JP3170124U - Recycled paper using crops and plant fibers - Google Patents

Abstract

[Problem] To provide a recycled paper using crops and plant fibers having excellent environmental protection and reducing costs.
Recycled paper using crops and plant fibers is obtained by binding a filamentous fiber member or a comb-like fiber member of a crop plant fiber body using a suspension of a glue liquid binding member of a plant adhesive fiber body. The filamentous fiber member or the comb-like fiber member of the crop plant fiber body are adhesively bonded to each other by the adhesion of the colloid liquid binding member of the plant adhesive fiber body.
[Selection] Figure 1

Description

      The present invention relates to recycled paper using crops and plant fibers, and is particularly applied to the technical field belonging to paper.

At present, the generally known paper-making structure is the production of plant pulp fiber using felled wood, and the pulp fiber after dehydrating the pulp fiber is placed crossing the plow frame to form a thin sheet of paper Then, after drying, it is taken out of the plow frame and a finished paper product is produced in which the fibers intersect. However, there are the following problems.
(1) Lack of environmental protection: Since pulp fiber is made from wood, and pulp fiber is processed to produce paper, mass logging in the forest is indispensable for obtaining wood. Therefore, it will lack environmental protection.
2 High cost: Since plant pulp fiber is made from wood and pulp is processed to produce paper, mass logging in the forest is indispensable for obtaining wood. Logging requires a great deal of human power, and felled trees undergo subsequent processing through a great deal of human power. Therefore, the cost is increased.

      The main object of the present invention is to provide a recycled paper using crops and plant fibers in view of the above-mentioned lack of environmental protection and high cost.

    The recycled paper using the crops and plant fibers of the present invention comprises the crop plant fiber body 10 and the plant adhesive fiber body 20. The crop plant fiber body 10 includes a plurality of filamentous fiber members 11 and / or a plurality of comb-like fiber members 12, and the filamentous fiber member 11 or the comb-like fiber member 12 of the crop plant fiber body 10 is a sugar cane squeeze. Harvested from rice cake, coconut mushroom, rice, banana shred (banana stump), tea chaff, corn leaf, orange peel, peanut shell, passion fruit peel, wheat, coffee grounds, onion peel, etc. . The plant adhesive fiber body 20 includes a plurality of colloid fluid binding members 21, and the colloid fluid binding member 21 of the plant adhesive fiber body 20 is collected from okra, aloe, pachira, etc. Since the plurality of filamentous fiber members 11 and the plurality of debris-like fiber members 12 are bonded to the colloid fluid binding member 21 of the plant adhesive fiber body 20, and the colloid fluid binding member 21 of the plant adhesive fiber body 20 is used as a suspending agent, The filamentous fiber member 11 or the comb-like fiber member 12 of the crop plant fiber body 10 is adhesively bonded to each other. Therefore, the papermaking uses natural plants as a raw material, does not require a large amount of tree cutting, and reuses crop plant fibers having no economic value to achieve excellent environmental protection and cost reduction effects.

The effect of the recycled paper using the crop and plant fiber of the present invention is as follows.
(1) Excellent environmental protection: The raw material of papermaking is collected from natural plants, and does not require a large amount of tree cutting. Is provided.
(2) Cost reduction: Paper raw materials are collected from natural plants, and do not require large amounts of tree cutting, and can recycle crop plant fibers that have no economic value. Reduce processing costs by eliminating processing work.

It is a three-dimensional figure of the state which combined this device. It is a three-dimensional view of a state where the present invention is exploded. It is side surface sectional drawing to which a part of this invention was expanded. It is a figure which shows the flow of a process of this invention. It is a figure which shows the processing process of this invention.

      For a better understanding of the structure, features and other objects of the present invention, a detailed description will now be given using preferred embodiments with reference to the drawings. However, the embodiment disclosed by this example is used for explanation, and it is specified here that it is not the only limitation on the patent application.

  FIG. 1 to FIG. 3 show a three-dimensional view of a combined state of recycled paper using crops and plant fibers of the present invention, a three-dimensional view in an exploded state, and a side sectional view in which a part is enlarged. It comprises a crop plant fiber body 10 and a plant adhesive fiber body 20.

      The crop plant fiber body 10 includes a plurality of filamentous fiber members 11 and / or a plurality of comb-like fiber members 12, and the filamentous fiber member 11 or the comb-like fiber member 12 of the crop plant fiber body 10 is a sugar cane squeeze. It is collected from grounds, rice cakes, rice, banana shreds (banana stumps), tea leaves, corn leaves, orange peel, peanut shell, passion fruit peel, wheat, coffee grounds, onion peel.

      The plant adhesive fiber body 20 includes a plurality of colloid fluid binding members 21, and the colloid fluid binding member 21 of the plant adhesive fiber body 20 is collected from okra, aloe, pachira, or the like. The glue liquid binding member 21 is bonded to the plurality of thread-like fiber members 11 and the plurality of debris-like fiber members 12 of the crop plant fiber body 10.

      By combining the above structures, a recycled paper using the crops and plant fibers of the present invention is completed.

      FIG. 3 shows an enlarged side cross-sectional view of a part of recycled paper using the crop and plant fiber of the present invention. Among them, the plurality of thread-like fiber members 11 and the plurality of the fiber-like fiber members 12 of the crop plant fiber body 10 are combined with the colloid fluid binding member 21 of the plant adhesive fiber body 20, and the colloid fluid binding member of the plant adhesive fiber body 20. By using 21 as a suspending agent, the filamentous fiber member 11 or the comb-like fiber member 12 of the crop plant fiber body 10 are adhesively bonded to each other. The raw material of the paper is a natural plant, does not cut a large amount of trees, reuses crop plant fiber having no economic value, enhances environmental protection, and achieves cost reduction effects.

      4 and 5 show the flow and process of processing recycled paper using the crops and plant fibers of the present invention. The processing flow 30 includes the following processes.

      Raw material collection 31: Sugarcane pomace, waste from crops and plants, rice cake, rice, banana shred (banana stump), tea chaff, corn leaf, orange peel, peanut shell, passion fruit Collect skin, wheat, coffee grounds, onion skin, etc., collect the filamentous fibers and comb fibers from crop plant fibers, and collect the glue-binding material in plant adhesive fibers from okra, aloe, and pachira. Use turbidity.

      Steaming 32: The filamentous fiber and debris fiber of the crop plant fiber body and the colloid liquid binding member in the plant adhesive fiber body are steamed at a high temperature to accelerate softening and separate the fibers.

      Dark liquid production 33: The collected filamentous fibers and debris fibers of the crop plant fiber are mixed with the colloidal liquid binding member in the plant adhesive fiber body to form a thick mixed liquid.

      Washing 34: Thoroughly wash the pulp made with crop plant fiber and plant adhesive fiber to remove coarse fiber bundles and dirt such as mud, sand, ash, iron wire, plastic, etc. The impurities are removed by purification.

      Papermaking 35: In the storage tank after washing using a papermaking tool, the crop plant fiber body and the plant adhesive fiber body are obtained, mixed, and further shaken to produce the crop plant fiber body on the papermaking tool. And plant adhesive fiber bodies are precipitated and alternately bonded.

      Paper pressing 36: Pressurizes the mixed crop and plant adhesive fiber on the papermaking tool to remove moisture.

      Paper drying 37: The combined product of the crop plant fiber body and the plant adhesive fiber body from which moisture has been removed is dried by hot air.

      Paper 38: When the combined product of the dried plant crop fiber and the plant adhesive fiber is removed from the papermaking tool, it becomes a paper.

      The recycled paper using the crops and plant fibers of the present invention completed through the processing flow 30 described above has excellent environmental protection and reduces costs.

The present invention has the following effects.
(1) Excellent environmental protection: The raw material of papermaking is collected from natural plants, and does not require a large amount of tree cutting. Is provided.
(2) Cost reduction: Paper raw materials are collected from natural plants, and do not require large amounts of tree cutting, and can recycle crop plant fibers that have no economic value. Reduce processing costs by eliminating processing work.

      As described above, the present invention reliably achieves the above-described effects and objects. Therefore, since it satisfies the utility model application requirements, an application is filed based on the law.

DESCRIPTION OF SYMBOLS 10 Crop plant fiber body 11 Filamentous fiber member 12 Grainous fiber member 20 Plant adhesion fiber body 21 Collagen liquid binding member 30 Process flow 31 Raw material collection 32 Steaming 33 Production of dark liquid 34 Washing 35 Paper making 36 Paper press 37 Paper Dry 38 paper

Claims (9)

Crop plant fiber body comprising a plurality of filamentous fiber members;
Recycled paper using crops and plant fibers, including a plant adhesive fiber body comprising a plurality of colloidal liquid binding members that are mutually coupled with a plurality of filamentous fiber members of a crop plant fiber body.     The plurality of filamentous fiber members are sugarcane pomace, makodama rice, rice, banana shred (banana stump), tea chaff, corn leaf, orange peel, peanut shell, passion fruit peel, wheat, coffee 2. Recycled paper using crops and plant fibers according to claim 1, wherein the paper is collected from scum and onion skin.     2. The recycled paper using crops and plant fibers according to claim 1, wherein the colloid liquid binding member is collected from okra, aloe, or pachira. A crop plant fiber body comprising a plurality of comb-like fiber members;
Recycled paper using crops and plant fibers, including a plant adhesive fiber body having a plurality of colloidal liquid bonding members that are mutually coupled to a plurality of crushed fiber members of a crop plant fiber body.   The plurality of comb-like fiber members are sugarcane pomace, makomodake mushroom, rice, banana shred (banana stump), tea chaff, corn leaf, orange peel, peanut shell, passion fruit peel, wheat, 5. Recycled paper using crops and plant fibers according to claim 4, which is collected from coffee grounds and onion peel.   5. The recycled paper using crops and plant fibers according to claim 4, wherein the colloid fluid binding member is collected from okra, aloe, and pachira. A crop plant fiber body comprising a plurality of filamentous fiber members and a plurality of debris fiber members;
Recycled paper using crops and plant fibers, including a plant adhesive fiber body having a plurality of colloidal liquid bonding members that mutually bond a plurality of filamentous fiber members and a plurality of scabbard fiber members of a crop plant fiber body.   The plurality of filamentous fiber members and the plurality of debris-like fiber members are sugarcane pomace, rice cake, rice, banana shred (banana stump), tea chaff, corn leaf, orange peel, peanut shell, passion 8. Recycled paper using crops and plant fibers according to claim 7, which is collected from fruit skin, wheat, coffee grounds, and onion skin.     The recycled paper using crops and plant fibers according to claim 7, wherein the colloid fluid binding member is collected from okra, aloe, or pachira.