CN1183863C

CN1183863C - Clip

Info

Publication number: CN1183863C
Application number: CNB981089828A
Authority: CN
Inventors: 根津干夫
Original assignee: Nifco Inc
Current assignee: Nifco Inc
Priority date: 1997-05-26
Filing date: 1998-05-25
Publication date: 2005-01-12
Anticipated expiration: 2018-05-25
Also published as: HK1017240A1; JP3942236B2; CN1206572A; KR100472843B1; JPH10325402A; KR19980086892A; TW353603B

Abstract

Provided is a clip with a simple constitution easily and surely clamps the fringe parts of clothing and etc. The clip comprises a pair of turning assembled holding plates and an operation shaft between the holding plates and is withdrawed in an opposite side of holding side G. The operation shaft is arranged on the both sides of turning shaft of the pair of operation plates, projection parts projecting towards side direction of the operation shaft with different angles are formed on the holding side G and the opposite side H. The projecting parts of holding side G and holding side H are concected with holding plate in series to turn the holding plate towards a direction approaching to or separating from the holding side G.

Description

Clip

Technical field

The present invention relates to the clip of various clamping objects such as a kind of marginal portion that is used to clamp clothes etc. or paper.

Background technology

As the clip that clamps all clamping objects, for example the belt that constitutes braces is pinned in the marginal portion of clothes or first-class, use the band rope catemer end that is installed in this band etc. and the clip of edge part such as the aforementioned clothes of clamping on an opposite side of this installation side for washings being suspended on suspension bracket.

The formation of such clip is such, it a pair of grip block that can assemble pivotally is equipped with in case can near one distolateral or from one distolateral separately so that in such one end etc. that clamps aforementioned clothes on distolateral.And, on this clip, in order to ensure in such one clamping on distolateral, more typically say distolaterally always have the metal spring that applies potential to clamping direction and constitute (for example opening flat 1-292108 communique) with reference to the spy by tending between a pair of grip block, often to clamp aforementioned one.

On the one hand, also disclose a kind of clip, this clip is equipped with clamps a distolateral structure, so that the edge part of need not this metal system spring and clamping aforementioned clothes grades (for example, open flat 6-181804 communique with reference to the spy, the spy opens flat 7-332319 communique), so constituting under the situation of clip, it is as follows to enumerate its advantage: part count reduces, and prevents to get rusty etc., can not make probe to aforementioned spring reaction when these clips of application such as dress material product.Its reverse side when need not this spring constituting this clip, must guarantee to open or clamp easily and reliably a distolateral function of aforementioned garment edge part etc., in addition, requires to have simple structure and can realize this function.

Summary of the invention

Therefore, the objective of the invention is to constitute clip as far as possible simply, this clip has the structure that clamps clipped object easily and reliably without metal system spring.

In order to reach aforementioned purpose, possess the formation of following (1)～(4) at the clip of the present invention program's 1 record:

(1) a pair of grip block 10,10, they are assembled into can be to making the direction revolution that the clamping side G that clamps object is approaching or separate;

(2) have operating axis 30 between aforementioned a pair of grip block 10,10, this operating axis is from the opposite side H income of the aforementioned clamped side G of this a pair of grip block 10,10;

(3) aforementioned operation axle 30 have respectively to the side direction of this operating axis 30 at the aforementioned nip side G of gyroaxis 11 both sides of aforementioned a pair of grip block 10,10 and a side H opposite with this clamping side G outstanding, and, the mutually different protuberance 31 of projected direction,

(4) teat 31 at the teat 31 at aforementioned clamped side G place and a side H place opposite with this clamping side G is connected on this grip block 10 in turn so that aforementioned a pair of grip block 10,10 towards make aforementioned clamped side G near or the direction revolution that separates.

On aforementioned operation axle 30, gyroaxis 11 with aforementioned a pair of grip block 10,10 is provided with aforementioned teat 31 respectively as the center on aforementioned clamped side G and the opposite side H to this clamping side G, but because of these two teats, 31,31 projected directions different mutually, therefore by making this operating axis 30 revolutions, two teats 31,31 are this grip block 10 of butt in turn, so that make aforementioned a pair of grip block 10,10 revolutions.

That is: the revolution by aforementioned operation axle 30, when with the gyroaxis 11 of aforementioned a pair of grip block 10,10 during as aforementioned teat 31 these grip blocks 10 of butt on the aforementioned clamped side G at center, then aforementioned a pair of grip block 10,10 is that the center is towards making aforementioned clamped side G separate the direction revolution with this gyroaxis 11.(following be called open mode OP) for this turn state.In addition, by make operating axis 30 revolutions shown in as described above from this open mode OP, teat 31 at aforementioned clamped side G is lax to the butt of aforementioned grip block 10, perhaps unclamp, simultaneously with the gyroaxis 11 of aforementioned a pair of grip block 10,10 as the aforementioned teat 31 on the opposite side H of the aforementioned clamped side G at center can be on this grip block 10 butt, thus, aforementioned a pair of grip block 10,10 is the center with aforementioned gyroaxis 11, to the direction revolution near aforementioned clamped side G.(following this turn state is called closed condition CL).

Thereby, if the clip that adopts the present invention program 1 to record and narrate at aforementioned open mode OP, can be in the state that clamps object that do not clamping on the clamping side G of aforementioned a pair of grip block 10,10, by being in this open mode, can the object that pin be unclamped.In addition, under this state OP that opens, between the clamping side G of a pair of grip block of opening 10,10, insert the aforementioned clamped object,, can clamp object or the like to this and pin by aforementioned closed condition CL to being in thereafter.

In addition, in order to reach aforementioned purpose, the clip C in the present invention program 2 has the formation of following (1)～(4):

(1) a pair of grip block 40,40, they are assembled into can be towards making the direction revolution that the clamping side G that clamps object is approaching or separate;

(2) have sliding component 60, this sliding component 60 can be from the side H income opposite with aforementioned clamped side G of this a pair of grip block 40,40.

(3) aforementioned sliding component 60 is provided with flexure strip 61, this flexure strip 61 is outstanding to the either party of aforementioned a pair of grip block 40,40, and former aforementioned clamped side G and grip block 40 butts of stating the gyroaxis 41 of a pair of grip block 40,40 for this a pair of grip block 40,40 at center, make this a pair of grip block 40,40 to the direction revolution that aforementioned clamped side G is separated.

(4) be provided with bearing surface 62, be accompanied by this sliding component 60 and be towards gyroaxis 41 with aforementioned a pair of grip block 40,40 center this a pair of grip block 40,40 aforementioned clamped side G an opposite side H direction pull out mobile, this bearing surface 62 respectively with the forward surface butt of this a pair of grip block 40,40, make this a pair of grip block 40,40 towards making the approaching direction revolution of aforementioned clamped side G.

If adopt such formation, can make aforementioned a pair of be accommodated between the grip block 40,40 sliding component 60 towards near or separately aforementioned clamped side G direction slide and move.

Because on this sliding component 60, be provided with flexure strip 61, these flexure strip 61 former gyroaxises 41 of stating a pair of grip block 40,40 are the aforementioned clamped side G at center, with aforementioned grip block 40 butts, so by moving this sliding component 60 till flexure strip 61 is in the butt position, aforementioned a pair of grip block 40,40 is that the center is towards the direction revolution that aforementioned clamped side G is separated with aforementioned gyroaxis 41.(below, this turn state is called open mode OP).In addition, on this sliding component, be provided with aforementioned contact-making surface 62, so pass through from aforementioned open mode OP, extract out mobile as described above, thus the butt of aforementioned flexure strip 61 on aforementioned clamped side G unclamped, and this flexure strip 61 is bent on one side, on one side with aforementioned grip block 40,40 gyroaxis 41 is the opposite side H of the aforementioned clamped side G at center, can make the aforementioned a pair of grip block 40 of opposite with it the respectively side H of aforementioned bearing surface 62,40 forward surface butt, thus, make aforementioned a pair of grip block 40,40 to being that the center makes the revolution of the approaching direction of aforementioned clamped side G with aforementioned gyroaxis 41.(below, this turn state is called closed condition CL).

Thereby, if the clip C that adopts the present invention program 2 to record and narrate then under aforementioned open mode OP, can not clamp the clamping object at the clamping side G of aforementioned a pair of grip block 40,40, by this open mode OP, can unclamp clamping to this clamping object.In addition, under this open mode OP, aforesaid clamping object is inserted between the clamping side G of a pair of grip block of opening 40,40, by being closed condition CL, can clamp this clamping object thereafter.

Description of drawings

Fig. 1: the decomposition diagram of clip C1, Fig. 2: the side view of clip C1, Fig. 3: the side view of clip C1, Fig. 4: the profile (closed condition CL) of the user mode of expression clip C1, Fig. 5: the profile (open mode OP) of the user mode of expression clip C1, Fig. 6: side view with connector 20 of operating axis 30, Fig. 7: the Fig. 6 to connector 20 with operating axis 30 changes the side view that direction is watched, Fig. 8: Fig. 6 and Fig. 7 to connector 20 with operating axis 30 change the side view that direction is watched, Fig. 9: profile with connector 20 of operating axis 30, Figure 10: the side view of substrate 12, Figure 11: change the side view that direction is seen the substrate 12 of Figure 10, Figure 12: change the side view that direction is seen the substrate 12 of Figure 10 and Figure 11, Figure 13: change the side view that direction is seen the substrate 12 of Figure 10～Figure 12, Figure 14: change the side view that direction is seen the substrate 12 of Figure 10～Figure 13, Figure 15: at the A-A of Figure 10 line profile, Figure 16: at the B-B of Figure 10 line profile, Figure 17: the side view of check plate 13, Figure 18: change the side view that direction is seen the check plate 13 of Figure 17, Figure 19: change the side view that direction is seen the check plate 13 of Figure 17 and Figure 18, Figure 20: change the side view that direction is seen the check plate 13 of Figure 17～Figure 19, Figure 21: change the side view that direction is seen the check plate 13 of Figure 17～Figure 20, Figure 22: the profile of check plate 13, Figure 23: the major part profile of substrate 12 and check plate 13, Figure 24: the decomposition diagram of clip C2, Figure 25: the perspective view of clip C2, Figure 26: the side view (closed condition CL) of the user mode of expression clip C2, Figure 27: the side view (open mode OP) of the user mode of expression clip C2, Figure 28: the profile (closed condition CL) of the user mode of expression clip C2, Figure 29: the profile (open mode OP) of the user mode of expression clip C2

The specific embodiment

Below just the typical embodiment of the present invention illustrated.

First embodiment

At first the clip C1 of first embodiment of Fig. 1～shown in Figure 23 describes.

Also have, Fig. 1 to this clip C1 as the exploded perspective STA representation, so that should be readily appreciated that the clip C1 of present embodiment.In addition, Fig. 2 and Fig. 3 are respectively as seeing the state of clip C1 from check plate 13 sides and representing from the state that Fig. 2 downside is seen.In addition, Fig. 4 and Fig. 5 are respectively as the vertical section state of expression clip C1 under clip C1 vertical section state under the CL in off position and the open mode OP.

In addition, Fig. 6 represents to possess integratedly the connector 20 of the operating axis 30 that constitutes clip C1 respectively to Fig. 9, more particularly, Fig. 6 is a state of seeing this connector 20 from side's open side of connecting hole 21, Fig. 7 is the state of seeing from Fig. 6 right side, Fig. 8 is the state of seeing from Fig. 6 downside, and then Fig. 9 represents as the state of vertical section.

Figure 10 represents to constitute the substrate 12 of clip C1 respectively to Figure 16, more particularly, Figure 10 represents from seeing the state of substrate 12 with 13 aspectant sides of check plate, Figure 11 represents the state seen from Figure 10 downside, Figure 12 represents the state seen from Figure 11 downside, Figure 13 represents that the state seen from Figure 11 left side, Figure 14 represent the state of seeing from the right side of Figure 11, and Figure 15 and Figure 16 represent that respectively broad ways gets the state of section to this substrate 12.

Figure 17 represents to constitute the check plate 13 of clip C1 respectively to Figure 22, more particularly, Figure 17 represents from seeing the state of check plate 13 with 12 aspectant sides of substrate, Figure 18 represents the state seen from the upside of Figure 17, Figure 19 represents that the state seen from the upside of Figure 18, Figure 20 represent the state of seeing from Figure 18 left side, and Figure 21 represents the state seen from the right side of Figure 18, and then Figure 22 represents along its length this check plate 13 to be got the state of section.

And then Figure 23 is illustrated on this assembled part respectively broad ways and gets the section of check plate 13 and substrate 12, and the state that both are separated, so that should be readily appreciated that the revolution assembled part of aforementioned check plate 13 and substrate 12.

The clip C1 of present embodiment has and is applicable to the structure that various clamping objects are clamped, and is constituting as the structure of the band rope catemer T of the braces Ta that is suitable for connecting clothes on edge part E such as clothes etc. on this embodiment.That is: the clip C1 of the present embodiment a pair of grip block 10,10 that possesses the elongated plate-like made is used to clamp the marginal portion E of clothes etc.; The operating axis 30 of income between this a pair of grip block 10,10; And on this operating axis, be equipped with integratedly, and be assemblied in the connector 20 of the band rope catemer T on this a pair of grip block 10,10.

A pair of grip block 10,10 disposes like this, so that make the wide format side face-to-face mutually, and assembling pivotally, so that the both ends that make length side are towards near each other or separately direction revolution.In the present embodiment, this revolution assembled part is arranged on the position near aforementioned grip block 10 length sides one square end portion, thereby, aforementioned a pair of grip block 10,10 is on the opposing party end of the big aforementioned length side of this revolution assembled part distance, to towards aforementioned near or separately the revolution size of direction get and make big size.And, the G side of marginal portion E of the aforementioned clothes of this opposing party end side-draw do clamping etc. or the like.

In this embodiment, the axle recess 12a that is provided with aforementioned revolution assembled part and is arranged on aforementioned a pair of grip block 10,10 1 sides simultaneously, is being provided with the 13a of aixs cylinder portion that accommodates, and is constituting on this recess 12a on the opposing party of this grip block 10.(in the present embodiment, the grip block 10 with this axle recess 12a is called substrate 12, in addition, the grip block 10 with this aixs cylinder 13a of portion is called check plate 13).

More particularly, aforementioned axis recess 12a be in the 12d of pair of side plates portion, the 12d of setting last, on this face-to-face side, form respectively so that on the both sides of the length direction that relates to aforesaid base plate 12 mutually face-to-face.Each recess 12a has the bearing surface 12b of a sidepiece of placing aforementioned axis teat 13a on the base portion side of aforementioned side plate 12d, in addition, also have the extension that on the other side of the 13a of this aixs cylinder portion that the tip side of this side plate 12d is being placed on this bearing surface 12b, tangles and close pawl 12c.Aforementioned axis teat 13a constitutes as the projection of giving prominence to foreign side respectively on the end face of the both sides of the length direction that relates to aforementioned check plate 13 on the one hand.And in the present embodiment, aforementioned axis recess 12a is constituted the aforementioned axis teat, close pawl 12c one side from the aforementioned extension that is arranged on this recess 12a, promoting the 13a of this aixs cylinder portion closes on the pawl 12c to this extension, make on one side and be provided with a part of strain that this extension closes the aforementioned side plate 12d of pawl 12c, this extension of crossing on the 13a of this aixs cylinder portion closes pawl 12c on one side, on the position of crossing, be in and the 13a of this aixs cylinder portion is sandwiched aforementioned extension close under the state between pawl 12c and the aforementioned axis bearing surface 12b and can take in pivotally, by this income, aforesaid base plate 12 and aforementioned check plate 13 can be assembled pivotally.

In addition, on the aforementioned clamped side G on aforesaid base plate 12 and the aforementioned check plate 13, on this side, according to marginal portion E that enters aforementioned clothes between this substrate 12 and the check plate 13 etc. etc., towards clamping the rotating closed condition CL of direction of side G, the 12e of tooth portion, the 13d that nip are set near this.

On the one hand, the aforementioned operation axle crosses the gyroaxis 11 of two plates between aforesaid base plate 12 and aforementioned check plate 13, and, opposite side H income from aforementioned clamped side G, simultaneously, at this income state, can be assembled in pivotally on the aforesaid base plate 12, so that the axis that makes operating axis 30 is to these gyroaxis 11 quadratures.

That is: in the present embodiment, with in the face-to-face side of the aforementioned check plate of aforesaid base plate 12, the empty interval of putting into the central portion of aforementioned operation axle 30 on the position by aforementioned gyroaxis, outstanding a pair of flexure strip 12f, the 12f of being provided with, between this a pair of

flexure strip

12f, 12f, put into this central portion, can assemble aforementioned operation axle 30 pivotally this substrate 12.

In addition, in the present embodiment, constitute with the connector 20 of aforementioned band rope catemer T box-shaped body as the connecting hole that possesses elongated this band rope catemer T.And, on the central portion of side's lateral edge portions E of the length direction that relates to this connector, equip an end of aforementioned operation axle 30 integratedly.And, by being gripped to wait, this connector 20 moves back and forth operation, and formation can make the revolution of aforementioned operation axle.

In addition, the former gyroaxis 11 of stating of aforementioned operation axle 30 is as the aforementioned clamped side G at center and possess the direction outstanding protuberance 31 orthogonal thereto substantially to the axis of this operating axis 30 respectively on an opposite side H with this clamping side G.

Be arranged on the aforementioned teat that clamps side G (below be referred to as the first teat 31a), so that outstanding laterally in the diametric(al) both sides of operating axis 30.Be arranged on the one hand this aforementioned teat 31 that clamps the opposite side H of side G (below be referred to as the second teat 31b), so that outstanding laterally on the radial direction of aforementioned operation axle 30.

In addition, this first teat 31a makes its projected direction different mutually with the second teat 31b.In the present embodiment, this first teat 31a and the second teat 31b are set, so that make axle center and the line segment of the jag of the aforementioned first teat 31a and the line segment of the jag that is connected this center and the aforementioned second teat 31b that connects aforementioned operation axle 30 be an angle of 90 degrees substantially.

And in the present embodiment, the formation of aforementioned two teats 31 is such, all is accompanied by the revolution operation of aforementioned operation axle 30, and the top ends that makes this teat 31 is to check plate 13 butts.And by this butt, on aforementioned clamped side G, can be with aforesaid base plate 12 and aforementioned check plate 13 as open mode OP, perhaps as closed condition CL.

That is: the aforementioned second teat 31b to the outstanding rotary position of the orthogonal thereto substantially direction of the plate face of aforesaid base plate 12 on, the aforementioned first teat 31a can not be on aforementioned check plate 13 butt.And on this rotary position, the former gyroaxis 11 of stating is pushed to by the second teat 31b of butt as previously shown for the aforementioned check plate 13 on the opposite side H of the aforementioned clamped side G at center, and therefore, aforementioned clamped side G gets closed condition.(Fig. 4).

In the present embodiment, top at the aforementioned second teat 31b forms kick 32, simultaneously, on the board of the aforementioned check plate 13 of this second teat 31b institute butt, form the ditch 13c that holds this kick 32, CL under aforementioned closed condition, this kick 32 of income just can temporarily be kept this closed condition CL in this ditch 13c.

On the one hand, the aforementioned first teat 31a to the plate face of aforesaid base plate 12 rotary position that the direction of quadrature is outstanding substantially on, the aforementioned second teat 31b can not be on aforementioned check plate 13 butt.And on this rotary position, do with aforementioned gyroaxis 11 on the aforementioned clamped side G at center aforementioned check plate 13 as described above shown in the first teat 31a by butt push to, thus, aforementioned clamped side G takes open mode OP.(Fig. 5).

In the present embodiment, because this first teat 31a is arranged on the diametric(al) both sides of aforementioned operation axle 30, institute is so that aforementioned operation axle 30 begins the clockwise direction rotation from aforementioned closed condition CL, and counter rotation, even turn round towards either direction, also can make this first teat 31a butt on aforementioned check plate 13, this just can produce aforementioned open mode OP.In addition, on aforesaid base plate 12, what a side of butt was not provided with the outstanding aforementioned first teat 31a on aforementioned check plate 13 accommodates hole 12g.

In the present embodiment, the place of the aforementioned first teat 31a butt on aforementioned check plate 13 is as constituting from the outstanding over-hang part 13d of the plate face of this check plate 13.By adjusting the outstanding size of this over-hang part 13d, can not change the outstanding size of the aforementioned first teat 31a, can increase the size of opening of aforementioned open mode OP, can also reduce the size of opening of aforementioned open mode OP.

In the present embodiment, at the second teat 31b of aforementioned operation axle 30 is to constitute like this, so that the aforementioned closed condition CL of butt on aforementioned check plate, make the surfaces of revolution of the aforementioned connecting hole of aforementioned connector 20 be parastate substantially to the imaginary plane that comprises aforementioned gyroaxis 11, gripping the connector 20 that is this parallel direction, the face of aforementioned connecting hole 21 rotations by making this connector 20 is twisted and is got back to and direction that aforementioned imaginary plane is orthogonal thereto substantially, the aforementioned clamped side is opened, and this has just produced aforesaid open mode OP.

In the present embodiment, the extension of aforesaid axle recess 12a close pawl 12c below and insert the mold pressing hole 12h that the thickness direction that relates to aforesaid base plate 12 is set between a pair of flexure strip 12f of aforesaid operating axis 30, by the mould of pair of metal up and down that direction moves of offering, just be easy to be shaped by the top ends that this mold pressing hole 12h makes aforementioned extension close pawl 12c and aforementioned flexure strip 12f to this mold pressing hole 12h.In addition, especially close the mold pressing hole 12h of pawl 12c below, be accompanied by the operation of aforementioned axis teat 13a income aforementioned axis recess 12a, will be provided with the part that this extension closes the side plate of pawl 12c easily and bend into by aforementioned extension.

Second embodiment

Below just Figure 24 illustrated to the clip C2 of second embodiment shown in Figure 29.

Here Figure 24 has provided this clip C2 with the exploded perspective state, so that the structure of the clip C2 of present embodiment is understood easily.Figure 25 has provided this clip C2 with the perspective state.

In addition, Figure 26 and Figure 28 represent to see from the side of this clip C2 the state (Figure 26) of the clip C2 of closed condition CL respectively, get the state (Figure 28) of section along its length.

Figure 27 and Figure 29 represent to see from this clip C2 side the clip C2 (Figure 27) of open mode OP respectively, get the state (Figure 29) of section along its length.

The clip C2 of present embodiment has and is applicable to the structure that is clamping various clamping objects, in the present embodiment, as the structure of the band rope catemer T that is suitable for the connection clothes braces Ta etc. according to edge part E such as clothes etc. and constitute.That is: the clip C2 of present embodiment possesses a pair of grip block 40,40 that constitutes elongated plate-like such as edge part E such as clamping clothes; The sliding component 60 of income between this a pair of grip block 40,40; And with this sliding component 60 on possess and be assembled in the connector 50 of the band rope catemer T on this a pair of grip block 40,40 integratedly.

Dispose a pair of grip block 40,40, so that mutually face-to-face and can assemble pivotally, so that the both ends that make length side are near each other or separately direction revolution in the wide format side.In the present embodiment, this revolution assembled portion is arranged near the place of length side one square end portion of aforementioned grip block 40, thereby, aforementioned a pair of grip block 40,40 is from the other end of the big aforementioned length side of distance of this revolution assembled part, with to aforementioned near or the revolution size of the direction of separating as big size.And this other end sidepiece is got the clamping side G of the marginal portion E that do to clamp aforementioned clothes etc. etc.

In the present embodiment, on a side of aforementioned a pair of grip block 40,40, axis hole 42a is set, on the other end of this grip block 40, is arranged on the 43a of aixs cylinder portion that takes in this axis hole 42a simultaneously, constitute aforementioned revolution assembled part.(in the present embodiment, the grip block 40 with this axis hole 42a is called substrate 42, and the grip block 40 with the 43a of this aixs cylinder portion is called check plate 43).

More particularly, aforementioned axis hole 42a forms on the pair of bearings teat 42b that is provided with respectively, so that both sides face one another face on the length direction that relates to aforesaid base plate 42.On the one hand, aforementioned axis teat 43a is set respectively on the both sides of the length direction that relates to aforementioned check plate 43, and constitutes can insert projection aforementioned axis hole 42a, that give prominence to foreign side pivotally.

In addition, on the aforementioned clamped side G on aforesaid base plate 42 and the aforementioned check plate, on this side, according to marginal portion E that enters aforementioned clothes between this substrate 42 and the check plate 43 etc. etc., towards clamping the rotating closed condition CL of direction of side G, the 42c of tooth portion, the 43d that nip are set near this.

In addition, aforementioned sliding component 60 is taken between aforementioned check plate 43 and aforesaid base plate 42 from the opposite side H of aforementioned clamped side G, and, at this income state, near aforementioned clamped side G or leave this clamping side direction and can be assembled in pivotally on the aforesaid base plate 42.In addition, this sliding component 60 is leaving open inner space 64 with aforesaid base plate 42 adjacent sides.

That is: aforementioned sliding component 60 is under the parallel aforementioned closed condition CL of cardinal principle at aforementioned check plate 43 and aforesaid base plate 42 aspectant faces, have the top and bottom 62 of on the plate face of the plate face of this check plate 43 and this substrate 42, slipping respectively ', simultaneously inboard and this substrate 42 at this sliding component 60 slips on the side, on this substrate 42, be provided with anti-pull out teat 42e have this prevent pulling out the aforementioned clamped side G on the teat 42e the sidepiece butt be to connect face 65.Thereby, this sliding component 60 can not be from being to connect the positions that 65 pairs in face should anti-pull out teat 42e butt to move to extracting direction in advance, in addition, and in this butt position, top and bottom 62 ' the plate face with aforementioned two plates 42,43 is adjacent to respectively because make, and therefore can not deviate from between this two plate.(Figure 26).

In addition, in the present embodiment, constitute the connector 50 of aforementioned band rope catemer T as the plate body of the connecting hole 51 that possesses elongated this band rope catemer T.And, the opposite end, aforementioned two plates, 42,43 inserting sides to aforementioned sliding component 60 is set on the central portion of side's lateral edge portions E of the length direction of this connector 50 integratedly.And, grip this connector 50 etc., by stretching or being pressed into, aforementioned sliding component 60 is moved under sliding mode.

In addition, under aforementioned closed condition CL, it is on the opposite side H of aforementioned clamped side G at center that aforementioned sliding component 60 makes the gyroaxis 41 that is positioned at aforementioned check plate 43 and aforesaid base plate 42 to the end of the opposite side of aforementioned connector 50 assembling sides, on this position, make top and bottom 62 ' be adjacent to respectively on the plate face of aforementioned two plates as previously mentioned.(Figure 26, Figure 28).Its result, at this closed condition CL, this two plate 40,40 can not just can stably be kept this closed condition CL towards the direction revolution that aforementioned clamped side G is opened.

That is: in the present embodiment, the aforementioned top and bottom 62 of aforesaid base plate 42 ' quilt is got the clamping side G direction of closing rotating contact-making surface 62 of work towards aforementioned a pair of grip block 40,40.

In addition, on aforementioned sliding component 60, begin to be provided with the flexure strip 61 of outstanding top ends 61b side from aforementioned check plate 43 composition surfaces one side with this sliding component 60.

In the present embodiment, by towards with aforementioned sliding component 60 on aforementioned connector 50 be connected with two parallel dehiscence furrow 63a, the 63a of cardinal principle that the opposite side of side is provided with, and connecting and be connected with ditch 63b between the end that aforementioned on these two

dehiscence furrow

63a, 63a be connected with the opposite side of side, connect the aforementioned flexure strip of classification setting on the side at 60 pairs of aforementioned check plates 43 of this sliding component, this flexure strip 61 is to being connected with side direction this is connected with the opposite lopsidedness setting of side of aforementioned connector 50, so that outstanding to foreign side gradually.In addition, on the top ends 61b of this flexure strip 61, form towards the extension of aforementioned clamped side G and close face 61a.In addition, towards between the marginal portion of aforementioned clamped side G, guarantee contact-making surface 62 at the top of this flexure strip 61 and sliding component 60 to aforementioned check plate 43.

In addition, in the present embodiment, on the end of aforementioned connector 50 1 sides of aforementioned check plate 43, form the recess that the top ends that can make aforementioned flexure strip 61 enters size, at aforementioned closed condition CL, the formation that the extension that the last formation of the inboard face 43c of this recess 43b hangs up aforementioned flexure strip 61 closes face 61a.Thereby in this embodiment, the extension that the inboard face 43c by this recess 43b and the extension of flexure strip 61 close face 61a closes, and at aforementioned closed condition CL, sliding component 60 is moved to aforementioned clamped side G direction.(Figure 26, Figure 28).

In addition, the structure of this sliding component 60 is such, and it has aforementioned inner space 64, can insert aforementioned flexure strip 61 and accommodate in this inner space 64.Thereby, from aforementioned closed condition CL, flexure strip is carried out bulldozing operation can bend in aforesaid space 64 and accommodate, the extension that therefore makes the extension of the inboard face 43c of aforementioned recess 43b and flexure strip 61 close face 61a closes and unclamps, and sliding component 60 is moved to aforementioned clamped side G.

And the structure of the top ends 61b of aforementioned in the present embodiment flexure strip 61 is such, can move aforementioned sliding component 60, up to gyroaxis 41 be the aforementioned clamped side G at center with aforesaid base plate 42 and aforementioned check plate 43 till,

Like this, sliding component 60 1 moves, then allow the flexure strip that bend into to aforesaid space 64 replication laterally, be accompanied by this replication, the top ends 61b that makes this flexure strip 61 is to aforementioned check plate 43 butts, push to this check plate, producing with aforementioned gyroaxis is the open mode OP that the center separates from aforementioned clamped side G.(Figure 27,29).

In the present embodiment, on the outstanding side of the aforementioned flexure strip 61 of aforementioned sliding component 60,, form the separately recess 66 of the opposite side H of aforementioned clamped side G that holds on the aforementioned check plate 43 in aforementioned open mode.

In addition, from aforementioned open mode OP, grip aforementioned connector 50 etc., in case extracting the moving member direction of preceding ski-running from 42,43 of aforementioned two plates moves, then aforementioned flexure strip 61 is close to aforementioned check plate 43 and bend into gradually, and on an opposite side H with the aforementioned clamped side G that is the center with aforementioned gyroaxis 11, the contact-making surface up and down 62 of sliding component 60 reaches the butt state to preceding company two plates 42,43 once more, by this butt, produce aforementioned closed condition (Figure 26, Figure 28) once again.

In the present embodiment, on aforesaid base plate 42, form prominent bar 42d along these substrate 42 length directions, and accommodate recess 67 with aforementioned sliding component 60 forms this prominent bar 42d on the adjacent side of this substrate on the end of aforementioned clamped side G 42, can be by the guiding that move forward into line stabilization of aforementioned prominent bar 42d to sliding component 60.

If adopt the present invention program 1 clip C1, by the revolution operation of aforementioned operation axle 30, can easily impel aforementioned a pair of grip block 10,10 near or separately because this clamps side G, can clamp suitable clamping object infalliblely.In addition, can assemble aforementioned operation axle 30 pivotally between the aforementioned a pair of grip block 10,10 and reach this function because be used in, so clip C is constituted as far as possible simply.

In addition, if the clip C that adopts the present invention program 2 to record and narrate then by the move operation of aforementioned sliding component 60, can easily make the clamping side joint of aforementioned a pair of grip block 40,40 near or separately, because this clamps side G, can clamp suitable holdfast infalliblely.In addition, because may assembling aforementioned sliding component 60 movably between aforementioned a pair of grip block 40,40, employing reaches this function, so can constitute clip C as far as possible simply.

Claims

1. clip, have a pair of grip block and operating axis, wherein grip block is mounted to the direction revolution of can be near to the clamping side joint that makes the marginal portion that clamps object or separating, and the aforesaid operations axle can be taken between the aforementioned a pair of grip block from an opposite side of the aforementioned clamped side of this a pair of grip block; It is characterized in that the aforementioned operation axle has teat outstanding to this operating axis side and that projected direction differs from one another respectively in the aforementioned clamped side and an opposite side with the aforementioned clamped side of the gyroaxis both sides of aforementioned a pair of grip block; Make aforementioned a pair of grip block towards make aforementioned clamped side joint direction near or that separate make pivotally the aforementioned clamped side teat and with the teat of the opposite side of this clamping side this grip block of butt in turn.