CN101786285A - Method utilizing fast-growing poplar and straw to save and substitute wood to manufacture electrical packaging case of electromechanical product - Google Patents
Method utilizing fast-growing poplar and straw to save and substitute wood to manufacture electrical packaging case of electromechanical product Download PDFInfo
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- CN101786285A CN101786285A CN200910264026A CN200910264026A CN101786285A CN 101786285 A CN101786285 A CN 101786285A CN 200910264026 A CN200910264026 A CN 200910264026A CN 200910264026 A CN200910264026 A CN 200910264026A CN 101786285 A CN101786285 A CN 101786285A
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Abstract
The invention provides a method utilizing fast-growing poplar and straw to save and substitute wood to manufacture an electrical packaging case of an electromechanical product. The working procedures of the method are as follows: (1) a skid is manufactured by laminated timber of a poplar veneer; (2) a sleeper is manufactured by the multi-layer compounding of the poplar veneer and a straw fiberboard; (3) the poplar veneer and the straw fiberboard are compounded to manufacture a horizontal brace, a diagonal brace, an upright post, a beam brace, a top part and panels of a lateral plate, an end plate and a top cover plate; (4) the two ends of the sleeper are fixed on the skid to form a base; (5) the panel of the lateral plate and a waterproof cloth are nailed on a frame combined by the horizontal brace, the diagonal brace and the upright post, so as to form the lateral plate; (6) the panel of the end plate and the waterproof cloth are nailed on the frame combined by the horizontal brace, the diagonal brace and the upright post, so as to form the end plate; (7) the panel of the top cover plate and the waterproof cloth are nailed on the frame combined by the horizontal brace, the diagonal brace and the upright post, so as to form a top cover; (8) when in the entire combination, the lateral plate and the end plate are first fixed on the base and then the top cover is fixed on the lateral plate and the end plate. The advantages of the invention are as follows: the method utilizes the fast-growing poplar and the straw to save and substitute wood; meanwhile, the sources of the fast-growing poplar and the straw are wide.
Description
Technical field
What the present invention relates to is a kind ofly to make electronic product electronic box packing case method with quick growth poplar wood and stalk material-saving substitute wood.Belong to the wood-based plate manufacturing and utilize technical field.
Background technology:
At present enterprise attaches great importance to package design and the packing method of improving engineering goods, relies on technological progress, employs new technology, new packing makes mechanical product packing to more science, more reasonable, more economical, more practical direction develop.Progressively eliminate and fall behind packaging material; promote novel, save natural resources, help environmental protection, help improving the new packaging material of packing level and packaging quality; to carry out research and the application of material-saving especially, to satisfy the needs of electronic product packing for the wooden packing material.
Summary of the invention
The present invention proposes is a kind ofly to make electronic product electronic box packing case method with quick growth poplar wood and stalk material-saving substitute wood, its purpose is intended to electronic product packing material-saving for wood, utilize poplar laminated veneer lumber and board using poplar board series products to save timber, utilize straw fiber board instead of part timber.
Technical solution of the present invention: make electronic product electronic box packing case method with quick growth poplar wood and stalk material-saving substitute wood, it is characterized in that this method comprises following operation:
(1) skid manufacturing: since its requirement of strength height, the laminated veneer lumber of the same direction rift grain of employing board using poplar board permutation and combination;
(2) sleeper manufacturing: consider the requirement of strength of sleeper, and make full use of straw fiber board, adopt board using poplar board and the compound form of straw fiber board;
(3) support, diagonal brace, column manufacturing: adopt board using poplar board and the compound form of straw fiber board, based on straw fiber board, two surfaces are board using poplar board, and inside is straw fiber board;
(4) beam support, top side make: adopt board using poplar board and the compound form of straw fiber board, based on straw fiber board, two surfaces are board using poplar board, and inside is straw fiber board;
(5) panel manufacturing: panel comprises the panel of side plate, end plate and lamina tecti, adopts board using poplar board and the compound form of straw fiber board, and based on straw fiber board, two surfaces are board using poplar board, and inside is straw fiber board;
(6) packing case assembling: 1) the sleeper two ends are fixed by bolts to constitute base on the skid; 2) panel of side plate and waterproof cloth one nail nipping are being supported, constituting side plate on the framework of diagonal brace and column combination; 3) panel of end plate and waterproof cloth one nail nipping are being supported, are being combined into end plate on the framework of diagonal brace and column combination and constitute end plate; 4) panel of lamina tecti and waterproof cloth one nail nipping are being supported, are being combined into top cover on the framework of diagonal brace and column combination; 5) earlier side plate and the end plate form with connector or nail combination is fixed on the base during entire combination, then the form of top cover with connector or nail combination is fixed on side plate and the end plate.
Advantage of the present invention: utilize poplar laminated veneer lumber and glued board to save timber; utilize straw fiber board instead of part timber; satisfy electronic product packing demand; help the wooden Dai Mu of electronic product packing joint, save natural resources and protection environment; help improving packing level and packaging quality, be convenient to production, use, promotion and application.
The specific embodiment:
Make electronic product electronic box packing case method with quick growth poplar wood and stalk material-saving substitute wood, operation is as follows:
(1) skid manufacturing: since its requirement of strength height, the laminated veneer lumber of the same direction rift grain of employing board using poplar board permutation and combination.The raw material of laminated veneer lumber is a quick growth poplar wood, the source is abundant, veneer (thickness is 1.8-2.5 centimetre) will be peeled into after its sawed-off peeling, through super-dry, make the veneer moisture content reach 8-10%, then veneer lengthening, be coated with the modification urea-formaldehyde glue, veneer behind glue-spread 280-360 gram/square metre (two-sided), the gluing is through assembly (the same direction rift grain of veneer is arranged), precompressed and hot pressing, product thickness after the hot pressing is 12-18 centimetre, after supercooling it being sawn into length again is 190-220 centimetre, and width is 18-22 centimetre a skid.
(2) sleeper manufacturing: consider the requirement of strength of sleeper, and make full use of straw fiber board, adopt board using poplar board and the compound form of straw fiber board.The raw material of straw fiber board adds the board using poplar board industrial wood waste of 10-20% based on stalks such as wheat straw, cotton stalk, Chinese pennisetums, and the comprehensive utilization ratio of quick growth poplar wood is reached more than 95%, has fully saved timber.In the stalk fibre board manufacturing process, at first stalk and board using poplar board industrial wood waste are manufactured fiber, then applying glue to fibers, drying, mat formation, precompressed, hot pressing (product thickness after the hot pressing is 0.6-1.2 centimetre), through supercooling, cutting edge and sanding, again with the veneer assembly.The veneer thickness of assembly is 1.8-2.5 centimetre, moisture content is 8-10%, veneer is coated with the modification urea-formaldehyde glue, glue-spread 280-360 gram/square metre (two-sided), the same direction rift grain of veneer is arranged and the combination of straw fiber board symmetry during assembly, and the two sides of straw fiber board contacts with board using poplar board, and the slab behind the assembly is through precompressed and hot pressing (product thickness is 10-16 centimetre after the hot pressing), sawing after supercooling and separating into length is 90-120 centimetre, and width is 12-40 centimetre a sleeper.
(3) support, diagonal brace, column manufacturing: adopt board using poplar board and the compound form of straw fiber board, based on straw fiber board, two surfaces are board using poplar board, and inside is straw fiber board, and it is compound with board using poplar board and straw fiber board to stick with glue agent.
(4) beam support, top side manufacturing: employing board using poplar board and the compound form of straw fiber board, based on straw fiber board, two surfaces are board using poplar board, and inside is straw fiber board, and it is compound with board using poplar board and straw fiber board to stick with glue agent.
(5) panel manufacturing: panel comprises the panel of side plate, end plate and lamina tecti, adopt board using poplar board and the compound form of straw fiber board, based on straw fiber board, two surfaces are board using poplar board, inside is straw fiber board, and it is compound with board using poplar board and straw fiber board to stick with glue agent.
(6) packing case assembling: 1) base assembling: base constitutes by sleeper and skid are vertical mutually, and the two ends of 4-8 root sleeper are fixed by bolts on 2 skids; 2) side plate assembling: at first will support, diagonal brace and column be combined into framework with the form of connector or nail combination, the panel of side plate and waterproof paper one nail nipping are supporting, are being combined into side plate on the framework that diagonal brace and column make up then; 3) end plate assembling: at first will support, diagonal brace and column be combined into framework with the form of connector or nail combination, the panel of end plate and waterproof paper one nail nipping are supporting, are being combined into end plate on the framework that diagonal brace and column make up then; 4) top cover assembling: at first beam support and top side are combined into framework with the connector or the form of following closely combination, then the panel of lamina tecti and waterproof paper one nail nipping are being supported, are being combined into top cover on the framework that diagonal brace and column make up; 5) entire combination: at first side plate and the end plate form with connector or nail combination is fixed on the base, then the form of top cover with connector or nail combination is fixed on side plate and the end plate.
Claims (7)
1. make electronic product electronic box packing case method with quick growth poplar wood and stalk material-saving substitute wood, it is characterized in that this method comprises following operation:
(1) skid manufacturing: since its requirement of strength height, the laminated veneer lumber of the same direction rift grain of employing board using poplar board permutation and combination;
(2) sleeper manufacturing: consider the requirement of strength of sleeper, and make full use of straw fiber board, adopt board using poplar board and the compound form of straw fiber board;
(3) support, diagonal brace, column manufacturing: adopt board using poplar board and the compound form of straw fiber board, based on straw fiber board, two surfaces are board using poplar board, and inside is straw fiber board;
(4) beam support, top side make: adopt board using poplar board and the compound form of straw fiber board, based on straw fiber board, two surfaces are board using poplar board, and inside is straw fiber board;
(5) panel manufacturing: panel comprises the panel of side plate, end plate and lamina tecti, adopts board using poplar board and the compound form of straw fiber board, and based on straw fiber board, two surfaces are board using poplar board, and inside is straw fiber board;
(6) packing case assembling: 1) the sleeper two ends are fixed by bolts to constitute base on the skid; 2) panel of side plate and waterproof cloth one nail nipping are being supported, constituting side plate on the framework of diagonal brace and column combination; 3) panel of end plate and waterproof cloth one nail nipping are being supported, are being combined into end plate on the framework of diagonal brace and column combination and constitute end plate; 4) panel of lamina tecti and waterproof cloth one nail nipping are being supported, are being combined into top cover on the framework of diagonal brace and column combination; 5) earlier side plate and the end plate form with connector or nail combination is fixed on the base during entire combination, the form of top cover with connector or nail combination is fixed on side plate and the end plate.
2. according to claim 1ly make electronic product electronic box packing case method with quick growth poplar wood and stalk material-saving substitute wood, it is characterized in that skid adopts the laminated veneer lumber of the same direction rift grain of board using poplar board permutation and combination, its raw material is a quick growth poplar wood, the source is abundant, to be peeled into veneer after the sawed-off peeling of poplar, thickness is 1.8-2.5 centimetre, through super-dry, make the veneer moisture content reach 8-10%, veneer lengthening then, be coated with the modification urea-formaldehyde glue, glue-spread 280-360 gram/square metre (two-sided), veneer behind the gluing carries out assembly, the same direction rift grain of assembly veneer is arranged, slab behind the assembly is through precompressed and hot pressing, product thickness after the hot pressing is 12-18 centimetre, and being sawn into length again after supercooling is 190-220 centimetre, and width is 18-22 centimetre a skid;
3. according to claim 1ly make electronic product electronic box packing case method with quick growth poplar wood and stalk material-saving substitute wood, the raw material that it is characterized in that the straw fiber board in the sleeper manufacturing process is with wheat straw, the cotton stalk, the Chinese pennisetum stalk is main, the board using poplar board industrial wood waste that adds 10-20%, the comprehensive utilization ratio of quick growth poplar wood is reached more than 95%, fully saved timber, in the stalk fibre board manufacturing process, at first stalk and board using poplar board industrial wood waste are manufactured fiber, applying glue to fibers then, dry, mat formation, precompressed, hot pressing, product thickness after the hot pressing is 0.6-1.2 centimetre, through supercooling, cutting edge and sanding, again with the veneer assembly, the veneer thickness of assembly is 1.8-2.5 centimetre, moisture content is 8-10%, veneer is coated with the modification urea-formaldehyde glue, glue-spread 280-360 gram/square metre two-sided, and the same direction rift grain of veneer is arranged and stalk during assembly
The combination of fiberboard symmetry, the two sides of straw fiber board contacts with board using poplar board, and the slab behind the assembly is through precompressed and hot pressing, and product thickness is 10-16 centimetre after the hot pressing, and sawing after supercooling and separating into length is 90-120 centimetre, width is 12-40 centimetre a sleeper;
4. according to claim 1ly make electronic product electronic box packing case method with quick growth poplar wood and stalk material-saving substitute wood, it is characterized in that supporting, diagonal brace, column manufacturing adopt board using poplar board and the compound form of straw fiber board, based on straw fiber board, two surfaces are board using poplar board, inside is straw fiber board, and it is compound with board using poplar board and straw fiber board to stick with glue agent.
5. according to claim 1ly make electronic product electronic box packing case method with quick growth poplar wood and stalk material-saving substitute wood, it is characterized in that beam support, top side make board using poplar board and the compound form of straw fiber board of adopting, based on straw fiber board, two surfaces are board using poplar board, inside is straw fiber board, and it is compound with board using poplar board and straw fiber board to stick with glue agent.
6. according to claim 1ly make electronic product electronic box packing case method with quick growth poplar wood and stalk material-saving substitute wood, it is characterized in that the panel manufacturing comprises the panel of side plate, end plate and lamina tecti, adopt board using poplar board and the compound form of straw fiber board, based on straw fiber board, two surfaces are board using poplar board, inside is straw fiber board, and it is compound with board using poplar board and straw fiber board to stick with glue agent.
7. according to claim 1ly make electronic product electronic box packing case method with quick growth poplar wood and stalk material-saving substitute wood, it is characterized in that the packing case assembling procedure divides 1) the base assembling: base constitutes by sleeper and skid are vertical mutually, and the two ends of 4-8 root sleeper are fixed by bolts on 2 skids; 2) side plate assembling: at first will support, diagonal brace and column be combined into framework with the form of connector or nail combination, the panel of side plate and waterproof paper one nail nipping are supporting, are being combined into side plate on the framework that diagonal brace and column make up then; 3) end plate assembling: at first will support, diagonal brace and column be combined into framework with the form of connector or nail combination, the panel of end plate and waterproof paper one nail nipping are supporting, are being combined into end plate on the framework that diagonal brace and column make up then; 4) top cover assembling: at first beam support and top side are combined into framework with the connector or the form of following closely combination, then the panel of lamina tecti and waterproof paper one nail nipping are being supported, are being combined into top cover on the framework that diagonal brace and column make up; 5) entire combination: at first side plate and the end plate form with connector or nail combination is fixed on the base, then the form of top cover with connector or nail combination is fixed on side plate and the end plate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009102640266A CN101786285B (en) | 2009-12-29 | 2009-12-29 | Method utilizing fast-growing poplar and straw to save and substitute for wood to manufacture electrical packaging case of electromechanical product |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009102640266A CN101786285B (en) | 2009-12-29 | 2009-12-29 | Method utilizing fast-growing poplar and straw to save and substitute for wood to manufacture electrical packaging case of electromechanical product |
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| CN101786285A true CN101786285A (en) | 2010-07-28 |
| CN101786285B CN101786285B (en) | 2011-11-09 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101947799A (en) * | 2010-09-02 | 2011-01-19 | 南京林业大学 | Production method of laminated veneer lumber |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN2626924Y (en) * | 2003-08-08 | 2004-07-21 | 北京市绿苑申奥生态环境科技发展中心 | Glass packing case with paper honeycomb structure |
| CN2848761Y (en) * | 2005-11-30 | 2006-12-20 | 重庆市生源实业公司 | Wood package frame for motorcycle |
| CN1907813A (en) * | 2006-07-31 | 2007-02-07 | 江苏胜阳实业股份有限公司 | Laminated veneer lumber and straw board packing box for electromechanical products |
| CN201078093Y (en) * | 2007-06-08 | 2008-06-25 | 王春鸣 | Novel building mould |
| CN101439525B (en) * | 2008-12-30 | 2010-12-29 | 南京林业大学 | Method for producing multi-layer board using poplar board, enzyme treated lumber and stalk fibre |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101947799A (en) * | 2010-09-02 | 2011-01-19 | 南京林业大学 | Production method of laminated veneer lumber |
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Application publication date: 20100728 Assignee: Jiangsu Qiqiao Craft Wood Products Co.,Ltd. Assignor: Nanjing Forestry University Contract record no.: 2019320000098 Denomination of invention: Method utilizing fast-growing poplar and straw to save and substitute wood to manufacture electrical packaging case of electromechanical product Granted publication date: 20111109 License type: Common License Record date: 20190409 |
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Application publication date: 20100728 Assignee: Nanjing Yunhe Industry and Trade Co.,Ltd. Assignor: Nanjing Forestry University Contract record no.: 2019320000110 Denomination of invention: Method utilizing fast-growing poplar and straw to save and substitute wood to manufacture electrical packaging case of electromechanical product Granted publication date: 20111109 License type: Common License Record date: 20190423 |
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Granted publication date: 20111109 Termination date: 20211229 |