CN203186492U

CN203186492U - Multifunctional clamping and fastening device

Info

Publication number: CN203186492U
Application number: CN 201320126615
Authority: CN
Inventors: 曾东荣; 龚世铎; 蔡佳培
Original assignee: An Shuo Industries Inc
Current assignee: An Shuo Industries Inc
Priority date: 2013-03-20
Filing date: 2013-03-20
Publication date: 2013-09-11
Anticipated expiration: 2023-03-20

Abstract

Provided is a multifunctional clamping and fastening device. A clamping hole capable of being sleeved on the periphery of a preset tubular body (such as a bicycle handle) is formed in a fixed seat, at least one combining portion extending outwards is arranged on the periphery of the fixed seat, a movable seat combined with a relative loading piece is further arranged, a combined portion capable of being pivoted on the combining portion directly or indirectly is arranged on the movable seat, a plurality of protruding teeth meshed with one another are arranged on the combined portion of the movable seat and the combining portion of the fixed seat respectively, and the protruding teeth are arranged relative to pivoted contacting portions respectively, and therefore when the movable seat carries out pivot rotating motions relative to the fixed seat, locating effects of different angles can be generated.

Description

The multifunction clips buckle device

Technical field

The utility model relates to the multifunction clips buckle device, refers to that especially a kind of load elements that is fixed that makes produces the toggle clip device that different angles pivot and locate.

Background technology

Be applied at present the clamping and fixing device on the handle-bar on the market, more common just like the structure shown in Figure 1A, it mainly is that body 9 in the preferable friction effect of a tool and elasticity (as: rubber material) is provided with an ostiolate collar recess 91, oppositely extend a sidepiece 92 respectively in these collar recess 91 2 sides, between two sidepieces 92, form clamping recess 93, and on each sidepiece 92, be respectively equipped with the perforation 921 of a correspondence; During use, one antiskid pad 8 can be set in clamping recess 93 according to need, and run through two perforations 921 with a bolt 7, adjusting nut 71 with one again is screwed together on this bolt 7, can force these clamping recess 93 chucks on handle-bar, load elements to be fixed then can stretch in this collar recess 91, and its packing is fixed, and uses to reach default load elements is fixed in effect on the bicycle.

Moreover, and for example another shown in Figure 1B is used for the clamping and fixing device of bicycle, it comprises body 95 and the sidepiece 96 that is articulated in body 95, be provided with a fixed part 951 for load elements locking to be fixed in body 95, and body 95 and sidepiece 96 corresponding medial surfaces are concaved with recessed edge, to form the body of rod of a clamping recess 97 chucks on bicycle, adjust nut 71 with a bolt 7 and again and screw togather locking sidepiece 96 and the other end of body 95 with respect to pivot end, use to reach default load elements is fixed in effect on the bicycle.

Yet it only merely can be fixed in above-mentioned clamping and fixing device (body 9,95) load elements on the bicycle (tap), but lacks the mechanism of adjusting angle or height for load elements; And its collar recess 91 or fixed part 951 also have spatial accommodation and restriction in shape, cause the demand that is difficult to satisfy variant stature user or different application occasion on its overall applicability.

Because the clamping and fixing device of known applications on handle-bar has above-mentioned shortcoming, the creator is the road at those shortcoming research improvement, has the utility model to produce finally.

Summary of the invention

Main purpose of the present utility model is to provide a kind of multifunction clips buckle device, and it can carry out the adjustment of pivoting angle via easy operating mode, and produces firm angle orientation, has splendid ease of use.

Another purpose of the present utility model is to provide a kind of multifunction clips buckle device, and it can form the combination that is easy to dismantle with different load members, has Applicable scope widely.

The utility model is for reaching above-mentioned purpose, the technical scheme that adopts is: a kind of multifunction clips buckle device, it comprises permanent seat at least, be characterized in: also comprise the sliding seat that combines with related load spare, this permanent seat has one can be fixed in the clamping hole of presetting tubular body week side by fit, is provided with at least one joint portion that outwards protrudes out in all sides of this permanent seat; This sliding seat is provided with a combined portion that is linked to this joint portion, and this sliding seat is via combined the binding with the joint portion, and can carry out the pivot activity with respect to permanent seat.

Combined joint portion that directly is articulated in permanent seat of described sliding seat.

Described sliding seat is provided with a contact surface inconsistent with this load elements, and this load elements directly is incorporated on this contact surface.

Contact site between described joint portion and the combined portion is respectively equipped with intermeshing several double wedges.

Be provided with extension assembly between described permanent seat and the sliding seat, this extension assembly is provided with first elongated end that is articulated with this joint portion in an end, and the other end of extension assembly is provided with second elongated end that is articulated with this combined portion.

The pivot axle center of first elongated end of described extension assembly and the pivot axle center of this second elongated end are different directions and extend.

The pivot axle center of described first elongated end is vertical mutually with the pivot axle center of this second elongated end.

Contact site between first elongated end of described extension assembly and the joint portion of permanent seat is respectively equipped with intermeshing several double wedges, and the contact site between second elongated end of extension assembly and sliding seat combined is respectively equipped with intermeshing several double wedges.

Described sliding seat combines with load elements via a winding assembly, be provided with several knock holees and at least one side protuberance in this winding assembly, these several knock holees run through for several positioning components and are incorporated on the load elements, then are provided with at least one guide groove that this side protuberance slides that holds on this sliding seat.

Described permanent seat is by two relative be combined intos of half pedestal with semi-round ring shape structure.

Be provided with antiskid pad in the described clamping hole.

So, be respectively equipped with intermeshing several double wedges by each contact site that relatively articulates, when making this sliding seat carry out being pivoted relative to each other activity with permanent seat, can produce the locating effect of different angles; The adjustment of pivoting angle is simple to operate, can produce the location of firm angle, and it is very convenient to use; Can form the combination that is easy to dismantle with different load members, have Applicable scope widely.

As for detailed construction of the present utility model, application principle, effect and effect, then the explanation of doing with reference to following adjoint can be understood completely.

Description of drawings

Figure 1A is the structural representation of a known clamping and fixing device.

Figure 1B is the structural representation of another known clamping and fixing device.

Fig. 2 is the structure decomposition map of the utility model first embodiment.

Fig. 3 is solid combination and the application scenarios scheme drawing of the utility model first embodiment.

Fig. 4 is the side-looking action scheme drawing of the utility model first embodiment.

Fig. 5 is the structure decomposition map of the utility model second embodiment.

Fig. 6 is the three-dimensional combination figure of the utility model second embodiment.

Fig. 7 is the structure decomposition map of the utility model the 3rd embodiment.

Fig. 8 is solid combination and the application scenarios scheme drawing of the utility model the 3rd embodiment.

Fig. 9 is the side-looking action scheme drawing of the utility model the 3rd embodiment.

Figure 10 is the three-dimensional combination figure of the utility model the 4th embodiment.

Figure 11 is the side-looking action scheme drawing of the utility model the 4th embodiment.

Figure 12 be the utility model the 4th embodiment overlook the action scheme drawing.

Label declaration

1,10 ... permanent seat

11,12,101,102 ... half pedestal

111,121,1011,1021 ... extension

122,1022 ... through hole

123,1023 ... the joint portion

124,1024,23,203,311,321 ... axis hole

125,231,21a, 312,322,3011,3021 ... double wedge

13,103 ... connection assembly

131,1031,241,2041,331,341,7 ... bolt

132,1032,242,2042,332,342 ... nut

14,104 ... antiskid pad 15,105 ... clamping hole

2,20,2a ... sliding seat 21 ... guide groove

22,202,22a ... combined 24,204 ... pin connected assembly

201

... contact surface

3,30 ... extension assembly

33 ... first pin connected assembly 34 ... second pin connected assembly

31,301 ... first elongated end 32,302 ... second elongated end

4 ... winding assembly 41 ... the side protuberance

42 ... knock hole 71 ... adjust nut

8 ... antiskid pad 9,95 ... body

91

... collar recess

92,96 ... sidepiece

921

... perforation

93,97 ... the clamping recess

951 ... fixed part A, C ... load elements

B ... tubular body

The specific embodiment

See also Fig. 2 to Fig. 4, the structure of the utility model first embodiment mainly comprises as can be known: permanent seat 10 and sliding seat 20 etc. are partly, wherein permanent seat 10 can be by two half pedestals 101 with semi-round ring shape structure, 102 form, in this half pedestal 101,102 two ends are respectively equipped with the extension 1011 that outwards protrudes out, 1021, be provided with a through hole (not drawing) in this extension 1011, be provided with a through hole 1022 that is connected mutually in this extension 1021, can run through the through hole of this half pedestal 101 and through hole 1022(in present embodiment by a connection assembly 103, this connection assembly 103 is made up of a bolt 1031 and a nut 1032, after utilizing this bolt 1031 to run through the through hole and through hole 1022 of this half pedestal 101, be screwed with this nut 1032 again), can make 2 half pedestals 101, but 102 relative be combined intos one have the default tubular body B(of chuck can be handle-bar) the unitized construction of clamping hole 105, and in this clamping hole 105, an antiskid pad 104 can be set according to need; Also can be half pedestal 101 in half pedestal 102(in addition) be provided with a joint portion that outwards protrudes out 1023, on this joint portion 1023, be horizontally set with an axis hole 1024.

Sliding seat 20 has combined 202 that a contact surface 201 and oppositely protrudes out at least, this contact surface 201(can be via pasting mode) directly preset load elements A conflict and be combined with one, on this combined 202, be horizontally set with an axis hole 203, can run through this axis hole 203,1024(in regular turn in present embodiment by a pin connected assembly 204, this pin connected assembly 204 is made up of a bolt 2041 and a nut 2042, after utilizing this bolt 2041 to run through this

axis hole

203,1024, be screwed with this nut 2042 again), can make permanent seat 10 and sliding seat 20 form the pivot joint state.

During use, utilize this 2 half pedestal 101,102 to can be handle-bar in conjunction with formed clamping hole 105 chucks in default tubular body B(relatively) go up (this antiskid pad 104 can avoid 10 of tubular body B and permanent seats to produce slide and the friction that pivots) and can form firm in conjunction with locating; This load elements A then can be along with sliding seat 20 carries out relatively pivoting with this permanent seat 10, and can tune to optimal use angle, and utilize this joint portion 1023 and combined 202 s' packing friction and the location of angulation, use and reach the most easy operation and ease of use.

See also Fig. 5 and Fig. 6, the structure of the utility model second embodiment mainly comprises as can be known: permanent seat 1, sliding seat 2 and winding assembly 4 etc. are partly, wherein this permanent seat 1 is by 2 half pedestals 11,12 form, in this

half pedestal

11,12 2 ends are respectively equipped with the extension 111 that outwards protrudes out, 121, this extension 111 is provided with a through hole (not drawing), and be provided with a through hole 122 that is connected in this extension 121, utilize the mode identical with aforementioned first embodiment in conjunction with 2 half pedestals 11 by a connection assembly 13 of being formed by bolt 131 and

nut

132,12, but can form one has the default tubular body B(of chuck and can be handle-bar) the unitized construction of clamping hole 15, in this clamping hole 15, an antiskid pad 14 can be set according to need; In addition also can be half pedestal 11 in half pedestal 12() be provided with a joint portion that outwards protrudes out 123, and on this joint portion 123, be horizontally set with an axis hole 124, be provided with several double wedges 125 by the outside radial extension in center in these axis hole 124 1 distolateral outer peripheral edges.

Sliding seat 2 is provided with combined 22 of protruding out, on this combined 22, be horizontally set with an axis hole 23, and be provided with several double wedges 231 by the outside radial extension in center in these axis hole 23 1 distolateral outer peripheral edges, utilize the mode identical with aforementioned first embodiment to run through this axis hole 23,124 by a pin connected assembly 24 of being formed by bolt 241 and a nut 242, can make permanent seat 1 and sliding seat 2 form the pivot joint state, and be respectively equipped with guide groove 21 with the 15 equidirectional extensions of this clamping hole in two sides of sliding seat 2, and the bottom of this guide groove 21 is sealing.

Winding assembly 4 is provided with the side protuberance 41 that several knock holees 42 and two protrude out relatively, these several knock holees 42 run through for several positioning components (as: bolt) and are incorporated on the default load elements, and this side protuberance 41 then can stretch into guide groove 21 interior combination and the location of forming of sliding seat 2.

During use, clamping hole 15 chucks that utilize this permanent seat 1 can be handle-bar in default tubular body B() go up (this antiskid pad 14 can avoid 1 of tubular body B and permanent seat to produce slide and the friction that pivots) and can form firm in conjunction with locating; This load elements then can be along with sliding seat 2 carries out relatively pivoting with this permanent seat 1, and can tune to optimal use angle, and utilizes this double wedge 231,125 engagement and form the location of each angle relatively.

See also Fig. 7 to Fig. 9, the structure of the utility model the 3rd embodiment mainly comprises as can be known: a shaft-like extension assembly 3, and the permanent seat 1 identical with aforementioned second embodiment, sliding seat 2, winding assembly 4, wherein this extension assembly 3 is respectively equipped with first elongated end 31 and second elongated end 32 in two ends, and in this first, two elongated ends 31, be respectively equipped with the axis hole 311 that parallels with axis direction on 32,321, in this two axis hole 311,321 opposition side end outer peripheral edges are provided with by the outside bat in center and penetrate several double wedges 312 that shape extends, 322, run through this axis hole 311 by one first pin connected assembly 33,124(is in present embodiment, this first pin connected assembly 33 is made up of bolt 331 and nut 332, utilize this bolt 331 to run through this axis hole 311, after 124, be screwed with this nut 332 again), can make an end of extension assembly 3 and permanent seat 1 form the pivot joint state; In addition with one second pin connected assembly 34 run through this axis hole 321, this second pin connected assembly 34 of 23(is made up of bolt 341 and nut 342, after utilizing this bolt 341 to run through this axis hole 321,23, be screwed with this nut 342 again), can make the other end of extension assembly 3 and sliding seat 2 form the pivot joint state.

During use, clamping hole 15 chucks that utilize this permanent seat 1 can be handle-bar in default tubular body B() go up (this antiskid pad 14 can avoid 1 of tubular body B and permanent seat to produce slide and the friction that pivots) and can form firm in conjunction with locating, and a load elements C is fixed on the sliding seat 2 via 4 combinations of winding assembly, this load elements C can be carried out and this extension assembly 3 pivot activity relatively along with sliding seat 2, simultaneously, this extension assembly 3 also can carry out and this permanent seat 1 pivot activity relatively, use and make this load elements C except can tune to optimal use angle, and generation is with respect to the horizontal or longitudinal travel of permanent seat 1, cooperate this double wedge 312 again, 125 relative engagement, and this double wedge 322,231 relative engagement, and can form the location of various angles.

See also Figure 10 to Figure 12, the structure of the utility model the 4th embodiment mainly comprises as can be known: sliding seat 2a, extension assembly 30, and the permanent seat 1 identical with aforementioned second embodiment, winding assembly 4, wherein extension assembly 30 is respectively equipped with first elongated end 301 and second elongated end 302 in two ends, in this first, two elongated ends 301, be respectively equipped with the axis hole different with axis direction on 302 (in present embodiment, this is first years old, two elongated ends 301, axis hole on 302 is vertical extension mutually), and be provided with several double wedges 3011 of radial extension in distolateral outer peripheral edges of each axis hole, 3021, and several double wedges 125 on the joint portion 123 of these several double wedges 3011 and permanent seat 1 are meshed.

Sliding seat 2a is provided with a combined 22a who protrudes out, be provided with an axis hole (not drawing) corresponding to the axis hole bearing of trend of this second elongated end 302 in this combined 22a, and be provided with several double wedges 21a by the outside radial extension in center in these axis hole one distolateral outer peripheral edges, and this several double wedge 21a is meshed with the double wedge 3021 of extension assembly 30, in addition, be provided with the guide groove (not drawing) that can supply winding assembly 4 to stretch in this sliding seat 2a two sides.

During assembling, utilize first and second pin connected

assembly

33,34 identical with aforementioned the 3rd embodiment to run through axis hole on first and second elongated end 301,302 respectively, and be articulated on permanent seat 1, the sliding seat 2a in the same manner separately, can make an end of this extension assembly 30 and the pivot activity that permanent seat 1 forms a default degree of freedom, and this sliding seat 2a can form the pivot activity of another degree of freedom (the pivot axle center is vertical mutually) in the other end of this extension assembly 30.

During use, clamping hole 15 chucks that utilize this permanent seat 1 can be handle-bar in default tubular body B() go up (this antiskid pad 14 can avoid 1 of tubular body B and permanent seat to produce slide and the friction that pivots) and can form firm in conjunction with locating, and load elements (not drawing) can be via winding assembly 4 in conjunction with being fixed on the sliding seat 2a, make this load elements form being pivoted relative to each other of default degree of freedom along with sliding seat 2a and this extension assembly 30, simultaneously, this extension assembly 30 also can carry out forming being pivoted relative to each other of another default degree of freedom (the pivot axle center being vertical mutually) with this permanent seat 1, use and make this load elements can carry out the pivot adjustment of two degree of freedom, cooperate this double wedge 3011 again, 125 relative engagement, and this double wedge 3021, the relative engagement of 21a, and can make extension assembly 30, sliding seat 2a forms the location of each angle respectively.

In the structure of the various embodiments described above of the present utility model, each pin-joint mechanism (as: pin

connected assembly

204,24, first pin connected assembly 33, second pin connected assembly 34) is except the combination of components that can be bolt and nut, also can be the quick-disassembly structure that is widely used at present in the bicycle product, it more can promote the convenience of use.

From the above mentioned as can be known, multifunction clips buckle device of the present utility model has different angles pivot location really, and is easy to change the effect of different loads spare, has really had usability, novelty and progressive on the industry.

Only the above only is a preferred embodiment of the present utility model, is not to limit the scope that the utility model is implemented.Be that all equalizations of doing according to the utility model claim change and modification, be all the utility model claim and contain.

Claims

1. multifunction clips buckle device, it comprises permanent seat at least, it is characterized in that: also comprise the sliding seat that combines with related load spare, this permanent seat has one can be fixed in the clamping hole of presetting tubular body week side by fit, is provided with at least one joint portion that outwards protrudes out in all sides of this permanent seat; This sliding seat is provided with a combined portion that is linked to this joint portion, and this sliding seat is via combined the binding with the joint portion, and can carry out the pivot activity with respect to permanent seat.

2. multifunction clips buckle device as claimed in claim 1 is characterized in that: combined joint portion that directly is articulated in permanent seat of described sliding seat.

3. multifunction clips buckle device as claimed in claim 2 is characterized in that: described sliding seat is provided with a contact surface inconsistent with this load elements, and this load elements directly is incorporated on this contact surface.

4. as claim 2 or 3 described multifunction clips buckle devices, it is characterized in that: the contact site between described joint portion and the combined portion is respectively equipped with intermeshing several double wedges.

5. multifunction clips buckle device as claimed in claim 1, it is characterized in that: be provided with extension assembly between described permanent seat and the sliding seat, this extension assembly is provided with first elongated end that is articulated with this joint portion in an end, and the other end of extension assembly is provided with second elongated end that is articulated with this combined portion.

6. multifunction clips buckle device as claimed in claim 5 is characterized in that: the pivot axle center of first elongated end of described extension assembly and the pivot axle center of this second elongated end are different directions and extend.

7. multifunction clips buckle device as claimed in claim 6, it is characterized in that: the pivot axle center of described first elongated end is vertical mutually with the pivot axle center of this second elongated end.

8. as claim 5 or 6 or 7 described multifunction clips buckle devices, it is characterized in that: the contact site between first elongated end of described extension assembly and the joint portion of permanent seat is respectively equipped with intermeshing several double wedges, and the contact site between second elongated end of extension assembly and sliding seat combined is respectively equipped with intermeshing several double wedges.

9. as claim 1 or 2 or 5 described multifunction clips buckle devices, it is characterized in that: described sliding seat combines with load elements via a winding assembly, be provided with several knock holees and at least one side protuberance in this winding assembly, these several knock holees run through for several positioning components and are incorporated on the load elements, then are provided with at least one guide groove that this side protuberance slides that holds on this sliding seat.

10. as claim 1 or 2 or 5 described multifunction clips buckle devices, it is characterized in that: described permanent seat is by two relative be combined intos of half pedestal with semi-round ring shape structure.

11. as claim 1 or 2 or 5 described multifunction clips buckle devices, it is characterized in that: be provided with antiskid pad in the described clamping hole.