CN2384845Y

CN2384845Y - Fixed device

Info

Publication number: CN2384845Y
Application number: CN 99213632
Authority: CN
Inventors: 赖锦国
Original assignee: Taiwan Industrial Fastener Corp
Current assignee: Taiwan Industrial Fastener Corp
Priority date: 1999-06-07
Filing date: 1999-06-07
Publication date: 2000-06-28
Anticipated expiration: 2009-06-07

Abstract

The utility model discloses a fixed device which can make an article fixed on a supporting rack. The fixed device comprises a first fixed assembly which comprises two first clamping buckle devices used for being fixed on the supporting rack; the first clamping buckle device comprises a meshed device and a first fixed seat which is used for being combined with the article; the first fixed seat is provided with two first sliding grooves which are two jagged sliding grooves; simultaneously, the two jagged sliding grooves are symmetrically arranged on the first fixed seat, so that the two first clamping buckle devices can be respectively meshed with the two jagged sliding grooves by the meshed device; thereby, the article can be hung on the supporting rack.

Description

Anchor fitting

The utility model relates to a kind of anchor fitting, and it is can be incorporated on the object, and is fixed in a support, makes this thing frame be able to carry on this support, and wherein, this support is meant a cycle rack.

On the whole the existing common carrying apparatus that is used for bicycle is all car head or the car side stand that a basket is fixed in bicycle with screw, can by bike the time, article be positioned in the basket, yet, for the today of containing outdoor activity general mood day, basket dismounting after being fixed on the bicycle with screw is difficult for, but so just occupied the space of other article of carry on the bicycle, again, the car type of some bicycle, and improper installing glove basket, the bicycle of sport car type for example, or some user feels to establish a glove basket and will lower the sweeping appearance of original moulding, therefore, how to improve the elasticity particle carrying capacity of cycle rack, and take into account convenient the use again, become the development tendency of bicycle recently.

Therefore, main purpose of the present utility model is to provide a kind of later-model anchor fitting, this anchor fitting can be fixed on the cycle rack easily, to make things convenient for user's use;

Of the present utility model time a purpose is to provide a kind of later-model anchor fitting, makes this anchor fitting can be adapted to the cycle rack of various different sizes, shape, structure;

A purpose more of the present utility model is to provide a kind of later-model anchor fitting, makes this anchor fitting that the carry of multiple object can be provided, and increases the object kind that a cycle rack is carried with elasticity;

Another purpose of the present utility model is to provide a kind of later-model anchor fitting, and this anchor fitting can firmly be fixed in object on one cycle rack really.

The purpose of this utility model is realized by following technical scheme.

The utility model relates to a kind of anchor fitting, it is can be in order to an object is fixed on the support, this anchor fitting is to comprise: one first fixation assembly, this first fixation assembly is to comprise: 2 first bayonet units, it is in order to being fixed on this support, and these first bayonet units are to comprise a geared assembly; And one first permanent seat, this first permanent seat is in order to be incorporated into this object, be to have 2 first chutes on this first permanent seat, this 2 first chute is to be two zig-zag chutes, this two zig-zags chute is to be symmetricly set on this first permanent seat, so that this 2 first bayonet unit can borrow this geared assembly and be engaged in respectively on this two zig-zags chute, and make this object get carry on this support.

The purpose of this utility model can also further realize by following technical measures.

Aforesaid anchor fitting, this two opening in wherein said first permanent seat comprises that more two prop up device, it is to prop up this first bayonet unit in this zig-zag chute, go out by slippage in these zig-zag chutes so that this first bayonet unit is unlikely, wherein this two to prop up device be two shell fragments, each shell fragment is this opening part that is arranged at each zig-zag chute one end, this first bayonet unit is depressed towards these shell fragments by last, after this first bayonet unit was inserted these zig-zag chutes, these shell fragments were to upspring and can prop up this first bayonet unit and this first bayonet unit is entered in these zig-zag chutes.

Aforesaid anchor fitting, in wherein said first bayonet unit, the front of each first bayonet unit is provided with a uncinus, be hooked on this support, and this each first bayonet unit more comprises:

One alcove, this alcove is arranged at the rear of this uncinus;

One blocks element, and this blocks element is can be placed in this alcove, and this blocks element is the bottom that is pinned at this alcove, and this blocks the protrusion that element has a triangular shape, the protrusion of this triangular shape and this uncinus hook, clamps this support.

Aforesaid anchor fitting, wherein said blocking in the element, each blocks the cylinder that the bottom of element has two hollows, one torque spring is set between the cylinder of this two hollow, the both sides, bottom of this alcove have two through holes, the cylindrical hollow of passing this two through hole, this torque spring and this two hollow with a latch is partly blocked the bottom that element can be pinned at this alcove with this; And each top of blocking element can be extended out outside each alcove, and when depressing this top of blocking element, this protrusion that blocks this triangular shape of element will be withdrawn to inside, these first bayonet units can be separated with this support, wherein this two top of blocking element is to connect with a ribbon, so that this ribbon is pulled back, can be directly with this 2 first bayonet unit together with this first permanent seat by directly taking off on this support, and can lift this ribbon in order to carrying.

Aforesaid anchor fitting, wherein said meshing device comprises two setting elements, wherein each setting element is the back side that is arranged at each first bayonet unit, to slide and to be positioned in these zig-zag chutes, and the back side of each zig-zag chute includes two fins, this two fin is the both sides, the back side that are arranged at each zig-zag chute respectively, and in these setting elements, each setting element comprises:

One epsilon-type structure thing, the width of this epsilon-type structure thing middle body is the narrowest width that is equal to this zig-zag chute, and the both sides flange inner of this epsilon-type structure thing is the outer rim that can prop up this two fin, but makes this first bayonet unit smooth sliding in these zig-zag chutes;

Two strip protrusions, this two strips protrusion is to be stretched out by this epsilon-type structure thing middle body, it between this two strips protrusion the raceway groove that forms a wedge shape, and the tip of this two strips protrusion is into free, and the tip of each strip protrusion is into a double wedge shape tip, this double wedge shape tip is can be embedded in these zig-zag chutes, has the slip of one section rank sense so that this first bayonet unit to be provided in this zig-zag chute; And

One ejects element, and this ejects element is this two strips protrusion outwards can be ejected, and these first bayonet units can be positioned in these zig-zag chutes.

Aforesaid anchor fitting, the wherein said element that ejects comprises:

One force application structure thing, the surface of this force application structure thing are provided with a rough inclined-plane,

But an application of force thereon so that this eject element to the inboard of this epsilon-type structure thing and/or outside side shifting;

One box structure thing, this box structure thing is the bottom that is arranged at this force application structure thing, and be in this raceway groove, to slide, the width of this box structure thing is greater than this raceway groove, end at this two strips protrusion, when this box structure thing moved to this raceway groove in the tip place of this two strips protrusion, this box structure thing was to make this double wedge shape tip outwards eject and be stuck in this zig-zag chute; And

Two sliding pins, this two sliding pin extends from this epsilon-type structure thing of a side direction of this force application structure thing, these sliding pins are to slide in the two sliding pin grooves in this mountain font, and the end of these sliding pins is to have inwardly protruded hook, makes this eject the unlikely slippage of element with the terminal of hooking these sliding pin grooves.

Aforesaid anchor fitting, wherein said support is a cycle rack, this first permanent seat both sides up and down comprises that more one first is that seat is a seat with second, this first be the seat with second be the seat be thereon in order to the tying-up object, to increase the object that this cycle rack is carried, wherein this second be the seat be to can be two ladder buttons.

Aforesaid anchor fitting, wherein said anchor fitting more comprise one second fixation assembly, and this second fixation assembly is to comprise:

One second permanent seat, this second permanent seat are in order to be fixed on this object, to have one second chute in this second reservation; And

One second bayonet unit, this second bayonet unit are in order to being fixed on this support, and this second bayonet unit is can slide in this second chute and/or fixing, and this object must be stable on this support.

Aforesaid anchor fitting, wherein said support are a cycle rack; This 2 first bayonet unit is can be fixed on the horizontal support of this cycle rack, and this second bayonet unit is can be fixed on the setting support of this cycle rack, and wherein this second bayonet unit is to comprise:

One fixes element, and this fixing element is in order on the setting support that is fixed in this cycle rack:

One agrees with element, this agrees with element is in order to cater between this fixing element and this second chute, and this fixing element can be borrowed this to agree with element and slide on this second chute, makes this fixing element can select an ideal position with on the setting support that is fixed in this cycle rack; And

One locking element, this locking element are to agree with element and lock onto on this second chute in order to should fix element and this.

Aforesaid anchor fitting, have one first slide rail and 2 second slide rails that are parallel to this second chute around wherein said second chute, wherein, this first slide rail is the front that is positioned at this second permanent seat, this first slide rail is a recessed platform-type slide rail, and this 2 second slide rail is the back side that is positioned at this second permanent seat, and this 2 second slide rail is to be two recessed channeltype slide rails, and this agrees with element is to comprise:

One slide block, the width of this slide block are the width that equals this first slide rail, and this agrees with element and can slide in this first slide rail; And

One disk, this disk upper surface is to have a band saw dentation projection, and the bottom of this fixing element is to have another relative band saw dentation projection, in order to agree with this band saw dentation projection of this disk, so that this fixing element must agree with combination of elements with this.

Aforesaid anchor fitting, wherein said fixing element are to be designed to an I-shape, and the recessed part in the both sides of this fixing element is in order to fix the setting support of this cycle rack.

It is to have a perforation to connect the two that aforesaid anchor fitting, wherein said fixing element and this agree with in the element, and this perforation is the central authorities that are positioned at this band saw dentation projection and this another band saw dentation projection, and this locking element is to comprise:

One screw rod, this screw rod are to run through this perforation and this second chute; And

One solid bottom-locking plate, should solid bottom-locking plate be to be arranged on this 2 second slide rail at this second chute back side, admittedly the both sides of bottom-locking plate are to raise up to prop up the inner edge of these 2 second slide rails, and the central authorities of bottom-locking plate have a hollow circular cylinder admittedly, its hollow space is to be a screw, this hollow circular cylinder is to slide in this second chute, this screw rod is can run through this perforation and lock in admittedly in this screw, fixing element and this agrees with element in this second chute in conjunction with this, wherein, when this screw rod does not lock onto this screw, this second bayonet unit is but that slide relative is on this second chute, and this fixing element can agree with the element rotation with respect to this, to adjust the position of this fixing element, make this second bayonet unit can adapt to various cycle rack and a suitable fixed position, when this screw rod lock onto this screw, it is to combine closely on this second chute that this fixing element and this agree with element, makes this object of this second permanent seat institute combination be able to firm carry on this cycle rack.

Aforesaid anchor fitting, wherein said object are the glove bags for a bicycle.

Aforesaid anchor fitting, wherein said first permanent seat and this second permanent seat are to be incorporated on this bicycle carriagebag, and this first permanent seat is the top that is arranged at this second permanent seat, make this glove bag carry unlikely rocking when this cycle rack.

The utility model compared with prior art has tangible advantage and good effect.By above technical scheme as can be known, the utility model anchor fitting, it can provide bicycle more convenient use, and the effect that facility is carried can increase the entrained object of bicycle, and more firm.

Concrete structure of the present utility model is provided in detail by following examples and accompanying drawing thereof.

Fig. 1 is the positive exploded perspective scheme drawing of a preferred embodiment of the present utility model;

Fig. 2 is the scheme drawing that cycle rack is fixed in the utility model preferred embodiment;

Fig. 3 is the part-structure scheme drawing of first fixation assembly in the utility model preferred embodiment;

Fig. 4 is the thin bilge construction scheme drawing of the back side plane of the utility model preferred embodiment;

Fig. 5 is the thin bilge construction scheme drawing of the back side plane of the utility model preferred embodiment;

Fig. 6 is the scheme drawing of the utility model preferred embodiment loaded object;

Fig. 7 is the back side exploded perspective scheme drawing in the utility model preferred embodiment;

Below in conjunction with accompanying drawing and preferred embodiment, to according to the anchor fitting that the utility model proposes, its concrete structure, feature and effect thereof, describe in detail as after.

Please consult Fig. 1 simultaneously, shown in Figure 2, it comprises one first fixation assembly 11 and one second fixation assembly 12, this first fixation assembly 11 is the tops that are positioned at this second fixation assembly 12, wherein, this first fixation assembly 11 is to include one first permanent seat 13 and 2 first bayonet units 14,12 of this second fixation assemblies include one second permanent seat 15 and one second bayonet unit 16, this first permanent seat 13 is in order to be incorporated on the object 10 (seeing also Fig. 2) with this second permanent seat 15, this 2 first bayonet unit 14 is in order to be fastened on the support 20 with 16 of this second bayonet units, wherein, this object 10 can be a glove bag 10, and this support 20 can be a cycle rack 20; Please consult shown in Figure 1 again, the front of each first bayonet unit 14 is to have a uncinus 141, after this uncinus 141, has an alcove 142, be ccontaining one to block element 143 in each alcove 142, each stage casing of blocking element 143 is the protrusions 1431 with a triangular shape, each blocks the cylinder 1432 that the bottom of element 143 has two hollows, 1432 on cylinder in this two hollow is provided with a torque spring 144, the both sides, bottom of this alcove 142 have two through holes 1421, pass this two through hole 1421 with a latch 145, the hollow of the cylinder 1432 of this torque spring 144 and this two hollow partly, so that this blocks the bottom that element 143 can be pinned at this alcove 142, therefore, only need this uncinus 141 of this two bayonet unit 14 is depressed towards the horizontal support 201 in this cycle rack 20, can be by this triangular shape protrusion 1431 and these uncinus 141 common horizontal supports 201 that grip in this cycle rack 20, and this top of blocking element 143 is to extend outside this alcove 142, two to block between the top of element 143 be to link to each other by a ribbon 146 at this, the user can pull back this ribbon 146 and depress this and two block element 143, mention this ribbon 146 again towards the back upper place this 2 first bayonet unit 14 is separated with this horizontal support 201, this ribbon 146 also can make this glove bag 10 portablely carry simultaneously;

Before this 2 first bayonet unit 14 blocks this horizontal support 201, this 2 first bayonet unit 14 is the distances between can adjusting, so that this first fixation assembly 11 can suitably be adjusted according to the length of this horizontal support 201, the structure of this adjustment is: be provided with 2 first chutes 131 in this first permanent seat 13, this 2 first chute 131 can be two zig-zag chutes 131 of symmetry, this first bayonet unit 14 includes a geared assembly 17, it is in order to be engaged in this zig-zag chute 131, this geared assembly 17 can be two setting elements, each setting element is the back side that is arranged at each first bayonet unit 14, each setting element 17 is to comprise: an epsilon-type structure thing 171, two strip protrusions 172 and one eject element 173, the detailed construction of this setting element sees also shown in Figure 3, wherein, the width of these epsilon-type structure thing 171 central parts 1711 is the narrowest width that zig-zag chute 131 such as are equal to, two side flanges 1712 of this epsilon-type structure thing 171 then can slip into the back side of these zig-zag chutes 131, see also Fig. 4, Fig. 5, the back side of each zig-zag chute 131 includes two fins 132, this two fin 132 is the both sides, the back side that are arranged at each zig-zag chute 131 respectively, the inboard of two side flanges 1712 of this epsilon-type structure thing 171 is the outer rims that can prop up this two fin 132, so that but these first bayonet unit, 14 smooth sliding are in this zig-zag chute 131, and unlikely teetertottering, cause can't fixed engagement situation;

Please consult shown in Figure 3 again, in each setting element 17, this two strips protrusion 172 is to be stretched out by these epsilon-type structure thing 171 central parts 1711, this 172 of two strips protrusion is the raceway groove 174 that forms a wedge shape, and the tip of this two strips protrusion 172 is into free, and the tip of this two strips protrusion 172 is into a double wedge shape tip 1721, this double wedge shape tip 1721 is can be embedded in this zig-zag chute 131, has the slip of one section rank sense so that this first bayonet unit 14 to be provided in this zig-zag chute 131; And this to eject element 173 be in order to this two strips protrusion 172 is outwards ejected, make this double wedge shape tip 1721 engageable in this zig-zag chute 131, and this first bayonet unit 14 can be positioned in this zig-zag chute 131, please consult Fig. 3 simultaneously, Fig. 4, shown in Figure 5, this ejects element 173 and comprises: a force application structure thing 1731, one box structure thing 1732 and two sliding pins 1733, wherein, the surface of this force application structure thing 1731 is to be provided with a rough inclined-plane, but with the application of force thereon so that this ejects element 173 to the side of this epsilon-type structure thing 171 or move laterally; The bottom of this force application structure thing 1731 is provided with this box structure thing 1732, please consult Fig. 4 again, this box structure thing 1732 is to slide in this raceway groove 174, the width of this box structure thing 1732 is greater than the tip place 1721 of this raceway groove 174 in this two strips protrusion 172, therefore, when this box structure thing 1732 moves to this raceway groove 174 in the tip place 1721 of this two strips protrusion 172, this box structure thing 1732 is to make these double wedge shape tips 1721 outwards eject and be stuck in this zig-zag chute 131, cause these setting elements 17 can be positioned (as figure four) in these zig-zag chutes 131, and move to this raceway groove 174 in this two strips protrusion 172 during near the side of these epsilon-type structure things 171 at this box structure thing 1732, because these double wedge shape tips 1721 are a dissociated state, these setting elements 17 can in these zig-zag chutes 131, slide (as Fig. 5) then; In addition, this epsilon-type structure thing 171 of a side direction from this force application structure thing 1731 extends this two sliding pin 1733, these sliding pins 1733 are to slide in the two sliding pin grooves 1713 in this epsilon-type structure thing 171, and the end of these sliding pins 1733 is to have inwardly protruded inscription word 1734, with the groove 1714 that hooks these sliding pin grooves 1713, simultaneously, this two strips protrusion 172 also slides in box structure thing 1732 other chases 1735, because the width of box structure thing 1732 is located slightly and this double wedge shape end 1721 is outwards ejected and snaps in this zig-zag chute 131 slightly greater than the raceway groove end, so these two ends end to end that eject element 173 are fixing with this two strips protrusion 172 and this epsilon-type structure thing 171 respectively, and make this eject element 17 unlikely coming off.

Please consult shown in Figure 1 again, be provided with one at the end in the inner part of this two zig-zags chute 131 and prop up device 133, this props up device 133 and can be two shell fragments 133, there are three limits to separate in around each shell fragment 133 with this first permanent seat 13, only stay on one side and link to each other with this first permanent seat 13, the width of these shell fragments 133 is the width that are slightly larger than 1712 of two side flanges of these epsilon-type structure things 171, the user can depress this setting element 17 in this first bayonet unit 14 towards this shell fragment 133, again that this 2 first bayonet unit 14 is traversing to both sides, then these shell fragments 133 are can upspring 131 sealings of these zig-zag chutes, prop up this first bayonet unit, 14 unlikely slippages, and the user can eject this side (as Fig. 4) that element 173 places close this epsilon-type structure thing 171 earlier, with the distance that can adjust 14 of this 2 first bayonet units in these zig-zag chutes 131, to adapt to the length of the horizontal support 201 in this cycle rack 20, with obtain one suitably apart from the time, the user can eject this element 173 to pull out (as Fig. 4) to two outsides, can fix this 2 first bayonet unit 14 on this first permanent seat 13.

Please consult Fig. 1, shown in Figure 6 simultaneously, it is that seat 134 and second is a seat 135 that the both sides up and down of this first permanent seat 13 have more one first, this first is that seat 134 and second is 135 to be in order to the tying-up object thereon, to increase the object that this cycle rack 20 is carried, as shown in Figure 6, this first be seat 134 with this second be seat 135 all be can rope band will be thereon as

other object

51,52 tying-ups of sleeping bag and so on, wherein this second is that seat 135 is to can be two ladder buttons 135, and this object 52 is overhang under these two ladder buttons 135.

Please consult Fig. 1 again, shown in Figure 2, for this glove bag 10 can more be stable on this cycle rack 20, in order to avoid influence user's the action that drives, this second fixation assembly 12 is the belows that are arranged at this first fixation assembly 11, and this second bayonet unit 16 is in order on the setting support 202 that is fixed in this cycle rack 20, this second permanent seat 15 is to be upright, and be to have one second chute 151 in this second permanent seat 15, around the front of this second chute 151 is to have one first slide rail 152 that is parallel to this second chute 151, this first slide rail 152 is to be a recessed platform-type slide rail 152, and the back side of this second chute 151 (please consulting Fig. 7 simultaneously) is to have 2 second slide rails 153 that are parallel to this second chute 151, and this 153 of 2 second slide rail is to be two recessed channeltype slide rails 153; This second bayonet unit 16 is to slide with respect to this second chute 151, please consult shown in Figure 1 again, this second bayonet unit 16 comprises: one fixes element 161, one agrees with an element 162 and a locking element 163, wherein, this fixing element 161 is to be designed to an I-shape, the recessed part 1611 in the both sides of this fixing element 161 is in order to fix the setting support 202 of this cycle rack 20, this agrees with element 162 is to be arranged between this second permanent seat 15 and this fixing element 161, this agrees with element 162 and comprises: a slide block 1621 and a disk 1622, these disk 1622 upper surfaces are to have a band saw dentation projection 1623 to agree with, so that must agreeing with element 162 with this, this fixing element 161 combines, this slide block 1621 is the lower surfaces that are arranged at disk 1622, and the width of this slide block 1621 is the width that equal this first slide rail 152, and this agrees with element 162 and can slide in this first slide rail 152; Agree with at this fixing element 161 and this and to have a perforation 18 in element 162 and connect the two, this perforation 18 is the central authorities that are positioned at this band saw dentation projection 1623 and this another band saw dentation projection 1612, then this locking element 163 comprises: a screw rod 163 1 and a solid bottom-locking plate 1632, this screw rod 1631 is to run through this perforation 18 and this second chute 151, and lock in a hollow circular cylinder 1633 of these solid bottom-locking plate 1632 central authorities admittedly, should solid bottom-locking plate be but that slide relative is on this 2 second slide rail 153 at these second chute, 151 back sides, see also shown in Figure 7, admittedly the both sides of bottom-locking plate 1632 are to raise up to prop up the inner edge of these 2 second slide rails 153, the hollow of this hollow circular cylinder 1633 partly is to be a screw, this screw rod 1631 is can run through this perforation 18 and lock in admittedly in the screw of this hollow circular cylinder 1633, be able to agree with element 162 in this second chute 151 in conjunction with this fixing element 161 and this, wherein, when this screw rod 1631 does not lock onto the screw of this hollow circular cylinder 1633, this second bayonet unit 16 is but that slide relative is on this second chute 151, and this fixing element 161 can agree with element 162 rotations (seeing also Fig. 2) with respect to this, to adjust the position of this fixing element 161,, this second bayonet unit 16 gets a suitable fixed position so that can adapting to various cycle rack, when this screw rod 1631 lock onto the screw of this hollow circular cylinder 1633, it is to combine closely on this second chute 151 that this fixing element 161 agrees with element 162 with this, so that this glove bag 10 of 15 combinations of this second permanent seat is able to firm carry on this cycle rack 20 and unlikelyly acutely rock.

The above, it only is preferred embodiment of the present utility model, be not that the utility model is done any pro forma restriction, every foundation technical spirit of the present utility model all still belongs in the scope of technical solutions of the utility model any simple modification, equivalent variations and modification that above embodiment did.

Claims

1. anchor fitting is characterized in that this anchor fitting includes:

One first fixation assembly, this first fixation assembly comprises again:

2 first bayonet units, it is to be fixed on this support, this first bayonet unit comprises:

One geared assembly; And

One first permanent seat, this first permanent seat is incorporated into this object, have two openings and 2 first chutes on this first permanent seat, this two opening is an end that is arranged at each first chute, this 2 first chute is to be two zig-zag chutes, this two zig-zags chute is to be symmetricly set on this first permanent seat, and this geared assembly is engaged in respectively on this two zig-zags chute.

2, anchor fitting according to claim 1, it is characterized in that this two opening in described first permanent seat comprises that more two prop up device, it is to prop up this first bayonet unit in this zig-zag chute, wherein this two to prop up device be two shell fragments, each shell fragment is this opening part that is arranged at each zig-zag chute one end, this first bayonet unit is depressed towards these shell fragments by last, after this first bayonet unit is inserted this zig-zag chute, this shell fragment props up this first bayonet unit, and this first bayonet unit enters in these zig-zag chutes.

3, anchor fitting according to claim 1 is characterized in that the front of each first bayonet unit is provided with a uncinus in described first bayonet unit, be hooked on this support, and this each first bayonet unit more comprises:

One alcove, this alcove is arranged at the rear of this uncinus;

4, anchor fitting according to claim 3, it is characterized in that blocking in the element described, each blocks the cylinder that the bottom of element has two hollows, one torque spring is set between the cylinder of this two hollow, the both sides, bottom of this alcove have two through holes, one latch passes the cylindrical hollow part of this two through hole, this torque spring and this two hollow, blocks the bottom that element can be pinned at this alcove with this; Each blocks the top of element and extends outside each alcove, and wherein this two top of blocking element is to connect with a ribbon.

5, anchor fitting according to claim 1, it is characterized in that described geared assembly comprises two setting elements, wherein each setting element is the back side that is arranged at each first bayonet unit, slide and be positioned in these zig-zag chutes, the back side of each zig-zag chute includes two fins, this two fin is the both sides, the back side that are arranged at each zig-zag chute respectively, and in these setting elements, each setting element comprises:

One epsilon-type structure thing, the width of this epsilon-type structure thing middle body is the narrowest width that is equal to this zig-zag chute, the both sides flange inner of this epsilon-type structure thing is the outer rim that can prop up this two fin;

Two strip protrusions, this two strips protrusion is to be stretched out by this epsilon-type structure thing middle body, it between this two strips protrusion the raceway groove that forms a wedge shape, and the tip of this two strips protrusion is into free, and the tip of each strip protrusion is into a double wedge shape tip, and this double wedge shape tip is embedded in these zig-zag chutes;

One ejects element, and this ejects element this two strips protrusion is outwards ejected, and this first bayonet unit is positioned in this zig-zag chute.

6, anchor fitting according to claim 5 is characterized in that the described element that ejects comprises:

One force application structure thing, the surface of this force application structure thing are provided with a rough inclined-plane;

One box structure thing, this box structure thing is the bottom that is arranged at this force application structure thing, and slides in this raceway groove, the width of this box structure thing is greater than this raceway groove, in the end of this two strips protrusion; And

Two sliding pins, this two sliding pin extends from this epsilon-type structure thing of a side direction of this force application structure thing, slide in the two sliding pin grooves of this two sliding pin in this mountain font, and the end of these sliding pins is to have inwardly protruded hook.

7, anchor fitting according to claim 1 is characterized in that described support is a cycle rack, and this first permanent seat up and down both sides comprises that more one first is that seat is a seat with second, and wherein this second is that seat is to be two ladder buttons.

8. anchor fitting according to claim 1 is characterized in that described anchor fitting more comprises one second fixation assembly, and this second fixation assembly comprises:

One second permanent seat, this second permanent seat is fixed on this object, has one second chute on this second permanent seat; And

One second bayonet unit, this second bayonet unit is fixed on this support, and this second bayonet unit is slip and/or fixing in this second chute.

9. anchor fitting according to claim 8 is characterized in that described support is a cycle rack; This 2 first bayonet unit is to be fixed on the horizontal support of this cycle rack, and this second bayonet unit is to be fixed on the setting support of this cycle rack, and wherein this second bayonet unit is to comprise:

One fixes element, and this fixing element is to be fixed on the setting support of this cycle rack;

One agrees with element, and this agrees with element and caters between this fixing element and this second chute, and this fixing element can borrow this to agree with element and slide on this second chute,

One locking element, this locking element should fix element and this to be agreed with element and lock onto on this second chute.

10, anchor fitting according to claim 9, it is characterized in that having one first slide rail and 2 second slide rails that are parallel to this second chute around described second chute, wherein, this first slide rail is the front that is positioned at this second permanent seat, this first slide rail is a recessed platform-type slide rail, and this 2 second slide rail is the back side that is positioned at this second permanent seat, and this 2 second slide rail is to be two recessed channeltype slide rails, and this agrees with element is to comprise:

One disk, this disk upper surface are to have a band saw dentation projection, and the bottom of this fixing element is to have another relative band saw dentation projection, and this band saw dentation projection of itself and this disk is agreed with.

11, anchor fitting according to claim 10 is characterized in that described fixing element design is an I-shape, and the recessed part in the both sides of this fixing element fixes the setting support of this cycle rack.

12, anchor fitting according to claim 10, it is characterized in that described fixing element and this agree with is provided with a perforation and connects the two in the element, this perforation is the central authorities that are positioned at this band saw dentation projection and this another band saw dentation projection, and this locking element is to comprise:

One screw rod, this screw rod run through this perforation and this second chute; And

One solid bottom-locking plate, should solid bottom-locking plate be to be arranged on this 2 second slide rail at this second chute back side, admittedly the both sides of bottom-locking plate are to raise up to prop up the inner edge of these 2 second slide rails, and the central authorities of bottom-locking plate have a hollow circular cylinder admittedly, its hollow space is to be a screw, this hollow circular cylinder slides in this second chute, locks in admittedly in this screw and this screw rod runs through this perforation.

13, anchor fitting according to claim 8 is characterized in that described object is the glove bag for a bicycle.

14, anchor fitting according to claim 13 it is characterized in that described first permanent seat and this second permanent seat are to be incorporated on this bicycle carriagebag, and this first permanent seat is the top that is arranged at this second permanent seat.