CN209250876U - The bullet wave of solid sewing conducting wire - Google Patents

Abstract

The utility model provides a kind of bullet wave of three-dimensional sewing conducting wire, includes: playing wave ontology, including through-hole, and through-hole forms the inner peripheral for playing wave ontology, plays wave ontology and forms the one wave part with wave crest and trough between outer peripheral edge and inner peripheral；Plain conductor is seamed along the surface of one wave part is snugly fixed in first surface；It plays wave ontology and plain conductor and forms the first sticking part in wave crest, the second sticking part is formed in trough, and third sticking part is formed between each wave crest and each trough, plain conductor and bullet wave ontology are arranged in third sticking part every a gap, plain conductor is that seamless unoccupied place fits in the bullet wave ontology in first and second sticking part, so that the plain conductor be made to be in the setting of segmented conformable；Wherein, first surface and second surface are in and are smoothly arranged, and un-grooved or protrusion variant part.Whereby, the utility model is avoided that because conducting wire is impaired and because of the unbalanced problem of vibration caused by protrusion variant part, and thereby is provided loudspeaker and exported preferable sound quality.

Description

The bullet wave of solid sewing conducting wire

Technical field

The utility model is related with a kind of bullet wave structure of loudspeaker, and the one wave part shape that especially a kind of cooperation plays wave is three-dimensional The bullet wave of sewing conducting wire.

Background technique

It presses, general loudspeaker include bass unit, alto units, voice unit.These three units are responsible for different frequency. Most of loudspeaker are all based on what identical principle worked.A such as typical moving-coil type loudspeaker, when electric current flows through electricity When line to voice coil, electromagnetic field can be produced.Since the magnetic field of the permanent magnet on this electromagnetic field and loudspeaker is at right angle orientation, this So that movable coil stress is in the movement in gap.This moves generated mechanical force, generates the paper disc for adhering to voice coil and hangs down Directly, vibration up and down issues audio and is transmitted to human ear to make air vibration, achievees the purpose that sound-reducing is listened to for people, real The conversion of electric energy to sound energy is showed.

However, since the bullet wave (damper) in loudspeaker can be connected with voice coil, and play wave major function and be used to hang sound Circle and drum paper, structure be mostly multiple concentric circles and section be it is wavy, enough support voice coil and drum paper by wave energy is played, because This quality for playing wave can directly influence the amplitude of bulging paper, and influence the sound quality of loudspeaker.

In addition, current conducting wire bullet wave plays wave ontology and a plurality of conducting wire, conducting wire and bullet wave ontology secure bond including one, and One end of conducting wire connects voice coil, and the other end connects input terminal.And the existing shaped conductors bullet wave of tradition, mainly made with cotton Make to absorb synthetic resin in the fiber of cotton by cotton dip dyeing in the synthetic resin of liquid for the basic material for playing wave ontology, The cotton of synthetic resin is absorbed after dry harden, and places conducting wire, and cotton and conducting wire are heated simultaneously by manufacture mold, Pressurization is cut off to form the conducting wire bullet wave that surface has cyclic annular ripple glaze.

During due to existing shaped conductors bullet wave, in order to make conducting wire and play the cooperation of wave body shape, it will usually will Conducting wire be placed in it is to be formed on the cotton for playing wave, and simultaneously to conducting wire and cotton carry out it is hot-forming form conducting wire bullet wave, In this case, on the one hand not only conducting wire can increase impaired chance because being suppressed by mold, and on the other hand, mould heat pressure cotton is same When, cotton also will receive the pressurization of conducting wire and in forming a deformation position on cotton.

Existing shaped conductors bullet wave 1 shown in A, 1B, 1C referring to Figure 1.As shown in Figure 1A, conducting wire 2 and cotton 3 be together The hot-forming deformation position 4 for playing wave ontology 3 and generating recess for causing 2 lower section of conducting wire.The exploded view of more specific B referring to Figure 1, By conducting wire 2 after playing the dismantling of wave ontology 3, it can be seen that the conducting wire bullet wave 1 after through hot press molding is generated on bullet 3 side of wave ontology The linear grooves 4 radially extended, so that another side, that is, reverse side of conducting wire bullet wave 1 after molding, as shown in Figure 1 C, opposite to be formed There is a protrusion variant part 5.

In more detail, when this kind of conducting wire bullet wave after molding is set in loudspeaker, which can be because of the protrusion Variant part lead to the problem of vibration it is unbalanced, and then and in use state influence loudspeaker output sound quality；In addition, because in loudspeaker Conducting wire need to connect the terminal outside one, so when conducting wire after hot pressing it is generated damage it is excessive when, often will affect loudspeaker The sound quality of output in the case after the use of through a long time, or even loudspeaker can not be operated.

Therefore, the application utility model inventor is after observing above-mentioned missing, it is believed that the conducting wire bullet wave knot of existing loudspeaker Structure still has the necessity further improved, and has the generation of the utility model then.

Utility model content

The main purpose of the utility model is to provide a kind of bullet waves of three-dimensional sewing conducting wire, enable plain conductor firmly The surface for playing wave ontology is fitted in, the problem that solve existing shaped conductors bullet wave 1, and can reach that promote loudspeaker defeated The purpose of sound quality out.

In order to achieve the above object, the bullet wave of three-dimensional sewing conducting wire provided by the utility model, includes: one plays wave ontology, packet Include a first surface, a second surface and a through-hole, which is located at the side of the bullet wave ontology, and the second surface Positioned at the other side of the bullet wave ontology, which extends through the first surface and the second surface and is formed with the bullet wave sheet One inner peripheral of body, the bullet wave ontology are formed with an one wave part between an outer peripheral edge and the inner peripheral, which has more A wave crest and multiple troughs；And an at least plain conductor, it is seamed along the wavy surface of the one wave part is snugly fixed In the first surface；Wherein, the bullet wave ontology and the plain conductor are in those wave crests one first sticking part of formation, in those troughs One second sticking part is formed, and forms a third sticking part between those each wave crests and those each troughs, the third sticking part With a gap, the plain conductor and the bullet wave ontology are set in the third sticking part every a gap, and the plain conductor It is that seamless unoccupied place fits in the bullet wave ontology in first sticking part and second sticking part, to make the plain conductor in segmentation The setting of fitting；Wherein, the first surface and the second surface are in and are smoothly arranged, and un-grooved or protrusion variant part.

Preferably, the bullet wave of three-dimensional sewing conducting wire provided by the utility model also includes: an at least suture, by the gold Belong to conducting wire snugly to seam on the first surface.

Preferably, wherein the sewing mode of the suture is selected from one of W word seam and X word seam or combinations thereof.

Preferably, wherein an at least outlet for the suture click from be located at the outer peripheral edge and the inner peripheral wherein it One.

Preferably, wherein an at least outlet point for the suture is selected from and is adjacent to the outer peripheral edge and the inner peripheral wherein One of.

Preferably, wherein the plain conductor and is continuously alternately stitched along a radial direction of the outer peripheral edge to the inner peripheral Set on the first surface and the second surface.

Preferably, wherein at least one end of the plain conductor protrudes from one of the outer peripheral edge and the inner peripheral Or combinations thereof.

Preferably, wherein the plain conductor is flexible, and is flat wire or round wires.

The bullet wave of three-dimensional sewing conducting wire provided by the utility model, by the structure setting of three-dimensional sewing plain conductor, Plain conductor fitting is set to play the wavy surface shape of wave ontology, thus firmly by plain conductor in conjunction with bullet wave ontology, together When avoid plain conductor from being damaged due to by hot pressing.In addition, the bullet wave of three-dimensional sewing conducting wire provided by the utility model, by flat The wavy surface for playing wave ontology is set suitablely, and is avoided that because forming vibration caused by protrusion variant part on playing wave ontology Unbalanced problem.

Detailed description of the invention

Figure 1A is the perspective view of existing shaped conductors bullet wave.

Figure 1B is the part section exploded view of the one side of Figure 1A.

Fig. 1 C is the bottom view of Figure 1B.

Fig. 2 is the perspective view of the utility model first embodiment.

Fig. 3 is the partial cutaway perspective view of the utility model first embodiment.

Fig. 4 is the enlarged side view of the utility model first embodiment Fig. 3.

Fig. 5 is partial enlarged view of the utility model first embodiment along the line A-A of Fig. 3.

Fig. 6 is partial enlarged view of the utility model first embodiment along the line B-B of Fig. 3.

Fig. 7 is the partial cutaway perspective view of the utility model second embodiment.

Fig. 8 is the partial cutaway perspective view of the utility model 3rd embodiment.

Fig. 9 is partial enlarged view of the utility model 3rd embodiment along the line C-C of Fig. 8.

Specific embodiment

It please refers to shown in Fig. 2 to Fig. 6, is the first embodiment of the utility model.Wherein, Fig. 2 is perspective view；Fig. 3 is office Portion's sectional stereogram；Fig. 4 is the enlarged side view of Fig. 3；Fig. 5 is the enlarged fragmentary cross section of the line A-A along Fig. 3；Fig. 6 is along figure The enlarged fragmentary cross section of 3 line B-B.As shown in Fig. 2, the bullet wave 100 of the three-dimensional sewing conducting wire of the utility model, it includes Have: playing wave ontology 10, at least a plain conductor 20 and an at least suture 30, in which:

Wave ontology 10 is played, as shown in Fig. 2, including first surface 11, second surface 12 and through-hole 13.First surface 11 In the side for playing wave ontology 10, and second surface 12 is located at the other side of the bullet wave ontology 10 in contrast to first surface 11.Play wave sheet The periphery of body 10 has outer peripheral edge 15, and through-hole 13, which extends through first surface 11 and second surface 12 and formed, plays wave ontology 10 Inner peripheral 14.It is formed with one wave part 16, wave in the radial direction between the outer peripheral edge 15 and inner peripheral 14 for playing wave ontology 10 Unrestrained portion 16 has multiple wave crests 161 and trough 162, and keeps the section for playing wave ontology 10 wave-shaped.In the present embodiment, bullet Wave ontology 10 is discoid；But the utility model is not limited to this, playing wave ontology 10 can be rectangle or other shapes.

Plain conductor 20 cooperates the shape of one wave part 16 and first surface 11 is snugly arranged in along its wavy surface. Plain conductor 20 is flexible, and can be flat wire or round wires.Plain conductor 20 is the wire rod for including metal material, can be It is made of the metal wire rod of single item, more can also be a plurality of metal to be worked out by a plurality of metal wire rod is twisted Wire rod mixing cotton or other fiber wire rods, which are twisted together, works out.A gold in Fig. 2 to be made of the metal wire rod of single item Belong to conducting wire 20, but the quantity of the utility model plain conductor 20 is not limited to this, can be designed as according to actual needs two with On.The position of the utility model plain conductor 20 can also be specifically arranged according to the structure of loudspeaker.

Suture 30 along one wave part 16 shape, by plain conductor 20 in a manner of being bonded the wavy surface of one wave part 16 It seams on first surface 11.Substantially, suture 30 is fiber wire rod.Suture 30 shown in Fig. 2 is one, but the utility model The quantity of suture 30 is not limited to this, and can also be designed as two or more according to actual needs.

Please continue to refer to Fig. 3, plain conductor 20 is to seam by suture 30 on first surface 11, and makes plain conductor 20 Line segment be set to the structure setting of first surface 11 in full section.In the present embodiment, the sewing mode of suture 30 is W word seam. I.e. from the point of view of the top of Fig. 3 is overlooked, suture 30 is arranged in continuous W word.It seams to which, 20 full section of plain conductor is fixed the One surface 11.

In addition, suture 30 has an outlet point 31, i.e. a suture starting point or suture terminating point.In the present embodiment, it stitches An at least outlet point 31 for line 30, which is selected from, is located at one of the outer peripheral edge 15 for playing wave ontology 10 and inner peripheral 14.That is, seam Line 30 can have multiple outlet points 31, and at least one of which of multiple outlets point 31 be located at the outer peripheral edge 15 for playing wave ontology 10 or At inner peripheral 14.Whereby, it can be ensured that at least one end of plain conductor 20 be fastened to play wave ontology 10 outer peripheral edge 15 and The position of inner peripheral 14 avoids plain conductor 20 from tilting from bullet wave ontology 10.Fig. 3 only shows an implementation of the utility model The position of example, the sewing mode of the utility model suture 30 and outlet point 31 is not limited to this.

In the present embodiment, the both ends of plain conductor 20 protrude from the outer peripheral edge 15 for playing wave ontology 10 and inner peripheral respectively 14.However, the utility model is not limited to this, plain conductor 20 or either end protrude from the outer peripheral edge for playing wave ontology 10 15 or inner peripheral 14 or either end all do not protrude from the outer peripheral edge 15 for playing wave ontology 10 or inner peripheral 14.

Plain conductor 20 cooperates the shape of one wave part 16 and is snugly arranged along its wavy surface, specifically, such as Shown in Fig. 4, wave ontology 10 and plain conductor 20 are played in wave crest 161 and forms the first sticking part 40, form the second fitting in trough 162 Portion 50, and third sticking part 60 is formed between each wave crest 161 and each trough 162.Third sticking part 60 has a gap 61, makes Plain conductor 20 and bullet wave ontology 10 are arranged in third sticking part 60 every a gap 61, and plain conductor 20 is in the first sticking part 40 And second sticking part 50 be seamless 61 ground fit in play wave ontology 10.That is, plain conductor 20 is in the first sticking part 40 and second Sticking part 50 is fully to fit in play wave ontology 10, and in third sticking part 60 and not fully fit in bullet wave ontology 10, To make the plain conductor 20 be in setting for the segmented conformable that part fitting and part completely non-fully fit in bullet wave ontology 10 It sets.

Please continue to refer to Fig. 5, show the present embodiment along the partial enlarged view of the line A-A of Fig. 3, i.e. third sticking part 60 Enlarged drawing.As shown in figure 5, third sticking part 60 has gap 61, makes plain conductor 20 and play wave ontology 10 in third sticking part 60 are arranged every a gap 61, therefore, in third sticking part 60, plain conductor 20 does not fit in the first table for playing wave ontology 10 completely Face 11.

About the setting of the first sticking part 40 and the second sticking part 50, please continue to refer to Fig. 6, the present embodiment is along Fig. 3's The partial enlarged view of line B-B, the i.e. enlarged drawing of the first sticking part 40.Second its setting principle of sticking part 50 and the first sticking part 40 It is essentially identical, it is described as follows.As shown in fig. 6, the first sticking part 40 (and second sticking part 50) does not have gap 61, thus gold Belonging to conducting wire 20 is fully to fit in the setting of first surface 11 for playing wave ontology 10.

Meanwhile the set-up mode of plain conductor 20, no matter in the first sticking part 40, the second sticking part 50, third sticking part 60, it is all smoothly to fit in first surface 11, can't causes to be squeezed and deformed to wave ontology 10 is played, so, the utility model Groove 4 shown in the existing shaped conductors bullet wave 1 of Figure 1A to 1C or protrusion variant part 5 are not will form.In other words, this is practical The first surface 11 and second surface 12 of novel bullet wave ontology 10 are smoothly to be arranged, i.e. first surface 11 and the second table The shape in face 12 is not oppressed by plain conductor 20 and entirety is in uniform and regular.

For further understandings of the utility model construction feature, application technology means and desired the effect of reaching, hereby will The utility model usage mode is described, it is believed that when that can have deeper into the utility model therefrom and specifically understand, such as It is lower described:

It is partial cutaway perspective view and the Zoom Side of Fig. 3 of the utility model first embodiment referring again to Fig. 3 and Fig. 4 View；The bullet wave 100 of the three-dimensional sewing conducting wire of the first embodiment of the utility model, using by plain conductor 20 along playing wave sheet The wavy surface of body 10, it is three-dimensional and be snugly installed in and play wave ontology 10, and it is existing not generate the surface for playing wave ontology 10 Shaped conductors bullet wave 1 on the groove 4 that is formed or protrusion variant part 5.It forms fluted 4 or protrudes the shaped conductors of variant part 5 Wave 1 is played, is generally easy the bending that is pressurized at groove 4 or protrusion variant part 5 in use, and causes the sound quality of output bad or unstable It is fixed.Therefore, the utility model by three-dimensional sewing plain conductor 20 setting, avoid being formed on playing wave ontology 10 groove 4 or Variant part 5 is protruded, and can significantly improve and play sound quality and its service life that wave 100 generates.

In addition, the bullet wave 100 of the three-dimensional sewing conducting wire of the first embodiment of the utility model, is led metal using suture 30 The combination that line 20 and bullet wave ontology 10 consolidate can loosen to avoid plain conductor 20 from wave ontology 10 is played.Whereby, the utility model It is not required to carry out plain conductor 20 existing hot-forming step, and plain conductor 20 is made to be protected from the injury of high temperature and pressure.

Please continue to refer to the partial perspective view for shown in Fig. 7, being the utility model second embodiment.The present embodiment compared to First embodiment, architectural difference are the sewing mode of suture 30.Therefore here, the component of first embodiment is identical to phase Same symbology, and the descriptions thereof are omitted.It is described specifically below only for the discrepant technical characteristic of first embodiment.

As shown in fig. 7, in the present embodiment, the sewing mode of suture 30 is X word seam.I.e. from the point of view of the top of Fig. 7 is overlooked, Suture 30 is arranged in continuous X word.Compared to the sewing mode of first embodiment, the sewing mode energy of the X word seam of the present embodiment It is enough more firmly to be combined plain conductor 20 with wave ontology 10 is played, the preferred solid effect of seam is provided, meanwhile, it can also reach first The effect of embodiment.

In addition, in the present embodiment, an at least outlet point 31 for suture 30 is selected from the periphery for being adjacent to bullet wave ontology 10 One of edge 15 and inner peripheral 14.That is, at least one of which of multiple outlet points 31 of suture 30 and bullet wave ontology 10 Outer peripheral edge 15 or inner peripheral 14 between there is clearance G, and near the outer peripheral edge 15 being set to or inner peripheral 14.Specifically, Outlet point 31 can be set to the outer peripheral edge 15 of bullet wave ontology 10 and between the wave crest 161 of outer peripheral edge 15, or play wave ontology 10 inner peripheral 14 and between the wave crest 161 of inner peripheral 14.Outlet point 31 also can choose setting in each trough 162 or On wave crest 161.Whereby, the utility model can freely adjust plain conductor 20 and be fastened to the position for playing wave ontology 10, thus Make plain conductor 20 in not shown loudspeaker voice coil or the position that connect of terminal or mode it is more free without limitations.

Therefore the sewing mode of the suture 30 of the utility model is not limited to one kind, it can be selected from W described in first embodiment One of X word seam described in word seam and second embodiment.It is used on a bullet wave 100 alternatively, also can according to need The combination of two kinds of sewing modes.

Please continue to refer to Fig. 8 and Fig. 9, for the partial cutaway perspective view of the utility model 3rd embodiment and along Fig. 8 Line C-C partial enlarged view；The 3rd embodiment of the utility model and the difference of the first and second embodiment are that third is implemented Example only includes to play wave ontology 10 and an at least plain conductor 20.

Play wave ontology 10 as in the foregoing embodiment, details are not described herein.

In the present embodiment, as shown in figure 8, plain conductor 20 itself is snugly along the one wave part 16 for playing wave ontology 10 Wavy surface between the outer peripheral edge 15 and inner peripheral 14 for playing wave ontology 10 in the radial direction continuously alternately passes through bullet The first surface 11 and second surface 12 of wave ontology 10.To which plain conductor 20 can be without using described in previous embodiment Suture 30 in the case where, it is fixed to seam in playing wave ontology 10.

As shown in figure 8, the plain conductor 20 of the present embodiment be alternately arranged on play wave ontology 10 first surface 11 and Second surface 12, to form multiple segments 21 of plain conductor 20 on first surface 11 and second surface 12 respectively.Respectively Interval S is formed between every two segment 21 on surface, to make plain conductor 20 in first surface 11 and second surface 12 are all arranged in discontinuous segment.

Plain conductor 20 shown in Fig. 8 is radially linearly to seam to set.However, the utility model is without being limited thereto, The sewing mode such as plain conductor 20 itself or X word seam, W word seam, oblique line seam.

The present embodiment does not limit the outlet point of plain conductor 20 and the length of plain conductor 20, as long as plain conductor 20 It can be connect with the voice coil of loudspeaker or terminal (not shown).

It the outlet point position of plain conductor 20 can be with reference to the outlet of suture 30 in first embodiment and second embodiment The position of point 31.For example, the outlet point of plain conductor 20 can be as shown in the left side Fig. 8, by the outer peripheral edge of short round wave ontology 10 15, or as shown in the right side Fig. 8, positioned at inner peripheral 14 and between the wave crest 161 of inner peripheral 14.

In the present embodiment, the both ends of plain conductor 20 can protrude from the outer peripheral edge 15 for playing wave ontology 10 and inner peripheral 14, as shown in Figure 8；Or either end protrudes from the outer peripheral edge 15 for playing wave ontology 10 or inner peripheral 14 or either end all not Protrude from the outer peripheral edge 15 for playing wave ontology 10 or inner peripheral 14.Plain conductor 20 is flexible, can be flat wire or round wires.

Please continue to refer to Fig. 9, the bullet wave knot after the bullet wave ontology 10 of the present embodiment is combined with plain conductor 20 is shown The enlarged drawing of structure.Such as first embodiment, in this embodiment, plain conductor 20 and play wave ontology 10 third sticking part 60 every A gap 61 is arranged, and plain conductor 20 is that seamless 61 ground fits in bullet wave in the first sticking part 40 (and second sticking part 50) Ontology 10.In addition, plain conductor 20, which is set to, plays the first surface 11 of wave ontology 10 and setting for second surface 12 segmentedly It sets, also can't form groove 4 shown in the existing shaped conductors bullet wave 1 of Figure 1A to 1C or protrusion deformation to wave ontology 10 is played Portion 5.In other words, the first surface 11 of the present embodiment bullet wave ontology 10 and second surface 12 are not oppressed by plain conductor 20, and Make its shape in uniform and regular smooth setting.

Hereby, then by the feature of the utility model and its attainable expected effect it is presented below:

The bullet wave 100 of the three-dimensional sewing conducting wire of the utility model, using plain conductor 20 is three-dimensional and snugly seam Wave ontology 10 is played, and so that the surface for playing wave ontology 10 is not generated groove 4 or protrudes the smooth setting of variant part 5.

Whereby, the utility model has following implementation effect and technical effect:

First, the utility model do not need by plain conductor 20 and play wave ontology 10 it is hot-forming together, therefore, can be effective The problem for avoiding plain conductor 20 from causing efficiency impaired due to by hot pressing.

Second, the utility model adopts the mode of three-dimensional sewing plain conductor, avoid being formed on playing wave ontology 10 groove 4 or Protrude variant part 5, and can significantly improve play wave 100 generate sound quality and its service life.

Third, the utility model plain conductor 20, which substantially fits in, plays wave ontology 10, avoids plain conductor 20 and play wave Increase between ontology 10 because not being bonded the size generated there are unnecessary gap, the size for playing wave 100 can be reduced, be convenient for The volume of storage, reduction finished product when production.

Fourth, the utility model can freely determine by the outlet point 31 of selection suture 30 or the outlet point of plain conductor 20 The position that fixed or adjustment plain conductor 20 connect with terminal each in loudspeaker, and be not only restricted to be only capable of bullet wave 100 peripheral region and Each terminal connection.

In conclusion the progress practicability that the utility model has its splendid in fact in similar product, while it is domestic and international all over looking into It also finds no identical construction about the technical data of this class formation, in document to exist formerly, therefore the utility model is real Has new patent important document, whence is filed an application in accordance with the law.

Only, described above, only preferred possible embodiments of the utility model.If without obviously repelling each other between embodiment Situation, feature, which can be bonded to each other, replaces application.Also, such as using the utility model specification and carried out by claim etc. Structure change is imitated, ought to be included in the scope of the patents of the utility model.

Wherein, the reference numerals are as follows:

1 existing conducting wire bullet wave

2 conducting wires

3 play wave ontology

4 grooves

5 protrusion variant parts

The bullet wave of 100 three-dimensional sewing conducting wires

10 play wave ontology

11 first surfaces

12 second surfaces

13 through-holes

14 inner peripherals

15 outer peripheral edges

16 one wave parts

161 wave crests

162 troughs

20 plain conductors

21 segments

30 sutures

31 outlet points

40 first sticking parts

50 second sticking parts

60 third sticking parts

61 gaps

The gap G

The interval S

Claims (8)

1. a kind of bullet wave of three-dimensional sewing conducting wire, which is characterized in that include:

One plays wave ontology, including a first surface, a second surface and a through-hole, the first surface are located at the bullet wave ontology Side, and the second surface is located at the other side of the bullet wave ontology, which extends through the first surface and second table Face and the inner peripheral for being formed with the bullet wave ontology, the bullet wave ontology are formed with a wave between an outer peripheral edge and the inner peripheral Portion, the one wave part have multiple wave crests and multiple troughs；And

An at least plain conductor is seamed along the wavy surface of the one wave part is snugly fixed in the first surface；

Wherein, the bullet wave ontology and the plain conductor form one first sticking part in those wave crests, form one the in those troughs Two sticking parts, and a third sticking part is formed between those each wave crests and those each troughs, which has a seam Gap, makes the plain conductor and the bullet wave ontology is arranged in the third sticking part every a gap, and the plain conductor this first Sticking part and second sticking part are that seamless unoccupied place fits in the bullet wave ontology, to make the plain conductor setting in segmented conformable It sets；

Wherein, the first surface and the second surface are in and are smoothly arranged, and un-grooved or protrusion variant part.

2. the bullet wave of three-dimensional sewing conducting wire according to claim 1, which is characterized in that further included: an at least suture, it will The plain conductor is snugly seamed on the first surface.

3. the bullet wave of three-dimensional sewing conducting wire according to claim 2, which is characterized in that the sewing mode of the suture be selected from One of W word seam and X word seam or combinations thereof.

4. the bullet wave of three-dimensional sewing conducting wire according to claim 2, which is characterized in that an at least outlet for the suture clicks From positioned at one of the outer peripheral edge and the inner peripheral.

5. the bullet wave of three-dimensional sewing conducting wire according to claim 2, which is characterized in that an at least outlet for the suture clicks From being adjacent to one of the outer peripheral edge and the inner peripheral.

6. the bullet wave of three-dimensional sewing conducting wire according to claim 1, which is characterized in that the plain conductor along the outer peripheral edge extremely One radial direction of the inner peripheral, and continuously alternately seam in the first surface and the second surface.

7. the bullet wave of three-dimensional sewing conducting wire according to claim 1, which is characterized in that an at least distal process for the plain conductor For one of the outer peripheral edge and the inner peripheral or combinations thereof.

8. the bullet wave of three-dimensional sewing conducting wire according to claim 1, which is characterized in that the plain conductor is flexible, and For flat wire or round wires.