CN203514093U

CN203514093U - Paper string

Info

Publication number: CN203514093U
Application number: CN201320535120.2U
Authority: CN
Inventors: 王秀峰
Original assignee: Individual
Current assignee: Individual
Priority date: 2013-08-29
Filing date: 2013-08-29
Publication date: 2014-04-02
Anticipated expiration: 2023-08-29

Abstract

The utility model discloses a paper string which can improve tenacity and attractiveness. The paper string comprises at least two strands of fibers, wherein the fibers are formed by entwisting paper strips with the same width, the width of the paper strips is 1-7mm, the diameter of the entwisted fibers is 0.1-0.4mm, an inclined spiral line twist is formed by twisting each fiber, and the entwisted fibers can be tightly combined in a holding mode through the spiral line twists. The formed paper string becomes a composite string body, so that the structure of the paper string is steadier. In addition, the paper string can be dyed, so that the paper string of different colors is formed, and the attractiveness of the paper string is improved.

Description

A kind of paper string

Technical field:

The utility model relates to papery rope product technical field, relates in particular to a kind of paper string toughness and aesthetics paper string of improving.

Background technology:

At present, tying up, packing of goods or object is by plastic ties, bag mostly, and goods or the object that need to tie up, pack are many, and plastic ties, bag consumption are very large.Plastic ties, bag are with regard to it ties up performance, and its intensity, toughness and to tie up the suitable hand degree of operation relatively good, can meet the tying up of most of goods or object, packing instructions.But plastic ties, bag are generally to use the various chemical fibres such as the terylene that extract from oil, polypropylene fibre, nylon to make, after using, be difficult for recycling, again can not natural decomposition, environment has been caused to white pollution, this does not meet national environmental protection policy, therefore, seek free of contamination tie string, bag and various product imperative.

For the problems referred to above, someone proposes to adopt paper material to make rope, and this paper string adopts paper slip, through twisting apparatus, paper slip is twisted to fine rule conventionally, then multiply fine rule is twisted to one rope.In this product, fine rule in rope is by self the distortion of twisting thread, to form centripetal force to be intertwined, the deficiency that this mode exists is exactly to form between the fine rule of rope structure built on the sand, after the stress of self distortion fades away, easily occurs situation loose, that come off between fine rule.

In addition, current paper string is because intensity, the toughness of self material are inadequate, cannot make the fine rule that diameter is thinner, if the fine rule that forms paper string can be made into as the fiber in textiles, just can directly utilize braiding machine to weave it, the paper string stabilized structure forming by braiding like this, there will not be situation loose, that come off.

Utility model content:

Technical problem to be solved in the utility model is just to overcome the deficiencies in the prior art, and a kind of paper string that improves product toughness and intensity is provided.

In order to solve the problems of the technologies described above, the utility model has adopted following technical proposals: this paper string comprises by least two strands of fibers, wherein said fiber is twisted by wide paper slip, the width of paper slip is 1-7 millimeter, the diameter that is twisted fiber is at 0.1-0.4 millimeter, described every fiber twisting forms the screw line turn of inclination, makes the fibre compact obvolvent being mutually wound around by screw line turn.

Furthermore, in technique scheme, the turn of at least two strands of fiber utilizations self in described paper string is wound monomer mutually, and at least two strands of monomers are mutually wound around and are formed paper string by twisting again.

Furthermore, in technique scheme, the turn of at least two strands of fiber utilizations self in described paper string is wound monomer mutually, and at least three strands of monomers adopt weaving manner to form paper string.

Furthermore, in technique scheme, the turn of at least two strands of fiber utilizations self in described paper string is wound monomer mutually, and at least two strands of monomers are wound around and form paper string, and at least one monomer twisting voluble wrapping in this paper string is on another monomer of not twisting.

Furthermore, in technique scheme, the twist of described monomer is: 50-120 twist/m.

Furthermore, in technique scheme, the twist of described fiber is: 40-150 twist/m.

Furthermore, in technique scheme, the paper slip of the fiber of described formation is colored paper slip, and described fibre diameter is 0.3 millimeter.

Adopt after technique scheme, the utility model has following beneficial effect compared with prior art:

1, the utility model adopts various ways to form paper string, and wherein a kind of is that two strands of monomers are mutually wound around and are formed paper string by twisting.Because per share monomer is to consist of at least two fiber twisting, between monomer, by twisting, be wound around again.The paper string forming like this becomes composite rope body, by twice twisting, the fiber that forms paper string not only with self monomer in the fiber winding of looking at each other, and also with other monomers in fiber form to be wound around, under the spiral moulding forming in twisting like this, not only between fiber, obvolvent is tightr, between monomer, also can form obvolvent closely, thereby makes paper string structure more firm.Another kind is, at least three strands of monomers adopt weaving manner to form paper string, adopt the paper string forming in this way, the fiber that forms monomer is to adopt twisting to form, and the mode combination of employing braiding between monomer, like this mode of braiding and the mode that twisting is wound around are combined, can further improve toughness and the intensity of paper string integral body, improve the dynamics that is subject to of product.At least one monomer twisting voluble wrapping in last a kind of paper string is on another monomer of not twisting, in this mode, the monomer of twisting is wrapped on another monomer of not twisting, this mode is usingd middle monomer as heart yearn, peripheral twisting monomer dependence self screw mental and physical efforts are coated on heart yearn periphery, thereby improve intensity and the toughness of whole paper string.

2, the utility model, to paper through immersion treatment, improves its toughness and intensity, paper can be twisted like this to diameter and be the fibrous material of 0.3 millimeter, and this fiber can directly weave by braiding machine, has simplified the manufacturing technique of paper string.

3, the utility model processing of can dyeing, can form various different colours paper strings like this, improves the aesthetics of product.

Accompanying drawing explanation:

Fig. 1 is the schematic diagram of paper slip twisting in the utility model;

Fig. 2 is the schematic diagram of the utility model embodiment mono-;

Fig. 3 is the schematic diagram of the utility model embodiment bis-;

Fig. 4 is the schematic diagram of the utility model embodiment tri-;

Fig. 5 is the schematic diagram of the utility model embodiment tetra-.

The specific embodiment:

Below in conjunction with specific embodiments and the drawings, the utility model is further illustrated.

As shown in Figure 1, the paper string 1 in the utility model, is to adopt paper slip 11 twisting to form fiber 10.It is that the paper slip of 1-7 millimeter is directly twisted and formed diameter at the fiber 10 of 0.1-0.4 by twisting apparatus that paper slip 11 can adopt width conventionally.Paper slip 11 after twisting forms fiber 10, although its diameter attenuate, will be far away higher than paper slip 11 by intensity and the toughness of twisted fibers.But because the diameter of fiber 10 is meticulous, it cannot directly form paper string 1 described in the utility model, so also need some fibers 10 to combine.As shown in Figure 1, after twisting, the surface of fiber 10 just forms the screw line turn of inclination, by some fibers mutually around together, by screw line turn can time fiber 10 between closely obvolvent.

As shown in Figure 2, this is embodiment mono-of the present utility model, and the present embodiment is the simplest paper string 1 of structure.It is wound two fiber 10 supports of employing mutually, due to fiber 10 self twisting, so two strands of fibers 10 can utilize the turn of self, is mutually wound one thicker paper string.According to the structure of the present embodiment one, can by three with, four or more fiber 10 be intertwined, and forms paper string 1, wherein the combination between fiber 10 can adopt the mode of direct winding, or adopts the mode of braiding.

As shown in Figure 3, this is embodiment bis-of the present utility model.In the present embodiment, first according to some fibers 10 being wound up described in embodiment mono-, form one monomer 12, then at least two strands of monomers 12 are mutually wound around and are formed paper string 1 by twisting again.As shown in Figure 3, in the present embodiment, first by three fibers by being directly wound monomer 12, then by two monomers 12 again by twisting, make the two mutually be wound paper string 1.The paper string 1 forming like this becomes composite rope body, by twice twisting, the fiber 10 that forms paper string 1 not only with self monomer 12 in the fiber winding of looking at each other, and also with other monomers in fiber form to be wound around, under the spiral moulding forming in twisting like this, not only between fiber, obvolvent is tightr, between monomer, also can form obvolvent closely, thereby makes paper string 1 structure more firm.

As shown in Figure 4, this is embodiment tri-of the present utility model, and the difference existing between the present embodiment three and above-described embodiment two is that in embodiment bis-, monomer 12 is to form winding by twisting, is to adopt three monomers 12 braiding formation paper string 1 mutually in the present embodiment three.In the present embodiment, fiber 10 is to adopt twisting to form, and between monomer 12, adopts the mode combination of braiding, like this mode of braiding and the mode that twisting is wound around is combined, and can further improve toughness and the intensity of paper string 1 integral body, improves the dynamics that is subject to of product.

As shown in Figure 5, this is embodiment tetra-of the present utility model, in the present embodiment, at least two strands of fibers 10 in paper string 1 utilize the turn of self to be mutually wound monomer 121,122, at least two strands of monomers 121,122 are wound around and form paper string 1, another monomer 122 that at least one monomer 121 twisting voluble wrappings are not being twisted in this paper string 1.In this mode, the monomer of twisting 121 is wrapped on another monomer of not twisting 122, this mode is usingd middle monomer 122 as heart yearn, peripheral twisting monomer 121 dependence self screw mental and physical efforts are coated on heart yearn periphery, thereby improve intensity and the toughness of whole paper string 1.

In above-mentioned all embodiment, the twist of described monomer 12 is: 50-120 twist/m.The twist of described fiber 10 is: 40-150 twist/m.

In addition, in order to promote the visual effect of paper string 1, the paper slip 11 of the fiber 10 of described formation is colored paper slip, and these last paper strings that form can present colorful visual effect.

When making the utility model, conventionally need to by immersion, improve its toughness and intensity to paper 11 through immersion treatment, paper can be twisted like this to diameter and be the fibrous material of 0.3 millimeter, this fiber can directly weave by braiding machine, has simplified the manufacturing technique of paper string.

Certainly, the foregoing is only specific embodiment of the utility model, be not to limit the utility model practical range, all according to equivalence variation or modification that described in the utility model claim, structure, feature and principle are done, all should be included in the utility model claim.

Claims

1. a paper string, this paper string (1) comprises by least two strands of fibers (10), wherein said fiber (10) is twisted by wide paper slip (11), the width of paper slip (11) is 1-7 millimeter, the diameter that is twisted fiber (10) is at 0.1-0.4 millimeter, it is characterized in that: described every fiber (10) twisting forms the screw line turn of inclination, by screw line turn, make the closely obvolvent of fiber (10) being mutually wound around.

2. a kind of paper string according to claim 1, it is characterized in that: at least two strands of fibers (10) in described paper string (1) utilize the turn of self, mutually be wound monomer (12), at least two strands of monomers (12) are mutually wound around and are formed paper string (1) by twisting again.

3. a kind of paper string according to claim 1, it is characterized in that: at least two strands of fibers (10) in described paper string (1) utilize the turn of self to be mutually wound monomer (12), at least three strands of monomers (12) adopt weaving manner to form paper string (1).

4. a kind of paper string according to claim 1, it is characterized in that: at least two strands of fibers (10) in described paper string (1) utilize the turn of self to be mutually wound monomer (121,122), at least two strands of monomers (121,122) are wound around and form paper string (1), and at least one monomer (121) twisting voluble wrapping in this paper string (1) is on another monomer (122) of not twisting.

5. a kind of paper string according to claim 2, is characterized in that: the twist of described monomer (12) is: 50-120 twist/m.

6. according to a kind of paper string described in any one in claim 2-5, it is characterized in that: the twist of described fiber (10) is: 40-150 twist/m.

7. according to a kind of paper string described in any one in claim 2-5, it is characterized in that: the paper slip (11) of the fiber of described formation (10) is colored paper slip, and described fiber (10) diameter is 0.3 millimeter.