CN2275498Y

CN2275498Y - Clamping positioning tool

Info

Publication number: CN2275498Y
Application number: CN 96202927
Authority: CN
Inventors: 王衍裕
Original assignee: Individual
Current assignee: Individual
Priority date: 1996-02-16
Filing date: 1996-02-16
Publication date: 1998-03-04
Anticipated expiration: 2006-02-16

Abstract

The utility model relates to a clamping positioning tool, which comprises a first blade body and a second blade body. Each blade body is provided with a pair of jaw ends, a pair of grab handle ends and a pair of central neck parts. The central neck parts of the first blade body are provided with a gear slot, and the central neck parts of the second blade body are provided with a cog. The cogs are positioned in the gear slots to cause the first blade body and the second blade body to be in a cross status, and the cogs can slide in the gear slots. A first elastic element is arranged between the grab handle ends of the first blade body and the grab handle ends of the second blade body, and a second elastic element is arranged at the grab handle ends of the first blade body and the neck parts of the second blade body. The elastic force of the first elastic element is bigger than that of the second elastic element to cause the jaw parts of the first and second blade bodies to have sliding and turning adjusting spacing to clamp objects.

Description

The clamping orientation tool

The utility model relates to a kind of clamping and positioning device, refers to a kind of can the assembling fast and reach the fixedly clamping orientation tool of inserted tooth by the locating hole of being located at lamellar body neck and inserted tooth identical appearance especially.

The opening and closing adjusted spacing instrument as shown in Figures 1 and 2, this kit contain first and second elongate member 6,7, and each assembly 6,7 is provided with a working

end

61,71 and leader and holds 62,72; The handle end 62 that is positioned at first assembly 6 is established a pipe arrangement 63, and establish a microscler hole 64 in its working end 61, this hole 64 is established a sliding surface 641 and a ratchet face 642, correspondingly, establish one in 71 of the working ends of second assembly 7 and be connected assembly 8, this linking assembly 8 is after wearing an inserted tooth 82 with a bolt 81, and be fixed in the locating hole 73 of working end 71 with a pad 83 and a nut 84, this inserted tooth 82 is located in the hole 64 of first assembly 6 with can sliding and revolve axle, thereby is also established a ratchet face 821 and a sliding surface 822; Handle end 72, the second ends 92 that cooperate the volute spring (not shown) to be connected in second assembly 7 with first end 91 of turning round arm 9 then are located at the compression spring 65 in first assembly, 6 pipe arrangements 63 slidably.Like this, when not forcing in this second chief, turn round arm 9 this two working

end

91,92 is separated at utmost; When forcing in handle, it can clamp the working substance of different size.

But, second assembly 7 of above-mentioned instrument and the combination member complexity that is connected assembly 8, not only manufacturing cost higher and the assembling difficulty also higher, production efficiency is quite low.

Main purpose of the present utility model is to solve the above problems and a kind of simply constructed clamping orientation tool is provided, and not only can save cost, and more can quicken assembling speed enhancing productivity, and reduces the loss of member.

Content of the present utility model is: a kind of clamping orientation tool, it includes first and second lamellar body, each lamellar body is respectively equipped with a pair of jaw end, a pair of handle end and a pair of central neck, neck at first lamellar body is provided with a teeth groove, and be provided with an inserted tooth at the neck of second lamellar body, this inserted tooth be arranged in teeth groove make the fast cross-shaped attitude of first and second lamellar body, and this inserted tooth can be by object external diameter fixed position, it is characterized in that, the neck of the second above-mentioned lamellar body is provided with a locating hole, vertically chimeric with an inserted tooth identical with this locating hole profile, above-mentioned inserted tooth with the chimeric contact site of the second lamellar body locating hole be matsurface.

The utility model one preferred embodiment conjunction with figs. is described in detail as follows:

Fig. 1 is the front view of existing adjustment opening and closing spacing instrument.

Fig. 2 is an II-II line cutaway view shown in Figure 1.

The original state front view that Fig. 3 is the utility model first embodiment before gripping objects not.

Fig. 4 is the utility model first embodiment perspective exploded view.

Fig. 5 is the utility model first embodiment when beginning application of force gripping objects, and inserted tooth is arranged in teeth groove sliding action schematic diagram.

Fig. 6 be the utility model first embodiment behind jaw end in contact object, inserted tooth is the rotational action schematic diagram in teeth groove.

Fig. 7 be the utility model second embodiment behind jaw end in contact object, inserted tooth and teeth groove inlay card view.

Fig. 8 be the utility model the 3rd embodiment behind jaw end in contact object, inserted tooth and teeth groove inlay card view.

Fig. 9 is an IX-IX line cutaway view shown in Figure 8.

See also Fig. 3, Fig. 4, the clamping orientation tool of the utility model first embodiment includes first lamellar body 1, second lamellar body 2, first flexible member 3 and second flexible member 4 etc. partly.

This first lamellar body 1 is by on the identical appearance, following lamellasome 1a, 1b forms, be provided with a pair of jaw end 11a, 11b, a pair of handle end 13a, 13b and a pair of central neck 12a, 12b, and at this neck 12a, 12b is respectively equipped with a teeth groove 14a, 14b, this teeth groove 14a, 14b is respectively equipped with a ratchet face 15a, 15b and a pair of sliding surface 16a, 16b, on above-mentioned first lamellar body, 1 handle end 13, following lamellasome 1a, be provided with an interlayer body 17 between 1b, this interlayer body 17 is being provided with a retaining hole 171 in the face of second lamellar body, 2 about sides, in the present embodiment, on being somebody's turn to do, following lamellasome 1a, 1b is to combine with pin 18 to fix with interlayer body 17, and at this interlayer body 17 near neck 12a, 12b establishes the position opening 172, and makes a pin 18 be revealed in this opening 172.

Above-mentioned second lamellar body 2 is equally also by on the identical appearance, following lamellasome 2a, 2b forms, be provided with a pair of jaw end 21a, 21b, a pair of handle end 23a, 23b and a pair of central neck 22a, 22b, and at this neck 22a, 22b is provided with a pair of locating hole 28a, 28b, be embedded in this locating hole 28a with an inserted tooth 24, among the 28b, in the present embodiment, this locating hole 20a, 20b and inserted tooth 24 have identical appearance, this inserted tooth 24 also has a ratchet face 241 and a sliding surface 242, and with locating hole 28a, the chimeric contact-making surface of 28b is established the matsurface 243 that has the roller flower, can be closely chimeric, this inserted tooth 24 is located at the teeth groove 14a of first lamellar body 1, among the 14b, make first and second lamellar body 1,2 cross-shaped attitudes, and inserted tooth 24 can be at teeth groove 14a, slide among the 14b.And be provided with a pair of card division 27a, 27b in the face of opening 172 positions of first lamellar body, 1 interlayer body 17 at neck 22a, 22b, between upper and lower lamellasome 2a, the 2b of the handle end 23 of second lamellar body 2, be provided with an interlayer body 25, this interlayer body 25 is provided with a breach 251 in the side in the face of first lamellar body 1, in the present embodiment, this upper and lower lamellasome 2a, 2b also combine fixing with interlayer body 25 with pin 26.Two above-mentioned interlayer bodies also can be spirally connected with first and second lamellar body respectively.

And, the retaining hole 251 that is positioned at second lamellar body 2 than the retaining hole 171 of first lamellar body 1 more near neck 12a, 12b.

Above-mentioned two retaining holes 171,251 are positioned at the adjacent inboard of first and second lamellar body 1,2 handle end 13a, 13b, 23a, 23b, first end 31 and second end 32 of rabbeting first flexible member 3 respectively, in the present embodiment, first flexible member 3 is a torsionspring, this first end 31 and second end 32 bend a bent angle respectively, so as to embed two the retaining holes 171,251 in and unshift.Strut so as to the handle end 13,23 that makes present embodiment, and make jaw end 11,21 present the original state of maximum open.

The first above-mentioned flexible member can be a leaf spring, also can be a helical spring.

4 card division 27a, 27b that are engaged in second lamellar body 2 with its first end 41 of above-mentioned second flexible member, second end 42 then engages with pin 18 in first lamellar body, 1 interlayer body, 17 openings 172, in the present embodiment, second flexible member 4 is helical springs, and the elastic force of second flexible member 4 is less than the elastic force of first flexible member 3.

See also Fig. 5, by above-mentioned structure, when desire is used the tool holding object 5 of the utility model first embodiment, need force in handle end 13,23, when object 5 external diameters less than jaw end 11, during 21 extended distances, because second flexible member, 4 elastic forces are less than first flexible member 3, make the stressed earlier and stretcher strain of second flexible member 4, therefore, in relative motion, when first lamellar body 1 is set transfixion, first lamellar body 1 that second lamellar body 2 owing to need supports by first flexible member 3 and the distance of second lamellar body 2 remain unchanged under the situation, just serve as that axle changes a fulcrum A with the retaining hole 171 of first lamellar body, 1 interlayer body 17, inserted tooth 24 is slided with the drawing direction of arrow in teeth groove 14, make jaw end 21 move to shorten spacing and contact with object 5 outer rims to the jaw end 11 of first lamellar body 1.

See also Fig. 6, above-mentioned teeth groove is being established a ratchet face in the face of the jaw extreme direction, and above-mentioned inserted tooth is at the ratchet face that also is provided with a correspondence in the face of teeth groove ratchet face direction.When jaw end 21 with after object 5 contacts, continue the application of force, when this application of force during greater than the elastic force of first flexible member 3, just oppress first flexible member 3 and make its flexural deformation, at this moment, second lamellar body 2 serves as that axle changes fulcrum B with this jaw end 21 and object 5 contact points just, inserted tooth 24 is rotated with the drawing clockwise direction, and make ratchet face 241 be embedded in the ratchet face 15 of teeth groove 14, and be fulcrum just afterwards with this inlay card position, compress handle end 13,23 with clamping article 5.

After removing the application of force, the ratchet face 241 of inserted tooth 24 is subjected to the effect of first and second flexible member 3,4 elastic-restoring forces immediately and separates with the ratchet face 141 of teeth groove 14, makes this two jaws end 11,12 be returned to the original state of maximum open.

It should be noted that: the utility model first embodiment is poor with the elastic force of two kinds of different elastic force flexible members, in order to clamping the object of different size, and by inserted tooth 24 to reach predetermined effect of the present utility model:

1, assembling rapidly.Because locating hole 28 contour shapes of second lamellar body 2 are identical with inserted tooth 24, therefore when assembling, only need directly squeeze in the locating hole 28 and get final product, utilize matsurface 243 increases of inserted tooth 24 and the frictional force of locating hole 28, avoid axial disengaging.

2, fast moving.Because inserted tooth 24 has a sliding contact surface with teeth groove 14, therefore, when the beginning application of force, inserted tooth 24 just produces relative slip with teeth groove 14, so as to the spacing of rapid adjustment jaw end 11,21 so that contact with object 5.

3, clamping is laborsaving.Because inserted tooth 24 has a ratchet contact-making surface with teeth groove 14, therefore, when jaw end 11,12 with after object contacts, this inserted tooth 24 just is that fulcrum produces relative rotation in teeth groove 14 with the contact point, ratchet 24 is embedded in the teeth groove 14, is re-used as a balance pivot whereby and makes 21 pairs of objects 5 of jaw end play the effect of pivot folder.

See also Fig. 7, the utility model second embodiment also can be provided with a wavy teeth groove ratchet face, cooperates the inserted tooth of a semicircle, can make inserted tooth equally when rotating, end face with semicircle inserted tooth is embedded in the wavy teeth groove, reaches the same function of compeling clamping article of supporting.

See also Fig. 8 and Fig. 9, the 3rd embodiment of the present utility model is located at the structure of above-mentioned second embodiment on a kind of slip-joint pliers, makes these slip-joint pliers reach the same effect of sliding fast and rotating clamping article with first and second embodiment.

Certainly, except that above-mentioned three kinds of embodiment of the present utility model, still have many examples, therebetween the only variation on the details.Especially, be located at the torsionspring of the handle end of first, second and third embodiment, replaceable is a leaf spring or a helical spring.

Claims

1, a kind of clamping orientation tool, it includes first and second lamellar body, each lamellar body is respectively equipped with a pair of jaw end, a pair of handle end and a centering whizzer portion, neck at first lamellar body is provided with a teeth groove, and be provided with an inserted tooth at the neck of second lamellar body, this inserted tooth is arranged in teeth groove makes the cross-shaped attitude of described first and second lamellar body, and this inserted tooth can be by object external diameter fixed position

It is characterized in that the neck of described second lamellar body is provided with a locating hole, vertically chimeric with an inserted tooth identical with this locating hole profile, described inserted tooth with the chimeric contact site of the second lamellar body locating hole be matsurface.

2, clamping orientation tool as claimed in claim 1 is characterized in that, described teeth groove is being established a ratchet face in the face of the jaw extreme direction, and described inserted tooth is at the ratchet face that also is provided with a correspondence in the face of teeth groove ratchet face direction.

3, clamping orientation tool as claimed in claim 1 is characterized in that, described teeth groove ratchet face can be a wavy surface, and this inserted tooth can be a half-round bar.

4, clamping orientation tool as claimed in claim 1, it is characterized in that, be provided with first flexible member between the handle end of described first and second lamellar body, and being provided with second flexible member at the handle end of first lamellar body and the neck of second lamellar body, the elastic force of this first flexible member is greater than the elastic force of second flexible member.

5, clamping orientation tool as claimed in claim 1 is characterized in that, described first flexible member is a torsionspring, and described second flexible member is a helical spring.

6, clamping orientation tool as claimed in claim 1, it is characterized in that, the handle end of described first and second lamellar body is respectively equipped with an interlayer body, this two interlayers body is respectively equipped with a retaining hole in sides adjacent, and more near neck, two ends of first flexible member are rabbeted in this two retainings hole respectively than the retaining hole of first lamellar body in the retaining hole that is positioned at second lamellar body.

7, clamping orientation tool as claimed in claim 6 is characterized in that, described two interlayer bodies be respectively with first and second lamellar body pin joint.

8, clamping orientation tool as claimed in claim 6 is characterized in that, described two interlayer bodies can be spirally connected with first and second lamellar body respectively.

9, clamping orientation tool as claimed in claim 6 is characterized in that, described second flexible member is combined in the card division of the described second lamellar body neck with a termination, and the other end then engages with the pin of first interlayer body body.

10, as claim 1,4 described clamping orientation tools, it is characterized in that described first flexible member can be a leaf spring.

11, as claim 1,4 described clamping orientation tools, it is characterized in that described first flexible member can be a helical spring.