CN207295303U - The firm connection structure of suspender ribbon - Google Patents
The firm connection structure of suspender ribbon Download PDFInfo
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- CN207295303U CN207295303U CN201721052394.0U CN201721052394U CN207295303U CN 207295303 U CN207295303 U CN 207295303U CN 201721052394 U CN201721052394 U CN 201721052394U CN 207295303 U CN207295303 U CN 207295303U
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Abstract
The utility model discloses a kind of firm connection structure of suspender ribbon, including the first ribbon body and the second ribbon body, which is sewed and connected with the second ribbon body by 11 sections of wire rods, wherein, the cabling pattern composition two-forklift truck line portion of first segment to the 7th section；8th section to the 11st section of cabling pattern forms dual fare portion, which is pressed in two-forklift truck line portion surface.Increase double contact area using dual fare and two-forklift truck line style, lift the support of double dynamics, so as to increase the bonding strength between suspender ribbon, the bearing capacity of suspender greatly promotes, effectively improve suspender quality, reduce damage and the tensile phenomenon of ribbon junction, extend the service life of suspender.
Description
Technical field
Suspender production field technology is the utility model is related to, refers in particular to a kind of firm connection structure of suspender ribbon.
Background technology
Suspender is a kind of instrument for being commonly used in sanatorium or hospital and coordinating loop wheel machine to aid in removing patient, in actual use,
Since ribbon is assembled by the material for making clothes sewing of multi-disc unlike material, very big gravity is born in these junctions, often goes out
The problems such as existing ribbon junction breaks, damages, so as to influence the normal use of consumer.So between how improving ribbon
Bonding strength is to extend the critical problem that suspender needs to solve using mission.
Utility model content
In view of this, in view of the existing deficiencies of the prior art, its main purpose is to provide a kind of suspender and knits the utility model
The firm connection structure of band, makes the firm and reliable connection of ribbon, lifts the bearing capacity of ribbon, extends the service life of suspender.
To achieve the above object, the utility model is using following technical solution：
A kind of firm connection structure of suspender ribbon, including the first ribbon body and the second ribbon body, the first ribbon body with
Second ribbon body is sewed and connected by wire rod, and the wire rod of sewing includes 11 sections of lines, wherein, first segment, second segment, the 3rd section,
Four sections, the 5th section, the 6th section, the 7th section of cabling pattern composition two-forklift truck line portion；8th section, the 9th section, the tenth section, the tenth
One section of cabling pattern forms dual fare portion, which is pressed in two-forklift truck line portion surface.
As a preferred embodiment, the structure of 11 sections of lines and cabling are：
First segment, the first segment are vertically up to sewing workstation B from sewing workstation A；
Second segment, is connected on the end of first segment, which extends to sewing workstation D obliquely；
3rd section, the end of second segment is connected on, the 3rd section extends to sewing workstation F straight up；
4th section, the 3rd section of end is connected on, the 4th section extends to sewing workstation B obliquely, and the 4th section is pressed in
Second section surface forms the first node, is pressed in the first section surface and forms the second node；
5th section, the 4th section of end is connected on, the 5th section extends to sewing workstation C straight up；
6th section, the 6th section extends to sewing workstation E obliquely from sewing workstation A, and the 6th section is pressed in the second segment table
Face forms the 3rd node, is pressed in the 3rd section surface and forms the 4th node；
7th section, the 6th section of end is connected on, the 7th section extends to sewing workstation C obliquely；7th section is pressed in
3rd section of bottom surface forms the 5th node, is pressed in the 4th section surface and forms the 6th node；
8th section, the 8th section is vertically up to sewing workstation C from sewing workstation A, is pressed in the 6th section surface and is formed
7th node, is pressed in the 4th section surface and forms the 8th node, is pressed in the second section surface and forms the 9th node, is pressed in seven-segment table face
Form the tenth node；
9th section, the 8th section of end is connected on, the 9th section extends right to sewing workstation F；
Tenth section, the 9th section of end is connected on, the tenth section extends vertically downward to sewing workstation D, the tenth section of pressure
The 11st node is formed in the 4th section surface, seven-segment table face is pressed in and forms the 12nd node, the 6th section surface is pressed in and forms the
13 nodes, are pressed in the second section surface and form the 14th node；
11st section, the tenth section of end is connected on, the 11st section extends to sewing workstation A to the left.
As a preferred embodiment, the first segment, second segment, the 3rd section, the 4th section, the 5th section is join end to end successively
First sewing thread.
As a preferred embodiment, described 6th section, the 7th section is end to end Article 2 sewing thread.
As a preferred embodiment, described 8th section, the 9th section, the tenth section, the 11st section is successively end to end the
Three sewing threads.
As a preferred embodiment, first corner is located above center line P, and the 4th corner is located at below center line P,
6th corner is located on center line P.
As a preferred embodiment, form the first corner between the second segment and first segment, the 3rd section with second segment it
Between form the second corner, the method for three turning angles is formed between the 4th section and the 3rd section, between the 5th section and the 4th section formed the 4th corner,
6th section forms the 5th corner between head end and the head end of first segment, the 6th corner of formation between the 7th section and the 6th section, and the 7th
The 7th corner is formed between five sections of Duan Yu, eighth-turn angle is formed between the 9th section and the 8th section, between the tenth section and the 9th section
The 9th corner is formed, the tenth corner is formed between the 11st section and the tenth section, the 11st is formed between the 11st section and the 8th section
Corner.
As a preferred embodiment, the sewing workstation A, sewing workstation B, sewing workstation C be located at left side and successively from
Under to upper arrangement；The sewing workstation D, sewing workstation E, sewing workstation F are located at right side and arrange from top to bottom successively.
The utility model has clear advantage and beneficial effect compared with prior art, specifically, by above-mentioned technology
Scheme understands, makes the first ribbon body and after the second ribbon body is stacked, passes through 11 sections of line sewings and connect, first segment, second segment, the 3rd
Section, the 4th section, the 5th section, the 6th section, the 7th section of cabling pattern composition two-forklift truck line portion；8th section, the 9th section, the tenth
Section, the 11st section of cabling pattern form dual fare portion, which is pressed in two-forklift truck line portion surface.Using dual
Fare and two-forklift truck line style increase double contact area, the support of double dynamics are lifted, so that between increasing suspender ribbon
Bonding strength, the bearing capacity of suspender greatly promotes, effectively improves suspender quality, reduce the damage of ribbon junction with breaking
Phenomenon, extends the service life of suspender.
More clearly to illustrate the architectural feature of the utility model and effect, come below in conjunction with the accompanying drawings with specific embodiment pair
The utility model is described in detail.
Brief description of the drawings
Fig. 1 is the sewing structure plan of the embodiment of the utility model.
Fig. 2 is the trace-diagram of first sewing thread of the embodiment of the utility model.
Fig. 3 is the trace-diagram of the Article 2 sewing thread of the embodiment of the utility model.
Fig. 4 is the trace-diagram of the Article 3 sewing thread of the embodiment of the utility model.
Fig. 5 is another sewing mode trace-diagram of the embodiment of the utility model.
Attached drawing identifier declaration：
10th, the first ribbon body 20, the second ribbon body
101st, first segment 102, second segment
103rd, the 3rd section 104, the 4th section
105th, the 5th section 106, the 6th section
107th, the 7th section 108, the 8th section
109th, the 9th section 110, the tenth section
111st, the 11st section of 201, first node
202nd, the second node 203, the 3rd node
204th, the 4th node 205, the 5th node
206th, the 6th node 207, the 7th node
208th, the 8th node 209, the 9th node
210th, the tenth node 211, the 11st node
212nd, the 12nd node 213, the 13rd node
214th, the 14th node 301, the first corner
302nd, the second corner 303, the method for three turning angles
304th, the 4th corner 305, the 5th corner
306th, the 6th corner 307, the 7th corner
308th, eighth-turn angle 309, the 9th corner
310th, the tenth corner 311, the 11st corner.
Embodiment
It refer to shown in Fig. 1 to Fig. 5, that show the concrete structure of the preferred embodiment of the utility model, is a kind of
The firm connection structure of suspender ribbon, including the first ribbon body 10 and the second ribbon body 20, the first ribbon body 10 are knitted with second
Band body 20 is sewed and connected by wire rod, and using less sewing wire rod, sewing structure is laminated by interlocking between these wire rods,
Make that there is more node on less sewing area, so that increase the bonding strength between suspender ribbon, the bearing capacity of suspender
Greatly promote, effectively improve suspender quality, extend the service life of suspender.
Wherein, multiple sewing workstations are marked off in sewing region, is respectively sewing workstation A~F.The sewing workstation A, seam
Thread station B, sewing workstation C is located at left side and arranges from top to bottom successively；The sewing workstation D, sewing workstation E, sewer
Position F is located at right side and arranges from top to bottom successively.
The wire rod of sewing shares 11 sections of lines, wherein, first segment 101, second segment 102, the 3rd section 103, the 4th section 104,
Five section 105, the 6th section 106, the 7th section 107 of cabling pattern composition two-forklift truck line portion；8th section 108, the 9th section 109,
Ten section 110, the 11st section 111 of the dual fare portion of cabling pattern composition, which is pressed in two-forklift truck line portion surface.
The dual fare portion is pressed in two-forklift truck line portion surface.Increase double contact surface using dual fare and two-forklift truck line style
Product, lifts the support of double dynamics.
The specific cabling pattern of 11 sections of lines is：
First segment 101, the first segment 101 are vertically up to sewing workstation B from sewing workstation A；
Second segment 102, is connected on the end of first segment 101, which extends to sewing workstation D obliquely；
3rd section 103, the end of second segment 102 is connected on, the 3rd section 103 extends to sewing workstation F straight up；
4th section 104, the 3rd section 103 of end is connected on, the 4th section 104 extends to sewing workstation B obliquely, this
It is pressed in 102 surface of second segment for four section 104 and forms the first node 201, is pressed in 101 surface of first segment and forms the second node 202；
5th section 105, the 4th section 104 of end is connected on, the 5th section 105 extends to sewing workstation C straight up；
6th section 106, the 6th section 106 extends to sewing workstation E obliquely from sewing workstation A, and the 6th section 106 is pressed in
102 surface of second segment forms the 3rd node 203, is pressed in the 3rd section of 103 surfaces and forms the 4th node 204；
7th section 107, the 6th section 106 of end is connected on, the 7th section 107 extends to sewing workstation C obliquely；This
It is pressed in the 3rd section 103 of bottom surface for seven section 107 and forms the 5th node 205, is pressed in the 4th section of 104 surfaces and forms the 6th node 206；
8th section 108, the 8th section 108 is vertically up to sewing workstation C from sewing workstation A, is pressed in the 6th section 106
Surface forms the 7th node 207, is pressed in the 4th section of 104 surface and forms the 8th node 208, is pressed in 102 surface of second segment and forms the
Nine nodes 209, are pressed in the 7th section of 107 surfaces and form the tenth node 210；
9th section 109, the 8th section 108 of end is connected on, the 9th section 109 extends right to sewing workstation F；
Tenth section 110, the 9th section 109 of end is connected on, the tenth section 110 extends vertically downward to sewing workstation D, should
It is pressed in the 4th section of 104 surfaces for tenth section 110 and forms the 11st node 211, is pressed in the 7th section of 107 surfaces and forms the 12nd node
212, it is pressed in the 6th section of 106 surfaces and forms the 13rd node 213, is pressed in 102 surface of second segment and forms the 14th node 214；
11st section 111, the tenth section 110 of end is connected on, the 11st section 111 extends to sewing workstation A to the left.
Totally 11 sections of lines are sewed more than, are staggeredly built up 14 nodes, and a portion line segment is sewed in most
Bottom, another part line segment are sewed in top, some line segment is arranged between bottom and top layer, in this way, making line
The effect of self-assembling formation node between line, the formation of node is not only able to play reinforcement, and can automatic knotting, even if cutting
After lower the end of a thread, loosening, lost line will not occur.Especially since the 6th section 106 is to be pressed in the 3rd section of 103 surfaces, the 7th
Section 107 is to be pressed in the 3rd section of 103 bottom surfaces, it is meant that, the 6th section 106 and the 7th section 107 is through after the 3rd section 103, pulls back and pulls
Tight 3rd section 103, such a structure can prevent sewing thread from deforming, and can strengthen pulling force.
In the present embodiment, the first segment 101, second segment 102, the 3rd section 103, the 4th section 104, the 5th section 105 be according to
Secondary end to end first sewing thread (see Fig. 2).Described 6th section 106, the 7th section 107 is sewed for end to end Article 2
Line (see Fig. 3).Described 8th section 108, the 9th section 109, the tenth section 110, the 11st sections 111 is end to end Article 3 successively
Sewing thread (see Fig. 4).Namely the effect of being that whole sewing process is served only for compenzine, just reaching height alternation sum lamination,
Make node more, connection is more reliable.During actual production, it is also possible to be not limited to sew using compenzine, in stitching process
In the case of permission, first sewing thread and Article 2 sewing thread can also be made to be combined into the same line and be sewed（See Fig. 5）.
Wherein, first corner 301 is located above center line P, and the 4th corner 304 be located at center line P lower sections, and described the
Six corners 306 are located on center line P, to increase the quantity of node, strengthen stretching resistance.Between the second segment 102 and first segment 101
Form the first corner 301, the 3rd section forms the second corner 302 between 103 and second segment 102, the 4th section 104 and the 3rd section 103
Between form the method for three turning angles 303, the 4th corner 304, the 6th section of 106 head ends and the are formed between the 5th section 105 and the 4th section 104
The 5th corner 305 is formed between one section 101 of head end, the 6th corner 306 of formation between the 7th section 107 and the 6th section 106, the 7th
The 7th corner 307 is formed between section 107 and the 5th section 105, eighth-turn angle 308 is formed between the 9th section 109 and the 8th section 108,
The 9th corner 309 is formed between tenth section 110 and the 9th section 109, the tenth turn is formed between the 11st section 111 and the tenth section 110
The 310, the 11st section of angle forms the 11st corner 311 between 111 and the 8th section 108.Totally 11 corners above, more equably divide
The surrounding of sewing area load is distributed in, makes the corresponding line in each minizone as supporting point, so that, the bearing capacity of suspender scatter
Come, will not cause some section because stress is overweight pull apart line the problem of.
In conclusion the design focal point of the utility model is, after making the first ribbon body 10 and the second ribbon body 20 stacked,
It is sewed and connected by 11 sections of wire rods, first segment, second segment, the 3rd section, the 4th section, the 5th section, the 6th section, the 7th section of trace-diagram
Type composition two-forklift truck line portion；8th section, the 9th section, the tenth section, the 11st section of the dual fare portion of cabling pattern composition, this pair
Loaded vehicle line portion is pressed in two-forklift truck line portion surface.Increase double contact area using dual fare and two-forklift truck line style, carry
Rise the support of double dynamics.This product uses less sewing wire rod, makes to be formed between these wire rods and staggeredly laminates sewing structure,
So as to have more node on less sewing area, increase the bonding strength between suspender ribbon, the bearing capacity of suspender is big
Big lifting, effectively improves suspender quality, reduces damage and the tensile phenomenon of ribbon junction, extend the service life of suspender.
The above descriptions are merely preferred embodiments of the present invention, and not the technical scope of the utility model is made
Any restrictions, therefore every any trickle amendment made according to the technical essence of the utility model to above example, equivalent change
Change and modification, in the range of still falling within technical solutions of the utility model.
Claims (8)
1. a kind of firm connection structure of suspender ribbon, including the first ribbon body（10）With the second ribbon body（20）, this first is knitted
Band body is sewed and connected with the second ribbon body by wire rod, it is characterised in that：The wire rod of sewing includes 11 sections of lines, wherein, first segment
（101）, second segment（102）, the 3rd section（103）, the 4th section（104）, the 5th section（105）, the 6th section（106）, the 7th section（107）
Cabling pattern composition two-forklift truck line portion；8th section（108）, the 9th section（109）, the tenth section（110）, the 11st section（111）
Cabling pattern form dual fare portion, which is pressed in two-forklift truck line portion surface.
2. the firm connection structure of suspender ribbon according to claim 1, it is characterised in that：The structure and cabling of 11 sections of lines
For：
First segment（101）, which is vertically up to sewing workstation B from sewing workstation A；
Second segment（102）, the end of first segment is connected on, which extends to sewing workstation D obliquely；
3rd section（103）, the end of second segment is connected on, the 3rd section extends to sewing workstation F straight up；
4th section（104）, the 3rd section of end is connected on, the 4th section extends to sewing workstation B obliquely, and the 4th section is pressed in
Second segment（102）Surface forms the first node（201）, it is pressed in first segment（101）Surface forms the second node（202）；
5th section（105）, the 4th section of end is connected on, the 5th section extends to sewing workstation C straight up；
6th section（106）, the 6th section extends to sewing workstation E obliquely from sewing workstation A, and the 6th section is pressed in second segment
（102）Surface forms the 3rd node（203）, it is pressed in the 3rd section（103）Surface forms the 4th node（204）；
7th section（107）, the 6th section of end is connected on, the 7th section extends to sewing workstation C obliquely；7th section is pressed in
3rd section（103）Bottom surface formed the 5th node（205）, it is pressed in the 4th section（104）Surface forms the 6th node（206）；
8th section（108）, the 8th section is vertically up to sewing workstation C from sewing workstation A, is pressed in the 6th section（106）Table
Face forms the 7th node（207）, it is pressed in the 4th section（104）Surface forms the 8th node（208）, it is pressed in second segment（102）Surface
Form the 9th node（209）, it is pressed in the 7th section（107）Surface forms the tenth node（210）；
9th section（109）, the 8th section of end is connected on, the 9th section extends right to sewing workstation F；
Tenth section（110）, the 9th section of end is connected on, the tenth section extends vertically downward to sewing workstation D, the tenth section of pressure
At the 4th section（104）Surface forms the 11st node（211）, it is pressed in the 7th section（107）Surface forms the 12nd node（212）,
It is pressed in the 6th section（106）Surface forms the 13rd node（213）, it is pressed in second segment（102）Surface forms the 14th node
（214）；
11st section（111）, the tenth section of end is connected on, the 11st section extends to sewing workstation A to the left.
3. the firm connection structure of suspender ribbon according to claim 1, it is characterised in that：The first segment（101）,
Two sections（102）, the 3rd section（103）, the 4th section（104）, the 5th section（105）For end to end first sewing thread successively.
4. the firm connection structure of suspender ribbon according to claim 2, it is characterised in that：Described 6th section（106）,
Seven sections（107）For end to end Article 2 sewing thread.
5. the firm connection structure of suspender ribbon according to claim 3, it is characterised in that：Described 8th section（108）,
Nine sections（109）, the tenth section（110）, the 11st section（111）For end to end Article 3 sewing thread successively.
6. the firm connection structure of suspender ribbon according to claim 1, it is characterised in that：The first segment（101）With
Second segment（102）Between form the first corner（301）, second segment（102）With the 3rd section（103）Between form the second corner
（302）, the 3rd section（103）With the 4th section（104）Between form the method for three turning angles（303）, the 4th section（104）With the 5th section（105）
Between formed the 4th corner（304）, the 6th section（106）Head end and first segment（101）Head end between formed the 5th corner
（305）, the 6th section（106）With the 7th section（107）Between formed the 6th corner（306）, the 7th section（107）Tail end and the 5th section
（105）Between formed the 7th corner（307）, the 8th section（108）With the 9th section（109）Between form eighth-turn angle（308）, the 9th
Section（109）With the tenth section（110）Between formed the 9th corner（309）, the tenth section（110）With the 11st section（111）Between formed
Tenth corner（310）, the 11st section（111）With the 8th section（108）Between formed the 11st corner（311）.
7. the firm connection structure of suspender ribbon according to claim 6, it is characterised in that：First corner（301）
Above center line P, the 4th corner（304）Below center line P, the 6th corner（306）On center line P.
8. the firm connection structure of suspender ribbon according to claim 1, it is characterised in that：The sewing workstation A, sewing
Station B, sewing workstation C are located at left side and arrange from top to bottom successively；The sewing workstation D, sewing workstation E, sewing workstation F
Arrange successively positioned at right side and from top to bottom.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721052394.0U CN207295303U (en) | 2018-02-11 | 2018-02-11 | The firm connection structure of suspender ribbon |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721052394.0U CN207295303U (en) | 2018-02-11 | 2018-02-11 | The firm connection structure of suspender ribbon |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207295303U true CN207295303U (en) | 2018-05-01 |
Family
ID=62443599
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721052394.0U Active CN207295303U (en) | 2018-02-11 | 2018-02-11 | The firm connection structure of suspender ribbon |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207295303U (en) |
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2018
- 2018-02-11 CN CN201721052394.0U patent/CN207295303U/en active Active
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