CN211662615U

CN211662615U - Door plant frid corrects tool subassembly

Info

Publication number: CN211662615U
Application number: CN201921459740.6U
Authority: CN
Inventors: 彭和昌
Original assignee: Wuhan Huayi Mold Technology Co ltd
Current assignee: Wuhan Huayi Mold Technology Co ltd
Priority date: 2019-09-03
Filing date: 2019-09-03
Publication date: 2020-10-13
Anticipated expiration: 2029-09-03

Abstract

The utility model relates to a door plate groove plate correction jig component, which comprises a base plate and at least one door plate groove plate correction jig arranged on the base plate; each door plate groove plate correcting jig comprises a groove plate pressing clamp mechanism arranged on the base plate and a groove plate correcting and pressing block mechanism connected with the groove plate pressing clamp mechanism, and each groove plate correcting and pressing block mechanism corresponds to one groove structure on the door plate groove plate; the groove plate correcting and pressing block mechanism comprises a groove plate pressing block base structure fixedly arranged on the base plate, a door plate groove plate placing block and a groove plate correcting block structure arranged at the bottom of the groove plate pressing clamp mechanism, the groove plate correcting block structure is vertically opposite to the groove plate pressing block base structure, and the groove plate correcting block structure is matched with the door plate groove plate placing block. The utility model discloses can correct a plurality of groove structure's on the door plant frid deformation simultaneously, correct the convenient reliable and stable of process moreover, but the continuous use.

Description

Door plant frid corrects tool subassembly

Technical Field

The utility model relates to a tool technical field especially relates to a tool subassembly is corrected to door plant groove board.

Background

Plastic products are generally formed by injection molding through an injection mold, at present, only less than 1 minute is needed for injection molding of a product, but 2 to 3 minutes is needed for cooling the product, and in order to accelerate the injection molding speed of the product, the product is usually taken out after being formed by injection molding through the injection mold, so that the product is cooled outside the mold. This injection molding pattern is used for a tailgate used in an automobile. Although the speed of the rear door through plate injection is high by adopting the injection molding mode, the rear door through plate is cooled outside the mold, so that part of the structure of the rear door through plate is deformed. To the back logical door board, be provided with a plurality of groove structure on it, these structures produce shrinkage deformation easily in the cooling process, lead to the structure of whole back logical door board to produce and warp to product quality has been influenced.

SUMMERY OF THE UTILITY MODEL

Based on this, the utility model provides a tool subassembly is corrected to door plant frid can correct the deformation of a plurality of groove structure on the door plant frid simultaneously, and the correction process is convenient reliable and stable moreover, but continuous use.

In order to achieve the above object, the utility model provides a following technical scheme:

a door plate groove plate correcting jig assembly comprises a base plate and at least one door plate groove plate correcting jig arranged on the base plate;

each door plate groove plate correcting jig comprises a groove plate pressing clamp mechanism arranged on the base plate and a groove plate correcting and pressing block mechanism connected with the groove plate pressing clamp mechanism, and each groove plate correcting and pressing block mechanism corresponds to one groove structure on the door plate groove plate;

the groove plate pressing clamp mechanism comprises a groove plate pressing clamp mounting base plate arranged on the base plate, a groove plate pressing clamp base arranged on the groove plate pressing clamp mounting base plate, a groove plate pressing clamp handle and a groove plate pressing clamp pressure rod hinged on the groove plate pressing clamp base, and a groove plate pressing clamp connecting rod hinged with the groove plate pressing clamp handle and the groove plate pressing clamp pressure rod;

the groove plate correcting and pressing block mechanism comprises a groove plate pressing block base structure fixedly arranged on the base plate, a door plate groove plate placing block and a groove plate correcting block structure arranged at the bottom of the groove plate pressing clamp pressing rod, the groove plate correcting block structure is vertically opposite to the groove plate pressing block base structure, and the groove plate correcting block structure is matched with the door plate groove plate placing block.

Optionally, the correction jig for the door plank groove plate is arranged on the substrate, and the correction jig for the door plank groove plate corresponds to the groove structures on the door plank groove plate one to one.

Optionally, the door plate groove plate correcting jig comprises two door plate groove plate correcting jigs arranged on the base plate side by side, and the two door plate groove plate correcting jigs correspond to two groove structures arranged on the door plate groove plate side by side one by one;

the groove plate pressing clamp mechanisms of the two door plate groove plate correction jigs are arranged side by side, and the groove plate correction pressing block mechanisms of the two door plate groove plate correction jigs are arranged side by side.

Optionally, the base structure of the slotted plate press block comprises a base plate of the slotted plate press block arranged on the substrate;

the groove plate correcting block structure comprises a groove plate correcting connecting block arranged at the bottom of the groove plate pressing clamp pressing rod and a groove plate correcting block body arranged at the bottom of the groove plate correcting connecting block, wherein the groove plate correcting block body is positioned right above the groove plate pressing block base plate, and the groove plate correcting block body corresponds to a groove structure on a door plate groove plate.

Optionally, when the groove in the door plank groove plate is inclined, the groove plate correction block is set to be a first groove plate wedge, the groove plate press block base plate is set to be a second groove plate wedge, and the inclined plane of the first groove plate wedge is correspondingly matched with the inclined plane of the second groove plate wedge.

Optionally, the base plate is detachably arranged on the base plate, the groove plate correcting block is detachably arranged at the bottom of the groove plate correcting connecting block, and the groove plate pressing clamp mounting base plate is detachably arranged on the base plate.

Optionally, a first groove plate sliding structure and a first groove plate locking structure are arranged between the bottom of the groove plate correction connecting block and the groove plate correction block;

and a second groove plate sliding structure and a second groove plate locking structure are arranged between the groove plate pressing block base plate and the base plate.

Optionally, the first groove plate sliding structure includes a first groove plate sliding groove opened at the bottom of the groove plate correction connecting block, and a first groove plate sliding rail protruding from the top of the groove plate correction block, and the first groove plate sliding rail is slidably disposed in the first groove plate sliding groove;

the second frid sliding structure comprises a second frid sliding groove formed in the bottom of the frid pressing block base plate and a second frid sliding rail protruding from the top of the base plate, and the second frid sliding rail is slidably arranged in the second frid sliding groove.

Optionally, the first groove plate locking structure comprises a first groove plate locking screw in threaded connection with the side edge of the groove plate correction connecting block, and the end of the first groove plate locking screw extends into the first groove plate sliding groove and corresponds to the side edge of the first groove plate sliding rail.

Optionally, the second frid locking structure includes threaded connection in the second frid locking screw of frid briquetting bed plate side, second frid locking screw tip stretches into in the second frid sliding tray, and with the second frid slide rail side corresponds.

The utility model provides an among the technical scheme, through having a plurality of door plant frid correction tool subassemblies of door plant frid correction tool, can lead to a plurality of groove structure of frid (the part door plant that indicates to have groove structure) on the door board after to correct, avoid the groove structure on the door board after to produce in the product cooling process and warp. Therefore, the plurality of groove structures which are easy to deform on the back through door plate can be corrected simultaneously, and the product quality is ensured.

Drawings

In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings needed to be used in the description of the embodiments or the prior art will be briefly described below, it is obvious that the drawings in the following description are only some embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to the structures shown in the drawings without creative efforts.

Fig. 1 is a schematic perspective view of a back door panel according to an embodiment of the present invention;

fig. 2 is a schematic perspective view of a first vertical structure of a rear through door panel correction jig device according to an embodiment of the present invention;

fig. 3 is a schematic perspective view of a second three-dimensional structure of a rear through door panel correction jig device according to an embodiment of the present invention;

fig. 4 is a schematic perspective view of a rear through door panel correction jig device (when correcting a rear through door panel) according to an embodiment of the present invention;

fig. 5 is a schematic perspective view of a second vertical structure of a rear through door plate correction jig device (when correcting a rear through door plate) according to an embodiment of the present invention;

fig. 6 is a schematic perspective view of a door plate correcting jig device according to an embodiment of the present invention;

fig. 7 is a schematic perspective view of a second embodiment of a door plank correcting jig device according to the present invention;

fig. 8 is a schematic perspective view of a door plank side plate correction jig according to an embodiment of the present invention;

fig. 9 is a schematic perspective view of a second three-dimensional structure of a door plank side plate correction jig according to an embodiment of the present invention;

fig. 10 is a schematic perspective view of a door plank groove plate correcting jig assembly according to an embodiment of the present invention;

fig. 11 is a schematic perspective view of a second embodiment of a door plank groove plate correcting jig assembly according to the present invention;

fig. 12 is a schematic perspective view of a door plank groove plate correction jig according to an embodiment of the present invention;

fig. 13 is a schematic perspective view of a door plate arc correction jig device according to an embodiment of the present invention;

fig. 14 is a schematic perspective view of a second device for correcting arc-shaped plates of a door panel according to an embodiment of the present invention;

fig. 15 is a schematic perspective view of a door plate arc correction jig assembly according to an embodiment of the present invention;

fig. 16 is a schematic perspective view of a second three-dimensional structure of a door plate arc correction jig assembly according to an embodiment of the present invention;

fig. 17 is a schematic perspective view of a door plate arc correction jig according to an embodiment of the present invention;

fig. 18 is a schematic view of a three-dimensional structure of a door plate arc correction fixture according to an embodiment of the present invention.

The reference numbers illustrate:

the objects, features and advantages of the present invention will be further described with reference to the accompanying drawings.

Detailed Description

The technical solutions in the embodiments of the present invention will be described clearly and completely with reference to the accompanying drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only some embodiments of the present invention, not all embodiments. Based on the embodiments in the present invention, all other embodiments obtained by a person skilled in the art without creative efforts belong to the protection scope of the present invention.

It should be noted that, if directional indications (such as upper, lower, left, right, front, back, top and bottom … …) are involved in the embodiment of the present invention, the directional indications are only used to explain the relative position relationship between the components, the motion situation, etc. in a specific posture (as shown in the drawings), and if the specific posture is changed, the directional indications are changed accordingly.

In addition, if there is a description relating to "first", "second", etc. in the embodiments of the present invention, the description of "first", "second", etc. is for descriptive purposes only and is not to be construed as indicating or implying relative importance or implicitly indicating the number of technical features indicated. Thus, a feature defined as "first" or "second" may explicitly or implicitly include at least one such feature. In addition, the technical solutions in the embodiments may be combined with each other, but it must be based on the realization of those skilled in the art, and when the technical solutions are contradictory or cannot be realized, the combination of the technical solutions should not be considered to exist, and is not within the protection scope of the present invention.

As shown in fig. 1 to 5, the present invention provides a rear through door plate correction jig apparatus, which includes a base plate 102, and a door plate correction jig device 10 and a door plate arc correction jig device 20 disposed on the base plate 102; the door plate correction jig device 10 corresponds to the groove structure 34 and the side plate 32 on the rear through door plate 30, and the door plate arc plate correction jig device 20 corresponds to the arc structure 36 on the rear through door plate 30. Like this, accessible door plant correction tool device 10 corrects groove structure 34 and curb plate 32 on the logical door board 30 after to, and accessible door plant arc corrects tool device 20 and corrects the ARC structure 36 on the logical door board 30 after to the realization leads to different positions and the structure on the door board 30 after to carry out the purpose of correcting simultaneously.

Moreover, the door plate correction jig device 10 may include a door plate side plate correction jig component and a door plate groove plate correction jig component which are disposed on the base plate 102, and the door plate arc plate correction jig device 20 includes a plurality of door plate arc plate correction jig components which are disposed on the base plate 102; wherein, the door plant frid is corrected the tool subassembly and is located the outside that the tool subassembly was corrected to the door plant curb plate, and a plurality of door plant arcs are corrected the tool subassembly and are located the outside that the tool subassembly was corrected to the door plant frid. Like this, can correct groove structure 34 on the door board 30 after through the tool subassembly is corrected to the door plant frid, and correct the tool subassembly through the door plant curb plate and correct the curb plate 32 of groove structure 34's side or correct the curb plate 32 that leads to the door board 30 side after to correct the tool subassembly through the door plant arc and correct the ARC structure 36 that lies in the groove structure 34 outside on the door board 30 after through.

Moreover, the door plank side plate correcting jig assembly may include at least one door plank side plate correcting jig 100 disposed on the substrate 102, the door plank groove plate correcting jig assembly may include at least one door plank groove plate correcting jig 200 disposed on the substrate 102, each door plank arc plate correcting jig assembly may include a plurality of door plank arc plates correcting jig 300 disposed on the substrate 102, the door plank groove plate correcting jig 200 corresponds to the door plank side plate correcting jig 100, and the plurality of door plank arc plates correcting jig 300 are disposed outside the door plank groove plate correcting jig 200.

Specifically, as shown in fig. 6 to 7, the door plate correction jig device 10 includes a door plate side plate correction jig assembly and a door plate groove plate correction jig assembly disposed on the substrate 102. The side plates 32 on the door plate 30 can be corrected through the door plate side plate correcting jig component, and the groove structures 34 on the groove plates (referring to plate bodies with groove structures) of the same door plate 30 can be corrected through the door plate groove plate correcting jig component; in addition, the groove structures 34 on the groove plates of the door plates 30 can be corrected by the door plate groove plate correction jig assembly, and the side plates (i.e., the side plates 32) of the groove structures 34 of the same door plate 30 are corrected by the door plate side plate correction jig assembly.

Moreover, the door plank side plate correcting jig assembly may include at least one door plank side plate correcting jig 100 disposed on the base plate 102, the door plank groove plate correcting jig assembly may include at least one door plank groove plate correcting jig 200 disposed on the base plate 102, and the door plank groove plate correcting jig 200 corresponds to the door plank side plate correcting jig 100. One or more (including two or more, the same applies below) door plank side plate correction tools 100 can be arranged to correct one or more side plates 32 of the door plank 30, so that the side plates 32 of a plurality of door planks 30 can be corrected from one or more positions, or the side plates 32 of the door plank 30 can be corrected from one or more positions; each door plank groove plate correction jig 200 can correct one or more groove structures 34 of the door plank by one or more door plank groove plate correction jigs 200 arranged on the base plate 102. In addition, still can make door plant frid correct tool 200 and door plant frid correct tool 100 and correspond the setting to correct groove structure 34 and groove structure's side board (being curb plate 34) simultaneously, reach the good correction effect to groove structure 34 on the door plant.

Moreover, the door plank side plate correcting jig assembly may include a plurality of door plank side plate correcting jigs 100 disposed on the base plate 102, and the door plank side plate correcting jigs 100 may correspond to the side plates 32 of the door plank 30 one by one. Therefore, each door plank side plate correction jig 100 corresponds to one side plate to correct the side plate 32. Moreover, the door plank groove plate correction jig assembly may also include a plurality of door plank groove plate correction jigs 200 disposed on the substrate 102, the plurality of door plank groove plate correction jigs 200 correspond to the plurality of groove structures 34 on the groove plate of the door plank 30 one-to-one, and the arrangement of the plurality of door plank groove plate correction jigs 200 may be performed according to the position and shape of the groove structures 34. Each door plank groove plate correction jig 200 corresponds to one groove structure 34, so as to correct the groove structure 34. In addition, when the shape of a groove structure 34 on the groove plate of the door 30 is complicated, a plurality of door plate groove plate correction jigs 200 can be simultaneously corresponding to the groove structure 34, and the groove structure 32 can be corrected by the plurality of door plate groove plate correction jigs 200.

Moreover, in the present embodiment, the door plank side plate correcting jig assembly may include one or two door plank side plate correcting jigs 100 disposed on the substrate 102, and the door plank groove plate correcting jig assembly includes two door plank groove plate correcting jigs 200 disposed on the substrate 102, and the two door plank groove plate correcting jigs 200 are respectively disposed on two sides of the one or two door plank side plate correcting jigs 100. Moreover, the door plank groove plate correction jig assembly may include two door plank groove plate correction jigs 200 disposed side by side on the substrate 102, and the two door plank groove plate correction jigs 200 correspond to the two groove structures 34 disposed side by side on the door plank groove plate one-to-one. The two door plank groove plate correcting jig 200 can simultaneously correct two groove structures 34 on the door plank groove plate respectively, and is convenient and simple. In addition, the door plank groove plate correction jig assembly may include a plurality of door plank groove plate correction jigs 200 randomly disposed on the substrate 102, and each door plank groove plate correction jig 200 may correspond to one groove structure 34. The door plank side plate correcting jig assembly may include one or two door plank side plate correcting jigs 100 located between two door plank groove plate correcting jigs 200, and may correct the side plates (i.e. the side plates 32) of the two groove structures 34 corrected by the two door plank groove plate correcting jigs 200.

Further, as shown in fig. 8 to 9, each door plank side plate rectification jig 100 may include a side plate pressing clamp mechanism 110 disposed on the base plate 102, and a side plate rectification pressing block mechanism 120 connected to the side plate pressing clamp mechanism 110, where the side plate rectification pressing block mechanism 120 corresponds to a side wall of a side plate of the door plank 30. The side plate pressing mechanism 110 may drive the side plate correcting and pressing mechanism 120 to clamp and correct the door plate 30 placed on the side plate correcting and pressing mechanism 120, so as to prevent the deformation of the side plate 32 of the door plate 30 or correct the deformation of the side plate 32 of the door plate 30.

Specifically, the side plate clamping mechanism 110 may include a side plate clamping mounting base plate 112 fixed to the base plate 102, and a side plate clamping main body 114 disposed on the side plate clamping mounting base plate 112. The side plate pincer main body 114 may include a side plate pincer base 1142 disposed on the side plate pincer mounting base plate 112, a side plate pincer handle 1144 hinged to the side plate pincer base 1142, a side plate pincer pressing rod 1148 slidably disposed on the side plate pincer base 1142, and a side plate pincer connecting rod 1146 hinged to the side plate pincer handle 1144 and the side plate pincer pressing rod 1148, the side plate pincer connecting rod 1148 being connected to the side plate rectification pressing block mechanism 120. By pulling (i.e., rotating) the side plate pressure clamp handle 1144, the side plate pressure clamp connecting rod 1146 can be driven to rotate, the side plate pressure clamp pressing rod 1148 can be driven to slide back and forth along the side plate pressure clamp base 1142, so that the side plate correcting and pressing block mechanism 120 can be driven to move back and forth, the side wall of the side plate 32 of the door plate 30 can be abutted tightly by the side plate correcting and pressing block mechanism 120, the deformation of the side plate 32 of the door plate 30 can be prevented, and the effect of correcting the side plate 32 of the door plate 30 can be achieved.

In addition, the side plate rectification pressing block mechanism 120 may include a side plate pressing block base structure 122 and a door plate side plate placing block 126 fixed on the base plate 102, and a side plate rectification block structure 124 slidably disposed on the side plate pressing block base structure 122 and connected to an end of the side plate pressing and clamping bar 1148, wherein the side plate rectification block structure 124 is correspondingly matched with the door plate side plate placing block 126. When the side plate 32 of the door plate 30 is corrected, the door plate main body can be placed on the door plate side plate placing block 126, the side wall of the side plate 32 of the door plate 30 corresponds to the side plate correcting block structure 124, the side plate correcting block structure 124 is driven by the side plate pressing and clamping rod 1148 to move back and forth on the side plate pressing block base structure 122, the side wall of the side plate 32 of the door plate 30 can be abutted tightly, the correction on the side plate 32 of the door plate 30 is realized, and the deformation of the side plate 32 of the door plate 30 or the deformation of the side plate 32 of the door plate 30 is avoided.

Further, the side plate press base structure 122 may include a first side plate press base plate 1222 disposed on the base plate 102 and corresponding to the side plate press clamping lever 1148, and a second side plate press base plate 1224 disposed on the base plate 102 and located at a side of the first side plate press base plate 1222, wherein the second side plate press base plate 1224 is located at a side of the door panel side plate placing block 126. That is, a first side press shoe plate 1222 and a second side press shoe plate 1224 are provided on the base plate 102, and the second side press shoe plate 1224 is located at the side of the first side press shoe plate 1222. Furthermore, the side plate leveling block structure 124 may include a side plate leveling driving block 1242 slidably disposed on the first side plate press block base plate 1222 and a side plate leveling block 1244 slidably disposed on the second side plate press block base plate 1224, the side plate leveling driving block 1242 is connected to the side plate press jaw pressure bar 1148, and the side plate leveling block 1244 is slidably connected to the side plate leveling driving block 1242. The side plate straightening driving block 1242 can be pulled to move back and forth on the first side plate pressing block base plate 1222 through the side plate pressing clamp pressing rod 1148, so as to drive the side plate straightening block 1244 to move on the second side plate pressing block base plate 1224. Moreover, by disposing the second side plate press block base plate 1224 at the side of the first side plate press block base plate 1222, so that the side plate correction block 1244 is located at the side of the side plate correction driving block 1242, the side plate 32 of the door plate 30 located at the side of the first side plate press block base plate 1222 can be abutted and corrected by using the side plate correction block 1244.

Furthermore, the movement direction of the side plate straightening driving block 1242 may form an angle with the movement direction of the side plate straightening block 1244. Thus, when the side plate correction driving block 1242 is moved back and forth by the side plate pincer pressing rod 1148, the side plate correction block 1244 may be moved left and right or moved in another direction different from the moving direction of the side plate correction driving block 1242. Therefore, the side plates 32 arranged at different positions on the door plate 30 can be corrected conveniently and simply. Moreover, in the present embodiment, the movement direction of the side plate straightening driving block 1242 and the movement direction of the side plate straightening block 1244 may be at a right angle, i.e. perpendicular to each other, so as to facilitate the straightening of the side plate 32 of the door panel 30, which is located perpendicular to the movement direction of the side plate straightening driving block 1242.

Further, the side plate straightening driving block 1242 may include a side plate straightening connecting portion 1242a slidably disposed on the first side plate press block base plate 1222 and connected to the side plate press pincer pressing rod 1148, and a side plate straightening driving portion 1242b disposed at an end of the side plate straightening connecting portion 1242 a. Also, the side plate rectification driving part 1242b may include a side plate driving block main body, and a side plate sliding driving part provided at a side of the side plate driving block main body. Also, the side plate orthotic block 1244 may comprise a side plate orthotic main block slidably disposed on the second side plate pad shoe plate 1224, and a side plate slidably coupled portion disposed at one end of the side plate orthotic main block, the side plate slidably coupled portion being engaged with the side plate slidably driven portion. The side plate pressure clamp lever 1148 can drive the side plate correction connecting portion 1242a to move back and forth, so as to drive the side plate correction driving portion 1242b to move back and forth. And the curb plate sliding drive portion on the drive portion 1242b is corrected to the curb plate cooperates with the curb plate sliding connection portion of block 1244 is corrected to the curb plate, can drive curb plate sliding connection portion through curb plate sliding drive portion and remove to drive the curb plate and correct main block and the removal of block 1244 is corrected to the curb plate, correct the removal that drive block 1242 drove block 1244 with the realization curb plate.

The side plate slide driving portion may be a driving slide rail obliquely provided on the surface of the side plate driving block main body, the side plate slide connecting portion may be a slide groove obliquely provided on the side plate correcting main body, and the driving slide rail is slidably provided in the slide groove. Or the side plate sliding driving part is a driving sliding groove obliquely formed in the side plate driving block main body, the side plate sliding connecting part is a connecting sliding rail obliquely formed on the surface of the side plate correction main block body, and the connecting sliding rail is slidably arranged in the driving sliding groove. The inclined slide rail sliding groove structure can be arranged between the side plate driving block main body and the side plate correction main block body, so that the side plate driving block main body can be driven to drive the side plate correction main block body to move towards the side edge (such as to move left and right) in the front and back moving process, and the side plate 32 of the door plate 30 on the side edge is tightly abutted by the side plate correction main block body. In addition, the driving slide rail and the slide groove are both in a T-shaped structure; or the driving sliding groove and the connecting sliding rail are both of T-shaped structures. The sliding rail sliding groove is arranged to be of a T-shaped structure, so that the sliding rail can be clamped in the sliding groove, and the sliding rail is prevented from being separated from the sliding groove in the sliding process.

The side plate sliding driving part may be a first wedge block structure, and the driving slide rail or the driving slide groove may be arranged on an inclined surface of the first wedge block structure; the side plate sliding connection part may be a second wedge structure, and the sliding groove or the connecting rail may be provided on an inclined surface of the second wedge structure. Through all establishing curb plate slide actuating portion and curb plate sliding connection portion to the tapered wedge structure, more be favorable to the two to mutually support compactly. And, still be convenient for directly locate the slide rail spout on the inclined plane of the side of the two, make the slide rail spout form the slope structure along with the inclined plane extends naturally, be convenient for change the relative direction of motion of the two. In addition, the slide rail sliding grooves can be respectively arranged on the top surfaces or the bottom surfaces of the two.

Moreover, a first sliding hole may be further formed through the first side plate pressing block base plate 1222, and the side plate correcting driving block 1242 is slidably disposed in the first sliding hole; a second sliding hole is formed through the second side plate press block base plate 1224, and the side plate straightening block 1244 is slidably disposed in the second sliding hole. By forming the sliding holes on the first side plate pressing block base plate 1222 and the second side plate pressing block base plate 1224, the side plate correction driving block 1242 and the side plate correction block 1244 can freely slide on the first side plate pressing block base plate 1222 and the second side plate pressing block base plate 1224, and the side plate correction driving block 1242 and the side plate correction block 1244 can be limited and guided through the sliding holes. In addition, a sliding rail sliding groove structure can be arranged between the side plate pressing block base plate and the side plate correcting driving block 1242 (or the side plate correcting block 1244) to realize the relative free sliding of the side plate pressing block base plate and the side plate correcting driving block 1242.

Further, in some embodiments, the side panel press base structure 122 may include second side panel press base plates 1224 disposed on the base plate 102 and disposed on either side of the first side panel press base plate 1222, respectively, and the door panel side panel placement block 126 is disposed between the second side panel press base plates 1224. Furthermore, the side plate orthotic block structure 120 may include side plate orthotic blocks 1244 slidably disposed on the second side plate press block base plates 1224, and the side plate orthotic blocks 1244 are slidably connected to the side plate orthotic drive block 1242. That is, in this embodiment, a second side plate pressing block base plate 1224 may be disposed on each side of the first side plate pressing block base plate 1222, and correspondingly, a side plate straightening block 1244 may be slidably disposed on each side of the side plate straightening driving block 1242, so as to simultaneously perform abutting straightening on the side plates 32 of the door panels 30 on both sides. In the embodiment, the side plates 32 on both sides of the door panel 30 can be corrected at the same time corresponding to the case where the side plates 32 are disposed on both sides of the door panel 30.

In addition, in other embodiments, a second side plate press block base plate 1224 may be provided on only one side of the first side plate press block base plate 1222, and a side plate straightening block 1244 may be slidably provided on only one side of the side plate straightening driving block 1242, so that only one side plate 32 on one side of the door panel may be straightened.

In addition, as shown in fig. 10 to 12, each door plank groove plate straightening jig 200 may include a groove plate pressing mechanism 210 disposed on the base plate 102, and a groove plate straightening pressing mechanism 220 connected to the groove plate pressing mechanism 210, and each groove plate straightening pressing mechanism 220 may correspond to one groove structure 34 on the groove plate of the door plank 30. The groove plate pressing clamp mechanism 210 can drive the groove plate correcting and pressing mechanism 220 to clamp and correct the groove plate 30 placed on the groove plate correcting and pressing mechanism 220, so that the groove structure 34 of the groove plate of the door plate 30 can be prevented from deforming or the groove structure 34 of the groove plate of the door plate 30 can be corrected. Moreover, the groove plate straightening and pressing mechanism 220 may be disposed in cooperation with the side plate straightening and pressing mechanism 120, and when the groove structures 34 on the door plate are straightened by the groove plate straightening and pressing mechanism 220, the side plates (i.e., the side plates 32) of the groove structures 34 may also be straightened by the side plate straightening and pressing mechanism 120.

Moreover, when the door plank groove plate correcting jig assembly may include two door plank groove plate correcting jigs 200 arranged side by side on the substrate 102, the groove plate pressing pliers mechanisms 210 of the two door plank groove plate correcting jigs 200 are arranged side by side, and the groove plate correcting press block mechanisms 220 of the two door plank groove plate correcting jigs 200 are arranged side by side, so that the two side by side groove plate correcting press block mechanisms 220 are used for respectively correcting the two side by side groove structures 34. At this time, the door plank side plate correcting jig assembly may include a door plank side plate correcting jig 100 disposed on the base plate 102, and the side plate correcting block bodies 1244 on the second side plate pressing block base plate 1224 at both sides of the side plate correcting pressing block mechanism 120 of the door plank side plate correcting jig 100 are respectively and correspondingly matched with the groove plate correcting pressing block mechanism 220 of a door plank groove plate correcting jig 200.

Specifically, the slot plate pressing clamp mechanism 210 may include a slot plate pressing clamp mounting base plate 212 disposed on the base plate 102, and a slot plate pressing clamp main body 214 disposed on the slot plate pressing clamp mounting base plate 212. The slot plate pressing clamp main body 214 includes a slot plate pressing clamp base 2142, a slot plate pressing clamp handle 2144 and a slot plate pressing clamp pressure lever 2148 hinged to the slot plate pressing clamp base 2142, and a slot plate pressing clamp connecting rod 2146 hinged to the slot plate pressing clamp handle 2144 and the slot plate pressing clamp pressure lever 2148, and the slot plate pressing clamp connecting rod 2146 is connected to the slot plate straightening pressure block mechanism 220. Through pulling (rotating promptly) frid pressure pincers handle 2144, can drive frid pressure pincers connecting rod 2146 and rotate, can drive frid pressure pincers depression bar 2148 and rotate round frid pressure pincers base 2142, thereby can drive frid correction briquetting mechanism 220 and push down or lift up (rotate promptly), usable frid correction briquetting mechanism 220 supports tightly the inner wall of the groove structure 34 of door plant 30 frid, warp with the groove structure 34 of the groove plate of prevention door plant 30, can play the effect of correcting groove structure 34 of door plant 30 frid. Moreover, in order to facilitate the cooperation with the side plate rectification pressing block mechanism 120, the slot plate pressing clamp mechanism 210 may be disposed outside the second side plate pressing block base plate 1224 of the side plate rectification pressing block mechanism 120, so that the slot plate rectification pressing block mechanism 220 connected with the slot plate pressing clamp mechanism 210 is correspondingly cooperated with the side plate rectification block body 1244 on the second side plate pressing block base plate 1224.

In addition, the above-mentioned channel plate rectifying and pressing block mechanism 220 may include a channel plate pressing block base structure and a door plate channel plate placing block fixedly disposed on the substrate 102, and a channel plate rectifying block structure disposed at the bottom of the channel plate pressing clamp 2148, the channel plate rectifying block structure is opposite to the channel plate pressing block base structure, the channel plate rectifying block structure is matched with the door plate channel plate placing block, and the channel plate rectifying block structure is located outside the side plate rectifying block structure 124. When correcting groove structure 34 on the door plant 30 frid, can place the door plant main part on the door plant frid placing block, and make the inner wall of the groove structure 34 of door plant 30 frid correspond with frid correcting block structure, frid correcting block structure pushes down or lifts up in frid briquetting base structure top under the drive of frid clamp depression bar 2148, can support tightly the inner wall of the groove structure 34 of door plant 30 frid, in order to realize correcting the groove structure 34 of door plant 30 frid, avoid the groove structure 34 of door plant 30 frid to produce the deformation or the deformation of correcting the groove structure 34 of door plant 30 frid. At this time, the side plate rectifying block 1244 of the side plate rectifying and pressing block mechanism 120 may extend out and abut against the outer wall of the side plate 32 of the groove structure 34, and combine with the groove plate rectifying and pressing block mechanism 220 to rectify the groove structure 34 on the door panel 30, so the effect is better. The door panel groove plate placement block may be integrated with the door panel side plate placement block 126. Moreover, in order to conveniently place the door panel 30, the door panel groove plate placing block and the door panel side plate placing block may be provided in plurality.

Also, the above-mentioned slot plate compact base structure may include a slot plate compact base plate 222 provided on the base plate, and the slot plate compact base plate 222 may be provided on the outer side of the second side plate compact base plate 1224 so that they are fitted to each other; furthermore, the above-mentioned slot plate rectifying block structure may include a slot plate rectifying connecting block 224 installed at the bottom of the slot plate pressing and clamping bar 2148, and a slot plate rectifying block 226 installed at the bottom of the slot plate rectifying connecting block 224, wherein the slot plate rectifying block 226 is located right above the slot plate pressing block base plate 222, and the slot plate rectifying block 226 corresponds to the groove structure 34 on the slot plate of the door 30. The side plate rectifying block 1244 is also located outside the slot plate rectifying block 226 and the slot plate rectifying block structure end, that is, one end of the main side plate rectifying block is connected to the side plate rectifying driving block 1242, and the other end corresponds to the slot plate rectifying block 226, and the slot plate pressure block base plate 222 is also located outside the side plate rectifying block 226 and the side plate rectifying block structure. When the groove structure 34 on the slot plate of the door plate 30 is corrected, the bottom of the groove structure 34 can be placed on the slot plate press block base plate 222, and the slot plate correcting block 226 of the slot plate correcting block structure is pressed down into the groove structure 34 of the slot plate of the door plate 30 and is tightly abutted against the inner wall of the groove structure 34, so that the groove structure 34 can be tightly abutted from the inner side and the outer side, and the correction of the groove structure 34 can be realized. In addition, the side plate rectification block 26 can be pressed against the side plate 32 of the groove structure 34, and the whole groove structure 34 can be rectified.

Further, when the groove structure 34 of the door 30 is disposed obliquely, the groove straightening block 226 can be a first groove wedge, and the groove pressing block base plate 222 can be a second groove wedge, wherein the inclined surface of the first groove wedge is correspondingly matched with the inclined surface of the second groove wedge. That is, the groove structure 34 is a chute structure, the groove plate straightening block 226 and the groove plate pressing block base plate 222 are both provided with corresponding tapered wedge structures, the groove plate pressing block base plate 222 of the tapered wedge structure can support the groove structure 34 from the bottom of the groove structure 34, and the groove plate straightening block 226 of the tapered wedge structure can be pressed into the groove structure 34 and tightly supported with the inner wall of the groove structure 34, so that the chute structure can be straightened. In addition, the cross-sectional shape of the side plate rectification block 1244 may correspond to the shape of the side plate of the groove structure 34 (if the groove structure 34 is a chute, the side plate rectification block 1244 is also correspondingly a wedge), so as to facilitate the abutting rectification of the side plate 32 of the groove structure 34.

The groove plate presser base plate 222 may be detachably provided on the base plate 102, the groove plate correcting block 226 may be detachably provided on the bottom of the groove plate correcting connecting block 224, and the groove plate presser mounting base plate 212 may be detachably provided on the base plate 102. Through the detachable arrangement of the trough plate pressing block base plate 222, the trough plate correcting block 226 and the trough plate pressing clamp mounting base plate 212, the structures can be replaced according to actual needs so as to correct the groove structures 34 with different shapes and sizes.

In addition, a first groove plate sliding structure and a first groove plate locking structure may be disposed between the bottom of the groove plate correction connecting block 224 and the groove plate correction block 226. Correspondingly, a second slot plate sliding structure and a second slot plate locking structure are arranged between the slot plate pressing block base plate 222 and the base plate 102. Through the arrangement of the first slot plate sliding structure, the slot plate correcting block 226 can slide relative to the slot plate correcting connecting block 224, so that the slot plate correcting block 226 can extend or retract, and the groove structure 34 on the slot plate of the door panel 30, which is far away or close, can be corrected conveniently. Correspondingly, in order to facilitate the correction of the groove structure 34, the groove plate press base plate 222 is slid relative to the base plate 102, so that the groove plate press base plate 222 always corresponds to the groove plate correction block 226. In addition, by providing the first slot plate locking structure, the slot plate correcting block 226 and the slot plate correcting connecting block 224 can be locked, and can be locked by the first slot plate locking structure after the two are relatively slid to a required position.

Further, the first slot board sliding structure may include a first slot board sliding groove opened at the bottom of the slot board correction connection block 224, and a first slot board sliding rail protruded from the top of the slot board correction block 226, and the first slot board sliding rail is slidably disposed in the first slot board sliding groove. The first groove plate sliding groove and the first groove plate sliding rail are matched with each other, so that the groove plate correcting block body 226 and the groove plate correcting connecting block 224 can slide relatively. Furthermore, the second slot plate sliding structure may include a second slot plate sliding groove opened at the bottom of the slot plate press block base plate 222, and a second slot plate sliding rail protruded from the top of the base plate 102, the second slot plate sliding rail being slidably disposed in the second slot plate sliding groove. The second slot plate slide groove and the second slot plate slide rail are matched with each other, so that the slot plate press block base plate 222 and the base plate 102 can slide relatively.

In addition, the first groove locking structure may include a first groove locking screw threadedly coupled to a side of the groove correcting connection block 226, and an end of the first groove locking screw extends into the first groove sliding groove and corresponds to a side of the first groove sliding rail. Through twisting first frid locking screw, can make its tip support tightly with first frid slide rail for first frid slide rail can't slide in first frid slide groove, corrects the locking of connecting block 224 and frid correction block 226 with the realization to the frid.

Moreover, the second slot locking structure may include a second slot locking screw threadedly coupled to a side of the slot press block base plate 222, and an end of the second slot locking screw extends into the second slot sliding groove and corresponds to a side of the second slot sliding rail. By screwing the second slot plate locking screw, the end of the second slot plate locking screw can be tightly abutted against the second slot plate slide rail, so that the second slot plate slide rail cannot slide in the second slot plate slide groove, and the locking of the slot plate press block base plate 222 and the base plate 102 is realized. In addition, the first slot plate sliding groove, the first slot plate sliding rail, the second slot plate sliding groove and the second slot plate sliding rail can be in a T-shaped structure. Thus, the groove plate slide rail can be prevented from being separated from the groove plate slide groove when sliding in the groove plate slide groove.

Further, the groove plate clamping mechanism 210 may include a first groove plate height adjustment structure connecting the base plate 102 and the groove plate clamping mounting base plate 212. Through the first slot plate height adjusting structure, the height of the slot plate pressing clamp mounting base plate 212, that is, the height of the slot plate pressing clamp mechanism 210, can be adjusted. Further, the above-described slot plate press base structure may include a second slot plate height adjustment structure connecting the base plate 102 and the slot plate press base plate 222. The height of the deck press base plate 222 can be adjusted by the second deck height adjusting structure. In addition, the above-mentioned channel plate straightening press block mechanism 220 may include a third channel plate height adjusting structure for connecting the base plate 102 and the door plate channel plate placing block. Through third frid height control structure, can adjust the door plant frid and place the height of piece. Therefore, the door panel groove plate can be suitable for door panel groove plates with different height requirements.

In addition, as shown in fig. 13 to 14, the door plate arc correction jig device 20 may include a plurality of (including two or more) door plate arc correction jig components disposed on the substrate 102, where the plurality of door plate arc correction jig components correspond to the plurality of arc structures 36 on the door plate 30 arc, or the plurality of door plate arc correction jig components correspond to a plurality of portions of one arc structure 36 on the door plate 30 arc, respectively. Therefore, the door plate arc-shaped plate correction jig device 20 can be used for correcting a plurality of arc-shaped structures 36 at the same time, so that the working efficiency can be improved; or simultaneously correct a plurality of parts of one arc-shaped structure 36, so that the correction effect on the arc-shaped structure 36 is better. In addition, a plurality of door plant arc plate correction jig assemblies can be arranged on the outer side of the door plant correction jig device 20 so as to correspond to the arc surface structure 36 positioned on the outer side of the groove structure 34 of the rear through door plate 30.

Furthermore, as shown in fig. 15 to 16, the door plank arc correction jig assembly may include at least two door plank arc correction jigs 300 disposed on the substrate 102. Through locating two at least door plant arc correction tool 300 on the base plate 102, can correct the ARC 36 on two at least door plant 30 arcs simultaneously, perhaps correct two at least ARC 36 on the door plant 30 arc simultaneously, perhaps correct two at least positions of ARC 36 on the door plant 30 arc simultaneously. In addition, at least two door plate arc correction jigs 300 can be arranged outside the door plate correction jig device 10.

Specifically, in this embodiment, the door plate arc correction jig assembly may include a plurality of (including two or more, the same below) door plate arc correction jigs 300 arranged on the substrate 102, the door plate arc correction jigs 300 may correspond to the arc structures 36 on the door plate 30 arc, or the door plate arc correction jigs 300 may correspond to the arc structures 36 on the door plate 30 arc. That is, one or more arc structures 36 on one door 30 arc can be corrected simultaneously by a plurality of door arc correction jigs 300.

Further, the door plate arc correction jig assembly may include two door plate arc correction jigs 300 arranged side by side on the substrate 102, and the two door plate arc correction jigs 300 respectively correspond to two sides of one arc structure 36 on the arc plate of the door plate 30. That is, in this embodiment, by arranging the two door plate arc correction jigs 300 side by side, two side-by-side aligned portions of one arc structure 36 on one door plate 30 arc can be corrected from both sides at the same time to realize the correction of this arc structure 36. Moreover, the four door plate arc correction jigs 300 of the two door plate arc correction jig assemblies can respectively correspond to the periphery of one arc structure 36 on the door plate 30 arc, so that the arc structure 36 can be corrected from the periphery. Thus, the arc-shaped structure 36 with larger size can be corrected conveniently by arranging the door plate arc correction jig 300 at a local position.

In addition, the door plate arc correction jig assembly may also include two door plate arc correction jigs 300 oppositely disposed on the substrate 102, wherein the two door plate arc correction jigs 300 respectively correspond to two sides of one arc structure 36 on the arc plate of the door plate 30. Moreover, the four door plate arc correction jigs 300 of the two door plate arc correction jig assemblies can respectively correspond to the periphery of one arc structure 36 on the door plate 30 arc, so that the arc structure 36 can be corrected from the periphery. In addition, the two door plate arc correction jigs 300 can be set according to the specific shape of the arc structure 36, so as to achieve a good correction effect.

Further, as shown in fig. 17 to 18, each door plank arc straightening fixture 300 may include an arc pressing and clamping mechanism 310 disposed on the base plate 102, and an arc straightening and pressing block mechanism 320 connected to the arc pressing and clamping mechanism 310, wherein the arc straightening and pressing block mechanism 320 corresponds to the arc structure 36 on the arc of the door plank 30. The arc pressing mechanism 310 can drive the arc straightening and pressing mechanism 320 to clamp and straighten the arc of the door plate 30 placed on the arc straightening and pressing mechanism 320, so as to prevent the arc structure 36 of the arc of the door plate 30 from deforming or straighten the arc structure 36 of the arc of the door plate 30 from deforming.

Moreover, when the two door plate arc correction jigs 300 are arranged side by side, the arc pressing pliers mechanism 310 of the two door plate arc correction jigs 300 can be arranged side by side in an aligned manner, and the arc correction pressing block mechanism 320 of the two door plate arc correction jigs 300 can also be arranged in a side by side aligned manner. In addition, when the two door plate arc correction jigs 300 are arranged relatively, the arc pressing pliers mechanism 310 of the two door plate arc correction jigs 300 can also be arranged relatively, and the arc correction pressing block mechanism 320 of the two door plate arc correction jigs 300 can also be arranged relatively.

Specifically, the arc plate pressing clamp mechanism 310 may include an arc plate pressing clamp mounting base plate 312 disposed on the base plate 102, and an arc plate pressing clamp main body 314 disposed on the arc plate pressing clamp mounting base plate 312. The curved plate pressing clamp main body 314 comprises a curved plate pressing clamp base 3142, a curved plate pressing clamp handle 3144 and a curved plate pressing clamp pressing rod 3148 which are hinged on the curved plate pressing clamp base 3142, and a curved plate pressing clamp connecting rod 3146 which is hinged with the curved plate pressing clamp handle 3144 and the curved plate pressing clamp pressing rod 3148, wherein the curved plate pressing clamp connecting rod 3146 is connected with the curved plate correcting pressing block mechanism 320. Through pulling (i.e. rotating) the arc-shaped plate pressing clamp handle 3144, can drive the arc-shaped plate pressing clamp connecting rod 3146 and rotate, can drive the arc-shaped plate pressing clamp pressing rod 3148 and rotate around the arc-shaped plate pressing clamp base 3142, thereby can drive the arc-shaped plate correcting press block mechanism 320 to press down or lift (i.e. rotate), the arc-shaped structure 36 of the arc-shaped plate of the door plate 30 is supported tightly by the available arc-shaped plate correcting press block mechanism 320, the arc-shaped structure 36 of the arc-shaped plate of the door plate 30 is prevented from deforming, and the effect of correcting the arc-shaped structure 36 of the arc-shaped plate of the.

In addition, the above-mentioned arc plate rectifying and pressing block mechanism 320 may include an arc plate pressing block base structure and a door plate arc plate placing block 330 fixedly disposed on the substrate 102, and an arc plate rectifying block structure disposed at the bottom of the arc plate pressing and clamping pressing rod 3148, the arc plate rectifying block structure is opposite to the arc plate pressing block base structure from top to bottom, and the arc plate rectifying block structure is located outside the groove plate rectifying block structure and is matched with the door plate arc plate placing block 330. When correcting the ARC structure 36 on the door plant 30 arc, can place the door plant main part on the door plant arc is placed the piece, and make the inner wall of the ARC structure 36 of door plant 30 arc correspond with arc correction block structure, arc correction block structure pushes down or lifts up in arc briquetting base structure top under the drive of arc clamp depression bar 3148, can support the ARC structure 36 of door plant 30 arc tightly, in order to realize correcting the ARC structure 36 of door plant 30 arc, avoid the ARC structure 36 of door plant 30 arc to produce the deformation or correct the deformation of the ARC structure 36 of door plant 30 arc.

Moreover, the arc-shaped plate pressing block base structure comprises an arc-shaped plate pressing block base plate 322 arranged on the substrate 102, the arc-shaped plate pressing block base plate 322 corresponds to the arc-shaped structure 36 on the arc-shaped plate of the door plate 30, and the arc-shaped structure 36 on the arc-shaped plate can be correspondingly placed on the arc-shaped plate pressing block base plate 322. Moreover, the arc straightening block structure may include an arc straightening pressing plate structure disposed at the bottom of the arc pressing clamp 3148, and the arc straightening pressing plate structure is located right above the arc pressing block base plate 322. When the arc-shaped structure 36 on the door plate arc-shaped plate 322 is corrected, the bottom of the arc-shaped structure 36 can be placed on the arc-shaped plate pressing block base plate 322, the arc-shaped plate correcting pressing plate structure of the arc-shaped plate correcting block structure is pressed down to the arc-shaped structure 36 of the door plate 30 and is tightly abutted against the top of the arc-shaped structure 36, and therefore the arc-shaped structure 36 can be tightly abutted from the upper side and the lower side, and the arc-shaped structure 36 can be corrected.

Also, in some embodiments, the arc straightening platen structure may include an arc straightening web disposed at the bottom of the arc clamp compression bar 3148, directly above the arc compression block base plate 322. That is, in this embodiment, the arc of the door panel 30 can be directly placed on the arc pressing block base plate 322 and the door panel arc placing block 330, and the arc structure 36 on the arc corresponds to the top of the arc pressing block base plate 322, and then the arc correction connecting plate at the bottom of the arc pressing and clamping rod 3148 is directly utilized to press the arc plate from the top so as to clamp the arc plate, so that the arc structure 36 of the arc plate is corrected.

In addition, in other embodiments, the arc straightening pressing plate structure may include an arc straightening connecting plate disposed at the bottom of the arc pressing clamp 3148, and an arc straightening block disposed at the bottom of the arc straightening connecting plate, and the arc straightening block is located directly above the arc pressing block base plate 322. That is, in this embodiment, can place the door plant arc on arc briquetting base plate 322 and door plant arc place piece 330 to make the cambered surface structure 36 on the arc correspond with arc briquetting base plate 322 top, recycle the arc and correct the block and exert pressure to the arc from the top and live with the arc centre gripping, thereby correct the cambered surface structure 36 of arc.

Moreover, a first arc-shaped surface structure 3222 is disposed on the top of the arc-shaped plate pressing block base plate 322, and the first arc-shaped surface structure 3222 corresponds to the bottom of the arc-shaped surface structure 36 on the door panel arc-shaped plate. Therefore, the first arc-shaped surface structure 3222 at the top of the arc-shaped plate pressing block base plate 322 can be completely attached to the bottom of the arc-shaped structure 36 on the arc-shaped plate, and the correction effect on the arc-shaped structure 36 of the arc-shaped plate is better. In addition, the bottom of the above arc correction block is provided with a second arc surface structure, and the second arc surface structure corresponds to the top of the arc surface structure 36 on the door plate arc. Like this, still can make the second cambered surface structure of the bottom of the block is rectified to the arc and the top of cambered surface structure 36 of arc laminate completely, and is better to cambered surface structure 36's of arc correction effect.

Moreover, when the arc structure 36 of the door panel arc is set as a concave arc structure, the first arc surface structure 3222 can be set as a concave arc structure, and the second arc surface structure can be set as a convex arc structure; when the arc structure 36 of the door panel arc is a convex arc structure, the first arc structure 3222 can be a convex arc structure, and the second arc structure can be a concave arc structure.

In addition, the arc pressing block base plate 322 can be detachably disposed on the base plate 102, the arc correcting block can also be detachably disposed at the bottom of the arc correcting connecting block, and the arc pressing clamp mounting base plate 312 can also be detachably disposed on the base plate 102. Can dismantle the setting through pressing pincers mounting plate 312 with arc briquetting bed plate 322, arc correction piece and arc, can change these structures as required to correct the cambered surface structure of different shape sizes.

In addition, can be equipped with first arc sliding construction and first arc locking structure between connecting block bottom and the arc is corrected to above-mentioned arc. Correspondingly, a second arc-shaped plate sliding structure and a second arc-shaped plate locking structure are arranged between the arc-shaped plate pressing block base plate 322 and the base plate 102. Through setting up first arc sliding structure, can make the arc correct the relative arc of block and correct the connecting block and slide to make the arc correct the block extension or the withdrawal, be convenient for correct far away or nearer cambered surface structure 36 on the door plant 30 arc. Correspondingly, in order to correct the arc-shaped structure 36, the arc-shaped plate press block base plate 322 is required to slide relative to the base plate, so that the arc-shaped plate press block base plate 322 always corresponds to the arc-shaped plate correcting block. In addition, through setting up first arc board locking structure, can correct block and the locking of arc board correction connecting block with the arc board, can utilize first arc board locking structure to lock after the two relative slip needs the position.

Further, above-mentioned first arc sliding structure can include the first arc sliding tray of seting up in arc correction connecting block bottom to and the outstanding first arc slide rail of locating arc correction block top, and first arc slide rail slides and locates in the first arc sliding tray. Through the first arc slide groove and the first arc slide rail of mutually supporting, can be so that the block is corrected to the arc and the connecting block is corrected to the arc and the relative slip. Moreover, the second arc-shaped plate sliding structure may include a second arc-shaped plate sliding groove formed at the bottom of the arc-shaped plate pressing block base plate 322, and a second arc-shaped plate sliding rail protruding from the top of the substrate 102, wherein the second arc-shaped plate sliding rail is slidably disposed in the second arc-shaped plate sliding groove. Through the second arc slide groove and the second arc slide rail that mutually support, can be so that arc briquetting bed plate and base plate relative slip.

In addition, above-mentioned first arc board locking structure can include threaded connection and correct the first arc board locking screw of connecting block side in the arc, and first arc board locking screw tip stretches into in the first arc board sliding tray and corresponds with first arc board slide rail side. Through twisting first arc locking screw, can make its tip support tightly with first arc slide rail for first arc slide rail can't slide in first arc sliding tray, corrects the locking of connecting block and arc correction block in order to realize the arc.

Moreover, above-mentioned second arc board locking structure can include threaded connection in the second arc board locking screw of arc board briquetting bed plate 322 side, and second arc board locking screw tip stretches into in the second arc board sliding tray and corresponds with second arc board slide rail side. By screwing the second arc-shaped plate locking screw, the end part of the second arc-shaped plate locking screw can be tightly abutted to the second arc-shaped plate sliding rail, so that the second arc-shaped plate sliding rail cannot slide in the second arc-shaped plate sliding groove, and the arc-shaped plate pressing block base plate 322 and the substrate 102 are locked. In addition, above-mentioned first arc sliding tray, first arc slide rail, second arc slide rail all can establish to T font structure. Therefore, the arc-shaped plate sliding rail can be prevented from being separated from the arc-shaped plate sliding groove when sliding in the arc-shaped plate sliding groove.

In addition, the arc press mechanism 310 may include a first arc height adjustment structure connecting the base plate 102 and the arc press mounting base plate 312. Through first arc height-adjusting structure, can adjust the height of arc pressure pincers mounting plate 312, can adjust the height of arc pressure pincers mechanism 310. In addition, the above-described arc plate compact base structure may include a second arc plate height adjustment structure connecting the base plate 102 and the arc plate compact base plate 322. Through second arc high adjustment structure, can adjust the height of arc briquetting bed plate 322. In addition, the arc straightening press block mechanism 320 may include a third arc height adjusting structure connecting the base plate 102 and the door plate arc placing block 330. Through third arc height-adjusting structure, can adjust the door plant arc and place the height of piece 330. Therefore, the door plate arc-shaped plate can meet different height requirements.

The above only be the preferred embodiment of the utility model discloses a not consequently restriction the utility model discloses a patent range, all are in the utility model discloses a conceive, utilize the equivalent structure transform of what the content was done in the description and the attached drawing, or direct/indirect application all is included in other relevant technical field the utility model discloses a patent protection within range.

Claims

1. A door plate groove plate correcting jig assembly is characterized by comprising a base plate and at least one door plate groove plate correcting jig arranged on the base plate;

the groove plate correcting and pressing block mechanism comprises a groove plate pressing block base structure, a door plate groove plate placing block and a groove plate correcting block structure, wherein the groove plate pressing block base structure and the door plate groove plate placing block are fixedly arranged on the base plate, the groove plate correcting block structure is arranged at the bottom of the groove plate pressing clamp pressing rod, the groove plate correcting block structure is opposite to the groove plate pressing block base structure from top to bottom, and the groove plate correcting block structure is matched with the door plate groove plate placing block;

the door plate groove plate correcting jig is arranged on the base plate, and corresponds to the groove structures on the door plate groove plate one by one;

the door plate groove plate correcting jig is arranged on the base plate in parallel, and the door plate groove plate correcting jig corresponds to two groove structures arranged on the door plate groove plate in parallel one to one;

2. The door plank channel plate straightening jig assembly of claim 1, wherein the channel plate press block base structure includes a channel plate press block base plate disposed on the base plate;

3. The door plank pocket plate leveling tool assembly of claim 2, wherein when the groove on the door plank pocket plate is disposed obliquely, the pocket plate leveling block is configured as a first pocket plate wedge, the pocket plate press block base plate is configured as a second pocket plate wedge, and the inclined plane of the first pocket plate wedge is correspondingly matched with the inclined plane of the second pocket plate wedge.

4. The door plank channel plate correction jig assembly of claim 3, wherein the channel plate press block base plate is detachably arranged on the base plate, the channel plate correction block body is detachably arranged at the bottom of the channel plate correction connection block, and the channel plate press clamp mounting base plate is detachably arranged on the base plate.

5. The door plank channel plate correcting jig assembly according to claim 3, wherein a first channel plate sliding structure and a first channel plate locking structure are arranged between the bottom of the channel plate correcting connecting block and the channel plate correcting block;

6. The door plank channel plate correcting jig assembly according to claim 5, wherein the first channel plate sliding structure comprises a first channel plate sliding groove opened at the bottom of the channel plate correcting connecting block and a first channel plate sliding rail protruded at the top of the channel plate correcting block, the first channel plate sliding rail is slidably disposed in the first channel plate sliding groove;

7. The door plank channel plate correction jig assembly of claim 6, wherein the first channel plate locking structure comprises a first channel plate locking screw threadedly connected to a side of the channel plate correction connection block, an end of the first channel plate locking screw extending into the first channel plate sliding groove and corresponding to a side of the first channel plate sliding rail.

8. The door plank channel plate straightening jig assembly of claim 6, wherein the second channel plate locking structure comprises a second channel plate locking screw threadedly connected to a side of the channel plate press block base plate, an end of the second channel plate locking screw extending into the second channel plate sliding groove and corresponding to a side of the second channel plate sliding rail.