CN209573440U - The fastener for the release the lock that prevents an accident - Google Patents
The fastener for the release the lock that prevents an accident Download PDFInfo
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- CN209573440U CN209573440U CN201821544286.XU CN201821544286U CN209573440U CN 209573440 U CN209573440 U CN 209573440U CN 201821544286 U CN201821544286 U CN 201821544286U CN 209573440 U CN209573440 U CN 209573440U
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- release
- lock
- accident
- fastener
- prevents
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Abstract
The utility model discloses a kind of fasteners of release the lock that prevents an accident, including pin thread, female thread and release the lock operating parts, one of pin thread and female thread have sticking department, and the other of pin thread and female thread have to inserting lock section, and release the lock operating parts is actively set on pin thread or female thread；To inserting lock section and at least one of the pin thread with sticking department or female thread offer allow it is sealed after the avoiding space of offset position is slid into respect to sticking department to inserting lock section；Pin thread or female thread with sticking department match support equipped with corresponding offset position, also mutually keep out with support to stop pin thread mutually to be extracted with female thread when being located at offset position to inserting lock section.Therefore the fastener of the utility model is kept out by when sliding onto biasing to inserting lock section with support after pin thread and female thread are sealed, due to also being kept out with support inserting lock section surprisingly pressing release the lock operating parts, therefore still not at the state of permissible extraction between pin thread and female thread, achieve the purpose that prevent an accident.
Description
Technical field
The utility model relates to fastener field more particularly to a kind of fasteners for the release the lock that prevents an accident.
Background technique
With the continuous development of economy and being constantly progressive for science and technology, substance extremely abundant is provided for people's lives
The consumer goods, and infant carrier device is exactly many one of material consumer goods.
It is well known that be unableing to do without the use of braid over braid in infant carrier device；In order to enable between different braid over braids with
When assemble and disassemble, therefore be unable to do without fastener use.
Currently, for traditional fastener comprising pin thread, female thread and button, pin thread are mutually fastened with female thread,
Button is for making pin thread and the mutual release the lock of female thread.
But since existing fastener is when user is to push-botton operation, pin thread at this time is just mutually separated with female thread；If multiplying
Infant's operation button for being seated on infant carrier device or when surprisingly touching because of user to button, pin thread and female thread are because of button quilt
It operates and is separated from each other, to damage to the infant ridden on infant carrier device, therefore increase infant's seating
Risk.
Therefore, it is badly in need of that a kind of fastener of release the lock that prevents an accident is wanted to overcome drawbacks described above.
Utility model content
The purpose of this utility model is to provide a kind of fastener of release the lock that prevents an accident, which can be effectively prevented because of baby
Child's operation button or user surprisingly touch button institute and bring injury to infant.
To achieve the above object, the fastener of the release the lock that prevents an accident of the utility model includes pin thread, female thread and release the lock operation
Part, one of pin thread and female thread have sticking department, and the other of pin thread and female thread have pair for cooperating with sticking department
Inserting lock section, pin thread make sticking department and, release the lock behaviour sealed to inserting lock section to inserting to direction interpolation along close to mutual with female thread
Workpiece is actively set on pin thread or female thread；To inserting lock section and at least one of the pin thread with sticking department or female thread offer
Avoiding space, it is opposite to the biased direction of direction interpolation along crisscrossing to inserting lock section after avoiding space permission is sealed with sticking department
Sticking department slides onto an offset position；Pin thread or female thread with sticking department match support equipped with corresponding offset position, to inserting
It is also mutually kept out with support to stop pin thread mutually to be extracted with female thread when lock section is located at offset position.
Preferably, being escape groove to the avoiding space on inserting lock section, the side wall of escape groove will be to inserting along biased direction
Lock section be separated out for the first part sealed with sticking department and for the second part kept out with support.
Preferably, pin thread or female thread with sticking department are formed comprising outer cover and the button being assembled in outer cover, sticking department
In on button, outer cover is offered for passing through again sealed to jack with sticking department evacuation on pin thread or female thread to inserting lock section
Space is to be formed in outer cover with support positioned at the avoid holes for covering and communicating outside with to jack.
Preferably, the side channel wall of escape groove is mutually close to when being located at offset position to inserting lock section with the hole wall of avoid holes.
Preferably, the side channel wall of escape groove is plane with both the hole wall of avoid holes places of abutting.
Preferably, being circular hole to jack, avoid holes are rectangular opening, and circular hole intersects connection with rectangular opening.
Preferably, being located on the inner surface adjacent with the hole wall of avoid holes of outer cover with support.
Preferably, button is offered along being parallel to direction interpolation evacuation notch corresponding with avoid holes, second part in
It is slid into evacuation notch during sliding onto offset position to inserting lock section.
Preferably, being two to the avoiding space on inserting lock section and being in opposite arrangement on to inserting lock section.
Preferably, the fastener of the release the lock that prevents an accident of the utility model further includes the first magnetic texure and the second magnetic junction
Structure, the first magnetic texure are set on pin thread, and the second magnetic texure is set on female thread, pair of first magnetic texure in pin thread and female thread
Mutual magnetic absorption or magnetic repulsion during inserting.
Preferably, pin thread, which offers first, is embedded chamber, female thread offers second and is embedded chamber, and the first magnetic structure is embedded at
One be embedded it is intracavitary, the second magnetic structure be embedded at second be embedded it is intracavitary.
Preferably, first is embedded chamber and aligns along being embedded chamber with second to direction interpolation.
Preferably, respectively having the assembling end assembled for braid over braid on pin thread and female thread, assembling end is offered wears for braid over braid
If perforating.
Preferably, sticking department is elastic construction, pushing tow structure is equipped with to the end of inserting lock section, pushing tow structure is along parallel
It is spaced in direction interpolation and avoiding space, pushing tow structure makes to lock in generating elastic deformation to pushing tow sticking department during inserting
Portion slides onto the position to lock together with first part, release the lock operating parts selectively sticking department is driven to do elastic deformation and be detached from
First part it is sealed.
Preferably, sticking department is comprising elastic arm and for the tapered end sealed with first part, tapered end is connect with elastic arm, and elastic arm is permanent
With the trend for driving tapered end and first part to be mutually locked；During to inserting, pushing tow structure goes to drive by pushing tow tapered end
Elastic arm generates elastic deformation and tapered end is made to slide onto the position to lock together with first part, and release the lock operating parts selectively drives bullet
Arm does elastic deformation and to be detached from tapered end sealed with first part.
Preferably, release the lock operating parts is along being parallel to direction interpolation pushing tow elastic arm along crisscrossing to direction interpolation and biased direction
Deformation direction generates elastic deformation and to be detached from tapered end sealed with first part.
Preferably, release the lock operating parts has relatively to the inclined pushing tow inclined-plane of direction interpolation, release the lock operating parts is oblique by pushing tow
Face pushing tow elastic arm generates elastic deformation.
Preferably, tapered end is in the arrangement for encircling first part, direction of the pushing tow inclined-plane edge far from pushing tow structure is from inside to outside
Inclination, release the lock operating parts do distracted elastic deformation by pushing tow inclined-plane pushing tow elastic arm.
Preferably, release the lock operating parts edge is parallel to extend outward direction interpolation and struts leg, pushing tow inclined-plane, which is formed in, to be strutted
On leg.
Preferably, outer cover, which is also provided with, places hole for strut that leg places, place hole and jack is covered outside in back to
Arrangement.
Preferably, elastic arm at least two and arranging that each elastic arm is connected with tapered end in obvolvent first part.
Preferably, the end of pushing tow structure has the first incline structure relatively inclined to direction interpolation, tapered end has and the
Matched second incline structure of one incline structure；During to inserting, by the first incline structure to the top of the second incline structure
It pushes away and so that pushing tow structure is crossed tapered end and slide onto first part and the sealed position of tapered end.
Preferably, tapered end is hook-shape structure, first part is the structure with hook groove.
Preferably, having to the pin thread or female thread of inserting lock section further includes the support for covering and supporting the first magnetic texure
Lid, Supporting cover and the first magnetic texure be respectively positioned on be embedded it is intracavitary.
Compared with prior art, the fastener of the release the lock that prevents an accident of the utility model, by inserting lock section and with lock
At least one of pin thread or the female thread for determining portion offer avoiding space, and after to inserting lock section and sticking department locking, the evacuation is empty
Between allow to slide the biased direction of direction interpolation with respect to sticking department along crisscrossing inserting lock section in pin thread and/or female thread tension
To offset position；Again due to sticking department pin thread or female thread be equipped with corresponding offset position match support, therefore to inserting lock section
It is also mutually kept out with support to stop pin thread mutually to be extracted with female thread with this when sliding onto offset position, therefore, the utility model
The fastener for the release the lock that prevents an accident is kept out by when sliding onto biasing to inserting lock section with support after pin thread and female thread are sealed, i.e.,
Unexpected release the lock operating parts of pressing is set to make sticking department and to release the lock between inserting lock section, but due to also and matching support to inserting lock section
It keeps out, therefore still not at the state of permissible extraction between pin thread and female thread, needs adult will be to inserting lock section from offset position
It removes and pin thread and female thread is made to allow to extract, therefore the fastener of the release the lock that prevents an accident of the utility model can effectively prevent infant
The purpose of release the lock or user's accident release the lock.
Detailed description of the invention
Fig. 1 is the fastener of the release the lock that prevents an accident of the utility model schematic perspective view viewed from above.
Fig. 2 is the schematic perspective view that the fastener of the release the lock that prevents an accident of the utility model is seen from the bottom up.
Fig. 3 is the fastener of the release the lock that prevents an accident of the utility model perspective view of the explosion viewed from above.
Fig. 4 is the perspective view of the explosion that the fastener of the release the lock that prevents an accident of the utility model is seen from the bottom up.
Fig. 5 is the schematic perspective view of the pin thread of the fastener of the release the lock that prevents an accident of the utility model.
Fig. 6 is the schematic perspective view of the outer cover of the fastener of the release the lock that prevents an accident of the utility model.
Fig. 7 is the schematic perspective view of the female thread of the fastener of the release the lock that prevents an accident of the utility model.
Fig. 8 is the schematic perspective view of the release the lock operating parts of the fastener of the release the lock that prevents an accident of the utility model.
Fig. 9 is the fastener of the release the lock that prevents an accident of the utility model by the planar structure after the center line cutting of its female thread excessively
Schematic diagram.
Figure 10 is the fastener of the release the lock that prevents an accident of the utility model by the three-dimensional knot after the center line cutting of its female thread excessively
Structure schematic diagram.
Specific embodiment
In order to which the technology contents, construction feature of the utility model is described in detail, below in conjunction with embodiment and cooperate attached drawing
It is described further.
Fig. 1 to Fig. 6 and Fig. 9 and Figure 10 are please referred to, the fastener 100 of the release the lock that prevents an accident of the utility model includes public affairs
Button 1, female thread 2 and release the lock operating parts 3.Female thread 2 has sticking department 4, and pin thread 1 has for locking with what sticking department 4 cooperated to inserting
Portion 5, pin thread 1 and female thread 2 along close to it is mutual to direction interpolation to insert and make sticking department 4 with it is sealed to inserting lock section 5；Certainly, root
According to actual needs, pin thread 1 also can have sticking department 4, and accordingly, female thread 2 has for locking with what sticking department 4 cooperated to inserting
Portion 5 equally can also make pin thread 1 and female thread 2 sealed, therefore be not limited.Release the lock operating parts 3 is actively set on female thread 2；When
So, according to actual needs, release the lock operating parts 3 can also be actively set on pin thread 1, therefore be not limited.To inserting lock section 5 and
Female thread 2 with sticking department 4 respectively offers avoiding space 6, and avoiding space 6 allows and locks in 2 tension of pin thread 1 and/or female thread
Determine portion 4 it is sealed after an offset bit is slid into respect to sticking department 4 to the biased direction of direction interpolation P along crisscrossing to inserting lock section 5
It sets；It certainly, according to actual needs, can be by inserting lock section 5 or the female thread 2 with sticking department 4 offers avoiding space 6, equally
Can make it is sealed to inserting lock section 5 and sticking department 4 after slide onto offset position, therefore be not limited.Female thread with sticking department 4
2 match support 7 equipped with corresponding offset position, also keep out when being located at offset position to inserting lock section 5 with 7 phase of support to stop
Pin thread 1 and female thread 2 are mutually extracted；Certainly, according to actual needs, the pin thread 1 with sticking department 4 can be equipped with corresponding offset bit
That sets matches support 7, therefore is not limited.More specifically, as follows:
Fig. 5, Fig. 6, Fig. 9 and Figure 10 are please referred to, is escape groove to the avoiding space 6 on the 4b of inserting lock section, by escape groove,
Enable and is smoothly slid by offset position and is kept out with support 7 is matched for inserting lock section 5, and the side wall 6a of escape groove is along biasing side
It is used for the first part 51 sealed with sticking department 4 to will be separated out to inserting lock section 5 and is used for and kept out with support 7 second
Divide 52；It is preferably to be two to the avoiding space 6 on inserting lock section 5 and be in opposite arrangement on to inserting lock section 5, i.e.,
It is to say, escape groove is two, so that first part 51 and second part 52 that the side wall 6a of escape groove is separated out are respectively two, two
A first part 51 is in positioned opposite, and two second parts 52 are in positioned opposite, to facilitate user need not during to slotting
Take excessive time observation to inserting lock section 5 and be described below between jack 211 to slotting positioning, still, to insert
Quantity with the second part 52 on lock section 5 is without being limited thereto.
Fig. 5, Fig. 6, Fig. 9 and Figure 10 are please referred to, the female thread 2 with sticking department 4 includes outer cover 21 and is assembled in outer cover 21
Button 22, sticking department 4 is formed on button 22, and outer cover 21 offers sealed with sticking department 4 again for passing through to inserting lock section 5
To jack 211, avoiding space 6 on female thread 2 is the avoid holes communicated on outer cover 21 and with to jack 211, by evacuation
Hole is communicated with to jack 211, so that can be in avoid holes when passing through sealed with sticking department 4 again to jack 211 to inserting lock section 5
Slide onto offset position；And be formed on outer cover 21 with support 7, be preferably be located at outer cover 21 with support 7 with avoid holes it
On hole wall 6b adjacent inner surface, therefore when offset position is slid onto avoid holes to inserting lock section 5, enables to second part
52 promptly keep out with 7 phase of support, to have the advantages that prevention is rapid, simple and quick and more time saving.
Please refer to Fig. 9 and Figure 10, the side channel wall 6a of escape groove is when being located at offset position to inserting lock section 5 and avoid holes
Hole wall 60b phase is close to, and also keeps out with support 7 when being located at offset position to inserting lock section 5, therefore by the side channel wall of escape groove
6a is close to the hole wall 6b phase of avoid holes, so that second part 52 to inserting lock section 5 and with keeping out between support 7
It is more strong, more efficiently prevent from unexpected release the lock.Specifically, the 6b of the hole wall on the surface and avoid holes of the side channel wall 6a of escape groove
Surface is respectively plane, and certainly, according to actual needs, the surface of the hole wall 6b on the surface and avoid holes of the side channel wall 6a of escape groove is each
For mutually matched curved surface, therefore it is not limited.It for example, is circular hole to jack 211, avoid holes are rectangular opening, circular arc
Connection is intersected in hole with rectangular opening, so that passing through inserting lock section 5 to sliding onto offset bit in avoid holes again after jack 211
It sets, therefore is not limited.
Fig. 7, Fig. 9 and Figure 10 are please referred to, button 22 offers edge and is parallel to direction interpolation P evacuation corresponding with avoid holes
Notch 221, second part 52 is slid into during sliding onto offset position to inserting lock section 5 in evacuation notch 221, by evacuation
Notch 221 not will receive the dry of the barrier inside button 22 during so that sliding in avoid holes to inserting lock section 5
It disturbs, so that quickly arriving at offset position to the second part 52 of inserting lock section 5 and mutually being kept out with support 7.
It please refers to Fig.1 to Fig.4, Fig. 9 to Figure 10, the fastener 100 of the release the lock that prevents an accident of the utility model further includes first
Magnetic texure 8 and the second magnetic texure 9, the first magnetic texure 8 are set on pin thread 1, and the second magnetic texure 9 is set on female thread 2, the
One magnetic texure 8 pin thread 1 and female thread 2 to it is slotting during mutual magnetic absorption, on the one hand make the button of pin thread 1 Yu female thread 2
Close more rapidly, on the other hand, even if sticking department 4 and sealed with being detached between lock section 5 to inserting, also because of the first magnetic texure 8 and
The mutual magnetic absorption of second magnetic texure 9 and remain engaged with state, therefore, user moves the second part 52 to inserting lock section 5
From also needing to overcome the magnetism between the first magnetic texure 8 and the second magnetic texure 9 after offset position, it can just make pin thread 1 and female thread 2
It mutually extracts, the effect to prevent an accident is more preferable；It certainly, according to actual needs, can be by the first magnetic texure 8 and the second magnetic texure
9 in pin thread 1 and female thread 2 to during inserting being designed to mutual magnetic repulsion, therefore be not limited.Specifically, pin thread 1 offers
First is embedded chamber 10a, and female thread 2, which offers, is embedded chamber 10b, and the first magnetic texure 8 is embedded at first and is embedded in chamber 10a, the second magnetic
Property structure 9 is embedded at second and is embedded in chamber 10b；Preferably being that first is embedded chamber 10a and second is embedded chamber 10b along to direction interpolation P
It aligns, so that the adsorption between the first magnetic texure 8 and the second magnetic texure 9 is stronger, but not limited to this.Citing
For, the first magnetic texure 8 and the second magnetic texure 9 are respectively magnet；Certainly, according to actual needs, the first magnetic texure 8 and
One of two magnetic texures 9 are magnet, and another one is in metal structure, therefore without being limited thereto.It will be appreciated that since female thread 2 wraps
Containing outer cover 21 and button 22, second at this time is embedded chamber 10b and is opened on button 22, in addition, having the pin thread 1 to inserting lock section 5
It further include the Supporting cover 11 for covering and supporting the first magnetic texure 8, Supporting cover 11 and the first magnetic texure 8 are respectively positioned on first and are embedded
In chamber 10a, therefore but not limited to this.
Fig. 3 and Fig. 4 is please referred to, respectively there is the assembling end 12 assembled for braid over braid on pin thread 1 and female thread 2, assembling end 12 is opened
Equipped with the perforating 121 worn for braid over braid, in order to the installation of braid over braid.It will be appreciated that since female thread 2 includes outer cover 21
And button 22, so when female thread 2 on perforating 121 be located at outer cover 21, but not limited to this.
Please refer to Fig. 5 to Figure 10, sticking department 4 is elastic construction, to having pushing tow structure 53 on the end of inserting lock section 5；
In to insert during, 53 pushing tow sticking department 4 of pushing tow structure and make sticking department 4 generate elastic deformation, so that sticking department 4 be made to slide onto
The position to lock together with the first part 51 to inserting lock section 5, therefore by pushing tow structure 53, make first part 51 more rapidly, it is suitable
It is freely sealed with sticking department 4.Release the lock operating parts 3 selectively drives sticking department 4 to do elastic deformation and be detached from and first part 51
It is sealed.Pushing tow structure 53 is spaced direction interpolation P and avoiding space 6 along being parallel to.Specifically, sticking department 4 includes elastic arm 41
And for the tapered end 42 sealed with first part 51, tapered end 42 is connect with elastic arm 41, is preferably, elastic arm 41 and tapered end 42 2
Person collectively forms integral structure, and tapered end 42 is made to be suspended in the center of female thread 2 by elastic arm 41, state as shown in Figure 7, to make
Obtaining elastic arm 41 more reliably drives tapered end 42 to move.41 perseverance of elastic arm, which has, drives tapered end 42 to become with what first part 51 was mutually locked
Gesture；Therefore during to inserting, pushing tow structure 53 goes that elastic arm 41 is driven to generate elastic deformation by pushing tow tapered end 42, to make tapered end
42 slide onto the position to lock together with first part 51, realize pin thread 1 and female thread 2 in the purpose to automatic locking during inserting；
Release the lock operating parts 3 selectively drives elastic arm 41 to do elastic deformation, so that it is sealed with first part 51 to be detached from tapered end 42,
Preferably be, release the lock operating parts 3 along being parallel to direction interpolation P pushing tow elastic arm 41, make elastic arm 41 along crisscrossing to direction interpolation P and
The deformation direction of biased direction generates elastic deformation and to be detached from tapered end 42 sealed with first part 51 so that tapered end 42 and
Release the lock process between first part 51 is simple and direct.For example, in this present embodiment, elastic arm 41 is two and in obvolvent to inserting
Lock section 5 arranges that each elastic arm 41 is connected with tapered end 42, so that tapered end 42 is in the arrangement for encircling first part 51, so that lock
First 42 is more reliably sealed with first part 51, so that pin thread 1 and the fastening of female thread 2 are more solid and reliable；Certainly, according to
Actual needs, the quantity of elastic arm 41 can be differed with three, four or five, therefore without being limited thereto；It is preferably that tapered end 42 selects
For hook-shape structure, first part 51 is buckle slot structure, to make pin thread 1 and mother by the cooperation of hook-shape structure and hook groove structure
2 fastening of button is even closer, and is not easily disconnected from；Meanwhile female thread 2 is hollow structure, the middle part of female thread 2 has horizontal intermediate supports
Arm 23, intermediate supports arm 23 is between two elastic arms 41 and is connected on the corresponding two sidewalls of female thread 2, to increase the strong of female thread 2
Degree.
Fig. 5 to Figure 10 is please referred to, the end of pushing tow structure 53 has the first incline structure relatively inclined to direction interpolation P
531, tapered end 42 has and matched second incline structure 421 of the first incline structure 531；During to inserting, incline by first
Biassed fabric 531 makes pushing tow structure 53 cross tapered end 42 easily the pushing tow of the second incline structure 421, and makes pushing tow structure 53
The position for sliding onto first part 51 and the locking of tapered end 12, to facilitate the locking of pin thread 1 Yu female thread 2.
Fig. 5 to Figure 10 is please referred to, release the lock operating parts 3 has relatively to the inclined pushing tow inclined-plane 31 direction interpolation P, release the lock operation
Part 3 generates elastic deformation by 31 pushing tow elastic arm 41 of pushing tow inclined-plane, so that tapered end 42 is detached from first part 51 with release the lock.Due to lock
First 42 tilt in the arrangement for encircling first part 51, pushing tow inclined-plane 31 along the direction far from pushing tow structure 53 from inside to outside, release the lock
Operating parts 3 does distracted elastic deformation by 31 pushing tow elastic arm 41 of pushing tow inclined-plane, realizes that elastic arm 41 drives tapered end 42 to be detached from outward
It is sealed with first part 51；Certainly, according to actual needs, tapered end 42 can also be driven inwardly to be detached from and first by elastic arm 41
Points 51 sealed, therefore without being limited thereto.For example, release the lock operating parts 3 struts leg 32 along being parallel to extend outward direction interpolation P,
Pushing tow inclined-plane 31, which is formed in, to be strutted on leg 32, and accordingly, outer cover 21, which is also provided with, places hole 212 for strut that leg 32 places, is worn
Set hole 212 and to jack 211 on outer cover 21 in back to arrangement.It automatically resets for the ease of release the lock operating parts 3, the utility model
The release the lock that prevents an accident fastener 100 further include for release the lock operating parts 3 reset the elastic component 13 of elastic force is provided, elastic component 13 is more excellent
It is designed as the structures such as Elastic plastic-rubber according to actual needs certainly for spring, but not limited to this；Specifically, elastic component 13 supports
It touches between release the lock operating parts 3 and female thread 2, but not limited to this.It will be appreciated that since female thread 2 includes outer cover 21 and button
22, elastic component 13 at this time contacts between release the lock operating parts 3 and button 22.
In conjunction with Fig. 1 to Figure 10, the working principle of the fastener 100 of the release the lock that prevents an accident of the utility model is illustrated:
When needing that pin thread 1 and female thread 2 is sealed, pin thread 1 penetrates to jack inserting lock section 5 to inserting towards the direction close to female thread 2
In 211 and make sealed to the first part 51 of inserting lock section and the tapered end 42 on sticking department 4；Pin thread 1 and female thread 2 after sealed
Because by caused by the infant taken on infant carrier device under pulling force effect so that after sealed to inserting lock section 5 towards keeping away
Hole direction is allowed to slide onto offset position, so that the side channel wall 6a of escape groove is close to the hole wall 6b phase of avoid holes, meanwhile, it is right
Second part 52 on inserting lock section 5 and being kept out with 7 phase of support on outer cover 21；Therefore, even if pressing release the lock operating parts 3
Be detached from sticking department 4 with first part 51 sealed, still, due at this time to inserting lock section 5 be located at offset position and with supporting
7 phase of portion is kept out, so when pin thread 1 can not be extracted with respect to female thread 2, achieve the purpose that the release the lock that prevents an accident.When needing to make pin thread 1
When mutually extracting with female thread 2, user needs by sliding to inserting lock section 5 along the direction far from avoid holes on pin thread 1, so that right
Inserting lock section 5 is detached from second part 52 and with keeping out between support 7, pin thread 1 at this time just may be used
Opposite female thread 2 is extracted.
Compared with prior art, the fastener 100 of the release the lock that prevents an accident of the utility model, by inserting lock section 5 and tool
At least one of pin thread 1 or the female thread 2 for having sticking department 4 offer avoiding space 6, when to inserting lock section 5 and the locking of sticking department 4
Afterwards, which allows to inserting lock section 5 in 2 tension of pin thread 1 and/or female thread along the biasing side crisscrossed to direction interpolation P
Offset position is slid onto opposite sticking department 4；Again due to sticking department 4 pin thread 1 or female thread 2 be equipped with corresponding offset position
With support 7, therefore also keep out with this with 7 phase of support to stop pin thread 1 and 2 phase of female thread when sliding onto offset position to inserting lock section 5
Mutually extract, therefore the fastener 100 of the release the lock that prevents an accident of the utility model pin thread 1 and female thread 2 it is sealed after by inserting lock section 5
When sliding onto biasing with keep out with support 7, even if it is unexpected press release the lock operating parts 3 make sticking department 4 with to inserting lock section 5 it
Between release the lock, but due to inserting lock section 5 also with keep out with support 7, therefore still not at permissible extraction between pin thread 1 and female thread 2
State, need adult that will remove to inserting lock section 5 from offset position and pin thread 1 and female thread 2 made to allow to extract, therefore this is practical new
The fastener 100 of the release the lock that prevents an accident of type can effectively prevent infant's release the lock and user's accident release the lock.
Above disclosed is only the preferred embodiments of the utility model, and the power of the utility model cannot be limited with this
Sharp range, therefore equivalent variations made according to the claim of the utility model belong to the range that the utility model is covered.
Claims (23)
1. a kind of fastener for the release the lock that prevents an accident, including pin thread, female thread and release the lock operating parts, in the pin thread and the female thread
One has sticking department, and the other of the pin thread and the female thread have for locking with what the sticking department cooperated to inserting
Portion, the pin thread and female thread along close to it is mutual to direction interpolation to insert and make the sticking department with it is described sealed to inserting lock section,
The release the lock operating parts is actively set on the pin thread or female thread, which is characterized in that described to inserting lock section and with described
At least one of pin thread or female thread of sticking department offer avoiding space, the avoiding space allow with the sticking department it is sealed after
Described one offset position is slid onto along crisscrossing the relatively described sticking department of the biased direction to direction interpolation to inserting lock section；
Pin thread or female thread with the sticking department are equipped with the support of matching of the corresponding offset position, it is described inserting lock section is located at it is described
It is also mutually kept out with support to stop the pin thread mutually to be extracted with female thread with described when offset position.
2. the fastener of the release the lock according to claim 1 that prevents an accident, which is characterized in that the evacuation on inserting lock section
Space is escape groove, and described be separated out to inserting lock section is used for and the lock by the side wall of the escape groove along the biased direction
Determine sealed first part, portion and for the second part kept out with support.
3. the fastener of the release the lock according to claim 2 that prevents an accident, which is characterized in that with the sticking department pin thread or
Female thread is formed on the button comprising outer cover and the button being assembled in the outer cover, the sticking department, and the outer cover opens up
Have and inserting lock section is passed through again for described sealed to jack with the sticking department, the avoiding space on the pin thread or female thread is
Positioned at it is described it is outer cover and with the avoid holes that jack is communicated, it is described to be formed in described outer cover with support.
4. the fastener of the release the lock according to claim 3 that prevents an accident, which is characterized in that the side channel wall of the escape groove is in institute
It states and is mutually close to when being located at the offset position to inserting lock section with the hole wall of the avoid holes.
5. the fastener of the release the lock according to claim 4 that prevents an accident, which is characterized in that the side channel wall of the escape groove with keep away
Both the hole wall in hole is allowed to be mutually plane at abutting.
6. the fastener of the release the lock according to claim 3 that prevents an accident, which is characterized in that described is circular hole, institute to jack
Stating avoid holes is rectangular opening, and the circular hole intersects connection with the rectangular opening.
7. the fastener of the release the lock according to claim 3 that prevents an accident, which is characterized in that described to be located at the outer cover with support
The inner surface adjacent with the hole wall of the avoid holes on.
8. the fastener of the release the lock according to claim 3 that prevents an accident, which is characterized in that the button offers edge and is parallel to
It is described to direction interpolation evacuation notch corresponding with the avoid holes, the second part slides onto institute to inserting lock section in described
Offset position is stated to slide into the evacuation notch in the process.
9. the fastener of the release the lock according to claim 1 that prevents an accident, which is characterized in that the evacuation on inserting lock section
Space be two and it is described on inserting lock section be in opposite arrangement.
10. the fastener of the release the lock according to claim 1 that prevents an accident, which is characterized in that further include the first magnetic texure and
Second magnetic texure, first magnetic texure are set on the pin thread, and second magnetic texure is set on the female thread, institute
State the first magnetic texure the pin thread and female thread to it is slotting during mutually magnetic absorption or magnetic repulsion.
11. the fastener of the release the lock according to claim 10 that prevents an accident, which is characterized in that it is embedding that the pin thread offers first
If chamber, the female thread offers second and is embedded chamber, first magnetic structure be embedded at described first be embedded it is intracavitary, described second
Magnetic structure be embedded at described second be embedded it is intracavitary.
12. the fastener of the release the lock according to claim 11 that prevents an accident, which is characterized in that described first is embedded chamber described in
Chamber is embedded with described second to direction interpolation to align.
13. the fastener of the release the lock according to claim 1 that prevents an accident, which is characterized in that respectively have on the pin thread and female thread
There is the assembling end for braid over braid assembling, the assembling end offers the perforating worn for the braid over braid.
14. the fastener of the release the lock according to claim 3 that prevents an accident, which is characterized in that the sticking department is elastic construction,
The end to inserting lock section is equipped with pushing tow structure, and the pushing tow structure is described to direction interpolation and the evacuation along being parallel to
Spaced apart, the pushing tow structure keep the sticking department sliding in generating elastic deformation sticking department described in pushing tow during inserting
The position to lock together with the first part is moved to, the release the lock operating parts selectively drives the sticking department to do elastic deformation
And it is detached from sealed with the first part.
15. the fastener of the release the lock according to claim 14 that prevents an accident, which is characterized in that the sticking department include elastic arm and
For the tapered end sealed with the first part, the tapered end is connect with the elastic arm, and the elastic arm perseverance, which has, drives the lock
The trend that head is mutually locked with the first part；During to inserting, the pushing tow structure removes band by tapered end described in pushing tow
The elastic arm is moved to generate elastic deformation and the tapered end is made to slide onto the position to lock together with the first part, the release the lock behaviour
Workpiece selectively drives the elastic arm to do elastic deformation and to be detached from the tapered end sealed with the first part.
16. the fastener of the release the lock according to claim 15 that prevents an accident, which is characterized in that the release the lock operating parts is along parallel
Bullet is generated along the deformation direction to direction interpolation and the biased direction is crisscrossed in the elastic arm described in direction interpolation pushing tow
Property deformation and to be detached from the tapered end sealed with the first part.
17. the fastener of the release the lock according to claim 16 that prevents an accident, which is characterized in that the release the lock operating parts has phase
To described to the inclined pushing tow inclined-plane of direction interpolation, the release the lock operating parts generates bullet by elastic arm described in pushing tow inclined-plane pushing tow
Property deformation.
18. the fastener of the release the lock according to claim 17 that prevents an accident, which is characterized in that the tapered end is in encircling described the
The arrangement of a part, the pushing tow inclined-plane tilt from inside to outside along the direction far from the pushing tow structure, the release the lock operating parts
Distracted elastic deformation is done by elastic arm described in pushing tow inclined-plane pushing tow.
19. the fastener of the release the lock according to claim 18 that prevents an accident, which is characterized in that the release the lock operating parts is along parallel
Leg is strutted in described extend outward to direction interpolation, the pushing tow inclined-plane is formed in described strut on leg.
20. the fastener of the release the lock according to claim 19 that prevents an accident, which is characterized in that the outer cover is also provided with for institute
State the hole that places for strutting that leg places, it is described to place hole and jack outer is covered in back to arrangement described.
21. the fastener of the release the lock according to claim 15 that prevents an accident, which is characterized in that the elastic arm at least two and
It is arranged in first part described in obvolvent, each elastic arm is connected with the tapered end.
22. the fastener of the release the lock according to claim 21 that prevents an accident, which is characterized in that the end of the pushing tow structure has
There is relatively described the first incline structure inclined to direction interpolation, the tapered end has and first incline structure matched second
Incline structure；During to inserting, the top is made to the pushing tow of second incline structure by first incline structure
Selection structure crosses the tapered end and slides onto the first part and the sealed position of tapered end.
23. the fastener of the release the lock according to claim 22 that prevents an accident, which is characterized in that the tapered end is hook-shape structure,
The first part is the structure with hook groove.
Priority Applications (26)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821544286.XU CN209573440U (en) | 2018-09-20 | 2018-09-20 | The fastener for the release the lock that prevents an accident |
| CA3101673A CA3101673A1 (en) | 2017-12-07 | 2018-12-06 | Magnetic buckling assembly comprising a male buckling component and a female buckling component |
| US16/211,248 US10874178B2 (en) | 2017-12-07 | 2018-12-06 | Magnetic buckling assembly |
| CA3026703A CA3026703C (en) | 2017-12-07 | 2018-12-06 | Magnetic buckling assembly |
| JP2018229741A JP6837466B2 (en) | 2017-12-07 | 2018-12-07 | Magnetic buckle assembly |
| EP18210953.8A EP3494826B1 (en) | 2017-12-07 | 2018-12-07 | Magnetic buckling assembly |
| ES18210953T ES2967792T3 (en) | 2017-12-07 | 2018-12-07 | Magnetic Brooch Set |
| KR1020180157014A KR102208912B1 (en) | 2017-12-07 | 2018-12-07 | Magnetic buckling assembly |
| EP21196333.5A EP3957204A1 (en) | 2017-12-07 | 2018-12-07 | Magnetic buckling assembly |
| US16/989,910 US11758987B2 (en) | 2017-12-07 | 2020-08-11 | Magnetic buckling assembly |
| US17/080,281 US11266208B2 (en) | 2017-12-07 | 2020-10-26 | Male buckling component for magnetic buckling assembly |
| KR1020210008274A KR102349460B1 (en) | 2017-12-07 | 2021-01-20 | Magnetic buckling assembly |
| JP2021019265A JP7444803B2 (en) | 2017-12-07 | 2021-02-09 | Male buckle parts for magnetic buckle assemblies |
| JP2021019248A JP6986643B2 (en) | 2017-12-07 | 2021-02-09 | Male buckle parts for magnetic buckle assembly |
| US17/322,682 US11903455B2 (en) | 2017-12-07 | 2021-05-17 | Female buckling component for magnetic buckling assembly |
| JP2021093505A JP7355783B2 (en) | 2017-12-07 | 2021-06-03 | Female buckle parts for magnetic buckle assemblies |
| JP2021093506A JP7356472B2 (en) | 2017-12-07 | 2021-06-03 | Male buckle components for magnetic buckling assemblies |
| US17/518,920 US11758988B2 (en) | 2017-12-07 | 2021-11-04 | Magnetic buckling assembly |
| KR1020220001630A KR102608478B1 (en) | 2017-12-07 | 2022-01-05 | Magnetic buckling assembly |
| US18/135,001 US20230248122A1 (en) | 2017-12-07 | 2023-04-14 | Magnetic buckling assembly |
| JP2023192095A JP2024010230A (en) | 2017-12-07 | 2023-11-10 | magnetic buckle assembly |
| KR1020230166798A KR20230165185A (en) | 2017-12-07 | 2023-11-27 | Magnetic buckling assembly |
| US18/414,766 US20240148114A1 (en) | 2017-12-07 | 2024-01-17 | Magnetic buckling assembly |
| JP2024028478A JP2024057059A (en) | 2017-12-07 | 2024-02-28 | Magnetic buckle assembly and method of operation thereof |
| JP2024028477A JP2024057058A (en) | 2017-12-07 | 2024-02-28 | Magnetic buckle assembly and method of operation thereof |
| JP2024032221A JP2024059953A (en) | 2017-12-07 | 2024-03-04 | Magnetic buckle assembly and method of operation thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821544286.XU CN209573440U (en) | 2018-09-20 | 2018-09-20 | The fastener for the release the lock that prevents an accident |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209573440U true CN209573440U (en) | 2019-11-05 |
Family
ID=68373107
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821544286.XU Active CN209573440U (en) | 2017-12-07 | 2018-09-20 | The fastener for the release the lock that prevents an accident |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209573440U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111853002A (en) * | 2019-04-30 | 2020-10-30 | 明门瑞士股份有限公司 | Lateral lock releasing fastener |
-
2018
- 2018-09-20 CN CN201821544286.XU patent/CN209573440U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111853002A (en) * | 2019-04-30 | 2020-10-30 | 明门瑞士股份有限公司 | Lateral lock releasing fastener |
| CN111853002B (en) * | 2019-04-30 | 2022-05-24 | 明门瑞士股份有限公司 | Lateral lock releasing fastener |
| CN114658729A (en) * | 2019-04-30 | 2022-06-24 | 明门瑞士股份有限公司 | Lateral locking fastener |
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