CN110631437B - Moisture-proof and anti-static packaging paper tube for shell packaging and its processing technology - Google Patents

Abstract

Translated fromChinese

本发明公开了一种用于炮弹包装的防潮防静电包装纸筒，包括相互配套的筒体和筒盖，筒体和筒盖的内壁部分通过防静电材料或/和工艺或/和结构制成，筒体和筒盖的外壁部分通过防潮材料或/和工艺或/和结构制成；筒体的底端设置有用于封口的底盖，筒体内的底部设置有用于对炮弹起支撑作用的支撑组件；筒盖的顶端设置有用于封口的顶盖，筒盖内的上部设置有用于消除炮弹包装后尺寸公差的调节垫组件。一种用于炮弹包装的防潮防静电包装纸筒的加工工艺。本发明构思新颖、设计合理，且便于使用，采用本发明的包装纸筒密封性好，不易破损，且具有防静电和防潮的功能，另外采用纸质材料制成，造价更低，环保性更好。

The invention discloses a moisture-proof and anti-static packaging paper tube for cannonball packaging, which comprises a cylinder body and a cylinder cover which are matched with each other. , the outer wall part of the cylinder body and the cylinder cover is made of moisture-proof material or/and process or/and structure; the bottom end of the cylinder body is provided with a bottom cover for sealing, and the bottom of the cylinder body is provided with a support for supporting the shell The top end of the cylinder cover is provided with a top cover for sealing, and the upper part of the cylinder cover is provided with an adjustment pad assembly for eliminating the dimensional tolerance of the shell after being packaged. The invention relates to a processing technology for a moisture-proof and anti-static packaging paper tube used for shell packaging. The invention has novel concept, reasonable design, and is easy to use. The packaging paper tube of the invention has good sealing performance, is not easy to be damaged, and has the functions of anti-static and moisture-proof. In addition, it is made of paper material, which is lower in cost and more environmentally friendly. it is good.

Description

Moisture-proof and anti-static packing paper cylinder for packing cannonball and processing technology thereof

Technical Field

The invention relates to the technical field of cannonball packaging, in particular to a moistureproof and antistatic packaging paper barrel for cannonball packaging and a processing technology thereof.

Background

At present, the damp-proof and anti-static packages adopted by the cannonball mostly adopt a sealed inner package and a non-sealed metal or engineering plastic outer package.

The moisture-proof and anti-static functions of the packages in the forms of sealed inner packages, non-sealed metal or engineering plastic outer packages are mainly realized through the inner packages, the inner packages are mostly made of aluminum-plastic composite packaging materials into inner packaging bags, and the moisture-proof and anti-static functions of the inner-packaged shells are realized through vacuumizing and welding and sealing. The existing packaging has some defects, such as lower rigidity and strength of the inner packaging, more fragile inner packaging, undetected defects of micro-holes, breakage and the like in the manufacturing process, and easy breakage of the inner packaging in the storage and transportation processes of the cannonball, further losing the sealing and moisture-proof functions and causing the risk of rusting and functional failure of the internal cannonball. In addition, the non-sealed metal or engineering plastic outer package has high cost and poor environmental protection.

Disclosure of Invention

In view of the above-mentioned drawbacks of the prior art, it is an object of the present invention to provide a moisture-proof and static-proof packing paper tube for shell packing, which comprises a tube body and a tube cover matched with each other, wherein the inner wall parts of the tube body and the tube cover are made of static-proof materials or/and processes or/and structures, and the outer wall parts of the tube body and the tube cover are made of moisture-proof materials or/and processes or/and structures;

the bottom end of the barrel is provided with a bottom cover for sealing, and the bottom in the barrel is provided with a supporting component for supporting the cannonball;

the top end of the cylinder cover is provided with a top cover for sealing, and the upper part in the cylinder cover is provided with an adjusting pad assembly for eliminating the size tolerance after the shell is packaged.

Further, as preferred, barrel and cover all include inner tube and urceolus, the inner tube forms through the compound of paper stratiform, and outside-in is spool paper, dampproofing modified paper, spool paper and static modified paper respectively, the urceolus forms through the compound of paper stratiform, and outside-in is drench membrane craft paper, spool paper, dampproofing modified paper and spool paper respectively.

Further, as preferred, the supporting component includes supporting pad and support cover, the supporting pad adopts the spool paper to make, the upper portion of supporting pad is provided with and is used for the direct contact shell support the cover, just be formed with the conical surface with shell contact and adaptation on the support cover, and be provided with ventilative groove on this conical surface, support the cover and adopt the modified HDPE plastics of static to make.

Further, as preferred, the adjusting pad subassembly includes top layer cushion and protection backing plate, the protection backing plate sets up the bottom of top layer cushion, just the protection backing plate adopts the cardboard to make, top layer cushion adopts the EPE material to make.

The invention also aims to provide a processing technology of the moistureproof and antistatic packing paper cylinder for packing the shell, which is characterized by comprising the following steps:

manufacturing a barrel body and a barrel cover, namely manufacturing the inner barrel and the outer barrel of the barrel body and the barrel cover by a paper compounding process, wherein the inner barrel is formed by compounding four layers of bobbin paper, one layer of moisture-proof modified paper, three layers of bobbin paper and one layer of electrostatic modified paper from outside to inside in sequence;

manufacturing a bottom cover and a top cover, manufacturing the bottom cover and the top cover by adopting tinplate through a press molding process, and plating black electrophoretic paint on the outer surfaces of the top cover and the bottom cover;

manufacturing a support assembly, wherein the support assembly comprises a support pad and a support sleeve, bobbin paper is adopted to manufacture a support pad blank through winding and bonding processes, then a machine tool is utilized to process a sunken space for placing the head of the shell and a conical surface serving as the inner wall of the sunken space on the support pad blank, and then the support sleeve is arranged on the conical surface through a screw;

manufacturing an adjusting pad assembly, wherein the adjusting pad assembly comprises an adjusting pad block and a protective pad plate, and the protective pad plate is made of hard paper and is adhered to the bottom of the adjusting pad block;

assembling the supporting component, and putting the supporting component into the bottom in the cylinder, wherein one end of the supporting sleeve faces upwards;

assembling the adjusting pad assembly, and installing the adjusting pad assembly into the upper part in the cylinder cover, wherein one end of the protective backing plate faces downwards;

and assembling a top cover and a bottom cover, which are respectively assembled to the upper part of the barrel cover and the lower part of the barrel body through bonding and rolling processes.

Further, in the step of manufacturing the cylinder body and the cylinder cover, the total thickness of the outer cylinder ranges from 3.9mm to 4.0mm, the outer cylinder and the inner cylinder are manufactured through a winding process, the winding angle ranges from 7 degrees to 9 degrees, the paper sheets are bonded through a mildew-proof adhesive, and the paper sheets are cured for 22 hours to 26 hours after being wound.

Preferably, the craft paper used for manufacturing the outer cylinder is laminated craft paper, the thickness of the laminated craft paper is 0.43mm-0.47mm, the thickness of the bobbin paper is 0.502mm-0.506mm, and the thickness of the moisture-proof modified paper is 0.22mm-0.26 mm.

Further, preferably, the permeability of the moisture-proof modified paper is less than 0.31g/m²·24h。

Further, in the step of manufacturing the support member, preferably, the support sleeve has a surface resistivity of 1.0 × 10⁵Ω-1.0×10¹²The omega-shaped electrostatic modified HDPE plastic is manufactured through an injection molding process, and a ventilation groove is formed in the surface, needing to be in contact with the shell, of the support sleeve.

Further, preferably, the electrostatic modified paper has an inner surface resistivity of 1.0 × 10⁵Ω-1.0×10¹²Ω。

Has the advantages that: the packaging paper tube has the advantages of novel concept, reasonable design and convenient use, the packaging paper tube has good sealing performance, is not easy to damage, has the functions of static electricity prevention and moisture prevention, and is made of paper materials, lower in manufacturing cost and better in environmental protection.

Drawings

Fig. 1 is a schematic cross-sectional structure diagram of an embodiment of the present invention.

Fig. 2 is a schematic cross-sectional view of an adjustment assembly in an embodiment of the invention.

Fig. 3 is a schematic cross-sectional view of a support assembly according to an embodiment of the invention.

Detailed Description

The invention is further illustrated by the following examples in conjunction with the accompanying drawings:

example one

Referring to fig. 1-3, a moisture-proof and static-free packing paper tube for shell packing has a tube body 1 and a tube cover 2 which are matched with each other, wherein the inner wall parts of the tube body 1 and the tube cover 2 are made of a static-free material or/and process or/and structure, and the outer wall parts of the tube body 1 and the tube cover 2 are made of a moisture-proof material or/and process or/and structure. The bottom of barrel 1 is provided with the bottom 3 that is used for sealing, the bottom in the barrel 1 is provided with the support assembly 6 that is used for having a supporting role to the shell. The top end of the cylinder cover 2 is provided with atop cover 4 for sealing, and the upper part in the cylinder cover 2 is provided with an adjusting pad component 5 for eliminating the size tolerance after the shell is packaged. As the preferred technical scheme, barrel 1 and cover 2 all include inner tube and urceolus, the inner tube forms through the compound of paper stratiform, and outside-in is spool paper, dampproofing modified paper, spool paper and static modified paper respectively, the urceolus forms through the compound of paper stratiform, and outside-in is drench membrane craft paper, spool paper, dampproofing modified paper and spool paper respectively. As a preferred technical scheme, the support assembly 6 comprises asupport pad 6a and asupport sleeve 6b, thesupport pad 6a is made of bobbin paper, the upper portion of thesupport pad 6a is provided with thesupport sleeve 6b for directly contacting the shell, a conical surface which is in contact with the shell and is adaptive to the shell is formed on thesupport sleeve 6b, a ventilation groove is formed in the conical surface, and thesupport sleeve 6b is made of static modified HDPE plastic. As a preferred technical solution, the adjusting pad assembly 5 includes atop pad 5a and aprotective pad 5b, theprotective pad 5b is disposed at the bottom of thetop pad 5a, theprotective pad 5b is made of a paperboard, and thetop pad 5a is made of an EPE material.

In the moisture-proof and static-proof packaging paper tube, the tube body 1 and the tube cover 2 form a matched combination and are directly used for packaging shells, in order to play a role of preventing static electricity internally, the inner wall parts which are directly contacted with the shells, namely the tube body 1 and the tube cover 2, are made of a static-proof material or/and process or/and structure, and in order to play a role of preventing moisture externally, the outer wall parts which are contacted with the outer parts, namely the tube body 1 and the tube cover 2, are made of a moisture-proof material or/and process or/and structure. In order to respectively achieve the functions of static prevention and moisture prevention, the cylinder body 1 and the cylinder cover 2 are respectively arranged into an inner cylinder and an outer cylinder, in order to achieve the purpose of static prevention and facilitate the adhesion between paper, the inner cylinder is formed by compounding bobbin paper and moisture-proof modified paper box static modified paper. The moisture-proof modified paper is composite paper provided with a moisture-proof layer (for example, aluminum foil is used as the moisture-proof layer), and the electrostatic modified paper is composite paper provided with an antistatic layer (for example, antistatic LDPE material). The outer cylinder adopts kraft paper, bobbin paper and moisture-proof modified paper, and the same principle is adopted, so that the moisture-proof effect is achieved. In order to function as an end cap, a bottom cap 3 is provided at the bottom end of the can body 1, and atop cap 4 functions as the bottom cap 3. In addition, in order to support the cannonball, especially meet the national standard of drop test, a support assembly 6 is arranged. On the basis, the supporting assembly 6 comprises and is provided with a supportingpad 6a, and the supportingpad 6a is made of bobbin paper so as to meet the requirements of supporting and falling. Simultaneously for further optimal design scheme, set upsupport cover 6b on supportingpad 6a, in order to satisfy the antistatic requirement of shell contact,support cover 6b adopts the modified HDPE plastics of static to make. In order to ensure the stable package of the cannonball and not easy to shake, the adjusting pad assembly 5 is arranged, on the basis, as a further optimization scheme, the adjusting pad assembly 5 comprises a toplayer cushion block 5a and aprotective cushion plate 5b, in order to solve the problem of package instability caused by dimensional tolerance change under various conditions in actual use, the toplayer cushion block 5a is made of an EPE material, and the EPE material has elasticity, so that the tolerance can be eliminated under the package condition of each cannonball by means of the elasticity. In addition, in order to prevent the cannonball from scratching thetop mat 5a, the cannonball and thetop mat 5a are isolated by providing aprotective pad 5b made of cardboard at the lower end of thetop mat 5 a.

Example two

A processing technology of a moisture-proof and anti-static packing paper cylinder for packing shells comprises the following steps:

making a cylinder body and a cylinder cover, firstly making the cylinder body and the cylinder cover through a paper compounding process, wherein the inner cylinder is formed by compounding four layers of bobbin paper, one layer of moisture-proof modified paper, three layers of bobbin paper and one layer of static modified paper from outside to inside in sequence, and the outer cylinder is formed by compounding one layer of craft paper from outside to inside in sequenceThe outer barrel is sleeved outside the inner barrel and bonded into a whole to form a barrel body and a barrel cover; preferably, the total thickness of the outer cylinder is 3.954mm, the outer cylinder and the inner cylinder are both manufactured by a winding process, the winding angle is 8 degrees, the paper sheets are bonded by a mildew-proof adhesive, and the paper sheets are cured for 24 hours after being wound; preferably, the craft paper used for manufacturing the outer cylinder is laminating craft paper, the thickness of the laminating craft paper is 0.45mm, the thickness of the bobbin paper is 0.504mm, and the thickness of the moisture-proof modified paper is 0.24 mm; preferably, the permeability of the moisture-proof modified paper is less than 0.31g/m²24 h; preferably, the electrostatically modified paper has an internal surface resistivity of 1.0 × 10⁸Ω；

Manufacturing a bottom cover and a top cover, manufacturing the bottom cover and the top cover by adopting tinplate through a press molding process, and plating black electrophoretic paint on the outer surfaces of the top cover and the bottom cover;

manufacturing a support assembly, wherein the support assembly comprises a support pad and a support sleeve, bobbin paper is adopted to manufacture a support pad blank through winding and bonding processes, then a machine tool is utilized to process a sunken space for placing the head of the shell and a conical surface serving as the inner wall of the sunken space on the support pad blank, and then the support sleeve is arranged on the conical surface through a screw; preferably, the support sleeve has a surface resistivity of 1.0 × 10⁸The omega-shaped electrostatic modified HDPE plastic is manufactured through an injection molding process, and a ventilation groove is formed in the surface, needing to be in contact with the shell, of the support sleeve.

Manufacturing an adjusting pad assembly, wherein the adjusting pad assembly comprises an adjusting pad block and a protective pad plate, and the protective pad plate is made of hard paper and is adhered to the bottom of the adjusting pad block;

assembling the supporting component, and putting the supporting component into the bottom in the cylinder, wherein one end of the supporting sleeve faces upwards;

assembling the adjusting pad assembly, and installing the adjusting pad assembly into the upper part in the cylinder cover, wherein one end of the protective backing plate faces downwards;

and assembling a top cover and a bottom cover, which are respectively assembled to the upper part of the barrel cover and the lower part of the barrel body through bonding and rolling processes.

Example two

A processing technology of a moisture-proof and anti-static packing paper cylinder for packing shells comprises the following steps:

manufacturing a barrel body and a barrel cover, namely manufacturing the inner barrel and the outer barrel of the barrel body and the barrel cover by a paper compounding process, wherein the inner barrel is formed by compounding four layers of bobbin paper, one layer of moisture-proof modified paper, three layers of bobbin paper and one layer of electrostatic modified paper from outside to inside in sequence; preferably, the total thickness range of the outer cylinder is 3.9mm, the outer cylinder and the inner cylinder are both manufactured by a winding process, the winding angle is 7 degrees, the paper sheets are bonded by a mildew-proof adhesive, and the paper sheets are cured for 22 hours after being wound; preferably, the craft paper used for manufacturing the outer cylinder is laminating craft paper, the thickness of the laminating craft paper is 0.43mm, the thickness of the bobbin paper is 0.502mm, and the thickness of the moisture-proof modified paper is 0.22 mm; preferably, the permeability of the moisture-proof modified paper is less than 0.31g/m²24 h; preferably, the electrostatically modified paper has an internal surface resistivity of 1.0 × 10⁵Ω；

Manufacturing a bottom cover and a top cover, manufacturing the bottom cover and the top cover by adopting tinplate through a press molding process, and plating black electrophoretic paint on the outer surfaces of the top cover and the bottom cover;

manufacturing a support assembly, wherein the support assembly comprises a support pad and a support sleeve, bobbin paper is adopted to manufacture a support pad blank through winding and bonding processes, then a machine tool is utilized to process a sunken space for placing the head of the shell and a conical surface serving as the inner wall of the sunken space on the support pad blank, and then the support sleeve is arranged on the conical surface through a screw; preferably, the support sleeve has a surface resistivity of 1.0 × 10⁵The omega-shaped electrostatic modified HDPE plastic is manufactured by an injection molding process, and the support sleeve needs to be contacted with the shellThe surface of the air inlet pipe is provided with a ventilation groove.

Manufacturing an adjusting pad assembly, wherein the adjusting pad assembly comprises an adjusting pad block and a protective pad plate, and the protective pad plate is made of hard paper and is adhered to the bottom of the adjusting pad block;

assembling the supporting component, and putting the supporting component into the bottom in the cylinder, wherein one end of the supporting sleeve faces upwards;

assembling the adjusting pad assembly, and installing the adjusting pad assembly into the upper part in the cylinder cover, wherein one end of the protective backing plate faces downwards;

and assembling a top cover and a bottom cover, which are respectively assembled to the upper part of the barrel cover and the lower part of the barrel body through bonding and rolling processes.

EXAMPLE III

A processing technology of a moisture-proof and anti-static packing paper cylinder for packing shells comprises the following steps:

manufacturing a barrel body and a barrel cover, namely manufacturing the inner barrel and the outer barrel of the barrel body and the barrel cover by a paper compounding process, wherein the inner barrel is formed by compounding four layers of bobbin paper, one layer of moisture-proof modified paper, three layers of bobbin paper and one layer of electrostatic modified paper from outside to inside in sequence; preferably, the total thickness range of the outer cylinder is 4.0mm, the outer cylinder and the inner cylinder are both manufactured by a winding process, the winding angle is 9 degrees, the paper sheets are bonded by a mildew-proof adhesive, and the paper sheets are cured for 26 hours after being wound; preferably, the craft paper used for manufacturing the outer cylinder is laminating craft paper, the thickness of the laminating craft paper is 0.47mm, the thickness of the bobbin paper is 0.506mm, and the thickness of the moisture-proof modified paper is 0.26 mm; preferably, the permeability of the moisture-proof modified paper is less than 0.31g/m²24 h; preferably, the electrostatically modified paper has an internal surface resistivity of 1.0 × 10¹²Ω；

Manufacturing a bottom cover and a top cover, manufacturing the bottom cover and the top cover by adopting tinplate through a press molding process, and plating black electrophoretic paint on the outer surfaces of the top cover and the bottom cover;

manufacturing a support assembly, wherein the support assembly comprises a support pad and a support sleeve, bobbin paper is adopted to manufacture a support pad blank through winding and bonding processes, then a machine tool is utilized to process a sunken space for placing the head of the shell and a conical surface serving as the inner wall of the sunken space on the support pad blank, and then the support sleeve is arranged on the conical surface through a screw; preferably, the support sleeve has a surface resistivity of 1.0 × 10¹²The omega-shaped electrostatic modified HDPE plastic is manufactured through an injection molding process, and a ventilation groove is formed in the surface, needing to be in contact with the shell, of the support sleeve.

Manufacturing an adjusting pad assembly, wherein the adjusting pad assembly comprises an adjusting pad block and a protective pad plate, and the protective pad plate is made of hard paper and is adhered to the bottom of the adjusting pad block;

assembling the supporting component, and putting the supporting component into the bottom in the cylinder, wherein one end of the supporting sleeve faces upwards;

assembling the adjusting pad assembly, and installing the adjusting pad assembly into the upper part in the cylinder cover, wherein one end of the protective backing plate faces downwards;

and assembling a top cover and a bottom cover, which are respectively assembled to the upper part of the barrel cover and the lower part of the barrel body through bonding and rolling processes.

It should be noted that in the second to fourth embodiments, in the manufacturing of the bottom cover and the top cover, the black electrophoretic paint is coated by an electrophoretic paint coating process, and after the paint is coated, a salt spray test needs to be performed, and it needs to be satisfied that 96 hours in the salt spray test are not rusted to achieve the process standard of the present invention, so as to have a better rust protection effect. And the paper sheets for manufacturing the inner cylinder and the outer cylinder are bonded by adopting mildew-proof glue, and the mildew-proof glue is viscose added with mildew-proof agent. And the adhesion between the inner cylinder and the outer cylinder and the assembly glue of the top cover and the bottom cover are mildew-proof glue. The mildew-proof glue has the mildew-proof effect, so that the whole body has a better protection effect. The winding process for manufacturing the outer cylinder and the inner cylinder is a process for winding the paper winding drum in the paper winding drum, and the formed drum structure is more stable within a set angle range. The preparation of supporting the cover adopts HDPE plastics integrative injection moulding to form, makes the leakproofness and the stability of its structure better to through the design mould, set up ventilative groove on the supporting sleeve. During concrete implementation, ventilative groove can be the bar, reduces the area of contact with the shell on the one hand, reduces the friction, guarantees ventilative through the space of reserving on the one hand, still avoids shell and support cover to bond and do not take out well.

When the moisture-proof and anti-static packaging paper tube is used specifically, after a shell is packaged, the tube body and the tube cover are combined well, and then a joint is sealed by a PVC sealing adhesive tape. The soaking test according to the corresponding standard proves that the paper tube can meet the soaking depth of 1m, the soaking time of 2h and no moisture trace inside and outside the paper tube. In addition, the moisture permeability test according to the corresponding standard proves that the moisture permeability of the paper tube is less than 0.31g/m²24 h. Through the technical measures, the paper tube avoids the defects and limitations of the current inner package of the cannonball, the outer package of the paper tube can be a basic wooden packing box with the functions of supporting, stacking, transporting and the like, and the good economical efficiency and the green environmental protection performance of cannonball package are realized.

The foregoing detailed description of the preferred embodiments of the invention has been presented. It should be understood that numerous modifications and variations could be devised by those skilled in the art in light of the present teachings without departing from the inventive concepts. Therefore, the technical solutions available to those skilled in the art through logic analysis, reasoning and limited experiments based on the prior art according to the concept of the present invention should be within the scope of protection defined by the claims.

Claims (7)

Translated fromChinese

1.一种用于炮弹包装的防潮防静电包装纸筒，其特征在于：包括相互配套的筒体(1)和筒盖(2)，所述筒体(1)和筒盖(2)的内壁部分通过防静电材料或/和工艺或/和结构制成，所述筒体(1)和筒盖(2)的外壁部分通过防潮材料或/和工艺或/和结构制成；1. a moisture-proof and anti-static packaging paper tube for shell packaging, is characterized in that: comprise mutually matched cylinder body (1) and cylinder cover (2), the cylinder body (1) and cylinder cover (2) are The inner wall part is made of antistatic material or/and process or/and structure, and the outer wall part of the cylinder body (1) and the cylinder cover (2) is made of moisture-proof material or/and process or/and structure;所述筒体(1)的底端设置有用于封口的底盖(3)，所述筒体(1)内的底部设置有用于对炮弹起支撑作用的支撑组件(6)；The bottom end of the cylinder (1) is provided with a bottom cover (3) for sealing, and the bottom in the cylinder (1) is provided with a support assembly (6) for supporting the shell;所述筒盖(2)的顶端设置有用于封口的顶盖(4)，所述筒盖(2)内的上部设置有用于消除炮弹包装后尺寸公差的调节垫组件(5)；The top of the cylinder cover (2) is provided with a top cover (4) for sealing, and the upper part of the cylinder cover (2) is provided with an adjustment pad assembly (5) for eliminating the dimensional tolerance of the shell after packaging;所述筒体(1)和筒盖(2)均包括内筒和外筒，所述内筒通过纸张层状复合而成，且由外向内分别为纱管纸、防潮改性纸、纱管纸和静电改性纸，所述外筒通过纸张层状复合而成，且由外向内分别为淋膜牛卡纸、纱管纸、防潮改性纸和纱管纸；The cylinder body (1) and the cylinder cover (2) both comprise an inner cylinder and an outer cylinder, the inner cylinder is formed by layered composite of paper, and from the outside to the inside are respectively bobbin paper, moisture-proof modified paper, and bobbin bobbins. Paper and electrostatically modified paper, the outer cylinder is formed by layered composite of paper, and from outside to inside are coated kraft paper, bobbin paper, moisture-proof modified paper and bobbin paper;所述支撑组件(6)包括支撑垫(6a)和支撑套(6b)，所述支撑垫(6a)采用纱管纸制成，所述支撑垫(6a)的上部设置有用于直接接触炮弹的所述支撑套(6b)，且所述支撑套(6b)上形成有与炮弹接触且适配的锥面，且该锥面上设置有透气槽，所述支撑套(6b)采用静电改性HDPE塑料制成；The supporting assembly (6) comprises a supporting pad (6a) and a supporting sleeve (6b), the supporting pad (6a) is made of bobbin paper, and the upper part of the supporting pad (6a) is provided with a pad for directly contacting the shell. The support sleeve (6b), and the support sleeve (6b) is formed with a conical surface that is in contact with and adapted to the shell, and a ventilation groove is provided on the conical surface, and the support sleeve (6b) is electrostatically modified Made of HDPE plastic;所述调节垫组件(5)包括顶层垫块(5a)和保护垫板(5b)，所述保护垫板(5b)设置在所述顶层垫块(5a)的底部，且所述保护垫板(5b)采用纸板制成，所述顶层垫块(5a)采用EPE材料制成。The adjusting pad assembly (5) comprises a top layer pad (5a) and a protection pad (5b), the protection pad (5b) is arranged at the bottom of the top layer pad (5a), and the protection pad (5b) is made of cardboard, and the top spacer (5a) is made of EPE material.2.一种用于炮弹包装的防潮防静电包装纸筒的加工工艺，其特征在于包括如下步骤：2. a processing technique for the moisture-proof and anti-static packaging paper tube of shell packaging, it is characterized in that comprising the steps:制作筒体和筒盖，先通过纸张复合工艺制成所述筒体和筒盖的内筒和外筒，其中所述内筒由外向内依次由四层纱管纸，一层防潮改性纸，三层纱管纸和一层静电改性纸复合而成，所述外筒由外向内依次由一层牛卡纸、三层纱管纸、两层防潮改性纸和三层纱管纸改性复合而成，在内筒和外筒制作好后，再将所述外筒套在所述内筒的外部，并粘结为一体，形成筒体和筒盖；To make the cylinder body and the cylinder cover, first make the inner cylinder and the outer cylinder of the cylinder body and the cylinder cover through the paper compounding process, wherein the inner cylinder is sequentially composed of four layers of bobbin paper and one layer of moisture-proof modified paper from the outside to the inside. , three layers of bobbin paper and one layer of electrostatically modified paper are compounded, and the outer cylinder is composed of one layer of kraft cardboard, three layers of bobbin paper, two layers of moisture-proof modified paper and three layers of bobbin paper from outside to inside. Modified and compounded, after the inner cylinder and the outer cylinder are made, the outer cylinder is sleeved on the outside of the inner cylinder, and is bonded as a whole to form a cylinder body and a cylinder cover;制作底盖和顶盖，采用马口铁通过冲压成型工艺制成所述底盖和顶盖，并在所述顶盖和底盖的外表面镀上黑色电泳漆；Making the bottom cover and the top cover, using tinplate to make the bottom cover and the top cover through a stamping forming process, and coating the outer surfaces of the top cover and the bottom cover with black electrophoretic paint;制作支撑组件，支撑组件包括支撑垫和支撑套，采用纱管纸经过缠绕和粘结工艺制成支撑垫坯件，然后利用机床在所述支撑垫坯件上加工出用于放置炮弹头部的凹陷空间以及作为凹陷空间内壁的锥面，然后在该锥面上通过螺丝设置所述支撑套；To make a support assembly, the support assembly includes a support pad and a support sleeve. The bobbin paper is used to make a support pad blank through a winding and bonding process, and then a machine tool is used to process the support pad blank on the support pad blank for placing the shell head. The concave space and the conical surface as the inner wall of the concave space, and then the support sleeve is arranged on the conical surface by screws;制作调节垫组件，调节垫组件包括调节垫块和保护垫板，所述保护垫板采用硬纸板制成，并粘结到所述调节垫块的底部；Making an adjustment pad assembly, the adjustment pad assembly includes an adjustment pad and a protection pad, the protection pad is made of cardboard and is bonded to the bottom of the adjustment pad;装配所述支撑组件，将所述支撑组件装入到所述筒体内的底部，且所述支撑套一端朝上；Assembling the support assembly, inserting the support assembly into the bottom of the cylinder with one end of the support sleeve facing upward;装配所述调节垫组件，将所述调节垫组件装入到所述筒盖内的上部，且所述保护垫板一端朝下；Assembling the adjusting pad assembly, and inserting the adjusting pad assembly into the upper part of the cylinder cover with one end of the protective pad facing down;装配顶盖和底盖，通过粘结和辊压工艺将所述顶盖和底盖分别装配到所述筒盖的上部和所述筒体的下部。The top cover and the bottom cover are assembled, and the top cover and the bottom cover are respectively assembled to the upper part of the cylinder cover and the lower part of the cylinder body through bonding and rolling processes.3.如权利要求2所述的用于炮弹包装的防潮防静电包装纸筒的加工工艺，其特征在于：所述制作筒体和筒盖步骤中，所述外筒总厚度范围为3.9mm-4.0mm，且所述外筒和内筒均通过缠绕工艺制成，缠绕角度为7°-9°，各纸张之间通过防霉胶粘剂粘结，缠绕后固化22h-26h。3. the processing technique of the moisture-proof and anti-static wrapping paper tube that is used for shell packaging as claimed in claim 2, it is characterized in that: in described making cylinder body and cylinder cover step, described outer cylinder total thickness range is 3.9mm- 4.0mm, and the outer cylinder and the inner cylinder are both made by winding process, the winding angle is 7°-9°, the sheets are bonded by anti-mold adhesive, and cured for 22h-26h after winding.4.如权利要求3所述的一种用于炮弹包装的防潮防静电包装纸筒的加工工艺，其特征在于：用于制作所述外筒的牛卡纸为淋膜牛卡纸，且厚度为0.43mm-0.47mm，纱管纸厚度为0.502mm-0.506mm，防潮改性纸的厚度为0.22mm-0.26mm。4. a kind of processing technique for the moisture-proof and anti-static packaging paper tube of shell packaging as claimed in claim 3, it is characterized in that: the kraft paper for making described outer tube is coated kraft paper, and the thickness It is 0.43mm-0.47mm, the thickness of the bobbin paper is 0.502mm-0.506mm, and the thickness of the moisture-proof modified paper is 0.22mm-0.26mm.5.如权利要求4所述的一种用于炮弹包装的防潮防静电包装纸筒的加工工艺，其特征在于：所述防潮改性纸的渗透率小于0.31g/㎡·24h。5. The processing technique of a moisture-proof and anti-static packaging paper tube for shell packaging as claimed in claim 4, characterized in that: the permeability of the moisture-proof modified paper is less than 0.31g/㎡·24h.6.如权利要求2所述的一种用于炮弹包装的防潮防静电包装纸筒的加工工艺，其特征在于：所述制作支撑组件的步骤中，所述支撑套采用表面电阻率为1.0×10⁵Ω-1.0×10¹²Ω的静电改性HDPE塑料通过注塑工艺制成，且在所述支撑套上需要与炮弹接触的面上设置有透气槽。6. The processing technique of a moisture-proof and anti-static packaging paper tube for shell packaging as claimed in claim 2, characterized in that: in the step of making the support assembly, the support sleeve adopts a surface resistivity of 1.0× The electrostatically modified HDPE plastic of 10⁵ Ω-1.0×10¹² Ω is made by injection molding, and a ventilation groove is provided on the surface of the support sleeve that needs to be in contact with the shell.7.如权利要求2所述的一种用于炮弹包装的防潮防静电包装纸筒的加工工艺，其特征在于：所述静电改性纸的内表面电阻率为1.0×105Ω-1.0×1012Ω。7 . The process for processing a moisture-proof and anti-static packaging paper tube for cannonball packaging as claimed in claim 2 , wherein the inner surface resistivity of the electrostatically modified paper is 1.0×105Ω-1.0×1012Ω. 8 .

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