TWI402113B - Recycling newspapers to create methods of drawing moisture resistant items - Google Patents

Description

Recycling newspapers to create a method for resisting moisture-resistant articles

The method for recycling the newspaper to shape the tensile and moisture-resistant articles of the invention, to achieve the finished product, solves the problem of recycling the newspaper and then making other articles, is not resistant to tension and is not resistant to moisture, and the surface of the finished article is hard. However, the touch is soft, and it is a practical novel technology for recycling newspapers and making other items.

Paper made from wood refining, paper can be deformed with high deformability, and the shredded paper strips are more likely to stick into various fine shapes. The essence of newspapers is also pulp, but most of them are recycled paper or fiber. The paper is made of poor raw materials, and the paper quality is generally poor. After being cut into thin strips, it will be broken when pulled, and it is easy to absorb moisture and damp, so that the products that are recycled and made into other commodities are not good, and have no tensile and moisture resistance. As the world's forest land is declining, the growth of new species of trees is no faster than that of logging. As a result, we must not use paper once in this new century, we will completely discard consumption and no longer recycle it, although many newspapers have used it. It is made of recycled paper, but people should also try to think about whether the newspapers have the possibility to make other things after they have abandoned the recycling. They really want to cherish the earth's resources and help retain the trees to slow down the warming of the earth.

In view of the fact that it is not easy to recycle other newspapers and reproduce other products, I am actively studying the improvement. After some hard process of invention, the invention has finally emerged.

The method for recycling the newspaper to shape the tensile and moisture-resistant articles of the present invention is to roll the newspaper onto the pressure-resistant seamless cylindrical tube and spread the polyethylene ter ter-health (polyethylene glycol terephehalate) cloth in the pair. The phthalic acid phthalate cloth is exposed to the surface, and the newspaper and the polyethylene terephthalate cloth are bonded and rolled into a cylindrical roll of raw materials, and then the cylindrical roll of raw materials is placed in the storage for a suitable time, and then rounded. The raw material of the coil is sent to the cutting machine to cut into a number of raw material coils, and then the raw material coil is sent to the strip forming machine one by one, and the raw material strip is rolled and sent to form, and the raw material strip is rolled and drawn to the strip forming machine. On the way of the injection type hot mold at the end, the cotton core reinforcing belt and the double-sided tape are used to strengthen the raw material strip. When the reinforcing raw material strip is rolled into the injection mold, the mold cavity is filled, and the mold can be opened to obtain tensile strength resistance. The wet recycling newspaper shapes the finished product, thereby achieving the recycling of the newspaper and smoothly remanufacturing other products, which is the object of the present invention.

As for the detailed construction, application principle, function and effect of the present invention, a complete understanding can be obtained by referring to the following description made with reference to the accompanying drawings.

The first figure is a block diagram of a method for recycling a newspaper to form a tensile and moisture resistant article. As shown in the figure, the method for recycling a newspaper to form a tensile and moisture resistant article of the present invention is to first roll the newspaper into resistance. Pressing on a seamless cylindrical tube and unrolling polyethylene glycol terephehalate cloth, coating the polyethylene terephthalate cloth on the exposed surface, and printing the newspaper with polyethylene terephthalate. The alcohol cloth is pressed and rolled into a roll of raw material, and then the roll of the raw material is placed in the storage for a suitable time, and then the raw material of the roll is sent to a cutting machine to cut into a number of raw materials, and then the raw materials are rolled one by one. It is sent to the strip forming machine to take out the raw material strip and send it to the forming, and roll the raw material strip to the injection type hot mold at the end of the strip forming machine, and superimpose the cotton core reinforcing belt and the double-sided adhesive tape to strengthen the raw material strip. When the reinforcing raw material strip is rolled into the injection mold and the inner cavity is filled, the mold can be opened to obtain a tensile and moisture-resistant recycled newspaper to shape the finished product.

The specific manner can be implemented as follows in the following figures, as shown in the newspaper and polyethylene terephthalate cloth preparation drawing of the second figure, the newspaper 10 is first wound onto the pressure-resistant seamless cylindrical tube 20 The tube 20 can be a seamless stainless steel tube with two pressure-resistant tube fittings and a pressure resistant stainless steel tube, and a polyethylene glycol terephehalate cloth 30 is developed, and the newspaper and the polygraph are as shown in the third figure. The polyethylene terephthalate cloth is bonded and rolled, and the adhesive is coated on the polyethylene terephthalate cloth 30, and the newspaper 10 and the polyethylene terephthalate cloth 30 are phased. The adhesive is pressed and pushed to the tube 20, and the gravity of the newspaper 10 and the polyethylene terephthalate cloth 30 is about 5 Kg, and can be controlled by the air pressure automatic pressure control circuit 50 provided with the automatic pressure control valve. The tube ends of the tube 20 are connected to the external refrigerant circulation system 60 in a one-to-one manner to cool the long-term rolling motion to generate frictional heat to affect the bonding quality, so that the surface temperature of the tube 20 is instantaneously solidified. Glue phthalate cloth 30 glue, through a single push newspaper 10 adhesive polyterephthalic acid The diol cloth 30, and then re-rolling the bonded newspaper 10 and the polyethylene terephthalate cloth 30 in a single time, becomes a perspective view of the raw material of the cylindrical roll as shown in the fourth figure, and then the cylindrical roll of raw material 70 is placed in the warehouse. Appropriate time, the newspaper 10 is completely combined with the polyethylene terephthalate cloth 30, and the air sandwiched between them is completely infiltrated, so that the surface is flatter and non-porous (to the weather test results in Taiwan) The standing time should be at least one hour, so that there is an ideal bonding without the quality of the internal foam bonding. In addition, it is estimated that the production time should be as short as possible, and the standing time should be 1 to 2 hours.

After the standing time is cut off, as shown in the cut sheet processing diagram of the fifth drawing, the roll stock material 70 is sent to the cutting machine 80 and cut into a number of raw material rolls 71, and as shown in the forming stage of the sixth drawing. The raw material sheet 71 is sent to the strip forming machine 90 one by one, and the raw material strip 72 is rolled and taken out for molding, and the raw material strip 72 is rolled and pulled to the injection type hot mold 91 at the end of the strip forming machine 90, superimposed. The cotton core reinforcing belt 92 and the double-sided tape 93 are used to strengthen the raw material strip 73, and the rolling pulling material strip 71 is superposed with the cotton core reinforcing belt 92 and the double-sided tape 93. The entire rolling force is about 5Kg (this value is due to three The rolling force required for the combination of stack rolling and rolling is affected by the climate, temperature and air humidity at that time. Therefore, it is still necessary to adjust the corresponding physical conditions according to the current situation. After the raw material strip 73 is rolled into the inner mold cavity 94 of the injection molding hot mold 91, the retractable newspaper can be molded to obtain the finished newspaper 95, and the recycled newspaper can be molded into the finished product 95. Can be as shown in the insole, or for the sole, upper, coaster, non-pasteable liner, etc. A variety of products in life, is a composite product of resource recycling and environmentally friendly materials (polyethylene glycol terephehalate). By using basic processing methods and overcoming physical properties, it is common to recycle newspapers. It is used, and the method according to the present invention is not limited to the embodiment shown in the drawings of the present specification, as long as the basic principle is unchanged, whether it is manual processing or semi-manual semi-mechanical processing, or fully automatic methods are suitable.

In summary, the method for recycling the newspaper to form a tensile and moisture-resistant article of the present invention does have the ability to make the recycled newspaper into other resistant and moisture-resistant articles, and the surface texture is hard, but the touch is soft. Efficacy, and not seen in public use, in conjunction with the provisions of the Patent Law, please grant a patent, it is a virtue.

It is to be understood that the above is a preferred embodiment of the present invention, and that the changes made by the concept of the present invention, or the functional effects thereof, are still beyond the spirit of the specification and drawings. It is intended to be combined with Chen Ming within the scope of the present invention.

10. . . newspaper

20. . . Pressure-resistant seamless cylindrical tube

30. . . Polyethylene terephthalate cloth

40. . . gum

50. . . Pneumatic self-control push-pull circuit

60. . . Refrigerant circulation system

70. . . Cylinder roll material

71. . . Raw material roll

72. . . Raw material strip

73. . . Reinforced raw material strip

80. . . Cutting machine

90. . . Strip forming machine

91. . . Injection type hot mold

92. . . Cotton heart reinforcement belt

93. . . double-sided tape

94. . . Inner cavity

95. . . Recycling newspapers to shape finished products

The first figure is a block diagram of a method for recycling a newspaper to form a tensile and moisture resistant article.

The second figure is a preparation diagram of a newspaper and a polyethylene terephthalate cloth for the method for recycling a newspaper to form a tensile and moisture resistant article.

The third figure is a cross-sectional view of a newspaper and a polyethylene terephthalate cloth in a method for recycling a newspaper to form a tensile and moisture resistant article.

The fourth figure is a perspective view of the raw material of the cylindrical roll of the method for recycling a newspaper to form a tensile and moisture resistant article.

The fifth figure is a processing diagram of the cut piece of the method for recycling a newspaper to form a tensile and moisture resistant article.

The sixth figure is a stage of molding production of the method for recycling newspapers to form tensile and moisture resistant articles.

71. . . Raw material roll

72. . . Raw material strip

73‧‧‧Enhanced raw material strips

90‧‧‧Spray forming machine

91‧‧‧ injection hot mold

92‧‧‧ cotton heart reinforcement belt

93‧‧‧Double-sided tape

94‧‧‧Inner cavity

95‧‧‧Recycled newspapers to shape finished products

Claims (5)

A method for recycling newspapers to shape tensile and moisture resistant articles is as follows: first, the newspaper is rolled onto a pressure-resistant seamless cylindrical tube, and the polyethylene terephthalate cloth is unfolded; the polyethylene terephthalate cloth is exposed. Gluing, the newspaper and the polyethylene terephthalate cloth are bonded and rolled into a cylindrical roll of raw materials; after the cylindrical roll of raw materials is placed in the warehouse for a suitable time, the roll of the raw material is sent to the cutting machine. Cutting the raw material rolls into pieces; then feeding the raw material rolls one by one to the strip forming machine, rolling out the raw material strips, sending them to the forming, and rolling the raw material strips to the injection molding hot mold at the end of the strip forming machine, The superimposed cotton core reinforcing tape and the double-sided tape are used to strengthen the raw material strip. When the reinforcing raw material strip is rolled into the injection mold and the inner cavity is filled, the mold can be opened to obtain a tensile and moisture resistant recycled newspaper to shape the finished product. The method for recycling a newspaper to form a tensile-resistant moisture-resistant article according to claim 1 of the patent scope, wherein the cylindrical roll of raw material is allowed to stand for at least one hour. The seamless cylindrical manifold is a seamless stainless steel tube that can withstand pressure, as in the method of recycling a newspaper to claim a tensile and moisture resistant article. The method for recycling a newspaper to shape a tensile and moisture resistant article according to claim 1 of the patent scope, wherein the seamless cylindrical manifold is a seamless stainless steel tube capable of reconnecting the tube to an external refrigerant circulation system and withstand pressure Reduce the frictional heat of rolling. For example, in the method for recycling a newspaper to form a tensile and moisture-resistant article, the newspaper and the polyethylene terephthalate cloth are bonded and rolled into a roll of raw material, and the required rolling pressure is required. The gravity is at least 5Kg.