CN206043659U - Securing member, band and table - Google Patents

Abstract

This utility model provides a kind of securing member, and which possesses：Fastener (10), in the state of the 1st, the 2nd band installing component (7,8) is locked on coincidence by which；With sticking department (11), by the fastener (10) to the 1st, the 2nd locking state realized with installing component (7,8), the sticking department (11) possesses for its locking：Locking member (24), which enters line slip in locked；With clamping limiting part (25), which is from the sandwich locking member (24).Therefore, locking member (24) can effectively be clamped from both sides using clamping limiting part (25), even if therefore by being impacted from outside, also it is unlikely to unintentionally to release the locking realized by sticking department (11), and the lock-out state that sticking department (11) realizes can be maintained conscientiously and well.

Description

Securing member, band and table

Technical field

This utility model is related to the securing member for bands such as table, bag, medicated clothings, the band for possessing the securing member and possesses this The table of band.

Background technology

For example, for the securing member of band, it is known that a kind of JP 2005-261477 for belonging to Japanese documentation is public Described structure in report, which possesses：1st installing component, which is used for the one end for installing band；2nd installing component, which is used to pacify Fill the other end of band and overlap with the 1st installing component；Fastener, which is overlapped with the 2nd installing component in the 1st installing component In the state of can not only engage but also separatably engaged；And sticking department, its lockable/releasing is by the fastener to the 1st installation The locking state that part and the 2nd installing component are realized.

The sticking department of this class securing member possesses：Sticking department, fastener is being locked in the latched position of locking state for which Enter line slip with the unlocked position to the locking of the locking state of fastener is released；Guiding installation portion, which is used to slidably protect Hold the sticking department；With slip limiting unit, which is located at the guiding installation portion and the slip to sticking department is limited.

In this case, the slip limiting unit of sticking department possesses on the thickness direction of band the i.e. plate of above-below direction elastic deformation Spring portion, is provided with engaging protrusion portion in the leading section of the plate spring part, using elastic engaging, makes the engaging protrusion portion be located at sticking department Either one of lock recess set by latched position or the unblock recess set by the unlocked position of sticking department, to sticking department Slip is limited.

However, for the securing member of this band, when applying from outside impact, causing sticking department to the thickness side of band The plate spring part of slip limiting unit is pressed downward, locking of the slip limiting unit to sticking department thus can be made to die down, and easily come off.Cause , there is problem below in this, when impact is applied in, cause locking of the slip limiting unit to sticking department to be released from.

Utility model content

Even if this utility model needs the problem for solving to be to provide one kind being impacted, sticking department also can be effectively maintained Securing member to the lock-out state of fastener, possess its band and possess the table of this band.

The utility model is related to a kind of securing member, it is characterised in that possess：1st part；2nd part, its with described 1st Part overlaps；Fastener, the 1st part and the 2nd part are locked in the state of overlapping by which；And sticking department, its locking The locking state realized with the 2nd part to the 1st part by the fastener, the sticking department are possessed：Locking member, Which enters line slip in the latched position for locking the fastener and by the unlocked position of the latch-release of the fastener；And folder Limiting part is held, which clamps the locking member from the orthogonal direction of the glide direction relative to the locking member, and to institute The slip for stating locking member is limited.

According to this utility model, can effectively from the lock of sandwich sticking department using the clamping limiting part of sticking department Determine part, even if therefore by being impacted from outside, locking of the sticking department to fastener also unexpectedly will not be unlocked, can be with Lock-out state of the sticking department to fastener is maintained effectively.

Description of the drawings

Fig. 1 is to represent that this utility model is used for the amplification stereogram of an embodiment of wrist-watch.

Fig. 2 is to represent the amplification stereogram with securing member for being installed on the watch bracelet shown in Fig. 1.

Fig. 3 A are the amplification plan views with securing member shown in Fig. 2.

Fig. 3 B are the enlarged side views with securing member shown in Fig. 2.

Fig. 3 C are the A-A of Fig. 3 A to the amplification view for regarding.

Fig. 4 is represented in the state of launching which the with securing member the 2nd band installing component opening shown in Fig. 2, The amplification stereogram of the 2nd rear side with installing component.

Fig. 5 is the amplification plan view for representing the fastener with securing member shown in Fig. 2.

Fig. 6 A are will to remove the 1st amplification stereogram with installing component state with securing member shown in Fig. 2.

Fig. 6 B are will to remove the 1st amplification plan view with installing component state with securing member shown in Fig. 2.

Fig. 6 C are will to remove the 1st enlarged side view with installing component state with securing member shown in Fig. 2.

Fig. 6 D are the amplification views that the B-B direction of Fig. 6 B is regarded.

Fig. 7 A are by the amplification stereogram that guiding installing component state is removed with securing member shown in Fig. 6 A～6D.

Fig. 7 B are by the amplification plan view that guiding installing component state is removed with securing member shown in Fig. 6 A～6D.

Fig. 7 C are by the enlarged side view that guiding installing component state is removed with securing member shown in Fig. 6 A～6D.

Fig. 7 D are the C-C of Fig. 7 B to the amplification view for regarding.

Fig. 8 A are the amplification stereograms of the guiding installing component with securing member shown in Fig. 6 A～6D.

Fig. 8 B are the amplification plan views of the guiding installing component with securing member shown in Fig. 6 A～6D.

Fig. 8 C are the enlarged side views of the guiding installing component with securing member shown in Fig. 6 A～6D.

Fig. 8 D are the D-D of Fig. 8 B to the amplification view for regarding.

Fig. 9 A are the amplification stereograms of the locking member with securing member shown in Fig. 7 A～7D.

Fig. 9 B are the amplification plan views of the locking member with securing member shown in Fig. 7 A～7D.

Fig. 9 C are the enlarged side views of the locking member with securing member shown in Fig. 7 A～7D.

Fig. 9 D are the E-E of Fig. 9 B to the amplification view for regarding.

Figure 10 A are the amplification stereograms of the clamping limiting part with securing member shown in Fig. 7 A～7D.

Figure 10 B are the amplification plan views of the clamping limiting part with securing member shown in Fig. 7 A～7D.

Figure 10 C are the enlarged side views of the clamping limiting part with securing member shown in Fig. 7 A～7D.

Specific embodiment

Hereinafter, referring to the drawings, the embodiment that this utility model is used for wrist-watch is illustrated.

For the wrist-watch, as shown in figure 1, possessing Wristwatch case 1.2 points of sides of the Wristwatch case 1,3 points of sides, 4 points of sides, 8 Point side, 9 points of sides are respectively equipped with switching part 2.In addition, 12 points of sides of the Wristwatch case 1 and 6 points of sides be provided with for install watchband 4, 5 band installation portion 3.

In this case, for the watchband 4 in watchband 4,5, as shown in figure 1, one end 4a is mounted on Wristwatch case The band installation portion 3 of 1 12 points of sides.In addition, for another watchband 5, one end 5a is mounted on 6 points of sides of Wristwatch case 1 Band installation portion 3.For the watchband 4,5, as shown in Fig. 2 its respective the other end 4b, 5b are installed with band securing member 6 connecting Knot.

For the band securing member 6, as shown in Fig. 2 and Fig. 3 A～3C, possess：1st band installing component 7, which is used for installation one Watchband 4；2nd band installing component 8, which is used to install another watchband 5, and overlaps with the 1st band installing component 7；Fastener 10, both may be used Engaging is separatably engaged with the 2nd band installing component 8 in the state of overlapping to the 1st band installing component 7 again；And sticking department 11, can not only engage but also separatably lock by the fastener 10 pairs the 1st with installing component 7 and the 2nd card realized with installing component 8 Only state.

1st band installing component 7 is configured to, and as shown in Fig. 2 and Fig. 3 A～3C, which is used for the another of the watchband 4 of 12 points of sides of installation One end 4b, its other end 4b side to the watchband 4 are covered.That is, the 1st band installing component 7 possesses：Surface element 7a, Which is configured at the surface of the other end 4b sides of watchband 4；With a pair of side surface parts 7b, its be located at the both ends of surface element 7a and with The both sides of watchband 4 are corresponding, are provided with the another of watchband 4 in the one end (right part in Fig. 2) of the pair of side surface part 7b One end 4b.

In this case, the surface element 7a with installing component 7 for the 1st, as shown in Fig. 2 and Fig. 3 A～3C, is formed as gentle The rectangle of bending.Surface element 7a is formed as, the length and the length with watchband 4 of the width orthogonal with its length direction The length of the orthogonal width in direction is roughly the same length.In addition, surface element 7a is formed as, the length of its length direction Length of the degree more than orthogonal to that width, and be of about 2 times of length.In the other end side (Fig. 2 of surface element 7a In left part side) be provided with the operation aperture portion 12 of rectangle.

In addition, a pair of side surface parts 7b are formed as, as shown in Fig. 2 and Fig. 3 A～3C, with surface element 7a in the longitudinal direction Length is equal length, and the length of the length on the thickness direction of watchband 4, i.e. above-below direction and the thickness of watchband 4 are big Cause identical length.In the one end side (the right part side in Fig. 2) of the pair of side surface part 7b, the laterally length side of portion 7b To and by equal intervals be provided with it is multiple band installing holes 13.Thus, watchband 4 is configured to, and its other end 4b (is not schemed by pin member Show) be installed in a pair of side surface parts 7b it is multiple with installing hole 13 in arbitrary place.

In addition, in the other end side (the left part side in Fig. 2) of the pair of side surface part 7b, such as Fig. 2 and Fig. 3 A～3C It is shown, it is provided with for installing the 2nd member mounting holes 14 with installing component 8 by pin member 14a (reference picture 3C).In addition, At the substantially pars intermedia of a pair of side surface parts 7b, rectangular card is provided with the state adjacent with the operation aperture portion 12 of surface element 7a Only patchhole 15.Further, in the pair of side surface part 7b, with positioned at locking patchhole 15 and multiple between installing hole 13 State is provided with guiding installing hole 16.

In addition, for the 2nd band installing component 8, as shown in figure 4, possessing：1st plate portion 17, which is installed on the 1st band installation portion Part 7, and the 2nd plate portion 18, which is used for the other end 5b for installing 6 points of side watchbands 5, and they are by rotating linking part 19 rotatably Link and overlap.

That is, for the 1st plate portion 17, as shown in figure 4, the length of its length direction is more than the 1st band installing component 7 in length side Length upwards, and the length of the width orthogonal with its length direction, and the width side orthogonal with the length direction of watchband 5 To length be equal length, form substantially band plate-like.1st plate portion 17 is formed as, with the 1st bending with installing component 7 Identical shape bends.

In this case, the 1st plate portion 17 is configured to, as shown in figure 4, pars intermedia in the width direction is provided with along the 1st plate The embedded hole 17a of the total length of 17 length direction of portion.In addition, for the 1st plate portion 17, one end (right part in Fig. 4) sets There is component mounting portion 17b, make component mounting portion 17b be rotatably mounted in the 1st band peace by pin member 14a (reference picture 3C) The member mounting holes 14 of dress part 7.

For the 2nd plate portion 18, as shown in figure 4, in the band plate-like chimeric with the embedded hole 17a of the 1st plate portion 17, and formed with Bend with the bending identical shape of the 1st plate portion 17.For the 2nd plate portion 18, one end (left part in Fig. 4) is provided with band Installation portion 18a, this is provided with the other end 5b of 6 points of side watchbands 5 with installation portion 18a.In this case, the 2nd plate portion 18 be provided with Set linking part 17c chimeric chimeric recess 18b in the embedded hole 17a of the 1st plate portion 17.

In addition, for the 1st plate portion 17 and the 2nd plate portion 18, as shown in figure 4, making the 1st plate portion 17 by rotating linking part 19 The other end (right part in Fig. 4) rotatably link with the other end (left part in Fig. 4) of the 2nd plate portion 18.By This, the 2nd band installation portion 8 is configured to, in the state of the 1st plate portion 17 is installed in the 1st band installing component 7, when rotating link When the 1st plate portion 17 is rotated and is overlapped with the 2nd plate portion 18 centered on portion 19, the 2nd plate portion 18 is by the embedded hole with the 1st plate portion 17 17a is fitted together to, and is configured in the 1st band installing component 7 in this condition and makes which overlap.

In addition, for the fastener 10 with securing member 6, as shown in Fig. 3 A～3C, Fig. 4 Fig. 5, possessing：Locking protrusion portion 20, which is erect located at the 2nd the 2nd plate portion 18 with installation portion 8 (with reference to Fig. 4)；With pair of sliding hooking sheet 21, which can be relative to 1 band installing component 7 slides, and can not only engage and again separatably engaged (reference Fig. 5) clamping locking jut 20.

For locking protrusion portion 20, as shown in figure 4, being the pin with head of the leading section in roughly conical shape Part, which is erect located at the back side (surface in Fig. 4) of the 2nd plate portion 18.The locking protrusion portion 20 is configured to, as shown in Figure 3 C, when 2nd plate portion 18 is chimeric with the embedded hole 17a of the 1st plate portion 17, and makes the 2nd band installing component 8 overlap with folded state and be configured at the 1st When in band installing component 7 so as to prominent and close to the 1st surface element 7a with installing component 7.

Pair of sliding hooking sheet 21 is configured to, as shown in figure 5, be slidably configured in the 1st band installing component 7 being configured Locking holding member 22, be inserted into the 1st with installing component 7 by the spring force of a pair of spring members 23 in this condition Each locking patchhole 15 and the direction force to outside release set by a pair of side surface parts 7b, thus to the 2nd card with installation portion 8 The only clamping of jut 20 is engaged.

In this case, engage holding member 22 be configured to, as shown in figure 5, formed substantially planar, its both ends with In the state of each locking patchhole 15 set by 1st a pair of side surface parts 7b with installing component 7 is corresponding, the 1st band is configured in In installing component 7, in this condition by the component mounting portion 17b of pin member 14a (reference picture 3C) and the 1st plate portion 17 together by It is installed on the 1st band installing component 7.

That is, the locking holding member 22 is configured to, as shown in figure 5, one sidepiece is provided with holding installation portion 22b, the holding Installation portion 22b passes through pin member 14a and the 2nd the 1st plate portion 17 with installing component 8 is together installed in the 1st with installing component 7 Member mounting holes 14.Patchhole 22a is conformed with the substantially central portion of the locking holding member 22, which is used in the 2nd band peace When 8 folded configuration of dress portion is in the 1st band installing component 7, insert the 2nd locking protrusion portion 20 with installation portion 8.

In addition, for the pair of sliding hooking sheet 21 of fastener 10, as shown in Figure 3 and Figure 5, which is respectively to relative to the 1st The orthogonal width of length direction with installing component 7 enters line slip, possesses：Operation head 21a, from the 1st band installing component 7 The laterally therein outer side insertion of the locking patchhole 15 of side surface part 7b；With locking hook portion 21b, pass through from operation head 21a Engage the protrusion insertion hole 22a side of holding member 22 and be extended to the opposition side of protrusion insertion hole 22a.

In this case, each locking hook portion 21b of pair of sliding hooking sheet 21 is configured to, as shown in figure 5, its each leading section pair Protrusion insertion hole 22a of locking holding member 22 is clamped and its glide direction is relative, and each leading section is mutual in this condition Not only approached but also remotely can be close to clamp locking jut 20.

In addition, for a pair of spring members 23, as shown in figure 5, each lateral part along each locking hook portion 21b is configured in one To between each operation head 21a of slip hooking sheet 21.That is, the pair of spring members 23 are configured to, to each operation head 21a From the 1st locking patchhole 15 with 7 side surface part 7b of installing component to the outside direction force released, a pair of locking hook portions are thus made Each front end of 21b is close to each other in protrusion insertion hole 22a of locking holding member 22.

Thus, fastener 10 is configured to, as shown in figure 5, being inserted in each operation head 21a of pair of sliding hooking sheet 21 To the 1st locking patchhole 15 with 7 side surface part 7b of installing component, made respectively by the spring force of a pair of spring members 23 Operation head 21a is to the 1st outside release with installing component 7, and makes each front end of a pair of locking hook portions 21b keep locking Protrusion insertion hole 22a of part 22 is clamped and close to each other.

In addition, the fastener 10 is configured to, as shown in figure 5, making a pair of cards by the spring force of a pair of spring members 23 Only each front end of hook portion 21b to engage holding member 22 protrusion insertion hole 22a clamped and it is close to each other when, a pair of locking Each front end of hook portion 21b to be inserted into locking holding member 22 protrusion insertion hole 22a the 2nd locking protrusion with installation portion 8 Portion 20 is clamped, and thus engages the 7 and the 2nd band installation portion 8 of the 1st band installing component.

Further, the fastener 10 is configured to, as shown in figure 5, in the spring force for overcoming a pair of spring members 23, by a pair When each operation head 21a of slip hooking sheet 21 is pressed into into the 1st side surface part 7b with installing component 7, a pair of locking hook portions are made Each front end of 21b is located remotely from each other in protrusion insertion hole 22a of locking holding member 22, thus to being inserted into locking holding member The clamping in locking protrusion portion 20 of the 2 of 22 protrusion insertion hole 22a with installation portion 8 is released, and is installed so as to release the 1st band Part 7 and the 2nd locking with installation portion 8.

In addition, for the sticking department 11 with securing member 6, as shown in Fig. 3 A～3C, Fig. 6 A～6D and Fig. 7 A～7D, tool It is standby：Locking member 24, which is slidably to the latched position and the unblock by the latch-release of fastener 10 for locking fastener 10 Position；Clamping limiting part 25, which is from relative to the glide direction orthogonal width sandwich locking member 24, right The slip of locking member 24 is limited；With guiding installing component 26, which is slidably retained locking member 24.

For guiding installing component 26, as shown in Fig. 6 A～6D and Fig. 8 A～8D, possess：Guide main body portion 27, which is pacified Loaded in the 1st band installing component 7；Side guide 28 on a pair, which is located at the guide main body portion 27 and to the upper of locking member 24 Surface side guides；With lower side guide 29, which is located at guide main body portion 27 and side below locking member 24 is guided, They are formed into overall using metallic plate.

In this case, guide main body portion 27 is configured to, and as shown in Fig. 6 A～6D and Fig. 8 A～8D, which is pacified with the 1st band above Dress part 7 surface element 7a inner face be close to, both sides with connect positioned at the 1st inner face with each side surface part 7b in 7 both sides of installing component Closely, the locking patchhole 15 and multiple the 1st band peaces between installing hole 13 positioned at each side surface part 7b is configured in this condition In dress part 7, and the 1st guiding installing hole with 7 side surface part 7b of installing component is installed on by pin member 16a (reference picture 3C) 16。

On a pair, side guide 28 is configured to, as shown in Fig. 6 A～6D and Fig. 8 A～8D, from 27 top of guide main body portion Upside of the both sides by fastener 10, the two of the operation aperture portion 12 being configured at set by the 1st surface element 7a with installing component 7 Side.The pair of upper side guide 28 is provided with for preventing from guiding the inclined inclination of installing component 26 to prevent jut 28a.

That is, the inclination prevents jut 28a to be set to, as shown in Fig. 6 A and Fig. 6 C, positioned at fastener 10 side to the left, i.e., In the state of between fastener 10 and the 2nd component mounting portion 17b with installing component 8, downward side projects.In addition, described one The notch part 28b corresponding with the operation head 21a of fastener 10 is provided with to upper side guide 28.

Lower side guide 29 is configured to, and as shown in Fig. 6 A～6D and Fig. 8 A～8D, keeps locking member 24 and makes which one To being guided with being slidably clamped state between upper side guide 28.That is, the lower side guide 29 is configured to, from guiding Upside of the pars intermedia on 27 top of main part by fastener 10, the behaviour being configured at set by the 1st surface element 7a with installing component 7 Make the downside of peristome 12.

In this case, in lower side guide 29, as shown in Fig. 6 A～6D and Fig. 8 A～8D, the locking with fastener 10 is protected Protrusion insertion hole 22a for holding part 22 is accordingly provided with and makes the 2nd 20 insertable opening of locking protrusion portion with installation portion 8 Portion 29a.In addition, in the leading section of the lower side guide 29, i.e., positioned at the behaviour set by the 1st surface element 7a with installing component 7 Make the leading section of the lower side guide 29 of 12 side of peristome, be provided with upwardly projecting pressing portion 29b, which is by 24 bullet of locking member Property push away on the ground.

Thus, installing component 26 is guided to be configured to, as shown in Fig. 6 A～6D and Fig. 8 A～8D, by located at guide main body portion In a pair of 27 both sides, side guide 28 pressure-locks two upper lateral parts of part 24, by located at 27 pars intermedia of guide main body portion Lower side guide 29 keeps the pars intermedia of locking member 24 from downside, in this condition by the pressing portion of lower side guide 29 29b is held resiliently locking member 24, thus keeps locking member 24 slidably and which is neither rocked and is not loosened.

For locking member 24, as shown in Fig. 6 A～6D, Fig. 7 A～7D and Fig. 9 A～9D, possess：Locking main part 30, its Along the orthogonal direction of the glide direction of the pair of sliding hooking sheet 21 relative to fastener 10, i.e., along the 1st length with installing component 7 Line slip is entered in degree direction；With a pair of locking fastener 31, which is located at the both sides of the locking main part 30, according to locking main part 30 slip had not only been approached but also remotely can have been abutted with each inner end of each operation head 21a on pair of sliding hooking sheet 21, by This is engaged to pair of sliding hooking sheet 21.

Locking main part 30 is configured to, and as shown in Fig. 6 A～6D, Fig. 7 A～7D and Fig. 9 A～9D, forms substantially planar, The downside in the operation aperture portion 12 being configured at set by the 1st surface element 7a with installing component 7.In the locking main part 30 deviously Operating portion 30a is provided with, and which is projected upward.Operating portion 30a is configured to, in the 1st operation aperture portion with installing component 7 From on the downside of which insert and project upward in 12, in this condition along the 1st length direction with installing component 7 in operation aperture portion Enter line slip in 12.

In this case, lock main part 30 to be configured to, as shown in Fig. 6 A～6D, Fig. 7 A～7D and Fig. 9 A～9D, its flat board Overlap with lower board unit 30b below portion, the both sides of the lower board unit 30b of the coincidence are from orthogonal with the glide direction of locking main part 30 The both sides of width project, the both sides 30c of the protrusion is by guiding 28 quilt of side guide on a pair of installing component 26 Guiding.

In addition, on the both sides 30c of the width orthogonal with the glide direction of the locking main part 30, such as scheming It is shown in 6A～6D, Fig. 7 A～7D and Fig. 9 A～9D, corresponding with the notch part 28b of the upper side guide 28 of guiding installing component 26 Be provided with 32 He of lock recess that can not only engage but also separatably engaged of plate spring part 35 for making aftermentioned clamping limiting part 25 Unblock recess 33.

In this case, for lock recess 32, as shown in Figure 9 B, it is located at and fastener 10 is locked with sticking department 11 The corresponding position of latched position, that is, be located at the position of operating portion 30a sides on the both sides 30c of locking main part 30.Separately Outward, unblock recess 33 is located at and releases the position corresponding to the unlocked position of the locking of fastener 10 with sticking department 11, that is, set In the position of the both sides 30c and operating portion 30a opposition side of locking main part 30.

A pair of locking fastener 31 is located at, as shown in Fig. 6 A～6D, Fig. 7 A～7D and Fig. 9 A～9D, positioned at locking main body The bottom of the both sides 30c of the orthogonal width of the glide direction in portion 30.That is, the pair of locking fastener 31 is configured to, When locking main part 30 slides and makes sticking department 11 enter line-locked lock-out state to fastener 10, by fastener 10 The inner end of each operation head 21a of pair of sliding hooking sheet 21 is moved and is connected to its inner end, thus prevents locking of sliding Piece 21 is pressed into action.

In addition, the pair of locking fastener 31 is configured to, as shown in Fig. 6 A～6D, Fig. 7 A～7D and Fig. 9 A～9D, Locking main part 30 slide and during released state that the portion 11 that unlocks is locked to fastener 10, by a pair from fastener 10 The inner end of each operation head 21a of slip hooking sheet 21 along glide direction away from and separate, thus make 21 one-tenth of slip hooking sheet To carry out being pressed into the state of action.

In addition, for the clamping limiting part 25 of the sticking department 11, such as Fig. 6 A～6D, Fig. 7 A～7D and Figure 10 A～10C institutes Show possess：Holder body portion 34, which is together installed in the 1st band installing component 7 with guiding installing component 26；With a pair of leaf springs Portion 35, which is located at the both ends in the holder body portion 34 and to locking member 24 from the width orthogonal with its glide direction The clamping of two-side elastic ground.

Holder body portion 34 is configured to, and as shown in Fig. 6 A～6D, Fig. 7 A～7D and Figure 10 A～10C, which is configured at guiding peace The downside in the guide main body portion 27 of dress part 26, when being installed on the guide main body portion 27 by pin member 16a (reference picture 6D) During the 1st guiding installing hole 16 with 7 side surface part 7b of installing component, will together pass through pin member 16a quilt with guiding installing component 26 It is installed on the 1st band installing component 7.

A pair of plate spring parts 35 are configured to, and as shown in Fig. 7 A～7D and Figure 10 A～10C, which is along the locking from locking member 24 The both sides 30c configurations that the both sides of main part 30 project, the both sides 30c to locking main part 30 are pressed from both sides from its two-side elastic Hold.Engaging protrusion portion 35a is provided with each leading section of the pair of plate spring part 35, which is moved according to the slip of locking main part 30 Make, can not only engage but also separatably to the lock recess 32 located at the both sides 30c for locking main part 30 and unblock recess 33 Either one is engaged.

Thus, clamp limiting part 25 to be configured to, as shown in Fig. 7 A～7D and Figure 10 A～10C, when locking member 24 is slided It is dynamic, the operating portion 30a of locking main part 30 is made in the 1st operation aperture portion 12 with installing component 7, positioned at guiding installing hole 16 During the pin member 16a side installed, each engaging protrusion portion 35a of a pair of plate spring parts 35 locks 30 both sides of main part with being located at Each lock recess 32 of 30c engages, and thus locking member 24 is clamped from its two-side elastic and is locked.

In addition, the clamping limiting part 25 is configured to, as shown in Fig. 7 A～7D and Figure 10 A～10C, when locking member 24 to Rightabout slides, and makes the operating portion 30a of locking main part 30 in the 1st operation aperture portion 12 with installing component 7, positioned at portion During the pin member 14a side installed by part installing hole 14, each engaging protrusion portion 35a of a pair of plate spring parts 35 locks main part with being located at Each unblock recess 33 of 30 both sides 30c engages, and thus locking member 24 is clamped from its two-side elastic and is locked.

In this case, for clamping limiting part 25, as shown in Fig. 7 A～7D and Figure 10 A～10C, possess a pair of pressings and dash forward Portion 36 is played, which is used for the both sides that a pair of plate spring parts 35 are pressed on locking member 24 respectively.The pair of 36 structure of push projection portion Become, from 34 liang of the holder body portion side lower part positioned at a pair of 35 each roots of plate spring part to the 1st each side surface part with installing component 7 7b is projected, and each leading section of the protrusion is connected to the inner face bottom in the guide main body portion 27 of guiding installing component 26, thus makes one It is pressed against the both sides 30c of locking member 24 to plate spring part 35 respectively.

Then, the effect with securing member 6 for this wrist-watch is illustrated.

When the wrist-watch is worn in wrist, first, the band installing components 8 of the fastener 10 pairs the 2nd with securing member 6 and the are released 1 locking with installing component 7, makes the 2nd band installation portion 8 relative to the 1st band 7 rotation open of installing component in this condition, releases 2nd with installing component 8 and the 1st overlapping with installing component 7.

In this case, fastener 10 pairs the 2nd is being released with installing component 8 and during the 1st locking with installing component 7, make card Each operation head 21a of the pair of sliding hooking sheet 21 of stop 10 overcomes the spring force of a pair of spring members 23, to the 1st band peace It is pressed in side surface part 7b of dress part 7.Thus, each front end of a pair of locking hook portions 21b is inserted in the projection of locking holding member 22 Enter and be located remotely from each other at the 22a of hole.

Thus, release the 2nd band inserted to protrusion insertion hole 22a of locking holding member 22 by a pair of locking hook portions 21b The clamping in the locking protrusion portion 20 of installation portion 8, and the 1st is released with installing component 7 and the 2nd locking with installation portion 8.In the state Under, centered on being installed on pin member 14a of the 1st member mounting holes 14 with installing component 7, the 2nd band installation portion 8 is made to the 1st Downside rotation open with installing component 7.

Thus, the 2nd locking protrusion portion 20 with installation portion 8 is from protrusion insertion hole 22a of locking holding member 22 to downside Separate, and the 2nd is released with installing component 8 and the 1st overlapping with installing component 7.In this condition, with the 2nd with installing component 8 Centered on the rotation linking part 19 of the 1st plate portion 17 and the 2nd plate portion 18, the 1st plate portion 17 and the 2nd plate portion 18 are made to the mutual side for opening To rotation.

Thus, the 1st plate portion 17 and the 2nd plate portion 18 are opened and launched, make watchband 4,5 and big ring is formed with securing member 6 Shape.In this condition, make in wrist insertion watchband 4,5 and the ring-type with the composition of securing member 6, if the with securing member 6 the 1st band is pacified Dress part 7 is folded with the 2nd band installing component 8 engages which, then watchband 4,5 is fastened onto wrist and Wristwatch case 1 is worn in wrist Portion.

I.e., at this moment, first, with the 2nd the 1st plate portion 17 with installing component 8 with the rotation linking part 19 of the 2nd plate portion 18 it is Center, makes the 1st plate portion 17 and the 2nd plate portion 18 rotate and overlap, and makes the 2nd plate portion 18 chimeric with the embedded hole 17a of the 1st plate portion 17. 1st plate portion 17 and the 2nd plate portion 18 of the coincidence are configured in the 1st band installing component 7 and make which overlap.Thus, the 2nd band is installed The locking protrusion portion 20 of the fastener 10 set by the 2nd plate portion 18 in portion 8 is inserted into locking from the embedded hole 17a of the 1st plate portion 17 and protects Hold protrusion insertion hole 22a of part 22.

Now, the locking protrusion portion 20 of fastener 10 inserts a pair of cunnings from protrusion insertion hole 22a of locking holding member 22 Between each front end of each locking hook portion 21b of dynamic hooking sheet 21.That is, locking protrusion portion 20 insert it is each locking hook portion 21b it is each before The spring force of a pair of spring members 23, locking protrusion portion 20 when between end, is overcome to push away each front end of relative each locking hook portion 21b Open.

Also, when locking protrusion portion 20 is inserted between each front end of each locking hook portion 21b, by a pair of spring members 23 Spring force make it is each locking hook portion 21b each front end locking protrusion portion 20 is clamped.Thus, fastener 10 is to coincidence of a folding The 7 and the 2nd band installing component 8 of the 1st band installing component under state is engaged.

So, when each front end of each locking hook portion 21b of fastener 10 is clamped to locking protrusion portion 20, a pair are made Each operation head 21a of slip hooking sheet 21 to become and be moved to the 1st a pair of side surface part 7b institutes with installing component 7 along entering outgoing direction If locking patchhole 15 in and the state that is pushed out to outside.

In this condition, fastener 10 is not locked portion 11 and locks.I.e., at this moment, the locking main body of locking member 24 The operating portion 30a in portion 30 is located at the pin member of the 1st 12 inner part installing hole 14 of operation aperture portion with 7 surface element 7a of installing component 14a sides.Therefore, the engaging protrusion portion 35a located at a pair of plate spring parts, 35 each leading section of clamping limiting part 25 is locked with being located at The unblock recess 33 of the both sides 30c of main part 30 engages.

Thus, lock main part 30 not slide and be restricted to unlocked position along guiding installing component 26.In this condition, A pair of locking fastener 31 located at the both sides 30c for locking main part 30 is from each of the pair of sliding hooking sheet 21 of fastener 10 Each inner end of operation head 21a along locking main part 30 glide direction away from and separate.

Therefore, a pair for projecting from the 1st a pair of side surface parts 7b with installing component 7 each locking patchhole 15 set respectively Each operation head 21a of slip hooking sheet 21 becomes can be to the state for being pressed into direction operation.In this condition, when to pair of sliding When each operation head 21a of hooking sheet 21 carries out pressing operation, then can release each locking hook portion 21b of pair of sliding hooking sheet 21 Clamping to locking protrusion portion 20.

In order to prevent the situation, the operating portion 30a set by the locking main part 30 of locking member 24 is made to carry out slide, The chucking power for overcoming the spring force of a pair of plate spring parts 35 of clamping limiting part 25 to produce, and make locking main part 30 slide, make Operating portion 30a is moved to the pin of the guiding installing hole 16 in the operation aperture portion 12 set by the 1st surface element 7a with installing component 7 Part 16a sides.

So as to the engaging protrusion portion 35a set by each leading section of a pair of the plate spring parts 35 for clamping limiting part 25 is from locking Each unblock recess 33 set by the both sides 30c of main part 30 is separated, and is engaged with each lock recess 32.At this moment, locking master Each operating head of a pair of locking fastener 31 set by the both sides 30c in body portion 30 to the pair of sliding hooking sheet 21 of fastener 10 Each inner end of portion 21a is moved and is abutted with its inner end.

Thus, each operation head 21a of pair of sliding hooking sheet 21 is engaged by a pair of locking fastener 31,10 quilt of fastener Sticking department 11 is locked.Therefore, even if respectively operation head 21a is pressed, also each operation head 21a will not be pressed into the 1st band and is installed In part 7.

In addition, at this moment, due to the holder body portion 34 for clamping limiting part 25 two side lower parts set by a pair of pressings Jut 36 makes a pair of plate spring parts 35 be pressed against the both sides 30c of locking member 24 respectively, therefore a pair of plate spring parts 35 is each Engaging protrusion portion 35a is pressed and is sticked in each lock recess 32 of locking main part 30.

In this condition, even if with securing member 6 by being impacted from outside, it is also possible to limited by the clamping of sticking department 11 Part processed 25 is practical from its both sides to the locking member 24 of sticking department 11 and clamps securely, thus makes sticking department 11 to fastener 10 locking unexpectedly will not be unlocked, and can effectively maintain lock-out state of the sticking department 11 to fastener 10.Therefore, even if With securing member 6 by being impacted from outside, Wristwatch case 1 and watchband 4,5 will not be also made unexpectedly to come off from wrist.

In addition, when Wristwatch case 1 and watchband 4,5 are removed from wrist, making 30 institute of locking main part of locking member 24 If operating portion 30a carry out slide, overcome clamping limiting part 25 a pair of plate spring parts 35 spring force produce clamping Power, and make locking main part 30 slide, make operating portion 30a be moved to the operation set by the 1st surface element 7a with installing component 7 and open The pin member 14a side of the member mounting holes 14 in oral area 12.Thus, clamp each front end of a pair of plate spring parts 35 of limiting part 25 Engaging protrusion portion 35a set by portion from locking main part 30 both sides 30c set by each lock recess 32 separate, and with each solution Lock recess 33 engages.

In this condition, a pair of locking fastener 31 set by the both sides 30c of main part 30 is locked from fastener 10 Each inner end of each operation head 21a of pair of sliding hooking sheet 21 along locking main part 30 glide direction away from and separate. Therefore, the pair of sliding locking for projecting from the 1st a pair of side surface parts 7b with installing component 7 each locking patchhole 15 set respectively Each operation head 21a of piece 21 becomes can be to the state for being pressed into direction operation.

Thus, pressing operation is carried out to each operation head 21a of pair of sliding hooking sheet 21, fastener 10 can be released Clamping of each locking hook portion 21b of pair of sliding hooking sheet 21 to locking protrusion portion 20.Therefore, the 1st band installing component 7 and the 2nd Locking with installation portion 8 is released from, and the 2nd band installation portion 8 is rotated and open relative to the 1st band installing component 7, opens band tight Firmware 6 and launch which, thus, it is possible to remove watchband 4,5 from wrist.

So, the band securing member 6 according to the wrist-watch, possesses：Fastener 10, can not only engage but also separatably pacify the 1st band Dress part 7 is locked on the 2nd band installing component 8 in the state of overlapping；With sticking department 11, can not only engage but also separatably lock by , with installing component 7 and the 2nd locking state with installing component 8, the sticking department 11 possesses for the fastener 10 pairs the 1st：Locking member 24, its unlocked position released in the latched position that fastener 10 is locked in locking state and by the locking state of fastener 10 Enter line slip；With clamping limiting part 25, which is carried out from the orthogonal direction both sides of the glide direction relative to the locking member 24 Clamping, and the slip to locking member 24 is limited, even if therefore impacted, also can effectively maintain sticking department 11 pairs The lock-out state of fastener 10.

That is, for the band securing member 6 of the wrist-watch, as the clamping limiting part 25 of sticking department 11 can be passed through to sticking department 11 locking member 24 is clamped conscientiously and securely from its both sides, even if therefore by being impacted from outside, also will not be unexpected Locking of the portion 11 to fastener 10 that unlock, and locking of the sticking department 11 to fastener 10 can be maintained conscientiously and well State.

In addition, for the band securing member 6 of the wrist-watch, fastener 10 possesses：Locking protrusion portion 20, which is located at the 2nd band and installs Part 8；With pair of sliding hooking sheet 21, which can slide relative to the 1st band installing component 7, can not only engage but also separatably pressing from both sides The only jut 20 that holds is engaged, and thus when the 1st band installing component 7 is overlapped with the 2nd band installing component 8, can make the 2nd band The locking protrusion portion 20 of installing component 8 is configured between pair of sliding hooking sheet 21, therefore can make the locking protrusion portion 20 by one Slip hooking sheet 21 is effectively clamped.

In this case, the pair of sliding hooking sheet 21 of fastener 10 is slidably configured in the 1st band installing component 7 and is matched somebody with somebody The locking holding member 22 put, is inserted into the 1st band installing component 7 in this condition by the spring force of a pair of spring members 23 A pair of side surface parts 7b set by each locking patchhole 15 and to the outside direction force released, hence with a pair of spring members The chucking power to pair of sliding hooking sheet 21 that 23 spring force is produced, to the 2nd locking protrusion portion 20 with installation portion 8 flexibly Clamping, can be engaged conscientiously and well.

That is, pair of sliding hooking sheet 21 possesses：Operation head 21a, its card from the 1st side surface part 7b with installing component 7 The only private side insertion of patchhole 15；With locking hook portion 21b, which is from operation head 21a by engaging the prominent of holding member 22 Play the side of patchhole 22a and be extended to the opposition side of protrusion insertion hole 22a, therefore the 1st band installing component 7 ought be inserted into Side surface part 7b locking patchhole 15 each operation head 21a when being pushed out by the spring force of a pair of spring members 23, make Each front end of a pair of locking hook portions 21b is close to each other, can effectively to being inserted into protrusion insertion hole 22a for engaging holding member 22 Locking protrusion portion 20 clamped.

In addition, for the pair of slip hooking sheet 21, the spring force of a pair of spring members 23 is being overcome by pair of sliding When each operation head 21a of hooking sheet 21 is pressed into into the 1st side surface part 7b with installing component 7, a pair of locking hook portions 21b can be made Each front end be located remotely from each other, therefore can effectively release the 2nd band that inserted of protrusion insertion hole 22a to engaging holding member 22 The clamping in the locking protrusion portion 20 of installation portion 8, thus, it is possible to release the 1st well with installing component 7 and the 2nd card with installation portion 8 Only.

In addition, for the band securing member 6, the locking member 24 of sticking department 11 possesses：Locking main part 30, its relative to Line slip is entered in the direction that the glide direction of pair of sliding hooking sheet 21 is orthogonal；With a pair of locking fastener 31, which is located at the locking The both sides 30c of main part 30, according to locking main part 30 slip and both approach can remotely respectively with pair of sliding Hooking sheet 21 is abutted and is engaged, therefore makes locking main part 30 slide, and a pair of locking fastener 31 can be made to be connected to pair of sliding Hooking sheet 21 and engage, thus, it is possible to effectively lock to pair of sliding hooking sheet 21.

That is, a pair of locking fastener 31 of the sticking department 11 is located at, positioned at the glide direction with locking main part 30 just The both sides 30c in the direction of friendship, thus when making locking main part 30 slide, makes a pair of locking fastener 31 to fastener 10 The inner end of each operation head 21a of pair of sliding hooking sheet 21 slides, and which can be made to be connected to the inner of operation head 21a Portion, is pressed into action thus, it is possible to prevent slip hooking sheet 21, effectively fastener 10 can be locked.

In addition, for the pair of locking fastener 31, when making locking main part 30 slide round about, can make A pair of locking fastener 31 is from the inner end of each operation head 21a of the pair of sliding hooking sheet 21 of fastener 10 along glide direction Away from and separate, thus make slip hooking sheet 21 become the state that can carry out being pressed into action, therefore can easily to fastener 10 are unlocked.

In addition, the clamping limiting part 25 of the sticking department 11 possesses：Holder body portion 34, itself and guiding installing component 26 1 It is same to be installed in the 1st band installing component 7；With a pair of plate spring parts 35, which is located at the both ends in the holder body portion 34, and from two Side flexibly clamps locking member 24, and thus the spring force using a pair of plate spring parts 35 is practical from its both sides to locking member 24 Clamped, even if thus by being impacted from outside, also effectively locking member 24 can be locked, and not made locking Part 24 unexpectedly slides.

In this case, set on the both sides 30c positioned at the width orthogonal with the glide direction of locking main part 30 Have a lock recess 32 corresponding with line-locked latched position is entered to fastener 10, and with the solution is unlocked by fastener 10 The corresponding unblock recess 33 of lock position, is provided with engaging protrusion portion 35a in a pair of plate spring parts 35 of clamping limiting part 25, its According to the sliding action of locking main part 30, can not only engage but also can depart from either one ground of lock recess 32 and unblock recess 33 Engaged, thus, it is possible to effectively be locked to locking member 24.

That is, for clamping limiting part 25, each engaging of a pair of plate spring parts 35 can when locking member 24 enters line slip, be made Jut 35a is engaged with each lock recess 32 set by the both sides 30c of locking main part 30, therefore can be by locking member 24 Effectively position limitation is locked in latched position.

In addition, for the clamping limiting part 25, when locking member 24 is entered round about and slided, a pair of leaf springs can be made Each unblock recess 33 set by the both sides 30c of each engaging protrusion portion 35a in portion 35 and locking main part 30 engages, therefore can be with By locking member 24, effectively position limitation is locked in unlocked position.

In this case, clamp limiting part 25 and possess a pair of push projection portions 36, which is used to distinguish a pair of plate spring parts 35 The both sides of locking member 24 are pressed on, therefore a pair of plate spring parts 35 can be effectively pressed respectively by a pair of push projection portions 36 In the both sides 30c of locking member 24, even if so as to by being impacted from outside, also effectively maintain to make a pair of plate spring parts 35 each engaging protrusion portion 35a with locking main part 30 lock recess 32 and unlock recess 33 either one state for engaging.

In addition, for the band securing member 6 of the wrist-watch, as sticking department 11 possesses for keeping locking member 24 slidable Guiding installing component 26, even if therefore locking member 24 is clamped limiting part 25 from the glide direction relative to locking member 24 The sandwich of orthogonal width, can also make locking member 24 smoothly and slide well by guiding installing component 26, It is possible thereby to locking member 24 is slid into well and be locked as the latched position of locking state by fastener 10 and release locking The unlocked position of the locking state in portion 10.

That is, the guiding installing component 26 possesses：Guide main body portion 27, which is installed in the 1st band installing component 7；A pair Upper side guide 28, which is located at the guide main body portion 27 and side above locking member 24 is guided；With lower side guide 29, which is located at guide main body portion 27 and side below locking member 24 is guided, therefore can make locking member 24 one To keeping slidable state between upper side guide 28 and lower side guide 29, from there through side guide on a pair 28 with Side guide 29 can be guided to locking member 24 well.

In this case, guide installing component 26 possess pressing portion 29b, its urge lock part 24 slidably, thus, it is possible to By two upper lateral parts that part 24 is pressure-locked located at side guide 28 in a pair of 27 both sides of guide main body portion, drawn by being located at The lower side guide 29 for leading 27 pars intermedia of main part keeps the pars intermedia of locking member 24 from downside, draws downside in this condition Pressing portion 29b for leading portion 29 is held resiliently locking member 24, therefore locking member 24 can be kept well to be in slidable shape State, and which is neither rocked and is not loosened.

It should be noted that in the above-described embodiment, for the situation of the watchband 4,5 by wrist-watch is used for securing member 6 It is illustrated, but this utility model not limited to this, such as in addition to being applied to the bands such as the band portion of bag, bag etc., can also apply The bands such as the band portion in clothes such as trousers.

More than, it is illustrated for an embodiment of the present utility model, but this utility model not limited to this, comprising In the range of the patent requirements in described technical scheme and its impartial scope.

Claims (9)

1. a kind of securing member, it is characterised in that possess：

1st part；

2nd part, which is overlapped with the 1st part；

Fastener, the 1st part and the 2nd part are locked in the state of overlapping by which；And

Sticking department, the locking state that its locking is realized with the 2nd part to the 1st part by the fastener,

The sticking department possesses：

Locking member, which is in the latched position and the unlocked position by the latch-release of the fastener for locking the fastener Enter line slip；And

Clamping limiting part, which clamps the locking member from the orthogonal direction of the glide direction relative to the locking member, And the slip to the locking member is limited.

2. securing member according to claim 1, it is characterised in that

The fastener possesses：

Locking protrusion portion, which is located at the 2nd part；And

Pair of sliding hooking sheet, which can slide relative to the 1st part, the locking protrusion portion be carried out with can engaging disengaging Locking.

3. securing member according to claim 2, it is characterised in that

The locking member possesses：

Locking main part, which enters line slip in the glide direction orthogonal direction relative to the pair of slip hooking sheet；And

A pair of locking fastener, which is located at the both sides of the locking main part, is divided according to the slip of the locking main part Do not abut and engage with the pair of slip hooking sheet.

4. securing member according to claim 3, it is characterised in that

The clamping limiting part possesses：

Holder body portion, which is installed in the 1st part；And

A pair of plate spring parts, which is located at the both ends in the holder body portion, and from locking member described in sandwich.

5. securing member according to claim 4, it is characterised in that

Positioned at the both sides with the orthogonal direction of the glide direction of the locking main part, it is provided with and the fastener is locked The corresponding lock recess of the latched position, and the unblock corresponding with the unlocked position unlocked to the fastener Recess,

Engaging protrusion portion is provided with the pair of plate spring part of the clamping limiting part, the engaging protrusion portion is according to the lock Determine the sliding action of main part, and engaged with either one of the lock recess and the unblock recess.

6. securing member according to claim 4, it is characterised in that

The clamping limiting part possesses push projection portion, and the pair of plate spring part is pressed on institute by the push projection portion respectively State the both sides of locking member.

7. the securing member according to any one of claim 1～6, it is characterised in that

The sticking department possesses the guiding installing component for being slidably retained the locking member,

The guiding installing component possesses the pressing portion for slidably pushing the locking member.

8. a kind of band, it is characterised in that possess the securing member described in claim 1.

9. a kind of table, it is characterised in that possess the band described in claim 8.