CN105747394B - Sling components and its retaining ring unit - Google Patents
Sling components and its retaining ring unit Download PDFInfo
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- CN105747394B CN105747394B CN201410791113.8A CN201410791113A CN105747394B CN 105747394 B CN105747394 B CN 105747394B CN 201410791113 A CN201410791113 A CN 201410791113A CN 105747394 B CN105747394 B CN 105747394B
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- retaining ring
- ontology
- ring unit
- fixed seat
- substrate
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Abstract
The present invention discloses a kind of sling components and its retaining ring unit, which includes a substrate, a fixed seat, two axle beds, an ontology, a fastener and a supporter.Fixed seat is respectively arranged at two axle beds on substrate.Ontology is set in a detachable fashion on two axle beds.Side of the fastener connection ontology far from two axle beds.Supporter is protruded from the bottom surface of ontology.When retaining ring unit is located at a closed state, fastener is incorporated into fixed seat, and the bottom surface of ontology makes supporter close to substrate towards substrate.When retaining ring unit self closing state is moved to an opening, fastener self-retaining seat detaches and ontology is rotated around two axle beds.
Description
Technical field
The present invention relates to a kind of sling components and its component, more particularly to a kind of length-adjustable sling components and its
Retaining ring unit.
Background technology
Have on the market it is many for hang object (such as：Permit identification, electronic device, etc..) sling components.Citing
For, TaiWan, China new patent M225899 discloses a kind of sling components available for sandwiched permit identification, the wherein sling components
The length of suspender belt is adjusted by an adjustment ring, and including two separable fasteners, to increase the safety using sling components.
However, the adjustment ring of above-mentioned sling components and two fasteners belong to different structures, sling components are caused
Weight increases, also simultaneously so that the engineering method of assembling becomes complicated.Also, the adjustment ring of above-mentioned sling components oppressed when using in
After the neck of user, it be easy to cause the discomfort of user.In addition, though the adjustment ring of above-mentioned sling components can be used for adjusting suspender belt
Length, but extra suspender belt will be stretched out outside adjustment ring, and easily pulled with the foreign object hook in environment and cause unexpected generation.
Invention content
The shortcomings that in view of the prior art, of the invention one is designed to provide a kind of retaining ring list for being used to link suspender belt
Member, the retaining ring unit more link suspender belt, to protect respectively in addition to can be used for adjusting suspender belt length using two separable components
Protect the safety of user.
An embodiment according to the present invention, above-mentioned retaining ring unit include：One substrate, a fixed seat, two axle beds, one
Body, a fastener and a supporter.Fixed seat is set to substrate.Two axle beds are set side by side one another along a second direction interval
It is placed in substrate and is respectively separated by a spacing, the wherein vertical second direction of first direction along a first direction and fixed seat.Ontology with
It is detachably set on two axle beds.Side of the fastener connection ontology far from two axle beds.Supporter is from ontology
It protrudes bottom surface.When retaining ring unit is in a closed state, fastener is sticked in fixed seat, and the bottom surface of ontology is towards substrate,
Make supporter close to substrate.When retaining ring unit self closing state is moved to an opening, the separation of fastener self-retaining seat, and
Ontology is rotated relative to two axle beds.In the above-described embodiments, fastener includes an elastic force compression unit and a holding section.Elastic force pressure
Contracting portion links ontology.Holding section links ontology via elastic force compression unit and is configured to combine fixed seat.When retaining ring unit closes certainly
When closed state is moved to an opening, fastener generates flexible deformation, makes holding section self-retaining seat separation.
In the above-described embodiments, elastic force compression unit includes an extension, and extension is configured to provide for holding section in first
On direction or the third direction in vertical first and second direction movement degree of freedom.
In the above-described embodiments, elastic force compression unit further includes an elastic construction, and elastic construction links extension to holding section
And it is configured to provide for the degree of freedom that holding section is moved up in first party.
In the above-described embodiments, each axle bed respectively includes the entrance hole of an axis hole and a connection axis hole, each importing
Hole is formed in side of the axle bed far from fixed seat.Also, retaining ring unit further includes two axle center.Two axle center are respectively relative to two
The axis hole of a axle bed is formed in the both sides of ontology, wherein when the external force in the direction that ontology is directed away from fixed seat by one pulls,
Two axle center remove the axis hole of two axle beds via two entrance holes.
In the above-described embodiments, fixed seat is worn in a first direction by a channel, and channel is configured with for a suspender belt
Pass through.In the above-described embodiments, fixed seating further includes a through-hole, when retaining ring unit is located in side of the channel far from substrate
During one closed state, fastener is incorporated into fixed seat via through-hole.
In the above-described embodiments, a perforation is formed in the opposite side of ontology connection fastener and is configured with so that a suspender belt leads to
It crosses.
Another object of the present invention is to provide a kind of sling components, including the retaining ring list described in any of the above-described embodiment
Member a, wherein perforation is formed in the opposite side that the ontology links the fastener, and the fixed seat is led in the first direction by one
Road is worn.The first end of one suspender belt is fixed on the perforation of first component, and the second end of suspender belt towards first direction sequentially
By the channel of second component and pass through between two axle beds.When retaining ring unit is located at closed state the second end of suspender belt by
Lever is oppressed, and suspender belt is made to be positioned on substrate.
Description of the drawings
Fig. 1 is the schematic diagram of a sling components of first embodiment of the invention；
Fig. 2 is the structural exploded view of a retaining ring unit of first embodiment of the invention；
Fig. 3 A are the schematic diagram of a sling components of first embodiment of the invention, and wherein retaining ring unit is located at a closing shape
State；
Fig. 3 B are the schematic diagram of a sling components of first embodiment of the invention, and wherein retaining ring unit is located at an opening state
State；
Fig. 4 is the schematic diagram of a sling components of first embodiment of the invention, and the wherein first component of retaining ring unit is from the
Two components detach；
Fig. 5 is the side view of a retaining ring unit of second embodiment of the invention；
Fig. 6 is the side view of a retaining ring unit of third embodiment of the invention.
Symbol description
1~retaining ring unit
100~suspender belt
101~first end
102~second end
200th, 200a, 200b~retaining ring unit
210th, 210a, 210b~first component
211st, 211a, 211b~ontology
2112nd, 2112a, 2112b~cephalolateral margin
2114th, 2114a, 2114b~posterior lateral margin
2116~top surface
2118~bottom surface
213rd, 213a, 213b~perforation
213rd, 213a, 213b~fastener
2131b~fixture block
214th, 214a, 214b~extension
215~elastic construction
216th, 216a~holding section
217~axle center
219~supporter
230th, 230a, 230b~second component
231~substrate
2311~first side
2312~second side
2313~third side
2314~the four sides
232nd, 232a, 232b~fixed seat
2321st, 2321b~through-hole
2323b~groove
233rd, 233a, 233b~channel
235~axle bed
2351~axis hole
2353~entrance hole
300~fixing buckle
400~fixture
500~adjustment ring
C~shaft
F1~external force
F2~external force
Specific embodiment
In order to which the purpose of the present invention, feature and advantage can be clearer and more comprehensible, special embodiment below, and appended by cooperation
Attached drawing is described in detail.Wherein, each element in embodiment is configured to purposes of discussion, not limiting the present invention.And
The part of drawing reference numeral repeats in embodiment, to simplify the explanation, the relevance being not meant as between different embodiments.
With reference to Fig. 1, the sling components 1 of the first embodiment of the present invention include a suspender belt 100, a retaining ring unit 200, one is consolidated
Surely 300, one fixture 400 and an adjustment ring 500 are detained.The first end 101 of suspender belt 100 is fixed on retaining ring unit 200, and hang
Retaining ring unit 200 is worn with 100 second end 102.Suspender belt 100 passes through fixing buckle 300 and fixture 400.Fixture 400 is configured to
Clamp an object (such as：Permit identification, electronic device etc.), fixing buckle 300 is then configured to the movement of limitation fixture 400.
With reference to Fig. 2, the structure feature of retaining ring unit 200 will be further illustrated.Retaining ring unit 200 includes one second structure
Part 230 and one is hubbed at the first component 210 of the second component 230 in a detachable manner.
In the first embodiment, second component 230 includes a substrate 231, a fixed seat 232 and two axle beds 235.In reality
It applies in example, substrate 231 has multiple sides, such as first side 2311, second side 2312, third side 2313, the 4th side
Side 2314.2311 opposed second sides 2312 of first side, third and fourth side 2313,2314 are linked to first side respectively
Between 2311 and second side 2312.
In the first embodiment, (positive Z axis) extends upward for the first side 2311 of 232 self-reference substrate 231 of fixed seat, wherein one
Adjacent first side 2311 of channel 233 and (Y direction) wears fixed seat 232 along the first direction.In addition, positioned at channel 233
Side far from substrate 231, fixed seat 232 further includes a through-hole 2321, and (Y direction) wears fixed seat 232 along the first direction.
In the first embodiment, two axle beds 235 abut third and fourth side 2313,2314 self-reference substrates of substrate 231 respectively
231 (positive Z axis) extensions upward.In a first direction in (Y direction), two axle beds 235 are separated by a spacing with fixed seat 232.And
And in the second direction (X-direction) of vertical first direction (Y direction), two axle beds 235 are intervally installed.In reality
It applies in example, each axle bed 235 respectively includes an axis hole 2351 and an entrance hole 2353.Axis hole 2351 is formed in the end of axle bed 235
End.Entrance hole 2353 is communicated in corresponding axis hole 2351 in side of the axle bed 235 far from fixed seat 232.In embodiment, as schemed
Shown in 2, the axis hole 2351 of two axle beds 235 is passed through jointly by a rotating shaft C, and wherein rotating shaft C is perpendicular to above-mentioned first direction (Y
Axis direction).
In the first embodiment, first component 210 includes 213, two ontology 211, fastener axle center 217 and one
Supporter 219.Ontology 211 has a cephalolateral margin 2112 and a posterior lateral margin 2114.As shown in Figure 2, ontology 211 is close to cephalolateral margin
2112 partial width is tapered, therefore the width of the cephalolateral margin 2112 of ontology 211 is small compared with the width of posterior lateral margin 2114.In embodiment
In, in the adjacent place of the posterior lateral margin 2114 of ontology 211, two axle center 217 are respectively relative to 2351 shape of axis hole of two axle beds 235
Into in the both sides of ontology 211.When assembling first component 210 with second component 230, two axle center 217 of first component 210 are logical
Cross two axle beds 235 entrance hole 2353 enter axis hole 2351 in, make first component 210 can around the shaft C relative to second component
230 are pivoted.
In the first embodiment, in the adjacent place of the posterior lateral margin 2114 of ontology 211, a perforation 212 wears the top of ontology 211
Face 2116 and bottom surface 2118, for suspender belt 100 first end 101 (Fig. 1) by and be fixed on first component 210.Specifically
For, ontology 211 has a recessed portion 2111 and a column structure 2113.Recessed portion 2111 is formed in the posterior lateral margin of ontology 211
On 2114, and column structure 2113 is set in recessed portion 2111.Perforation 212 is defined in column structure 2113 and recessed portion
Between 2111 internal faces far from posterior lateral margin 2114.The first end 101 (Fig. 1) of suspender belt 100 is by perforation 212 and is fixed on column
On structure 2113.
In the first embodiment, fastener 213 includes an extension 214, an elastic construction 215 and a holding section 216.
Extension 214 is linked to the cephalolateral margin 2112 of ontology 211 and extends to its end towards the direction far from ontology 211.Elastic construction
215 have the moulding of an ellipse, and one side is linked to the end of extension 214, and its opposite side is linked to holding section 216.
In embodiment, extension 214 and 215 common definition of elastic construction, one elastic force compression unit, with provide the movement of holding section 216 from
By spending.In addition, supporter 219 is formed on the bottom surface 2118 of ontology 211, and in parallel cephalolateral margin 2112 or posterior lateral margin 2114
There is a width on direction.Wherein elastic construction 215 or X-type, hourglass-shaped etc. other elastically-deformable moulding can be provided, and
It is not limited to ring type structure.
With reference to Fig. 3 A, Fig. 3 B, the mode of operation that sling components 1 adjust 100 length of suspender belt is described as follows：
As shown in Figure 3A, before 100 length of suspender belt is adjusted, retaining ring unit 200 is located at closed state, and the of suspender belt 100
One end 101 is fixed on first component 210, the second end 102 of suspender belt 100 by between channel 233 and two axle beds 235 simultaneously
It is fixed by the supporter 219 of first component 210.Specifically, when retaining ring unit 200 is located at closed state, the first structure
The holding section 216 of part 210 is limited by the through-hole 2321 of second component 230, and the axle center 217 of first component 210 can not C around the shaft
It is pivoted relative to the axle bed 235 of second component 230.At this point, suspender belt 100 can not be relative to when being resisted by supporter 219
Second component 230 is slided.
When adjusting 100 length of suspender belt, as shown in Figure 3A, apply external force F1 in the towards first direction (Y direction) first
On the fastener 213 of one component 210, holding section 216 is made to be detached from through-hole 2321.It is it is worth noting that, certainly logical in holding section 216
During hole 2321 detaches, extension 214 and elastic construction 215 generate flexible deformation when being oppressed by external force F1.At this point, prolong
Extending portion 214 provides holding section 216 on first direction (Y direction) and/or freedom that third direction (Z-direction) is mobile
Degree.In addition, elastic construction 215 provides holding section 216 in the degree of freedom moved on first direction (Y direction).Therefore, holding section
216 can be moved in first direction (Y direction) and/or third direction (Z-direction).
It is to be understood, however, that although in this embodiment, holding section 216 passes through extension 214 and elastic construction
215 deformation and generate movement, but the present invention is not restricted to this.In other embodiments (not shown), the extension of holding section
Portion and elastic construction omit setting, are deformed after ontology stress, make holding section can in first direction (Y direction) and/
Or third direction (Z-direction) is moved.
Then, as shown in Figure 3B, in holding section 216 from after the separation of through-hole 2321, C rotates first component 210 around the shaft, makes
Supporter 219 is far from substrate 231.At this point, the second segment 102 by suspender belt 100 is not oppressed by supporter 219, suspender belt 100
Second segment 102 can be releasably fastened to second component 230 and be slided, and adjust to desired length.In addition, after adjustment
The second end 102 of suspender belt 100 can fix by adjusting ring 500, unlikely arbitrary exposed.When the length adjustment of suspender belt 100 is complete
Cheng Hou, the first component 210 of C rotations around the shaft, makes supporter 219 close to substrate 231, and make holding section 216 and 2321 knot of through-hole
It closes, as shown in Figure 3A, to limit the movement of the second end 102 of suspender belt 100.
When dressing traditional sling components, sling components may be pullled surprisingly by external force and cause user injured.So
And as shown in figure 4, when the sling components 1 of the present invention are pulled by external force, first component 210 will be detached from from second component 230,
And then injury is avoided to generate.In details of the words, when suspender belt 100 is pullled by external force, first component 210 will be directed away from fixing by one
The external force F2 in the direction of seat 232 is pulled so that two axle center 217 of first component 210 are respectively via two of two axle beds 235
Entrance hole 2353 is detached from axis hole 2351.Therefore, user can be avoided because of the situation that sling components 1 damage.
With reference to Fig. 5, the side view of the retaining ring unit 200a of the second embodiment of the present invention is shown.Shown by Fig. 5
In embodiment, the same or similar label will be bestowed, and its feature will not be said again with the same or similar element of embodiment of Fig. 2
It is bright.Retaining ring unit 200a includes first component 210a and second component 230a.
In a second embodiment, second component 230a includes a substrate 231, a fixed seat 232a and two axle beds 235.Gu
The first side 2311 of reservation 232a self-reference substrates 231 extends upward, wherein adjacent first sides 2311 of a channel 233a and along
One direction (Y direction) wears fixed seat 232a.
In a second embodiment, first component 210a includes an ontology 211a, a fastener 213a, two axle center 217.This
Body 211a has an a cephalolateral margin 2112a and posterior lateral margin 2114a.In the adjacent place of the posterior lateral margin 2114a of ontology 211a, a perforation
212a wears the top surface and bottom surface of 211a, for suspender belt by and be fixed on first component 210a.Distinguish phase in two axle center 217
Two axis holes 2351 of second component 230a are formed in opposite two sides of ontology 211a.Fastener 213a includes an extension
A 214a and holding section 216a.Extension 214a from the cephalolateral margin 2112a of ontology 211a extends and terminates at its end vertically downward
End.Holding section 216a is linked to the end of extension 214a, and extends along the direction of opposite first direction (Y direction).Extension
214a configurations in portion move required degree of freedom as an elastic force compression unit to provide holding section 216a.
When retaining ring unit 200a is located at closed state, the holding section 216a of first component 210a is located at second component 230a
Channel 233a in.Since holding section 216a is limited by channel 233a, the axle center 217a of first component 210a can not C around the shaft
It is pivoted relative to the axle bed 235 of second component 230a.Therefore, by the suspender belt of the channel 233a of second component 230a (not
It is illustrated in Fig. 5) it will be fixed by the supporter 219 of first component 210a.
When adjusting suspender belt length, apply external force in the engaging of first component 210a towards first direction (Y direction) first
Part 213a makes holding section 216a be detached from channel 233a.It is worth noting that, the mistake detached in holding section 216a from channel 233a
Cheng Zhong, extension 214a generate flexible deformation when by external force pressure.At this point, extension 214a provides holding section 216a in first
The degree of freedom moved on direction (Y direction).Therefore, holding section 216a can be moved in first direction (Y direction).About
The step of remaining adjustment suspender belt length, is similar to the embodiment of Fig. 1-Fig. 4, to simplify description, is not repeated to illustrate.
With reference to Fig. 6, the side view of the retaining ring unit 200b of the third embodiment of the present invention is shown.Shown by Fig. 6
In embodiment, the same or similar label will be bestowed, and its feature will not be said again with the same or similar element of embodiment of Fig. 2
It is bright.Retaining ring unit 200b includes first component 210b and second component 230b.
In the third embodiment, second component 230b includes a substrate 231, a fixed seat 232b and two axle beds 235.Gu
(positive Z axis) extends upward for the first side 2311 of reservation 232b self-reference substrates 231, wherein the adjacent first sides of a channel 233b
2311 and (Y direction) wears fixed seat 232b along the first direction.Positioned at sides of the channel 233b far from substrate 231, fixed seat
232b further includes a through-hole 2321b, and (Y direction) wears fixed seat 232b along the first direction.In addition, a groove 2323b is formed in
The top of fixed seat 232b.
In the third embodiment, first component 210b include an ontology 211b, a fastener 213b, two axle center 217 and
One supporter 219.Ontology 211b has an a cephalolateral margin 2112b and posterior lateral margin 2114b.In the posterior lateral margin 2114b of ontology 211b
Adjacent place, a perforation 212b wears the top surface and bottom surface of 211b, for suspender belt by and be fixed on first component 210b.Two
Two axis holes 2351 that a axle center 217 is respectively relative to second component 230b are formed in opposite two sides of ontology 211b.Fastener
213b includes an extension 214b, a holding section 216b and a fixture block 2131b.As shown in fig. 6, extension 214b has U-shaped
Section and be set to ontology 211b adjacent to the bottom surface of cephalolateral margin 2112b.Holding section 216b and fixture block 2131b are respectively relative to lead to
Hole 2321b and groove 2323b is formed on extension 214b, and prolong respectively along the direction of opposite first direction (Y direction)
It stretches.Extension 214b configurations move required freedom as an elastic force compression unit to provide holding section 216b and fixture block 2131b
Degree.
When retaining ring unit 200b is located at closed state, the holding section 216b of first component 210b is located at second component 230b
Through-hole 2321b in, and the fixture block 2131b of first component 210b is located in the groove 2323b of second component 230b.By
Limited in holding section 216b by through-hole 2321b, the axle center 217 of first component 210b can not around the shaft C relative to second component
The axle bed 235 of 230b is pivoted, therefore will be by first component 210b's by the suspender belt (being not shown in Fig. 6) of channel 233b
Supporter 219 is fixed.
When adjusting suspender belt length, apply external force in the fixture block of first component 210b towards first direction (Y direction) first
2131b makes holding section 216b be detached from through-hole 2321b.It is worth noting that, detached in holding section 216b from through-hole 2321b
In the process, extension 214b generates flexible deformation when by external force pressure.At this point, extension 214 provides holding section 216 in first
On direction (Y direction) and/or degree of freedom that third direction (Z-direction) is mobile.Therefore, holding section 216b can be in first
Direction (Y direction) carries out movement and is moved with third direction (Z-direction).About remaining adjustment suspender belt length the step of with
Fig. 1-Fig. 4 the embodiment described is similar, to simplify description, is not repeated to illustrate.
The sling components of the present invention, jump ring component can reach adjustment suspender belt length and protection user's person simultaneously
The purpose of safety.Therefore, compared to traditional sling components, the production cost of sling components of the invention is then reduced with this, and
And manufacturing process also can more simplify.It is limited in addition, adjustment ring can also be used in the additional length after suspender belt length adjustment, no
Only increase wearing comfort, more avoid secret worry for security.
Although disclosing the present invention with reference to preferred embodiment above, the present invention is not limited to, it is any to be familiar with
Skilled person without departing from the spirit and scope of the present invention, can make some changes and embellishment, therefore the protection of the present invention
Range should be subject to what the claim enclosed was defined.
Claims (9)
1. a kind of retaining ring unit, including：
Substrate；
Fixed seat is set to the substrate；
Two axle beds are arranged side by side in the substrate and respectively along a first direction one another along a second direction interval and are fixed with this
Seat is separated by a spacing, and wherein the vertical second direction of the first direction, each axle bed include axis hole and connect leading for the axis hole
Enter hole, which is formed in side of the axle bed far from the fixed seat；
Ontology is set in a detachable fashion on two axle beds；
Fastener links side of the ontology far from two axle beds；And
Supporter is protruded from the bottom surface of the ontology, wherein when the retaining ring unit is in a closed state, which is sticked in
The fixed seat, and the bottom surface of the ontology is towards the substrate makes the supporter close to the substrate, when the retaining ring unit is from the closing shape
When state is changed to an opening, which detaches from the fixed seat and the ontology is relative to two axle bed rotations.
2. retaining ring unit as described in claim 1, the wherein fastener include：
Elastic force compression unit links the ontology；And
Holding section links the ontology via the elastic force compression unit and is configured to combine the fixed seat, wherein when the retaining ring unit
When being moved to the opening from the closed state, which generates flexible deformation, and the holding section is made to be fixed from this
Seat separation.
3. retaining ring unit as claimed in claim 2, wherein the elastic force compression unit include extension, which is used to provide this
Holding section on the first direction or the vertical first direction, the second direction third direction movement degree of freedom.
4. retaining ring unit as claimed in claim 3, wherein the elastic force compression unit further include elastic construction, elastic construction connection
The extension is to the holding section and for providing the degree of freedom that the holding section is moved up in the first party.
5. retaining ring unit as described in claim 1 further includes two axle center, which is respectively formed in the two of the ontology
Side and the axis hole for being hubbed at two axle beds, wherein when the external force in direction that the ontology is directed away from the fixed seat by one pulls
When, which removes the axis hole of two axle beds via two entrance holes.
6. retaining ring unit as described in claim 1, the wherein fixed seat wear a channel in the first direction, which matches
It puts with so that a suspender belt passes through.
7. retaining ring unit as claimed in claim 6, the wherein fixed seating are further included in side of the channel far from the substrate
Through-hole, when the retaining ring unit is located at the closed state, which is incorporated into the fixed seat via the through-hole.
8. the opposite side that retaining ring unit as described in claim 1, the wherein ontology link the fastener is configured with perforation use
So that a suspender belt passes through.
9. a kind of sling components, including：
Retaining ring unit as described in claim 1 a, wherein perforation is formed in the opposite side that the ontology links the fastener, and should
Fixed seat is worn in the first direction by a channel；The first end of one suspender belt is fixed on the perforation, and the suspender belt
Second end is towards the first direction sequentially by the channel and between passing through two axle beds, when the retaining ring unit is located at the closing shape
The second end of the suspender belt is oppressed by the supporter during state, and the suspender belt is made to be positioned on the substrate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410791113.8A CN105747394B (en) | 2014-12-18 | 2014-12-18 | Sling components and its retaining ring unit |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410791113.8A CN105747394B (en) | 2014-12-18 | 2014-12-18 | Sling components and its retaining ring unit |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN105747394A CN105747394A (en) | 2016-07-13 |
| CN105747394B true CN105747394B (en) | 2018-06-26 |
Family
ID=56340487
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201410791113.8A Active CN105747394B (en) | 2014-12-18 | 2014-12-18 | Sling components and its retaining ring unit |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN105747394B (en) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115498350B (en) * | 2021-06-17 | 2023-05-19 | 启碁科技股份有限公司 | Engaging member and battery accommodating device |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2190431Y (en) * | 1994-03-12 | 1995-03-01 | 郑瑞祥 | Leather belt buckel of free regulating tightness |
| CN2226851Y (en) * | 1995-07-04 | 1996-05-15 | 陈金柱 | Improved buckle for ice skating boot |
| CN101522067A (en) * | 2006-10-04 | 2009-09-02 | 必路玛台路株式会社 | Slide adjuster for belt and buckle |
| CN202536278U (en) * | 2012-01-12 | 2012-11-21 | 黄丽 | Novel suspension belt of name tag |
-
2014
- 2014-12-18 CN CN201410791113.8A patent/CN105747394B/en active Active
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2190431Y (en) * | 1994-03-12 | 1995-03-01 | 郑瑞祥 | Leather belt buckel of free regulating tightness |
| CN2226851Y (en) * | 1995-07-04 | 1996-05-15 | 陈金柱 | Improved buckle for ice skating boot |
| CN101522067A (en) * | 2006-10-04 | 2009-09-02 | 必路玛台路株式会社 | Slide adjuster for belt and buckle |
| CN202536278U (en) * | 2012-01-12 | 2012-11-21 | 黄丽 | Novel suspension belt of name tag |
Also Published As
| Publication number | Publication date |
|---|---|
| CN105747394A (en) | 2016-07-13 |
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