Coupling sample rack ball locating connector
Technical field
The present invention relates to automobile processing and manufacturing field, refer in particular to a kind of coupling sample rack ball locating connector, mate the connection of sample rack cubing for automobile, be particularly well-suited to the connection between the coupling large-scale framework of sample rack cubing.
Background technology
In manufacturing and designing large-scale coupling sample rack cubing process, it is often necessary to large-scale sample rack is divided into several framework, then again each several part framework is positioned connection.Conventional method is to adopt alignment pin location, then utilizes clamp to be clamped connecting, and in this method, location structure and clamp structure are separate, two kinds of structures need with the use of, its shortcoming is: structure is complicated, and complex operation, connection reliability is poor.
Summary of the invention
It is an object of the invention to provide a kind of new coupling sample rack ball locating connector, solve the structure complexity that prior art exists, complex operation, the problem that connection reliability is poor.
The technical scheme is that a kind of coupling sample rack ball locating connector, it is characterized in that, this device is made up of A assembly and B assembly, and this A assembly includes locating ring and connects ring, the two coaxial overlap links together, and is provided with annular groove at the inner peripheral surface connecting ring;Described B assembly includes ball, alignment pin, ball snap ring, lining, bearing and handle, it is coaxially disposed ball snap ring on the bearing of annular, it is provided with upper flange on the top of this ball snap ring, circumferentially it is provided with, at this upper flange, the recess of roller that circumferentially equally distributed several with described annular groove is corresponding, in recess of roller, is provided with ball;It is provided with, in the side, bottom of this ball snap ring, the handle breach that inner and outer circumferential surfaces is through, is provided with expanding hole in the bottom of this ball snap ring;It is provided with lining outward flange in the bottom of this lining, and makes this lining outward flange be placed in the expanding hole of this ball snap ring bottom, the handle breach of the traverse ball snap ring bottom, one end of described handle, the radially connected outer peripheral face at this lining outward flange;Outer peripheral face at this lining top is provided with the lining groove that multiple with described recess of roller is corresponding;This alignment pin is rotatably installed in this lining, is provided with alignment pin outward flange on this alignment pin top, and is pressed in above described ball, and the outer peripheral face of alignment pin outward flange embeds when location in the hole, location of locating ring central authorities;The lower end of this alignment pin embeds in the circular hole of described bearing central authorities, and is connected with bearing the lower end of alignment pin with bolt, is provided with packing ring between bolt and bearing.
Described locating ring is connected with each other by multiple axial screws with being connected ring.
The invention have the advantage that the location achieving the coupling large-scale framework of sample rack cubing is integrated with linkage function, meet the location between frame structure and connectivity problem and simple in construction, easy to operate, function is reliable.
Accompanying drawing explanation
Fig. 1 is the axial cross-sectional schematic of the present invention;
Fig. 2 is the perspective view of monnolithic case of the present invention;
Fig. 3 is the perspective view of the A assembly of the present invention;
Fig. 4 is the perspective view of the B assembly of the present invention.
Description of symbols in figure: 1, locating ring, 2, connect ring, 3, ball, 4, alignment pin, 41, alignment pin outward flange, 5, ball snap ring, 51, upper flange, 52, recess of roller, 53, handle breach, 6, lining, 61, lining groove, 62, lining outward flange, 7, pad, 8, bearing, 9, handle, 10, nut, 11, annular groove.
Detailed description of the invention
Referring to Fig. 1~Fig. 4, one of the present invention coupling sample rack ball locating connector, it is characterized in that, this device is made up of A assembly and B assembly, this A assembly includes locating ring 1 and connects ring 2, the two coaxial overlap links together, the junction connecting ring 2(or the two inner peripheral surface) it is provided with annular groove 11.Locating ring 1 is connected with each other by multiple axial screws with being connected ring 2.
Described B assembly includes ball 3, alignment pin 4, ball snap ring 5, lining 6, bearing 8 and handle 9, it is coaxially disposed ball snap ring 5 on the bearing 8 of annular, it is provided with upper flange 51 on the top of this ball snap ring 5, it is provided with, at this upper flange 51, the recess of roller 52 that circumferentially equally distributed several with described annular groove 11 is corresponding, in recess of roller 52, is provided with ball 3.It is provided with, in the side, bottom of this ball snap ring 5, the handle breach 53 that inside and outside side face is through, is provided with expanding hole in the bottom of this ball snap ring 5;Being provided with lining outward flange 62 in the bottom of this lining 6, and make this lining outward flange 62 be placed in the expanding hole of this ball snap ring 5 bottom, so, lining outward flange 62 is limited between ball snap ring 5 and bearing 8.The handle breach 53 of traverse ball snap ring 5 bottom, one end of described handle 9, the radially connected outer peripheral face at this lining outward flange 62.Outer peripheral face at this lining 6 top is provided with the lining groove 61 that multiple with described recess of roller 52 is corresponding;This alignment pin 4 is rotatably installed in this lining 6, and the alignment pin outward flange 41 on this alignment pin 4 top is pressed in above described ball 3, and the outer peripheral face of this alignment pin outward flange 41 embeds in the hole, location of locating ring 1 central authorities when location, it is achieved with the connection of locating ring 1;The lower end (undergauge place) of this alignment pin 4 embeds in the circular hole of described bearing 8 central authorities, and with bolt 10 lower end of alignment pin 4 is connected with bearing 8 and (to position the counterbore that larger interior diameter is arranged below in hole at bearing 8, hold the nut of bolt 10), between bolt 10 and bearing 8, it is provided with packing ring 7.
The alignment system of the present invention is by being fixed in assembly 2 positioning function of alignment pin and realize being accurately positioned of assembly 1 and assembly 2.
In use, the locating ring 1 of A assembly is connected the present invention with the framework of cubing side, and the bearing 8 of B assembly is fixedly connected on the framework of cubing opposite side.Its operation principle is:
1, when ball 3 with lining groove 61 to being partly in lining groove 61 due to ball 3 time corresponding, so ball 3 will not expose outside the recess of roller 52 of ball snap ring 5, now A assembly and B assembly are in notconnect state, and the two can separate.
2, pass through to stir handle 9 and swing certain angle, now ball 3 is radially ejected by the outer peripheral face (not having the periphery of lining groove 61) of lining 6, ball 3 exposes from the outer peripheral face of the breach 52 of ball snap ring 5, and enter in the annular groove 11 of A assembly inner peripheral surface, make ball snap ring 5 and B assembly clamping, thus realizing being reliably connected of A assembly and B assembly.