CN201539175U

CN201539175U - Pivot device and anti-slip fixing unit

Info

Publication number: CN201539175U
Application number: CN2009201789531U
Authority: CN
Inventors: 林胜勇
Original assignee: Lih Duo International Co Ltd
Current assignee: Lih Duo International Co Ltd
Priority date: 2009-09-29
Filing date: 2009-09-29
Publication date: 2010-08-04
Anticipated expiration: 2019-09-29

Abstract

The utility model relates to a pin joint device and limited slip fixed unit. The pin joint device is used for being arranged on a plate body and enabling the plate body to slide relative to a rail bar, and comprises: the sliding device comprises a base body, a sliding group, a first fixing group and a non-sliding group. The sliding assembly is provided with a sliding piece and a locking piece, the locking piece connects the sliding piece with the base body, and the sliding piece can move along the rail bar; the first fixing group is provided with a first fixing piece and a first positioning piece, the first fixing piece is connected with the fixing plate body, and the first positioning piece connects the first fixing piece with the seat body; the anti-slip assembly is provided with a first anti-slip piece and a second anti-slip piece, the first anti-slip piece is connected with the first positioning piece, the second anti-slip piece is connected with the base body, and when the first positioning piece is connected with the first fixing piece, the first anti-slip piece and the second anti-slip piece are mutually occluded, so that the plate body can be fixed on the pivoting device. The anti-slip fixing unit comprises: the fixed set and the anti-slip set. The utility model discloses can maintain the plate body height position originally.

Description

Hinge device and on-slip fixed cell

Technical field

The utility model relates to a kind of hinge device, particularly relates to a kind of hinge device and on-slip fixed cell with on-slip group.

Background technology

The opening/shutting mode of general door-plate has two kinds of sliding door type or revolving door types, consult Fig. 1, be the door-plate pin joint seat 900 of present known sliding door type, this door-plate pin joint seat 900 is in order to articulate a door-plate 910 and a rail bar 920 mutually, make door-plate 910 can be on rail bar 920 move left and right.

Consult Fig. 1; lateral view for known taper hole formula door-plate pin joint seat 900; this door-plate pin joint seat 900 has two keepers 930; two fixtures 940 and two perforation 950; and keeper 930 passes perforation 950 and screws togather mutually with fixture 940; so that door-plate 910 is fixed on the door-plate pin joint seat 900; but; when installing door-plate 910; whether the bottom surface that needs to consider door-plate 910 cooperates the horizontal plane of installing the floor; and the error of the hole on the door-plate 910 960 generation on making; therefore boring a hole 950 aperture usually can be greater than the diameter of keeper 930; to do suitable adjustment, so can have size to be the space of X between keeper 930 and the perforation 950 at different demands and specification.

But, increase along with service time, keeper 930 and fixture 940 can't be loaded the weight of door-plate 910 or external force (for example: the vibration that wind-force or door-plate 910 produce, rock or the like) and be glided gradually when switch, as shown in Figure 2, space between keeper 930 and the perforation 950 will be increased to X ' by X originally, makes door-plate 910 can break away from height and position originally.

Consult Fig. 3, lateral view for known straight hole formula door-plate pin joint seat 900, this door-plate pin joint seat 900 is that the hole 960 that utilizes keeper 930 to pass two pads 970 and door-plate 910 screws togather mutually with fixture 940, so that door-plate 910 is fixed on the door-plate pin joint seat 900, and can there be size to be the space of Y between keeper 930 and the hole 960.Yet, the frictional force of pad 970 also can't be born the weight of door-plate 910, make door-plate 910 to glide gradually along with the increase of service time, as shown in Figure 4, space between keeper 930 and the hole 960 will be increased to Y ' by Y originally, makes door-plate 910 can break away from height and position originally.

This shows that above-mentioned existing hinge device obviously still has inconvenience and defective, and demands urgently further being improved in structure and use.In order to solve the problem of above-mentioned existence, relevant manufacturer there's no one who doesn't or isn't seeks solution painstakingly, but do not see always that for a long time suitable design finished by development, and common product does not have appropriate structure to address the above problem, this obviously is the problem that the anxious desire of relevant dealer solves.Therefore how to found a kind of hinge device and on-slip fixed cell of new structure, real one of the current important research and development problem that belongs to, also becoming the current industry utmost point needs improved target.

Because the defective that above-mentioned existing hinge device exists, the inventor is based on being engaged in this type of product design manufacturing abundant for many years practical experience and professional knowledge, and the utilization of cooperation scientific principle, actively studied innovation, in the hope of hinge device and the on-slip fixed cell of founding a kind of new structure, can improve general existing hinge device, make it have more practicality.Through constantly research, design, and, create the utility model that has practical value finally through after studying sample and improvement repeatedly.

Summary of the invention

The purpose of this utility model is to keep the hinge device of its height and position at the door-plate that a kind of fixedly sliding door type is provided.

In addition, another purpose of the present utility model, promptly at the door-plate that a kind of fixedly revolving door type is provided to keep the hinge device of its height and position.

In addition, another purpose of the present utility model is promptly providing a kind of on-slip fixed cell that can the level altitude position.

The purpose of this utility model and to solve its technical problem be to adopt following technical scheme to realize.According to the hinge device that the utility model proposes, in order to be arranged on a plate body and to make this plate body can be with respect to a rail bar slippage, this hinge device comprises a pedestal, a Slide Group, one first a fixing group and an on-slip group.Slide Group has a sliding part and a closure, and closure is in order to connecting pedestal with sliding part, and sliding part can be along the rail bar displacement; The first fixing group has one first fixture and one first keeper, and this first fixture is connected and fixed plate body, and first keeper is in order to connect pedestal with first fixture; The on-slip group has one first on-slip part and one second on-slip part, this the first on-slip part and the second on-slip part all are formed with an occlusion structure, the first on-slip part connects first keeper, and the second on-slip part connects pedestal, when first keeper connects first fixture, the first on-slip part and the second on-slip part can mutual interlocks, make plate body can be fixed on the hinge device and can not break away from its height and position originally because of gravity.

The purpose of this utility model and solve its technical problem and can also be further achieved by the following technical measures.

Preferably, aforesaid hinge device, the occlusion structure of the wherein said first on-slip part and the second on-slip part is a rag, this rag is formed on a wherein surface of this first on-slip part and goes up on the wherein surface that reaches the second on-slip part, when first keeper connected first fixture, the first on-slip part and the second on-slip part can mutual interlocks.

Preferably, aforesaid hinge device, the wherein said second on-slip part and this pedestal can be one-body molded.

Preferably, aforesaid hinge device also comprises one second fixing group, and the second fixing group has one second fixture and one second keeper, and second fixture is connected and fixed this plate body, and second keeper is in order to connect pedestal with second fixture.

The purpose of this utility model and solve its technical problem and also realize by the following technical solutions.According to the hinge device that the utility model proposes, in order to be arranged on a plate body and this plate body can be rotated with respect to a supporter, this hinge device comprises a pedestal, one first a fixing group and an on-slip group.A wherein end of pedestal connects supporter, and the wherein other end of pedestal can rotate with respect to supporter; The first fixing group has one first fixture and one first keeper, and first fixture is connected and fixed plate body, and first keeper is in order to connect pedestal with first fixture; The on-slip group has one first on-slip part and one second on-slip part, the first on-slip part and the second on-slip part all are formed with an occlusion structure, the first on-slip part connects first keeper, and the second on-slip part connects this pedestal, when first keeper connects first fixture, the first on-slip part and the second on-slip part can mutual interlocks, make plate body can be fixed on the hinge device and can not break away from its height and position originally because of gravity.

Preferably, aforesaid hinge device, the wherein said second on-slip part and this pedestal are one-body molded.

The purpose of this utility model and solve its technical problem and also realize by the following technical solutions in addition.On-slip fixed cell according to the utility model proposes in order to be arranged on the fixture, can not move this fixture with respect to this on-slip fixed cell; This on-slip fixed cell comprises a fixing group and an on-slip group.Fixedly group has a fixture and positioning piece, and keeper can stretch into fixture and be mutually locked with fixture.The on-slip group is between fixture and keeper, and have one first on-slip part and one second an on-slip part, the first on-slip part and the second on-slip part all are formed with an occlusion structure, pass through first hole and the sealed fixture of second hole at keeper, the first on-slip part and the mutual interlock of the second on-slip part make fixture can not move with respect to the on-slip fixed cell.

Preferably, aforesaid on-slip fixed cell, wherein said occlusion structure are rag, and this rag is formed on a wherein surface of this first on-slip part and goes up on the wherein surface that reaches this second on-slip part.

The utility model compared with prior art has tangible advantage and beneficial effect.By technique scheme, the utility model hinge device and on-slip fixed cell have following advantage and beneficial effect at least: hinge device of the present utility model and on-slip fixed cell, can fixed plate body on hinge device, make plate body along with hinge device when mobile, can not break away from plate body height and position originally because of gravity on rail bar.

Above-mentioned explanation only is the general introduction of technical solutions of the utility model, for can clearer understanding technological means of the present utility model, and can be implemented according to the content of manual, and for above-mentioned and other purposes, feature and advantage of the present utility model can be become apparent, below especially exemplified by preferred embodiment, and conjunction with figs., be described in detail as follows.

Description of drawings

Fig. 1 is the sectional view that the pivot joint of door-plate pin joint seat, door-plate and the rail bar of existing known taper hole formula concerns, wherein the distance between keeper and the perforation is X.

Fig. 2 is the sectional view that the pivot joint of door-plate pin joint seat, door-plate and the rail bar of existing known taper hole formula concerns, wherein the distance between keeper and the perforation is X X '.

Fig. 3 is the sectional view that the pivot joint of door-plate pin joint seat, door-plate and the rail bar of existing known straight hole formula concerns, wherein the distance between keeper and the perforation is Y.

Fig. 4 is the sectional view that the pivot joint of door-plate pin joint seat, door-plate and the rail bar of existing known straight hole formula concerns, wherein the distance between keeper and the perforation is Y '.

Fig. 5 is that the hinge device of the utility model first preferred embodiment is applied in the door-plate of pivot joint sliding door type and the schematic diagram of rail bar.

Fig. 6 is the combination stereogram of the utility model hinge device first preferred embodiment.

Fig. 7 is the exploded perspective view that the thin portion element of the hinge device of the utility model first preferred embodiment is formed.

Fig. 8 is that the second on-slip part of the utility model hinge device first preferred embodiment fastens the schematic diagram in the groove of pedestal.

Fig. 9 is the cross-sectional schematic along the VII-VII line among Fig. 6, illustrates that first keeper (second keeper) passes the first on-slip part, the second on-slip part, second perforation and sealed first fixture (second fixture).

Figure 10 is that the utility model hinge device only utilizes the fixedly schematic diagram of door-plate of the first fixing group and on-slip group.

Figure 11 is the exploded perspective view of the utility model hinge device second preferred embodiment.

Figure 12 is the combination stereogram of the 3rd preferred embodiment of the utility model hinge device.

The specific embodiment

For further setting forth the utility model is to reach technological means and the effect that predetermined goal of the invention is taked, below in conjunction with accompanying drawing and preferred embodiment, to according to hinge device and its specific embodiment of on-slip fixed cell, structure, feature and the effect thereof that the utility model proposes, describe in detail as after.

Consulting Fig. 5 and shown in Figure 6, is respectively that the hinge device of the utility model first preferred embodiment is applied in door-plate and the schematic diagram of rail bar and the combination stereogram of hinge device first preferred embodiment that articulates sliding door type.The hinge device 100 of the utility model first preferred embodiment, mainly be to be articulated in a rail bar 300 in order to door-plate 200 with a sliding door type, make door-plate 200 on rail bar 300, to slide and can not break away from the former height and position that should have by hinge device 100, certainly, hinge device 100 of the present utility model not only is limited to door-plate 200, can be applicable to any plate body, for example: window, blackboard, blank etc.Hinge device 100 comprises a pedestal 10, a Slide Group 1, one

first fixing group

2,1 second fixing group 3 and two on-slip groups 4.

Cooperating and to consult shown in Figure 7ly, is the exploded perspective view that the thin portion element of the hinge device of the utility model first preferred embodiment is formed.

Above-mentioned pedestal 10 has one first perforation, 101,1 second perforation, 102 and 1 the 3rd perforation 103, provides the fixing group of Slide Group 1, the first fixing group 2 and second 3 sealed respectively.First perforation the 101 and the 3rd perforation 103 is respectively adjacent to the two ends of pedestal 10, and second perforation 102 is then between first perforation the 101 and the 3rd perforation 103.In addition, first perforation 101 has an internal thread 106.

Above-mentioned Slide Group 1 is installed on the pedestal 10 and has a sliding part 11 and a closure 12, sliding part 11 has a roller 111 and a protuberance 112, on the peripheral wall of this roller 111, have a shape and rail bar 300 corresponding rotatable chutes 110, in order to provide rail bar 300 to stretch into wherein, make hinge device 100 on rail bar 300, to move, and be formed with one and first perforation, 101 internal thread 106 corresponding external screw threads 107 on the peripheral wall of protuberance 112, make internal thread 106 and external screw thread 107 to screw togather mutually.Closure 12 is a bolt, and it passes first perforation 101 and is mutually locked with sliding part 11.

Consult Fig. 7 and shown in Figure 8, Fig. 8 is that the second on-slip part of the utility model hinge device first preferred embodiment fastens the schematic diagram in the groove of pedestal.

The above-mentioned first fixing group 2 is installed on the pedestal 10 and has one first fixture 21 and first keeper, 22, the first fixtures 21 and sliding part 11 are positioned at the same side of pedestal 10, in order to door-plate 200 be fixed on hinge device 100 and have a shrinkage pool 210; First keeper 22 has a block holding part 221 and a rod body 222, and this rod body 222 passes second perforation 102 and stretches into the shrinkage pool 210 of first fixture 21, and win keeper 22 and first fixture 21 are mutually locked.

The second above-mentioned fixing group 3 is installed on the pedestal 10 and has one second fixture 31 and second keeper 32.Second fixture 31 and first fixture 21 are positioned at the same side of pedestal 10, in order to door-plate 200 is fixed on hinge device 100, the element structure of the second fixing group 3 with first fixing organize 2 identical, second fixture 31 has a shrinkage pool 310, and second keeper 32 has a block holding part 321 and a rod body 322, therefore, do not giving unnecessary details its function and connected mode.What deserves to be mentioned is that the aperture of second perforation 102 is greater than the bar footpath of the rod body 222 of first keeper 22, and the aperture of the 3rd perforation 103 is greater than the bar footpath of the rod body 322 of second keeper 32.

Two above-mentioned on-slip groups 4 lay respectively between first keeper 22 and the pedestal 10, and between second keeper 32 and the pedestal 10, wherein each on-slip group 4 all has the first on-slip part 41 and the second on-slip part 42.In the present embodiment, the first on-slip part 41 is identical with the material of the second on-slip part 42, can be copper alloy, aluminium alloys, kirsite, magnesium alloy, steel and alloy and engineering plastic etc., and be formed with an occlusion structure on both wherein surfaces, present embodiment is a rag 43.Because two on-slip groups 4 structure is identical, so followingly only illustrate with the on-slip group 4 between first keeper 22 and pedestal 10.

Please consulting shown in Figure 9ly simultaneously, is the cross-sectional schematic along the VII-VII line among Fig. 6.

This first on-slip part 41 has rod body 222 corresponding first hole 410 and anti-slip sections 411 of a pore size and first keeper 22, this first hole 410 passes for the rod body 222 of first keeper 22, and the first on-slip part 41 is connected with the 22 mutual driving fits of first keeper, as shown in Figure 9.On a side of first fixture 21 and second fixture 31, also have two grooves 104 at pedestal 10, second perforation the 102 and the 3rd perforation 103 lays respectively in the groove 104, and the size of this groove 104 is corresponding with the second on-slip part 42, use for the second on-slip part 42 and be placed in one, make the second on-slip part 42 can be fastened in the groove 104, as shown in Figure 8.

This second on-slip part 42 has a pore size and second perforation, 102 corresponding second holes 420 and a position to limited slip block 421 that should anti-slip section 411, therefore, the rod body 222 of first keeper 22 pass the first on-slip part 41 first hole 410, the second on-slip part 42 second hole 420, second perforation 102 and stretch into the shrinkage pool 210 of first fixture 21, be mutually locked with first fixture 21, as shown in Figure 9.In addition, in first keeper, 22 sealed first fixtures 21, the first on-slip part 41 engages with limited slip block 421 mutually with 42 mutual interlocks of the second on-slip part and anti-slip section 411, makes win on-slip part 41 and the second on-slip part 42 can move left and right.

Wherein, what specify is, the rag 43 of the first on-slip part 41 and the rag of the second on-slip part 42 43 need positioned opposite to each other, make both rag 43 interlocks and fix first keeper 22 and pedestal 10 more mutually, thus, when hinge device 100 was mobile on rail bar 300, door-plate 200 can landing not break away from position originally because of long-term use.What deserves to be mentioned is that the line of the rag 43 of the first on-slip part 41 and the second on-slip part 42 is to all being parallel to horizontal plane, but not as limit, as long as its line is to being not orthogonal to horizontal plane.In addition, the first on-slip part 41 also can cooperate different demands with the external diameter size of the second on-slip part 42 and change.And on-slip group 4 also can have only one group, is arranged between first keeper 22 and the pedestal 10 or between second keeper 32 and the pedestal 10, does not exceed with present embodiment.

Moreover first fixing the group 2 and second fixing group 3 can change wherein first fixture 21 and first keeper 22 by on-slip group 4 respectively, and the height and position between second fixture 31 and second keeper 32, with the error that cooperates door-plate 200 to produce on making.In addition, consult Fig. 9, in the present embodiment, the perforation 201 of door-plate 200 is to be the example explanation with the bellmouth, but also can be straight hole, does not exceed with embodiment.

In addition, first fixing the group 2 or second fixing group 3 also can be separately and on-slip group 4 be used, as shown in figure 10, with the first fixing group 2, door-plate 200 can be between first fixture 21 and the second on-slip group 42, or first between keeper 22 and the first on-slip group 41, make the keeper 22 of winning pass the first on-slip group 41, the perforation 201 of the second on-slip group 42 and door-plate 200 and when being locked together in first fixture 21, the first fixing group 2 and on-slip group 4 (more than be collectively referred to as the on-slip fixed cell) can be fixed on door-plate 200 or any plate body, can prevent that equally it from moving with respect to the on-slip fixed cell.

Consult Figure 11, be the exploded perspective view of second preferred embodiment of the utility model hinge device 100.Second preferred embodiment of the utility model hinge device is roughly identical with first preferred embodiment, and difference is that the second on-slip part 42 (Fig. 5) is one-body molded with pedestal 10.

In second preferred embodiment, on a side of sliding part 11, first fixture 21 and second fixture 31, be formed with a rag 43 ' at pedestal 10, second perforation 102 is arranged in the rag 43 ' of pedestal 10, make when the rod body 222 of first keeper 22 passes first hole 410, second perforation 102 and sealed first fixture 21, rag 43 ' the interlock mutually of the first on-slip part 41 and pedestal 10 is to prevent the landing of door-plate.

What deserves to be mentioned is, present embodiment is not limited to two groups of on-slip groups 4 and is all one-body molded, that is to say that wherein the second on-slip part 42 of one group of on-slip group 4 is one-body molded with pedestal 10, wherein another group on-slip group 4 then as first embodiment, utilizes second keeper 32 (or first keeper 22) to pass the first on-slip part 41, second on-slip part 42 and sealed second fixture 31.

Consult Figure 12, be the combination stereogram of the 3rd preferred embodiment of the utility model hinge device 100.The door-plate 200 that this hinge device 100 of the utility model the 3rd preferred embodiment can be applicable to a revolving door type is articulated in a supporter 400, makes that door-plate 200 can be with respect to supporter 400 rotations.

The hinge device 100 of the utility model the 3rd preferred embodiment comprises, a pedestal 10, one

first fixing group

2,1 second fixing group 3 and two on-slip groups 4.A wherein end of pedestal 10 connects supporter 400 rotationally, and in the present embodiment, this supporter 400 is wall or door pillar, and pedestal 10 has one first perforation, 101 ' and 1 second perforation 102 '.

The first above-mentioned fixing group 2 has one first fixture 21 and one second keeper 22; The second fixing group 3 has one second fixture 31 and one second keeper, 32, the first keepers 22 and passes first perforation 101 ' and be connected with first fixture 21; Second keeper 32 passes second perforation 102 ' and is connected with second fixture 31, on-slip group 4 lays respectively between the first fixing group 2 and the pedestal 10, reach between the second fixing group 3 and the pedestal 10, can prevent door-plate 200 when rotated equally, break away from the height and position of script because gravity downwards.Yet first fixing group 2, second fixing group 3 principle and the modes that are connected with pedestal 10, and the element of on-slip group 4 structure (having the first on-slip group 41 and the second on-slip group 42) are all as first preferred embodiment, so repeat no more.

In addition, present embodiment can have only first fixing the group 2 or second fixing group 3, and to have only the first fixing group 2, the quantity of the on-slip group 4 of cooperation is one group, and between the first fixing group 2 and pedestal 10, can reach effect of the present utility model equally.Moreover the second on-slip group 42 can be one-body molded with pedestal 10.

In sum, the utility model hinge device 100, utilization on-slip group 4 wherein is hinge device 100 and door-plate 200 more fixedly, breaks away from height and position originally because of long-term rotation or slip to prevent door-plate 200.

The above, it only is preferred embodiment of the present utility model, be not that the utility model is done any pro forma restriction, though the utility model discloses as above with preferred embodiment, yet be not in order to limit the utility model, any those skilled in the art, in not breaking away from the technical solutions of the utility model scope, when the structure that can utilize above-mentioned announcement and technology contents are made a little change or be modified to the equivalent embodiment of equivalent variations, but every content that does not break away from technical solutions of the utility model, according to technical spirit of the present utility model to any simple modification that above embodiment did, equivalent variations and modification all still belong in the scope of technical solutions of the utility model.

Claims

1. hinge device is in order to be arranged on a plate body and to make this plate body can be with respect to a rail bar slippage; It is characterized in that:

This hinge device comprises:

One pedestal;

One Slide Group has a sliding part and a closure, and this closure connects this pedestal with this sliding part, and this sliding part can be along this rail bar displacement;

One first fixing group has one first fixture and one first keeper, and this first fixture is connected and fixed this plate body, and this first keeper is connected this pedestal with this first fixture; And

One on-slip group, have one first on-slip part and one second on-slip part, this the first on-slip part and the second on-slip part all are formed with an occlusion structure, this first on-slip part connects this first keeper, this second on-slip part connects this pedestal, connect this first fixture at this first keeper, this first on-slip part and the mutual interlock of the second on-slip part.

2. hinge device as claimed in claim 1, it is characterized in that wherein said pedestal has one first perforation and one second perforation, this closure passes this first perforation and is mutually locked with this sliding part, and this first keeper passes this second perforation and is mutually locked with this first fixture.

3. hinge device as claimed in claim 2, it is characterized in that wherein said hinge device also comprises one second fixing group, this second fixing group has one second fixture and one second keeper, this second fixture is connected and fixed this plate body, and this second keeper connects this pedestal with this second fixture.

4. hinge device as claimed in claim 3, it is characterized in that wherein said pedestal also has one the 3rd perforation, this first perforation and the 3rd is bored a hole and is positioned at the two ends of contiguous this pedestal, this second perforation is between this first perforation and the 3rd perforation, and this second keeper passes the 3rd perforation and is mutually locked with this second fixture.

5. as the described hinge device of arbitrary claim in the claim 1 to 4, it is characterized in that wherein said occlusion structure is a rag, this rag is formed on a wherein surface of this first on-slip part and goes up on the wherein surface that reaches this second on-slip part.

6. as the described hinge device of arbitrary claim in the claim 1 to 4, it is characterized in that the wherein said second on-slip part and this pedestal are one-body molded.

7. hinge device is in order to be arranged on a plate body and this plate body can be rotated with respect to a supporter; It is characterized in that:

This hinge device comprises:

One pedestal, wherein an end connects this supporter, and this supporter rotation relatively of the wherein other end of this pedestal;

One first fixing group has one first fixture and one first keeper, and this first fixture is connected and fixed this plate body, and this first keeper connects this pedestal with this first fixture; And

8. hinge device as claimed in claim 7 is characterized in that wherein said occlusion structure is a rag, and this rag is formed on a wherein surface of this first on-slip part and goes up on the wherein surface that reaches this second on-slip part.

9. hinge device as claimed in claim 7 is characterized in that the wherein said second on-slip part and this pedestal are one-body molded.

10. an on-slip fixed cell in order to be arranged on the fixture, can not move this fixture with respect to this on-slip fixed cell; It is characterized in that:

This on-slip fixed cell comprises:

One fixing group has a fixture and positioning piece, and this keeper can stretch into this fixture and be mutually locked with this fixture; And

One on-slip group, between this fixture and this keeper, and have one first on-slip part and one second an on-slip part, this the first on-slip part and the second on-slip part all are formed with an occlusion structure, pass through this first hole and sealed this fixture of second hole, this first on-slip part and the mutual interlock of the second on-slip part at this keeper.

11. on-slip fixed cell as claimed in claim 10 is characterized in that wherein said occlusion structure is a rag, this rag is formed on a wherein surface of this first on-slip part and goes up on the wherein surface that reaches this second on-slip part.