WO2022077664A1 - 一种用于厚纸板直角转弯的新型接驳装置 - Google Patents

一种用于厚纸板直角转弯的新型接驳装置 Download PDF

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Publication number
WO2022077664A1
WO2022077664A1 PCT/CN2020/127425 CN2020127425W WO2022077664A1 WO 2022077664 A1 WO2022077664 A1 WO 2022077664A1 CN 2020127425 W CN2020127425 W CN 2020127425W WO 2022077664 A1 WO2022077664 A1 WO 2022077664A1
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corner protector
connector
corner
bending line
cardboard
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PCT/CN2020/127425
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English (en)
French (fr)
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林照民
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林照民
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Publication of WO2022077664A1 publication Critical patent/WO2022077664A1/zh

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    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65D—CONTAINERS FOR STORAGE OR TRANSPORT OF ARTICLES OR MATERIALS, e.g. BAGS, BARRELS, BOTTLES, BOXES, CANS, CARTONS, CRATES, DRUMS, JARS, TANKS, HOPPERS, FORWARDING CONTAINERS; ACCESSORIES, CLOSURES, OR FITTINGS THEREFOR; PACKAGING ELEMENTS; PACKAGES
    • B65D13/00—Containers having bodies formed by interconnecting two or more rigid, or substantially rigid, components made wholly or mainly of the same material, other than metal, plastics, wood, or substitutes therefor
    • B65D13/04—Containers having bodies formed by interconnecting two or more rigid, or substantially rigid, components made wholly or mainly of the same material, other than metal, plastics, wood, or substitutes therefor of paper

Definitions

  • the invention relates to the field of packaging, in particular to a novel connecting device for turning thick cardboard.
  • Cardboard boxes are generally used for product packaging, so that fragile items can be fixed in the box to prevent product damage and deformation, and can withstand various shocks, vibrations, bumps, compressions in the process of loading, transportation, storage, etc. , friction and other external forces to form the protection of the interior products, with a certain degree of vibration resistance.
  • the patent application number: 202010005097.0 disclosed a right-angle turning connection device for thick cardboard, which is respectively provided on the first corner guard connector and the second shoulder guard connector.
  • the first snap slot and the second snap slot are snapped together so that the first corner protector connector and the second corner protector connector are connected, and two adjacent thick cardboards are inserted into the first slot and the second slot respectively and adhered to them.
  • the three sides of one cardboard are distributed with the first part, the second part and the fourth part, and the three sides of the other cardboard are bonded with the third part, the fifth part and the sixth part.
  • the clamping part forms a central axis , the first corner guard connector and the second corner guard connector can swing along it better, and combined with the third fold line and the fourth fold line, so that the two adjacent folded panels are in a parallel state after being folded, and are unfolded in a parallel state.
  • it is conducive to storage, reduces the occupied space, and reduces the damage to the first corner protector connector and the second corner protector connector during rotation, and has high reusability.
  • the thick cardboard is squeezed.
  • the force is directly transmitted to the first corner protector connector and the second corner protector connector. It acts vertically on the second corner protector connection, and the lateral side of the second card contact on the second corner protector connector abuts on the first corner protector connector, so that the pressing force acts vertically on the first corner protector connection. parts, thereby increasing its bearing strength.
  • the connecting slot Under the action of the connecting slot, it swings back and forth in the direction of the fourth part and the fifth part, so that the width of the first slot and the second slot changes greatly, which is not conducive to the bonding with the thick cardboard;
  • the cardboard is bonded to the first and second parts, and then the first corner protector connector is snapped with the second corner protector connector.
  • the second corner protector connector is easy to go back and forth in the direction of the fourth and fifth parts. Swing, so that the width of the second slot varies greatly, which is not conducive to bonding with the cardboard;
  • the sixth part is glued, and then the first corner protector connector is clamped with the second corner protector connector. Due to the large size and weight of the thick cardboard, the first corner protector connector with the thick cardboard and the The clamping of the second corner protector connector is difficult.
  • the present invention provides a new type of connecting device for turning cardboard, which mainly solves the problem that the connection between the connecting device and the cardboard is difficult in the prior art.
  • a new type of connection device for right-angle turning of thick cardboards comprising a first corner protector connector and a The second corner protector connector, the contact/close areas on the first corner protector connector and the second corner protector connector are connected by gluing, sewing or connecting components, and the connecting area forms a rotating shaft, so that the two The thick cardboard rotates along it respectively, and defines the inner side of the first and second corner guard connecting pieces as the same side as the rotating shaft, and the inner side of the first and second corner guard connecting pieces
  • the adhesive is connected with a connecting plate, and the connecting plate is provided with a first bending line at the rotating shaft.
  • the first corner guard connector includes a first part, a second part and a third part in sequence along the width direction thereof, and a second bending line is arranged between the first part and the second part, and the first part and the second part are A third bending line is set between the second part and the third part, and the first corner protector is bent along the second bending line and the third bending line to form a first insert for inserting the lateral side of the cardboard groove.
  • the second corner protector includes a fourth part, a fifth part and a sixth part in sequence along its width direction, a fourth bending line is arranged between the fourth part and the fifth part, and the first A fifth bending line is arranged between the fifth part and the sixth part, and the second corner protector is bent along the fourth bending line and the fifth bending line to form a second insert for inserting the lateral side of the cardboard. groove.
  • first corner protector connecting piece located at the third bending line and the second corner protector connecting piece located at the fifth bending line are connected by gluing, sewing or connecting piece.
  • first corner protector connecting piece located at the third bending line and the second corner protector connecting piece located at the fifth bending line are connected by sewing thread.
  • the beneficial effects of the present invention are: the novel connecting device used for right-angle turning of thick cardboard, the first corner-protecting connector and the second corner-protecting connector are connected by gluing, sewing or connecting components, The two adjacent thick cardboards are respectively inserted into the first slot of the first corner protection connector and the second slot of the second corner protection connector, and are bonded to the first corner protection connector and the second corner protection connector.
  • connection between the first corner protection connector, the second corner protection connector and the cardboard is firm, and connected by gluing, sewing or connectors to form a rotating shaft, so that the cardboard rotates along the rotating shaft, so that the adjacent
  • the two thick cardboards are in a parallel state after being folded, and are on the same plane after unfolding, which is conducive to storage, reduces occupied space, and reduces damage to the first corner guard connector and the second corner guard connector during rotation, and is reusable.
  • the pressing force of the thick cardboard is directly transmitted to the connection of the first corner protector and the second corner protector, and through the connection between the first corner protector and the second corner protector
  • the inner side is glued with connecting plates to form a double support structure.
  • the connecting device is used for testing, When the thickness of the first corner protector and the second corner protector connector is 5mm, they can bear a weight of more than 1 ton.
  • the specifications and dimensions of the first corner protector connector and the second corner protector connector can be uniformly formed by cutting and bending, the processing convenience is high, and the first corner protector connector and the second corner protector separate from each other are formed.
  • the corner connector, and the first slot and the second slot formed by bending the width dimension are fixed, and after the first corner connector and the second corner connector are connected by gluing, sewing or a connector, Then glue it to the thick cardboard respectively. Since the width and depth dimensions of the first slot and the second slot are fixed, it is easy to bond with the thick cardboard, and the bonding accuracy is high, preventing the first corner guard.
  • the connector and the second corner protector are offset from the thick cardboard, and then the connecting plate is bonded to the first corner protector connector and the second corner protector connector, because the first bending line set on the connector plays a positioning role , so that the bonding difficulty is low and the accuracy is high, thereby greatly reducing the difficulty of connecting the splicing device and the thick cardboard.
  • Fig. 1 is the three-dimensional structure schematic diagram of the embodiment of the present invention.
  • Fig. 2 is a partial enlarged view at B in Fig. 1;
  • FIG. 3 is a schematic structural diagram of the unfolded state of the first corner protector connector in the embodiment of the present invention.
  • FIG. 4 is a schematic three-dimensional structure diagram of a first corner guard connector in an embodiment of the present invention.
  • FIG. 5 is a schematic structural diagram of the unfolded state of the second corner protector connector in the embodiment of the present invention.
  • FIG. 6 is a schematic three-dimensional structure diagram of a second corner guard connector in an embodiment of the present invention.
  • FIG. 7 is a schematic three-dimensional structural diagram of the bonding state of the first corner protector connector, the second corner protector connector and the cardboard in the embodiment of the present invention.
  • FIG. 8 is a schematic plan view of the structure of the first corner protector connector, the second corner protector connector and the thick cardboard in the bonding state according to the embodiment of the present invention.
  • a new type of connection device for right-angle turning of thick cardboards includes a first corner protector connector 2 and a second corner protector that are respectively wrapped around two adjacent thick cardboards 1 on adjacent parts. Corner protector connector 3, the first corner protector connector 2 and the second corner protector connector 3 are connected by stitching on the adjacent areas. Of course, the first corner protector can also be connected by adhesive or by a connector. The connector 2 and the second corner protector 3 are connected. Since the suture is connected to the first corner protector connector 2 and the second corner protector connector 3, and the suture can be stretched, the first corner protector is connected. The connection part 2 and the second corner protector connection part 3 can be connected when they are close to each other, and the connection is a flexible connection, which can realize free rotation.
  • connection parts such as hinges
  • first corner protector connector 2 and the second corner protector connector 3 are in a close state, but the first corner protector connector 2 and the second corner protector connector 3 need to be connected by gluing Abutting against each other to achieve bonding, the connection area forms a rotating shaft 4, so that the two cardboards 1 rotate along it respectively, the first corner protector 2 and the second corner protector 3 are glued, sewn or connected.
  • two adjacent thick cardboards 1 are inserted into the first slot 100 of the first corner connector 2 and the second slot 200 of the second corner connector 3 respectively, and are connected with the first corner connector 2 and the second
  • the two corner protector connectors 3 are glued and connected, so that the first corner protector connector 2, the second corner protector connector 3 and the cardboard 1 are firmly connected, and are connected by gluing, sewing or connecting parts to form a rotating shaft 4 , so that the thick cardboard 1 is rotated along the rotating shaft 4, so that the adjacent two thick cardboards 1 are in a parallel state after being folded, and are on the same plane after unfolding, which is conducive to storage, reduces the occupied space, and reduces the protection of the first protection during the rotation process. Damage to the corner connector 2 and the second corner connector 3 is highly reusable.
  • the first corner protector 2 sequentially includes a first part 21 , a second part 22 and a third part 23 along its width direction.
  • the first part 21 and the third part 23 A second bending line 5 is arranged between the two parts 22 , a third bending line 6 is arranged between the second part 22 and the third part 23 , and the first corner protector 2 passes along the second bending line 5 and the third bending line 6 to form a first slot 100 for inserting the lateral side of the cardboard 1.
  • the second corner protector 3 sequentially includes The fourth part 31 , the fifth part 32 and the sixth part 33 , a fourth bending line 7 is set between the fourth part 31 and the fifth part 32 , and a fourth bending line 7 is set between the fifth part 32 and the sixth part 33 .
  • There is a fifth bending line 8 and the second corner protector 2 is bent along the fourth bending line 7 and the fifth bending line 8 to form a second slot 200 into which the lateral side of the cardboard 1 is inserted, so
  • the first corner protector connector 2 located at the third bending line 6 and the second corner protector connector 2 located at the fifth bending line 8 are connected by sewing threads.
  • first corner protector connector 2 and the second corner protector connector 3 are on the same side as the rotating shaft 4 as the inner side A
  • first corner protector connector 2 and the second corner protector connector 3 are defined as the inner side A.
  • the inner side A of the corner protector 3 is glued with a connecting plate 9, and the connecting plate 9 is provided with a first bending line 10 at the rotating shaft 4.
  • the pressing force of the cardboard 1 is directly It is transmitted to the junction of the first corner protector connector 2 and the second corner protector connector 3, and a connecting plate 9 is glued on the inner side A of the first corner protector connector 2 and the second corner protector connector 3, A double support structure is formed.
  • the cardboard 1 when the cardboard 1 is stressed, it is transmitted to the first corner protector 2 and the second corner protector 3, so that the first corner protector 2 and the second corner protector 3
  • the connection place and the connecting plate form a pulling force, but under the adhesive connection of the connecting plate 9 and the first corner protector connector 2 and the second corner protector connector 3, it is connected with the first corner protector connector 2 and the second corner protector.
  • the connection structure between the connecting device and the thick cardboard 1 has good stability, and the force is evenly divided into each joint, so as to improve its bearing strength. Tests are carried out, and when the thickness of the first corner protector 2 and the second corner protector 3 is 5 mm, they can bear a weight of more than 1 ton.
  • the specifications and dimensions of the first corner protector connector 2 and the second corner protector connector 3 can be uniformly cut and bent
  • the first and second corner protector connectors 2 and 3 are separated from each other, and the width dimensions of the first slot 100 and the second slot 200 formed by bending are fixed.
  • the first corner protector connector 2 and the second corner protector connector 3 after connecting the first corner protector connector 2 and the second corner protector connector 3 by gluing, sewing or connectors, and then bonding them to the cardboard 1 respectively, because the first slot 100 and the second insert
  • the width and depth dimensions of the slot 200 are fixed, which is convenient for its bonding with the cardboard 1, and the bonding accuracy is high, preventing the first corner protector connector 2, the second corner protector connector 3 from offsetting with the cardboard 1 , and then bond the connecting plate 9 with the first corner protector connector 2 and the second corner protector connector 3. Since the first bending line 10 set on the connector 9 plays a positioning role, the bonding difficulty is low and accurate. High degree of height, thereby greatly reducing the difficulty of connecting the connecting device and the cardboard 1.

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  • Engineering & Computer Science (AREA)
  • Life Sciences & Earth Sciences (AREA)
  • Wood Science & Technology (AREA)
  • Mechanical Engineering (AREA)
  • Cartons (AREA)

Abstract

一种用于厚纸板转弯的新型接驳装置，主要解决了现有技术中接驳装置与厚纸板的连接难度大的问题，包括分别包覆于相邻两个厚纸板（1）上相靠近部位的第一护角连接件（2）和第二护角连接件（3），第一护角连接件（2）和第二护角连接件（3）上相接触/相靠近区域通过粘胶、缝制或者连接件连接，该连接区域形成旋转轴（4），使得两个厚纸板（1）分别沿其转动，定义第一护角连接件（2）、第二护角连接件（3）上与旋转轴（4）位于同一侧为内侧面（A），第一护角连接件（2）和第二护角连接件（3）的内侧面（A）粘胶连接有连接板（9），连接板（9）上位于旋转轴（4）处设有第一弯折线（10）。

Description

一种用于厚纸板直角转弯的新型接驳装置 技术领域
本发明涉及包装领域，尤其涉及一种用于厚纸板转弯的新型接驳装置。
背景技术
纸箱一般用于产品的包装，使易碎怕碰的物品在箱内起到固定商品，防止产品破损变形，并且能够承受在装载、运输、保管等过程中的各种冲击、振动、颠簸、压缩、摩擦等外力的作用，形成对内装产品的保护，具有一定抗振性。
本申请人于申请日：2020年1月3日，专利申请号：202010005097.0公开了一种用于厚纸板直角转弯接驳装置，通过第一护角连接件和第二护肩连接件上分别设置第一卡接槽和第二卡接槽卡接，使得第一护角连接件和第二护角连接件连接，相邻的两厚纸板分别插入第一插槽和第二插槽并与其粘合连接，其中一厚纸板的三个侧面分布与第一部、第二部和第四部粘合连接，另一个厚纸板的三个侧面与第三部、第五部和第六部粘合连接，使得第一护角连接件和第二护角连接件与厚纸板的连接牢固，结构稳定性好，并且第一卡接槽与第二卡槽卡接后，其卡接处形成中枢轴，第一护角连接件和第二护角连接件能够较好的沿其摆动，并且结合第三折叠线和第四折叠线，使得相邻两折叠板折叠后呈平行状态，以及展开后呈同一平面上，有利于收纳，减少占用空间，并且转动过程中减少对第一护角连接件和第二护角连接件的损伤，重复利用性高，在使用过程中，厚纸板受到的挤压力直接传递至第一护角连接件和第二护角连接件，第一护角连接件上的第一卡接槽的横向一侧面抵靠在第二护角连接件上，使得挤压力垂直作用在第二护角连接件上，第二护角连接件上的第二卡接触的横向一侧面抵靠在第一护角连接件上，使得挤压力垂直作用在第一护角连接件上， 从而提高其承受力度。
但是，本申请人在实际生产中发现，该接驳装置在与厚纸板装配时，需要第一护角连接件和第二护角连接件通过其上设置的第一卡接槽和第二卡接槽卡接连接形成第一插槽和第二插槽后再与厚纸板粘合，第一卡接槽和第二卡接槽卡接后，第一护角连接件和第二护角连接件上相互抵靠位置形成枢纽，使得第一护角连接件在第二卡接槽的作用下沿第二部和第三部方向上来回摆动，同样的第二护角连接件在第一卡接槽的作用下沿第四部和第五部方向上来回摆动，使得第一插槽和第二插槽的宽度尺寸变化大，不利于与厚纸板的粘合；或者，先将其中一厚纸板与第一部和第二部粘合，再将第一护角连接件与第二护角连接件卡接，同样的，第二护角连接件容易沿第四部和第五部方向来回摆动，使得第二插槽的宽度尺寸变化大，不利于与厚纸板的粘合；或者，先将其中一厚纸板与第一部和第二部粘合，另一厚纸板与第五部和第六部粘合，再将第一护角连接件与第二护角连接件卡接，由于厚纸板的规格尺寸以及重量均较大，使得粘附有厚纸板的第一护角连接件和第二护角连接件的卡接难度大。
发明内容
因此，针对上述的问题，本发明提供一种用于厚纸板转弯的新型接驳装置，它主要解决了现有技术中接驳装置与厚纸板的连接难度大的问题。
为实现上述目的，本发明采用了以下技术方案：一种用于厚纸板直角转弯的新型接驳装置，包括分别包覆于相邻两个厚纸板上相靠近部位的第一护角连接件和第二护角连接件，所述第一护角连接件和第二护角连接件上相接触/相靠近区域通过粘胶、缝制或者连接件连接，该连接区域形成旋转轴，使得两个厚纸板分别沿其转动，定义第一护角连接件、第二护角连接件上与旋转轴位于同一侧为内侧面，所述第一护角连接件和第二护角连接件的内侧面粘胶连接有连 接板，所述连接板上位于旋转轴处设有第一弯折线。
进一步的，所述第一护角连接件沿其宽度方向依次包括第一部、第二部和第三部，所述第一部和第二部之间设有第二弯折线，所述第二部与第三部之间设有第三弯折线，所述第一护角连接件通过沿第二弯折线和第三弯折线弯折形成供厚纸板的横向一侧部插入的第一插槽。
进一步的，所述第二护角连接件沿其宽度方向依次包括第四部、第五部和第六部，所述第四部和第五部之间设有第四弯折线，所述第五部与第六部之间设有第五弯折线，所述第二护角连接件通过沿第四弯折线和第五弯折线弯折形成供厚纸板的横向一侧部插入的第二插槽。
进一步的，所述第一护角连接件上位于第三弯折线处与第二护角连接件上位于第五弯折线处通过粘胶、缝制或者连接件连接。
进一步的，所述第一护角连接件上位于第三弯折线处与第二护角连接件上位于第五弯折线处通过缝线缝制连接。
通过采用前述技术方案，本发明的有益效果是：本用于厚纸板直角转弯的新型接驳装置，第一护角连接件和第二护角连接件通过粘胶、缝制或者连接件连接，相邻的两个厚纸板分别插入第一护角连接件的第一插槽和第二护角连接件的第二插槽并与第一护角连接件和第二护角连接件粘合连接，使得第一护角连接件、第二护角连接件与厚纸板的连接牢固，并且通过粘胶、缝制或者连接件连接，形成旋转轴，使得厚纸板沿该旋转轴转动，使得相邻两厚纸板折叠后呈平行状态，以及展开后呈同一平面上，有利于收纳，减少占用空间，并且转动过程中减少对第一护角连接件和第二护角连接件的损伤，重复利用性高，在使用过程中，厚纸板受到的挤压力直接传递至第一护角连接件和第二护角连接件的连接处，并通过第一护角连接件和第二护角连接件的内侧面粘胶连接有连 接板，形成双重支撑结构，具体的，在厚纸板受力时传递至第一护角连接件与第二护角连接件上，使得第一护角连接件和第二护角连接件的连接处以及连接板形成拉扯力，但在连接板与第一护角连接件和第二护角连接件的粘合连接下和第一护角连接件、第二护角连接件与厚纸板的包覆粘合下，使得该接驳装置和厚纸板的连接结构稳定性好，该受力均分于各个连接处，从而提高其承受力度，利用该接驳装置进行试验，在第一护角连接件和第二护角连接件的厚度在5mm时，其可承受在1吨重量以上，该新型接驳装置在承受性能保持不变的基础上，其生产制备过程中，通过结构的改进，使得第一护角连接件和第二护角连接件的规格尺寸能够统一裁切弯折形成，加工便利性高，并且形成相互分离的第一护角连接件和第二护角连接件，以及其弯折形成的第一插槽和第二插槽的宽度尺寸固定，通过粘胶、缝制或者连接件将第一护角连接件和第二护角连接件连接后，再分别将其与厚纸板粘合，由于第一插槽和第二插槽的宽度尺寸以及深度尺寸固定，便于其与厚纸板的粘合，并且粘合的精确度高，防止第一护角连接件、第二护角连接件与厚纸板偏移，再将连接板与第一护角连接件和第二护角连接件粘合，由于连接件上设置的第一弯折线起到定位作用，使得其粘合难度低且精确度高，从而大大降低接驳装置与厚纸板的连接难度。
附图说明
图1是本发明实施例的立体结构示意图；
图2是图1中B处的局部放大图；
图3是本发明实施例中第一护角连接件的展开状态的结构示意图；
图4是本发明实施例中第一护角连接件的立体结构示意图；
图5是本发明实施例中第二护角连接件的展开状态的结构示意图；
图6是本发明实施例中第二护角连接件的立体结构示意图；
图7是本发明实施例中第一护角连接件、第二护角连接件与厚纸板粘合状态的立体结构示意图；
图8是本发明实施例中第一护角连接件、第二护角连接件与厚纸板粘合状态的俯视结构示意图。
具体实施方式
现结合附图和具体实施方式对本发明进一步说明。
本发明实施例为：
参考图1与图2所示，一种用于厚纸板直角转弯的新型接驳装置，包括分别包覆于相邻两个厚纸板1上相靠近部位的第一护角连接件2和第二护角连接件3，所述第一护角连接件2和第二护角连接件3上相靠近区域通过缝线缝制连接，当然也可以通过粘胶连接或者通过连接件将第一护角连接件2和第二护角连接件3连接，由于缝线与第一护角连接件2和第二护角连接件3穿设连接，且缝线能够被拉伸，使得第一护角连接件2和第二护角连接件3在相互靠近的情况下能够实现连接，且该连接处为柔性连接，能够实现自由转动，同样的设置连接件，如合页等可实现翻折或者旋转作用的连接件，在安装时，第一护角连接件2和第二护角连接件3处于靠近状态，但是通过粘胶连接就需要将第一护角连接件2与第二护角连接件3相抵靠，实现粘合，该连接区域形成旋转轴4，使得两个厚纸板1分别沿其转动，第一护角连接件2和第二护角连接件3通过粘胶、缝制或者连接件连接，相邻的两个厚纸板1分别插入第一护角连接件2的第一插槽100和第二护角连接件3的第二插槽200并与第一护角连接件2和第二护角连接件3粘合连接，使得第一护角连接件2、第二护角连接件3与厚纸板1的连接牢固，并且通过粘胶、缝制或者连接件连接，形成旋转轴4，使得厚纸板1沿该旋转轴4转动，使得相邻两厚纸板1折叠后呈平行状态，以及展开 后呈同一平面上，有利于收纳，减少占用空间，并且转动过程中减少对第一护角连接件2和第二护角连接件3的损伤，重复利用性高。
具体的，参考图3与图4所示，所述第一护角连接件2沿其宽度方向依次包括第一部21、第二部22和第三部23，所述第一部21和第二部22之间设有第二弯折线5，所述第二部22与第三部23之间设有第三弯折线6，所述第一护角连接件2通过沿第二弯折线5和第三弯折线6弯折形成供厚纸板1的横向一侧部插入的第一插槽100，参考图5与图6所示，所述第二护角连接件3沿其宽度方向依次包括第四部31、第五部32和第六部33，所述第四部31和第五部32之间设有第四弯折线7，所述第五部32与第六部33之间设有第五弯折线8，所述第二护角连接件2通过沿第四弯折线7和第五弯折线8弯折形成供厚纸板1的横向一侧部插入的第二插槽200，所述第一护角连接件2上位于第三弯折线6处与第二护角连接件2上位于第五弯折线8处通过缝线缝制连接。
参考图7与图8所示，定义第一护角连接件2、第二护角连接件3上与旋转轴4位于同一侧为内侧面A，所述第一护角连接件2和第二护角连接件3的内侧面A粘胶连接有连接板9，所述连接板9上位于旋转轴4处设有第一弯折线10，在使用过程中，厚纸板1受到的挤压力直接传递至第一护角连接件2和第二护角连接件3的连接处，并通过第一护角连接件2和第二护角连接件3的内侧面A粘胶连接有连接板9，形成双重支撑结构，具体的，在厚纸板1受力时传递至第一护角连接件2与第二护角连接件3上，使得第一护角连接件2和第二护角连接件3的连接处以及连接板形成拉扯力，但在连接板9与第一护角连接件2和第二护角连接件3的粘合连接下和第一护角连接件2、第二护角连接件3与厚纸板1的包覆粘合下，使得该接驳装置和厚纸板1的连接结构稳定性好，该受力均分于各个连接处，从而提高其承受力度，利用该接驳装置进行试验，在第一 护角连接件2和第二护角连接件3的厚度在5mm时，其可承受在1吨重量以上。
该新型接驳装置在承受性能保持不变的基础上，其生产制备过程中，通过结构的改进，使得第一护角连接件2和第二护角连接件3的规格尺寸能够统一裁切弯折形成，加工便利性高，并且形成相互分离的第一护角连接件2和第二护角连接件3，以及其弯折形成的第一插槽100和第二插槽200的宽度尺寸固定，通过粘胶、缝制或者连接件将第一护角连接件2和第二护角连接件3连接后，再分别将其与厚纸板1粘合，由于第一插槽100和第二插槽200的宽度尺寸以及深度尺寸固定，便于其与厚纸板1的粘合，并且粘合的精确度高，防止第一护角连接件2、第二护角连接件3与厚纸板1偏移，再将连接板9与第一护角连接件2和第二护角连接件3粘合，由于连接件9上设置的第一弯折线10起到定位作用，使得其粘合难度低且精确度高，从而大大降低接驳装置与厚纸板1的连接难度。
尽管结合优选实施方案具体展示和介绍了本发明，但所属领域的技术人员应该明白，在不脱离所附权利要求书所限定的本发明的精神和范围内，在形式上和细节上可以对本发明做出各种变化，均为本发明的保护范围。

Claims (5)

  1. 一种用于厚纸板直角转弯的新型接驳装置，其特征在于：包括分别包覆于相邻两个厚纸板上相靠近部位的第一护角连接件和第二护角连接件，所述第一护角连接件和第二护角连接件上相接触/相靠近区域通过粘胶、缝制或者连接件连接，该连接区域形成旋转轴，使得两个厚纸板分别沿其转动，定义第一护角连接件、第二护角连接件上与旋转轴位于同一侧为内侧面，所述第一护角连接件和第二护角连接件的内侧面粘胶连接有连接板，所述连接板上位于旋转轴处设有第一弯折线。
  2. 根据权利要求1所述的用于厚纸板直角转弯的新型接驳装置，其特征在于：所述第一护角连接件沿其宽度方向依次包括第一部、第二部和第三部，所述第一部和第二部之间设有第二弯折线，所述第二部与第三部之间设有第三弯折线，所述第一护角连接件通过沿第二弯折线和第三弯折线弯折形成供厚纸板的横向一侧部插入的第一插槽。
  3. 根据权利要求1或2所述的用于厚纸板直角转弯的新型接驳装置，其特征在于：所述第二护角连接件沿其宽度方向依次包括第四部、第五部和第六部，所述第四部和第五部之间设有第四弯折线，所述第五部与第六部之间设有第五弯折线，所述第二护角连接件通过沿第四弯折线和第五弯折线弯折形成供厚纸板的横向一侧部插入的第二插槽。
  4. 根据权利要求3所述的用于厚纸板直角转弯的新型接驳装置，其特征在于：所述第一护角连接件上位于第三弯折线处与第二护角连接件上位于第五弯折线处通过粘胶、缝制或者连接件连接。
  5. 根据权利要求4所述的用于厚纸板直角转弯的新型接驳装置，其特征在于：所述第一护角连接件上位于第三弯折线处与第二护角连接件上位于第五弯折线处通过缝线缝制连接。
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