 11322 is pressed into the side of the heating component 1131 from the gap between the plurality of notch plates 11325 and the second edge bead pressing plate 11328 .

When the glue-coated door leaf enters the two conveying parts 112, the conveying part 112 drives the door leaf to the space between the two heating parts 1131, and the bead is pressed between the door leaf and the heating plate by the shutter 11324, and the two pressing parts 1132 simultaneously Press the corresponding side strip to the corresponding door leaf end. The two heating components 1131 respectively heat the corresponding side bars and door leaves. After the two pressing parts 1132 are pressed together, at least one crawler lifting cylinder 1122 of the conveying part 112 drives the conveying crawler 1121 to rise, and then the two conveying parts 112 convey the door leaves that have been pressed to the two cutting parts 114 move.

Referring again to Fig. 5, each strip cutting part 114 includes a strip cutting machine base 1141, an angle grinder 1142 and a strip cutting lifting cylinder 1143, and the strip cutting machine base 1141 is arranged on the support 1111 of the corresponding heating press frame 111, and is located at the corresponding The outer side of the conveying part 112 is located at one end of the corresponding side bar part 113 . The angle grinder 1142 is disposed on one side of the strip cutting machine base 1141 , and its cutting direction faces the corresponding conveying component 112 . The strip cutting lifting cylinder 1143 is fixed on the strip cutting machine base 1141, and its gas rod is connected with the angle grinder 1142. The strip cutting lift cylinder 1143 drives the angle grinder 1142 to move up and down, so as to pre-cut the side strips fixed on the door leaf or adjust the position of the angle grinder 1142 . The strip cutting part 114 of the present embodiment further includes a Z guide rail 1144, and the Z guide rail 1144 is arranged on the strip cutting machine base 1141, and the angle grinder 1142 is slidably arranged on the Z guide rail 1144, so that the angle grinder 1144 can follow the Z guide rail 1144 moves up and down, avoids that angle grinder 1144 produces offset when cutting strip lifting cylinder 1143 drives.

The double-end welting machine 11 of the present embodiment further includes two adjustment slide rails 115 and at least one pressing cylinder 116. The two adjustment slide rails 115 are arranged on both sides of the welting frame 111. The bracket 1111 on the right side of the figure is Slidingly arranged on two adjusting slide rails 115, at least one pressing cylinder 116 is fixed on the welt frame 111, and the air rod of each pressing cylinder 116 is connected to the bracket 1111 on the right side in the figure. When each pressing cylinder 116 pushes or pulls the support 1111 on the right side of the figure, the conveying part 112, the side bead part 113 and the cutting part 114 on the support 1111 will go to the conveying part 112, The side pressing part 113 and the cutting part 114 are moved closer or farther away, so as to adjust the distance between the two conveying parts 112, the two side pressing parts 113 and the two cutting parts 114 according to the width or length of the door leaf. The distance between the two conveying parts 112 should be consistent with the distance between the two feeding crawlers 103 , so that the two feeding crawlers 103 can smoothly transmit the door leaves to the two conveying parts 112 . Simultaneously, during the pressing process of the door leaf, each compression cylinder 116 pushes the bracket 1111 on the right side to offset against the door leaf, and cooperates with the left side bracket 1111 to complete the pressing of the door leaf side strip.

The double-end welter 11 of this embodiment further includes at least one rack and pinion assembly 117, each rack and pinion assembly 117 includes a rack 1171 and a gear 1172, and one end of the rack 1171 is fixed to the bracket 1111 on the right side of the figure, The gear 1172 is arranged on the bracket 1111 on the right side in the figure, and meshes with the rack 1171 . When each adjustment cylinder 116 pushes or pulls the bracket 1111 on the right in the figure, at least one rack and pinion assembly 117 precisely controls the moving distance of the bracket 1111 through the meshing of the rack 1171 and the gear 1172 .

The double-end welter 11 of this embodiment further includes a fixed-side pressing backer 118 and a movable side pressing backer part 119, and the fixed-side pressing backer 118 is arranged outside the conveying part 112 on the left side in the figure. The movable side pressure backer part 119 is arranged on the outside of the conveying part 112 on the right side in the figure, and is opposite to the fixed side pressure backer part 118. The movable side pressure backer part 119 includes a side pressure cylinder 1191 and a movable side pressure backer 1192. The side pressure cylinder 1191 is arranged on the outside of the conveying part 112 on the right side of the figure. The movable side pressure backer 1192 is connected to the side pressure cylinder 1191 and corresponds to the The delivery part 112 on the right. The side pressure cylinder 1191 drives the movable side pressure backer 1192 to approach the conveying part 112, the movable side pressure backer 1192 and the fixed side pressure backer 118 clamp the door leaf with the side strip, so as to facilitate the subsequent transmission of the door leaf to the double-end trimming machine 13 .

Please also refer to FIG. 7 , which is a perspective view of a double-end trimming machine 13 according to an embodiment of the present application; as shown in the figure, the double-end trimming machine 13 of this embodiment includes a trimming machine base 131, two bases 132, two transmission parts 133, linkage parts 134, two trimming parts 135 and two trimming parts 136, two bases 132 are arranged on the two sides of the trimming machine base 131 The two transmission parts 133 are respectively arranged on the two bases 132, the linkage part 134 is connected to the two transmission parts 133, and the two flush parts 135 are respectively arranged on the two bases 132, and are respectively located on the two transmission parts. 133 outside. The two trimming components 136 are respectively disposed on the two bases 132 , and are respectively located between the corresponding flush component 135 and the linkage component 134 , and are located outside the corresponding transmission component 133 . Two conveying parts 133 transmit the door leaf to enter, and two head-aligning parts 135 align the side strips positioned at the two ends of the door leaf respectively, and two trimming parts 136 trim the side strips positioned at the two ends of the door leaf simultaneously.

The transmission part 133 of this embodiment includes a transmission crawler 1331 and a plurality of auxiliary roller sets 1332, the transmission crawler 1331 is arranged on a corresponding base 132, and a plurality of auxiliary roller sets 1332 are arranged on a corresponding base 132, and are located on the transmission crawler. One end of 1331, and close to the double-end welter 11. A plurality of auxiliary roller sets 1332 support the door leaf conveyed from the double-end welting machine 11 , and make the door leaf enter the conveying track 1331 smoothly. Each head-aligning part 135 comprises a head-aligning rail seat 1351, two head-aligning slide blocks 1352 and two head-aligning cylinders 1353, the head-aligning rail seat 1351 is arranged on the corresponding base 132, and it faces the corresponding transmission part 133. There are two flush guide rails 13511 on the surface, and the two flush guide rails 13511 are inclined at an angle relative to the horizontal plane and parallel to each other. Two parallel sliders 1352 are slid on two parallel guide rails 13511 respectively, and are respectively located above the transmission part 133, and two parallel cylinders 1353 are fixed on the corresponding base 132, and the air rod of each parallel cylinder 1353 The corresponding parallel sliders 1352 are connected, and the two parallel cylinders 1353 respectively pull the corresponding parallel sliders 1352 to move to the transmission crawler belt 1331 of the transmission part 133 . Drive the cutting tool on the slider 1352 to complete the sawing of the edge strip residues at the two ends of the door leaves of the two conveying parts 133 .

Each trimming part 136 comprises a trimming seat body 1361, two guide rods 1362, a lower trimming part 1363, a lower fixing part 1364, an upper trimming part 1365, an upper fixing part 1366 and an upper adjustment part 1367, and the trimming seat body 1361 is disposed on the corresponding base 132 and located outside the corresponding transmission part 133 . The two guide rods 1362 are disposed on the trimming base 1361 and extend upward in Z direction. The lower trimming member 1363 is slidably disposed on the two guide rods 1361 , and its trimming direction faces the corresponding conveying part 133 . One end of the lower fixing member 1364 passes through the lower trimming member 1363 , and the other end thereof is fixed to the trimming base 1361 to fix the position of the lower trimming member 1363 . The upper trimming member 1365 is slidably disposed on the two guide rods 1362 and is located above the lower trimming member 1363 and the lower fixing member 1364 . The upper fixing part 1366 is arranged on the corresponding base 132 and is located on one side of the upper trimming part 1365. One end of the upper adjusting part 1367 is fixed on the upper fixing part 1366, and the other end is arranged on the upper trimming part 1365. The upper adjustment part 1367 includes a screw rod 13671 and an adjustment spring 13672. The screw rod 13671 is fixed between the upper fixing part 1366 and the upper trimming part 1365. The adjustment spring 13672 is sleeved on the screw rod 13671 and is located between the upper fixing part 1366 and the upper trimming part 1365. In this way, the position of the upper trimming member 1365 can be slightly adjusted by adjusting the elasticity of the spring 13672 according to the edge strip of the door leaf.

Referring to Fig. 8 again, it is a schematic diagram of a double-end trimming machine 13 according to an embodiment of the present application; as shown in the figure, the double-end trimming machine 13 of this embodiment further includes two upper pressure beams Component 137 and length positioning component 138, two upper pressure beam components 137 are respectively arranged on the corresponding base 132, and are positioned at the top of the corresponding transmission component 133, when the two transmission components 133 transmit the door leaf to the location, the two upper pressure beam components The beam part 137 abuts against the upper surface of the door leaf to avoid displacement when the side strips at both ends of the door leaf are aligned and trimmed. Each upper pressure beam member 137 of this embodiment further includes an upper pressure beam lifting mechanism 1371 and an upper pressure beam member 1372 connected to the upper pressure beam lifting mechanism 1371. The upper pressure beam lifting mechanism 1371 is arranged on the corresponding base 133 and drives The upper pressing beam part 137 ascends or descends above the corresponding conveying part 133 . The length positioning part 138 is arranged on the trimming machine base 131, the base 133 on the right side in the figure is arranged on the length positioning part 138, and the length positioning part 138 drives the base 133 on the right side in the figure to the base on the left side in the figure 133 is close to or away from, and adjusts the positions of the transmission part 133, the trimming part 135, the edge trimming part 136 and the upper pressure beam part 137 of the base 133 on the right side of the figure to adjust the two transmission parts 133 and the two alignment parts. The distance between the head part 135, the two trimming parts 136 and the two upper pressure beam parts 137. The length positioning part 138 of this embodiment includes two slide rails 1381 arranged on both sides of the trimming machine base 131, a screw rod 1382 passing through the base 133, and a screw rod 1382 arranged on the trimming machine base 131 and the driving screw 1382. drive 1383.

To sum up, the door edge strip gluing, pressing, and trimming production line of this application automatically attaches two edge strips to both ends of the door leaf through a double-end gluing machine, a double-end edge trimming machine, and a double-end trimming machine. At the same time, it also automatically trims the two side strips attached to the two ends of the door leaf. The process of fitting and trimming does not require manual processing at all, which achieves automatic manufacturing, saves labor intensity of workers and effectively improves work efficiency. However, the double-end gluing machine, double-end welting machine and double-end trimming machine can accurately locate the position of the door leaf, and apply glue to the door leaf, fit the edge strip and trim the edge strip to make the edge strip accurate It fits perfectly on the door leaf to achieve high-precision production.

The above description is only the embodiment of the present application, and is not intended to limit the present application. For those skilled in the art, various modifications and changes may occur in this application. Any modification, equivalent replacement, improvement, etc. made within the spirit and principle of the present application shall be included within the scope of the claims of the present application.

Claims (9)

1. a kind of door leaf edge strip gluing presses trimming production line, it is characterised in that including both-end glue spreader, both-end welt fitting machine and double Flush trimmer is held, the both-end welt fitting machine is arranged at one end of the both-end glue spreader, and the flush trimmer of both-end is set In one end of the both-end welt fitting machine, and it is relative with the both-end glue spreader；Both ends of the wherein described both-end glue spreader to door leaf Gluing is carried out, the both-end welt fitting machine attaches edge strip in the both ends of the door leaf, and carries out heating pressure to the edge strip and door leaf Close, the fixed edge strip carries out alignment deburring in the door leaf, the flush trimmer of both-end to the edge strip at the door leaf both ends.

2. door leaf edge strip gluing according to claim 1 presses trimming production line, it is characterised in that the both-end glue spreader Including gluing support, two side stands, two feeding crawler belts, synchronous linkage part and two gluing members, described two collateral Frame is respectively arranged at the both ends of the gluing support, and two feeding crawler belts are respectively arranged at two side stands, described Synchronous linkage part connects two feeding crawler belts, and two gluing members are respectively arranged at two side stands, and Positioned at the both ends of the synchronous linkage part, and positioned at the outside of corresponding feeding crawler belt.

3. door leaf edge strip gluing according to claim 2 presses trimming production line, it is characterised in that the synchronous linkage part Part includes support frame, line shaft and synchronising (connecting) rod, and support frame as described above is arranged at the gluing support, and collateral positioned at described two Between frame, one end of the line shaft connects one of described two feeding crawler belts, and its other end is fixed on support frame as described above, described One end of synchronising (connecting) rod connects the line shaft, and its other end connects another feeding crawler belt.

4. door leaf edge strip gluing according to claim 2 presses trimming production line, it is characterised in that each gluing member Including gluing pedestal, multiple rubber roll lift cylinders, multiple rubber rolls, Y-direction travel mechanism and X to travel mechanism, the multiple rubber roll Lift cylinder is arranged at the gluing pedestal, and the multiple rubber roll connects corresponding rubber roll lift cylinder, the Y-direction movement respectively Mechanism is arranged at the gluing pedestal, and drives the multiple rubber roll lift cylinder and multiple rubber rolls make Y-direction movement, the X to Travel mechanism is arranged at the Y-direction travel mechanism, and drive be arranged at the multiple rubber roll lift cylinder and multiple rubber rolls make X to It is mobile；Each wherein described gluing member further includes glue case, and the glue case provides viscose to the multiple rubber roll.

5. door leaf edge strip gluing according to claim 1 presses trimming production line, it is characterised in that the both-end glue spreader Further include two loading supporting plates, press beam part, two lifting backers, affixed side backer part, activity side compressions in two activities Part, middle gluing group and length adjusting elements, two loading supporting plates are respectively arranged at corresponding side stand, and positioned at pair The feed end for the feeding crawler belt answered, press beam part is respectively arranged at two side stands, and position respectively in two activities In the top of two feeding crawler belts；Two lifting backers are respectively arranged at the inner side of two feeding crawler belts；Institute State affixed side backer part and active side compacting part is respectively arranged at two side stands, and respectively on described two Expect the outside of crawler belt；The middle gluing group is arranged at the gluing support, and between two side stands；The length Adjustment part is arranged at the gluing support, and is connected with one of described two side stands.

6. door leaf edge strip gluing according to claim 1 presses trimming production line, it is characterised in that the both-end welt fitting machine Set respectively including welt frame, two transfer units, two lateral layering parts and two slitting parts, two transfer units Two supports at the welt frame both ends are placed in, two lateral layering parts are respectively arranged at two supports, and divide Not Wei Yu two transfer units outside, two slittings part is respectively arranged at the outer of two transfer units Side, and it is located at the side of two lateral layering parts respectively.

7. door leaf edge strip gluing according to claim 6 presses trimming production line, it is characterised in that each lateral layering portion Part includes heater block and pressing part, and the heater block is arranged at corresponding support, and positioned at corresponding transfer unit Outside；The pressing part is arranged at the top of the heater block；Wherein described pressing part includes at least one guide X Rail, press strip panel seat, X to promoting cylinder, multiple push pedals and multiple seam plates, the first edge strip pressure strip and multiple pressing cylinders, it is described extremely A few X direction guiding rail is arranged on the corresponding support, and is slided and set positioned at the top of the heater block, the press strip panel seat In at least one X direction guiding rails, and positioned at the outside of the corresponding transfer unit；The X is fixed on corresponding institute to promotion cylinder To state on support, its gas bar connects the press strip panel seat, and the multiple push pedal is arranged at the press strip panel seat, and towards corresponding institute State transfer unit；The multiple seam plate is arranged at multiple chutes of the press strip panel seat；The multiple pressing cylinder is fixed on institute Press strip panel seat is stated, the gas bar of each pressing cylinder connects the first edge strip pressure strip.

8. door leaf edge strip gluing according to claim 7 presses trimming production line, it is characterised in that the pressing part is more Including the second edge strip pressure strip and multiple flashboard lift cylinders, the second edge strip pressure strip is arranged at the press strip panel seat, with The first edge strip pressure strip is relative, has gap between the multiple seam plate and the second edge strip pressure strip；It is the multiple Flashboard lift cylinder is arranged on the second edge strip pressure strip, and push pedal corresponding to connection respectively.

9. door leaf edge strip gluing according to claim 1 presses trimming production line, it is characterised in that the both-end is flush to be repaiied Side machine includes flush deburring support, two pedestals, two transfer members, linkage part, two flush parts and two deburring portions Part, two pedestals are arranged at the both ends of the flush deburring support, and two transfer members are respectively arranged at described two Individual pedestal, the linkage part connect two transfer members, and two flush parts are respectively arranged at two bases Seat, and it is located at the outside of two transfer members respectively, two deburring parts are respectively arranged at two pedestals, and Respectively positioned at corresponding between flush part and linkage part, and positioned at the outside of corresponding transfer member.