CN102991858A - Cable tie assembly, method for manufacturing cable tie of cable tie assembly, and cable tie manufactured by the method - Google Patents
Cable tie assembly, method for manufacturing cable tie of cable tie assembly, and cable tie manufactured by the method Download PDFInfo
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- CN102991858A CN102991858A CN2012103290986A CN201210329098A CN102991858A CN 102991858 A CN102991858 A CN 102991858A CN 2012103290986 A CN2012103290986 A CN 2012103290986A CN 201210329098 A CN201210329098 A CN 201210329098A CN 102991858 A CN102991858 A CN 102991858A
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Abstract
The invention relates to a cable tie assembly, a method for manufacturing a cable tie of the cable tie assembly, and a cable tie manufactured by the method. More specifically, the invention relates to a cable tie assembly which can be manufactured at a low cost on a large scale and be supplied in many colors according to the demand of customers, a method for manufacturing a cable tie of the cable tie assembly, and a cable tie manufactured by the method cable tie, wherein compared with conventional cable ties, the cable tie has greater tensile force and greater binding force so as to be used safely and is coated with a nylon coating layer on the surface, the thickness of the coating layer can be randomly adjusted, and the coating layer that is coated by using the nylon coating layer is not stripped off and is almost integrated with the surface of the cable tie, so that the cable tie can be safely combined.
Description
Technical field
The present invention relates to the cable binding manufacture method of cable binding assembly and cable binding assembly and the cable binding made from its method, more particularly, the present invention relates to than existing increase tension force, increase binding force and can use safely, and cable binding surface-coated nylon coating layer and can adjust arbitrarily on demand the thickness of coating layer, and can not peel off with the coating layer of nylon coating layer coating and almost to be integral with cable binding surface and can be combined safely the cable binding, and produce in a large number and can cheaply make, and according to client's the cable binding assembly and the cable binding manufacture method of cable binding assembly and the cable binding made from its method that require available multicolour to provide.
Background technology
Such as Fig. 1 a, shown in 1b and the 1c, the object of growing as a plurality of as lines of cable binding assembly binding also is held together object.
This cable binding assembly A ' comprises rectangular cable binding 1, and is fixed on described cable binding 1 the 1st end 1a and holds the joint 2 of cable binding 1 the 2nd end 1b, and the lock ball 3 of described joint 2 interior reservation cable bindings.For can make the lock ball 3 that forms described cable binding assembly A ', connect large 2, and cable binding 1 in range of temperatures widely, use and have high strength and corrosion stability, all form with stainless net.So, this cable binding assembly A ' does the time spent because pin ball 3 can slide in pinning, the problem of the seizing force reduction when using for a long time between lock ball 3 and the cable binding 1.
In order to solve described problem, the korean registered patent once was disclosed in for 10-526878 number on the 1st end 1a of cable binding 1 and ran through the cable binding of circular aperture 1c to prevent from sliding between lock ball 3 and the cable binding 1.
So, form aperture 1c in described patent, although slightly be improved pinning force, the tension force that this kind done the time spent generation in pinning only improves hoot, and very the place of hightension can't be used, so need to have the cable binding assembly than hightension.
And, with the cable binding of corrosion-resistant steel or zincing steel sheet manufacturing, in order to protect the cable surface with cable binding combination, the cable binding of using its surface to be coated with the synthetic resin such as PVC.
Yet, so form the cable binding of PVC coating layer, because described PVC coating layer and cable binding surface almost do not have binding force, can peel off the PVC coating layer when applying sliding force a little, can not expect the effect that is coated with, so there is unsve problem in the ball-type cable binding that friction force plays an important role between cable binding and lock ball.
In order to solve described problem, use is coated powder on cable binding surface, this this heat fused of powder is attached to the lip-deep powder melts layer of cable binding coating process, although this coating process improves the coating strength of the powder melts layer that is coated on cable binding surface, the phenomenon of peeling off from the cable binding but the powder melts split layer produces the crack fragmentation, be to make the unappeasable coating level of people, have more the problem that is difficult to adjust thickness.
A kind of synthetic resin liquid that is immersed in is arranged, form epithelium on cable binding surface, the Galvanic deposit method that the described epithelium of drying is coated with on cable binding surface, but the maximum ga(u)ge of this Galvanic deposit method coating is 0.02mm, does not almost have the thickness of epithelium, in conjunction with the time not only damage the surface of cable, also to cut off by the length of each cable binding, the process of drying after being immersed in synthetic resin liquid, its manufacturing process are not only complicated, also have the high problem of product price.
In order to solve described problem, once disclosed the nylon coating layer was coated on method such as stainless metallic cable binding surface, in order to stick nylon when the surface sizing of corrosion-resistant steel cable binding, the nylon coating layer can cut off and can't form continuous nylon coating layer, and there is unsve problem in the method that this nylon coating layer is coated on the cable binding.
Summary of the invention
The technical problem to be addressed by invention
In order to solve described problem, the purpose of this invention is to provide and bear larger tension force between cable binding and the joint, can use at the needs cable binding assembly in the place of hightension more.
When another object of the present invention provides in conjunction with cable binding assembly, easily installing cables binding and the cable binding assembly that can increase work efficiency.
When another object of the present invention provides in conjunction with cable binding assembly, the cable binding assembly that the cable binding that combination is installed is difficult to untie.
It namely is that cable binding surface forms the nylon coating layer that another object of the present invention provides, still the surface with the cable binding has good tackness, and then the durability of cable binding is good, can not produce peeling off of nylon coating layer generally speaking, the thickness of nylon coating layer also can be adjusted arbitrarily and is easy to use, with the mode of continuous working can produce in a large number and productivity good, the coating expense of nylon coating layer is cheap and form the cable binding manufacture method of the nylon coating layer with good price competitiveness and the cable binding made from its method.
Solve the technical scheme of problem
To comprising rectangular cable binding, be fixed on described cable binding the 1st end and hold the joint of cable binding the 2nd end, and pin the cable binding assembly of the lock ball of cable binding in the described joint; Described purpose of the present invention is that the 1st end by described cable binding forms the rhombus aperture, forms the ball accommodation hole on the bottom surface of described joint and provides than the cable binding assembly according to the present invention of hightension and finish.
Described purpose of the present invention is by comprising: launch to be rolled into the cable binding of coiled state and the step of continuous cable binding band is provided; The cable binding band surface-coated that launches sticks the step that nylon is used adhesive; The step of sticking nylon usefulness adhesive layer of dry described cable binding band surface-coated; Nylon is coated with nylon according to required thickness with adhesive layer the step of sticking in drying; Cool off the step of the nylon coating layer that is coated with on the described cable binding band surface; Drawing or coil the cable binding manufacture method according to the present invention of step of the cable binding band of the dry nylon coating layer of formation like this finishes.
Beneficial effect
Have according to the cable binding manufacture method of cable binding assembly of the present invention and cable binding assembly and with the cable binding of its method manufacturing: the bottom surface at joint forms the ball accommodation hole, makes cable binding and joint bear larger tension force and can use in the needs place of hightension more; Coating nylon coating layer and can adjust arbitrarily on demand the thickness of coating layer on the cable binding surface of cable binding assembly; Do not peel off and almost be integral with cable binding surface and can be combined safely the cable binding by the coating layer of nylon coating layer coating; Launch the cable binding band of rolling up dish for steel pitch of the laps and make serially, and form the also serially coiling keeping of cable binding of nylon coating layer, can produce in a large number the cable binding, can cheaply make; The good result of multicolour can be provided according to client's demand.
Description of drawings
Fig. 1 a, 1b, 1c are the use dress attitude oblique drawings of existing cable binding assembly, the 1st end oblique drawing of cable binding, in conjunction with the time skiagraph;
Fig. 2 is the blank area oblique drawing of the cable binding assembly of the 1st embodiment according to the present invention;
Fig. 3 is the exploded perspective view of the ball-type cable binding assembly of the 1st embodiment according to the present invention;
Fig. 4 a is the planar view of cable binding;
Fig. 4 b is the ground plan of joint;
Fig. 4 c is the state lateral plan that the 2nd end of cable binding is inserted in joint;
Fig. 5 is the skiagraph of reaching the cable binding assembly bound fraction of bonding state;
Fig. 6 is according to the manufacturing approach craft figure that forms the nylon coating layer on the cable binding of the present invention surface;
Fig. 7 is according to the manufacturing installation front elevation that forms the nylon coating layer on the cable binding of the present invention surface;
Fig. 8 is the cable binding band forms the nylon coating layer by punch die state skiagraph;
Fig. 9 is the concept skiagraph of the cable binding of nylon coating layer formed according to the present invention;
Figure 10 is that pinning effect skiagraph and the part of the cable binding of nylon coating layer formed according to the present invention enlarges cross sectional drawing.
The explanation of＜main pictorial symbolization 〉
10: coiling volume 20: adhesive adheres to machine
30: drying heater 40: the nylon coating machine
50: 60: the 1 extractors of bosh
70: finish product coiling volume.
The specific embodiment
As shown in Figure 2 to Figure 3, cable binding assembly A according to the 1st embodiment of the present invention comprises rectangular cable binding 1, the joint 2 that holds cable binding 1 the 2nd end 1b with being fixed on described cable binding 1 the 1st end 1a, and the lock ball 3 of described joint 2 interior pinning cable bindings 1.
The upper lock ball arrangement section 11 that forms rhombus of described cable binding 1 the 1st end 1a of described cable binding assembly A.Described lock ball arrangement section 11 rears form protruding upward raises the cable binding with salient 12, in conjunction with the time promote and be placed in cable binding 1 the 2nd end 1b on top to prevent untiing of cable binding 1.
The lock ball arrangement section 11 of described rhombus, when lock ball 3 is placed in 1b top, cable binding 1 the 2nd end and plays the pinning effect, described lock ball 3 applies strength downwards, the tortuous cable binding 1 of pin ball arrangement section 11 directions the 2nd end 1b towards described cable binding 1 the 2nd end 1b below, this zigzag part is tortuous with form around the rhombus of lock ball arrangement section 11, plays the function that prevents that lock ball 3 breaks away from.Described lock ball arrangement section 11 supports lock ball 3 with lock ball 3 at the states that four local points connect solution, so the strength that applies is downwards concentrated.Described lock ball arrangement section 11 forms rhombus in the present embodiment, but is not subject to this, can be cut into ' ten ' font and can form rhombus, or also can form as being cut into the form of other forms.
Sequentially form ball accommodation hole 21 and hole 22 is blocked in binding take the place ahead as benchmark on the bottom surface of described joint 2.
Described ball accommodation hole 21 is done the bottom surface that the time spent settles lock ball 3 in the place ahead of described joint 2 in pinning, that is, be placed in cable binding 1 pin ball arrangement section 11 under, with described lock ball arrangement section 11 contracts, more guarantee to carry out the pinning effect of lock ball 3.
Described ball accommodation hole 21 forms with hexagon in the present embodiment, but is not subject to this, also can form other forms of rhombus, octagon, circle etc.
The rear that hole 22 is arranged on ball accommodation hole 21 is blocked in described binding, is placed in the stay hook 1d that 1a bottom, cable binding 1 the 1st end forms at it, and cable binding 1 is fixed on the joint 2.
The guiding that described joint 2 the place aheads form is with tortuous salient 24, cable binding assembly A in conjunction with work the time, make the 2nd end 1b of cable binding 1 insert easily the place ahead patchhole 25 of joint 2, tortuous protrusion is formed on the place ahead of joint 2.
So in the present embodiment, because the rear that hole 22 is arranged on joint 2 is blocked in the binding of described joint 2, guarantee the fixing of cable binding 1 and joint 2, so that cable binding 1 was not easy and firmer combination with separating of joint 2.
Have the operation according to cable binding assembly A of the present invention of formation like this, be described in detail as follows.
At first, the 1st end 1a of cable binding 1 will insert when being fixed in joint 2, and the stay hook 1d of cable binding 1 inserts the binding of joint 2 and blocks hole 22, then finishes the steady job of cable binding 1 and joint 2, use so ball-type cable binding assembly A of combination, in conjunction with the electric wire W that needs binding.
For bundled cable W, when the 2nd end 1b of cable binding 1 is inserted the place ahead patchhole 25 of joint 2, shown in Fig. 4 c, protrude to have formed and guide with tortuous salient 24 at the place ahead patchhole 25 places of close described joint 2, the worker is found easily, can easily insert the 2nd end 1b of cable binding 1 in the place ahead patchhole 25 of joint 2.
So, the 2nd end 1b of cable binding 1 inserts in the place ahead patchhole 25 of joint 2, lock ball 3 just becomes bonding state above being placed in the 2nd end 1b, so bonding state is according to shown in Figure 5 describing, combination when occuring in pin ball 3, the 2nd end 1b of cable binding 1 applies strength from joint 2 disengagings according to arrow a direction, the pin ball 3 that so is placed on the 2nd end 1b of cable binding 1 also bears the strength that moves according to arrow a direction, and pin ball 3 is along moving and the 2nd end 1b of the cable binding 1 of exerting pressure downwards to joint 2 the place aheads reclinate inclination covering section 23.
When so the 2nd end 1b of cable binding 1 bears the strength that pin ball 3 exerts pressure downwards, pin ball arrangement section 11 directions of the 1st end 1a under be placed in apply strength and the 2nd end 1b of cable binding 1 can be crooked, simultaneously towards the below that is placed in the 1st end 1a pin ball arrangement section 11, communicate with described pin ball arrangement section 11 and to form and the direction of the ball accommodation hole 21 of the described joint 2 of hollow state, the heavy burden that moves down is applied on the ball accommodation hole 1, effect to the crooked strength of the ball accommodation hole 21 of described hollow state makes the 2nd end 1b of cable binding 1 be bent downwardly distortion, so can increase and the tension force of ball-type cable binding assembly also can increase just like the tension force as the deformation extent.
Measure the result of the cable binding assembly tension force that so increases, compared to the cable binding assembly of same specification, it is about more than 10% to confirm that its tension force has increased.
In addition, the cut-out free end of diastrophic cable binding 1 the 2nd end 1b like this is settled, the raise cable binding protruding upward by the rear of described pin ball arrangement section 11 promotes cable bindings 1 the 2nd end 1b with salient 12, thereby prevents the combination of manipulated untwisted cable binding 1.
So the cable binding surface according to cable binding assembly A of the present invention forms the nylon coating layer.That is, as shown in Figure 6, the manufacture method that forms the cable binding of this nylon coating layer comprises: launch to be rolled into the cable binding of coiled state and the step of continuous cable binding band is provided; The cable binding band surface-coated that launches sticks the step that nylon is used adhesive; The step of sticking nylon usefulness adhesive layer of dry described cable binding band surface-coated; Nylon is coated with nylon according to required thickness with adhesive layer the step of sticking in drying; Cool off the step of the nylon coating layer that is coated with on the described cable binding band surface; Draw or coil the step of the cable binding band of the dry nylon coating layer of formation like this.
Described cable binding is launched into the handover of band form in order to be coated with nylon, because the cable binding that this reason is launched into form is called ' cable binding band ' in the form of coiling volume 10 coiling rolling.
This cable binding band T adheres to machine 20 coatings at adhesive and sticks the nylon adhesive.
The described nylon that sticks comprises epoxide modified phenol resin 14 ~ 17 % by weight with adhesive, silane coupled resin 0.5 ~ 1.0 % by weight, toluene 27 ~ 33 % by weight, methyl ethyl ketone 27 ~ 33 % by weight, ethyl cellosolve 17 ~ 23 % by weight.
The content of described epoxide modified phenol resin is during less than 14 % by weight, the amount of filming after the coating is few, the situation that adhesion reduces may occur, during greater than 17 % by weight, the amount of filming after the coating is thick, after oven dried or high frequency seasoning foam may occur, bad situation may occur in the subsequent technique that forms the nylon coating layer, when the amount of filming was thick, the dry sclerosis of the universe was relatively slack-off and adhesion reduces on the contrary, so the content of epoxide modified phenol resin is set in 14 ~ 17 % by weight.
The content of described silane coupled resin is during less than 0.5 % by weight, and adhesion reduces and situation about may peel off can form the nylon coating layer time, and during greater than 1.0 % by weight, adhesion no longer increases, so the content of silane coupled resin is set in 0.5 ~ 1.0 % by weight.
Described toluene is solvent, and content is during less than 27 % by weight, and solvency reduces, and during greater than 33 % by weight, solvency no longer increases, and solvency reduces and the situation of liquid phase muddiness (HAZE) may occur on the contrary, so the content of toluene is limited in 27 ~ 33 % by weight.
Described methyl ethyl ketone is the good solvent of solvency, content is during less than 27 % by weight, solvency reduces, solvency is not enough and the phenomenon of muddiness (HAZE) may occur, during greater than 33 % by weight, uncorrelated, but consider the ratio of mixing, the content of described methyl ethyl ketone is limited in 27 ~ 33 % by weight.
Described ethyl cellosolve is the subsidy solvent of round and smooth Detroit automation, and content is during less than 17 % by weight, and solvency reduces, and during greater than 23 % by weight, no longer increases solvency, so content is limited in 17 ~ 23 % by weight.
The described nylon adhesive that sticks is cream-yellow liquid phase liquid, and having boiling point is 86.3 ℃, and freezing point is-90 ℃, and vapour pressure is 110mmHg (at 26 ℃), and proportion is 0.85, to water-insoluble, is dissolved in the character such as organic solvent such as alcohol, ether etc.
This stick nylon and be coated on cable binding band surface with adhesive after, stick the nylon adhesive by drying heater 30 is drying coated on the surface.Described drying is dry under the temperature of selecting in about 150 ~ 450 ℃ of temperature.
This cable binding band by drying heater is coated with the nylon coating layer through nylon coating machine 40 with the thickness of setting again.
The coating thickness of nylon is that the size of at first adjusting the punch die 41 aperture 41a that cable binding band T passes through decides.
Namely, as shown in Figure 8, run through nozzle 42 that cable binding band T passes through, settle the discharge orifice 43 of nylon dissolving storage tank of dissolving nylon and the punch die 41 that arranges near the discharge orifice 43 of described nylon dissolving storage tank near described nozzle 42 and cable binding band T through out-of-date, when the aperture 41a of punch die 41 is highly high, the coating layer thickness of coating is thick, when the aperture 41a of punch die 41 is highly low, just form the nylon coating layer of thin thickness.
So the nylon coating layer of coating can be coated with the thickness of 0.02mm ~ 1.0mm broad range, also can be coated with the above thickness of 1.0mm, so but by thick nylon coating layer zero damage ground binding cable.
In addition, the coating thickness of nylon is that the speed of secondly complying with extractor 60,60 ' described later changes.Extractor 60, when the speed of 60 ' outgoing cable binding band T was fast, the thickness of nylon coating layer was just thin, extractor 60, when the speed of 60 ' outgoing cable binding band T was slow, the thickness of nylon coating layer was just thick.
Because forming the nylon of nylon coating layer is water white transparency, color or the specific purpose required according to client can go up required color, and institute is so that select color to use.
The cable binding band T that so forms the nylon coating layer soaks cooling water expansion tank mortise 50 and cools off, the cable binding band T that so draws from bosh 50 dries moisture by the 1st extractor 60 and draws, stably drawn by the 2nd extractor 60 ', make the cable binding that forms the nylon coating layer by finishing 70 coilings of product coiling volume again.
Inspection has the cable binding manufacture method according to cable binding assembly of the present invention of formation like this, be coiled into the cable binding of scroll attitude at coiling volume 10, the form that is launched into continuous band is transferred with the form of cable binding band T, the cable binding band T that so transfers adheres to machine 20 coatings at adhesive and sticks the nylon adhesive, by drying heater 30 drying coated the surface stick the nylon adhesive, described baking temperature is about 250 ℃.
So drying stick nylon with adhesive after, by the thickness coating of nylon coating machine 40 to set, the height of the punch die 41 aperture 41a that the cable binding band T of coating nylon like this passes through decides its coating thickness, in the present embodiment, respectively form up and down the nylon coating layer of 0.1mm, the cable binding band T that so forms the nylon coating layer soaks cooling water expansion tank mortise 50 and cools off, the cable binding band T that so draws after the cooling in the bosh 50 dries moisture by the 1st extractor 60 and draws, drawn by the 2nd extractor 60 ', the cable binding of the coating nylon of so being drawn by the 2nd extractor 60 ' is made the cable binding that forms the nylon coating layer by finishing 70 coilings of product coiling volume with being coiled into multi-layer stable.
So form the cable binding of nylon coating layer, the Yin Nilong water white transparency can be gone up required color, so can go up multicolour so that use.
In addition, as shown in Figure 9, cable binding 1 formed according to the present invention is to form on the surface of cable binding band T to stick nylon adhesive layer B, and the described nylon that sticks is gone up the state that is coated with nylon coating layer N and has sclerosis with adhesive layer B.
So, the cable binding assembly A of nylon coating layer formed according to the present invention, as shown in figure 10, nylon coating layer N plays the elastic reaction of certain Cheng Ding, when cable binding assembly A plays the pinning effect, the lock ball R that is arranged in the joint H contacts the nylon coating layer N that also exerts pressure downwards with nylon coating layer N, under the state that so pins, cable binding assembly A is because the cable binding band T that contacts with pin ball R bears strength with the direction of arrow a, the nylon coating layer N that contacts with pin ball R pushes according to the rear of lock ball R holding capacity and forms nylon coating layer stop block N1, the upper direction with arrow a of described nylon coating layer stop block N1 plays elastic-restoring force, anchor ball R is not pushed, thereby more completely pins effect.
Industrial applicibility
According to the cable binding manufacture method of cable binding assembly of the present invention and cable binding assembly and the cable binding made from its method, on the manufacturing industry of general cable binding, can repeatedly make identical product, can say to have the invention that utilizes possibility on the industry.
Claims (10)
1. a cable binding assembly (A), it is characterized in that described cable binding assembly (A) comprises rectangular cable binding (1), hold the joint (2) of cable binding (1) the 2nd end (1b) with being fixed on described cable binding (1) the 1st end (1a), and in described joint (2), pin the lock ball (3) of cable binding (1);
Wherein, form ball accommodation hole (21) on the bottom surface of described joint (2) under the locked position of the described lock ball of arrangement (3).
2. cable binding assembly according to claim 1 is characterized in that the upper lock ball arrangement section (11) that forms rhombus in described cable binding (1) the 1st end (1a).
3. cable binding assembly according to claim 1 is characterized in that on the bottom surface of described joint (2) take the place ahead sequentially forming ball accommodation hole (21) and hole (22) is blocked in binding as benchmark.
4. cable binding assembly according to claim 2 is characterized in that described lock ball arrangement section (11) rear forms protruding upward to raise the cable binding with salient (12).
5. according to claim 1 or 3 described cable binding assemblies, it is characterized in that described joint (2) the place ahead, when the combination work of cable binding assembly (A), make cable binding (1) the 2nd end (1b) insert easily the place ahead patchhole (25) of joint (2), tortuous protrusion forms and guides with tortuous salient (24).
6. one kind comprises the cable binding, be fixed on described cable binding the 1st end and hold the joint of cable binding the 2nd end, manufacture method with the described cable binding of the cable binding assembly of the lock ball of pinning cable binding in described joint is characterized in that comprising:
Expansion is rolled into the cable binding of coiled state and the step of continuous cable binding band is provided;
The step that nylon is used adhesive is sticked in coating on the cable binding band surface of launching;
The step of sticking nylon usefulness adhesive layer that is coated with on the dry described cable binding band surface;
Nylon is coated with nylon according to required thickness with adhesive layer the step of sticking in drying;
Cool off the step of the nylon coating layer that is coated with on the described cable binding band surface;
Draw or coil the step of the cable binding band of the dry nylon coating layer of formation like this.
7. the manufacture method of cable binding according to claim 6, it is characterized in that the described nylon that sticks comprises epoxide modified phenol resin 14 ~ 17 % by weight with adhesive, silane coupled resin 0.5 ~ 1.0 % by weight, toluene 27 ~ 33 % by weight, methyl ethyl ketone 27 ~ 33 % by weight, ethyl cellosolve 17 ~ 23 % by weight.
8. the manufacture method of cable binding according to claim 6 is characterized in that describedly sticking nylon drying being sticked the nylon adhesive by drying heater (30) with adhesive, and the temperature of described drying is 150 ~ 450 ℃.
9. the manufacture method of cable binding according to claim 6, it is characterized in that described nylon coating layer is coated with by nylon coating machine (40), the thickness of described nylon coating layer is that the thickness range at 0.02mm ~ 1.0mm is coated with, and the coating thickness of nylon is that the size of adjusting punch die (41) aperture (41a) that cable binding band (T) passes through decides.
10. cable binding (1) that forms the nylon coating layer, the cable binding (1) that it is characterized in that described formation nylon coating layer is to form on cable binding band (T) surface to comprise epoxide modified phenol resin 14 ~ 17 % by weight, silane coupled resin 0.5 ~ 1.0 % by weight, toluene 27 ~ 33 % by weight, methyl ethyl ketone 27 ~ 33 % by weight, ethyl cellosolve 17 ~ 23 % by weight stick nylon with adhesive layer (B), the described nylon that sticks is coated with nylon coating layer (N) and hardens with adhesive layer (B) is upper.
Applications Claiming Priority (4)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| KR1020110093110A KR101283311B1 (en) | 2011-09-15 | 2011-09-15 | A ball type cabletie |
| KR10-2011-0093110 | 2011-09-15 | ||
| KR10-2011-0101426 | 2011-10-05 | ||
| KR1020110101426A KR101196220B1 (en) | 2011-10-05 | 2011-10-05 | A cable tie of manufacture method |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN102991858A true CN102991858A (en) | 2013-03-27 |
| CN102991858B CN102991858B (en) | 2014-10-08 |
Family
ID=47921085
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201210329098.6A Active CN102991858B (en) | 2011-09-15 | 2012-09-07 | Cable tie assembly, method for manufacturing cable tie of cable tie assembly, and cable tie manufactured by the method |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN102991858B (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110869620A (en) * | 2017-08-08 | 2020-03-06 | 德国诺玛公司 | Clip for fixing tubular or tubular objects |
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| CN2631082Y (en) * | 2003-06-07 | 2004-08-04 | 高长兴 | Plastic-metal cable ribbon |
| KR200350121Y1 (en) * | 2004-02-07 | 2004-05-10 | 동아베스텍 주식회사 | A cable tie |
| KR200350122Y1 (en) * | 2004-02-07 | 2004-05-13 | 동아베스텍 주식회사 | A cabie tie |
| JP2009531248A (en) * | 2006-03-28 | 2009-09-03 | パンデュイット・コーポレーション | Locking and binding device made of retained tension metal with 360 ° seal |
| CN201272906Y (en) * | 2008-09-26 | 2009-07-15 | 贝立 | Belt ironing machine |
| CN201457951U (en) * | 2009-05-27 | 2010-05-12 | 上虞市风帆电气附件有限公司 | Composite ribbon |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110869620A (en) * | 2017-08-08 | 2020-03-06 | 德国诺玛公司 | Clip for fixing tubular or tubular objects |
| CN110869620B (en) * | 2017-08-08 | 2021-12-14 | 德国诺玛公司 | Clip for fixing tubular or tubular objects |
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| CN102991858B (en) | 2014-10-08 |
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